22-11-0037-00-0000-january-interim-wg-meeting-minutes
GSI TympStar 产品说明书
P.O. BOX 44994 •MADISON WI 53744.4994 •PHONE: +1.608.441.2323 •TOLL FREE: 800.700.2282GRASON-STADLER NICOLET BIOMEDICAL NICOLET VASCULAR TOENNIESPRODUCT SPECIFICATIONS November 2004 | GSI TympStar | 2000-0112 Rev1The following specifications apply to both Version 1and Version 2 of the GSI TympStar. > Bold arrowed type indicates the additional capabilities of Version 2.GENERAL SPECIFICATIONS W x D x H: 52 cm x 38 cm x 32 cm Weight: 7.5 Kg Shipping Weight: 13.4 Kg Power Consumption: 120 Watts maximum Test Types: Tympanometry, Acoustic Reflex Threshold,Reflex Decay, Eustachian T ube Function (Intact & Perforated )Protocols: Diagnostic, Screening, User-defined > Special Tests: Two-component T ympanometry,Multiple Frequency T ympanometry, Acoustic Reflex Latency Test, Reflex Sensitization Display: Internal or External VGA Monitor Interface: RS232, parallel and keyboard output Printout: Internal or External Deskjet or Laserjet Printer PROBE TONE 226 Hz (85 dB SPL ±1.5 dB)> 678 Hz (85 dB SPL ±3.0 dB)> 1000 Hz (75 dB SPL ±3.0 dB)Accuracy: ±1%Harmonic Distortion: Less than 5%ADMITTANCE MEASUREMENTS Range: 226 Hz (-1.0 to +7.0)> 678 Hz (-5.0 to +25)> 1000 Hz (-5.0 to +30)Sensitivity Scale: Auto Scales to Appropriate Range,Manual selection also possible in Reflex Modes only Accuracy (226 Hz): Tymp Mode: ±5% of reading or ±0.1 ml, whichever is greater Reflex Mode: ±5% of reading or ±0.2 ml, whichever is greater PRESSURE MEASUREMENTS (load volume of 0.2 to 7.0 ml)Range:Normal = +200 to -400 daPa Wide = +400 to -600 daPa Accuracy: ±10% of reading or ±10 daPa, whichever is greater Sweep Rate: 12.5, 50.0 and 600/200 daPa/sec, > 200 daPa/sec.Sweep Accuracy: 10% of nominal rate Maximum limits (in 0.5cc cavity ): -800 daPa & +600 daPa REFLEX MEASUREMENTS Stimuli: > 250, 500, 1k, 2k, 4k, BBN, LBN, HBN,> Click (100 microseconds pulse), External Input,Non-acoustic Frequency Accuracy: ±3%Harmonic Distortion (THD): Less than 5% (measured acoustically)Noise Signals: (3 dB bandwidths)Low Band: 125 -1,600 Hz High Band: 1,600 -4,000 Hz Broad Band: 125 -4,000 Hz Intensity Range: 35 to 120 dB HLStep Size: 5 dB, >1 dB and 2 dB Calibration Accuracy: ±3 dB Step Accuracy: ±0.5 dB ON/OFF Ratio: 70 dB minimum ENVIRONMENTAL Temperature:Storage: -40°C to +75°C Operating: +15°C to +35°C Humidity: 90% at 35°C (non-condensing)ACCESSORIES SUPPLIED Probe assembly (including contralateral insert phone)Eartips (1 pkg. each standard, special, screening)Printer paper, 2 rolls thermal, 1 roll self-adhesive Calibration test cavity, Cleaning kit, Probe mount kit (shoulder, clip, wrist band), Quick User Guide,Reference Instruction Manual, Remote (RS232 link)Dust CoverOPTIONAL ACCESSORIES Deskjet printer 1700-9613External VGA monitor 1700-9614External keyboard 1700-9615Isolation Transformer 1700-9617Service Manual 2000-0110Conversion Kit 2000-9650(V1 to V2)LANGUAGE KITS GSI TympStar Version 1English 2000-9645E French 2000-9645F German 2000-9645G Spanish 2000-9645S Italian 2000-9645I GSI TympStar Version 2English 2000-9646E French 2000-9646F German 2000-9646G Spanish 2000-9646S Italian 2000-9646I QUALITY SYSTEM Manufactured, designed, developed and marketed by VIASYS Healthcare Inc. NeuroCare Group under ISO 13485, ISO 9001 certified quality system.COMPLIANCE / REGULATORY STANDARDSDesigned, tested and manufactured to meet the following domestic (USA), Canadian, European and International Standards:UL 2601-1American Standards for Medical Electrical Equipment. IEC 601-1, EN 60601-1International Standards for Medical Electrical Equipment.CSA C22.2 # 601-1-M90Medical Device Directive (MDD) (ID No.: 0344) to comply with “EC Directive” 93/42/EECANSI S3.39, ANSI S3.6, IEC 645-1, IEC 1027, ISO 389GSI TYMPSTAR ™Middle Ear Analyzer。
山东省淄博市高青县第一中学2024-2025学年高二上学期期中考试地理(含答案)
高二地理本试卷分第Ⅰ卷和第Ⅱ卷两部分,共8 页。
满分 100 分。
考试用时90 分钟。
答题前,考生务必用0. 5 毫米的黑色签字笔将自己的姓名、座号、准考证号填写在答题卡规定的位置。
考试结束后,将答题卡交回。
第Ⅰ卷(选择题共50 分)注意事项:1.第Ⅰ卷共25 题, 每题2 分, 共50 分。
2.每小题选出答案后,用2B 铅笔把答题卡上对应题目的答案标号涂黑。
如需改动,用橡皮擦干净后,再选涂其它答案标号。
不涂在答题卡上,只答在试卷上不得分。
下图为经纬网图。
读图完成 1~2 题。
1. 地球自转线速度最慢的是( )A. ①B. ②C. ③D. ④2. 下列河岸中,冲刷严重的是(箭头表示水流方向,数字表示沿岸)( )2021 年 10 月7 日~8 日美国会计金融展览会在美国纽约贾维茨会展中心如期举行。
某知名企业财务经理安娜于北京时间 10 月6 日 12 时35 分从北京大兴国际机场出发,在韩国首尔转机一次继续向东飞行,于纽约(75 °W) 夏令时(当地区时+1) 6 日21 时到达(图)。
完成3~4 题。
3. 安娜从北京到达纽约所需时间是( )A. 8 时25 分B. 21 时25 分C. 20 时25 分D. 2 时35 分4. 安娜乘坐飞机期间,感觉昼夜交替周期( )A. 小于 24 时B. 大于24 时C. 等于24 时D. 23 时56 分4 秒读地球赤道平面与公转轨道面示意图,完成 5~6 题。
5. 图中代表黄赤交角的是( )A. ①B. ②C. ③D. ④6. 目前黄赤交角的度数是( )A.23°34′B.23°26′C.36°26′D.66°34′下图是一位驴友在别德马(西四区:64°W, 40° 30'S)拍摄的日出图片,据此完成7~8 题。
7. 图片拍摄时,别德马所在地的区时是A. 7 : 16B. 15 : 16C. 19 : 16D. 6 : 448. 图片拍摄时,太阳直射点位于A. 赤道B. 北半球C. 南半球D. 无法判断天下的桂林山水属于典型的喀斯特地貌。
DBL_7381_2008-10
E/ October 2008Mercedes-BenzSupply SpecificationCoating for major passenger car components/body panels and other functional parts* with high corrosive stressDBL 7381BQF available* also decorative - weather resistantAdditional Daimler standards required: DBL 7399, 7390, 7392, 8585, 6714 and MB Special Terms In addition, Directive 2000/53/EC of the European Parliament and Council of 18 September 2000 regarding end-of-life vehicles (ELV) shall be observed.Supersedes draft 7381 for passenger cars Edition:December 2007Continued on pages 2 to 25Issued by:Daimler AG70546 StuttgartStandards (H. Pfander); Tel.: +49 (0)71117-41040Technical responsibility (Name): Petra Emmert Department: PWT/VBTPlant: 050 Phone: +49(0)7031 90-3775HPC: E 430Technical coordination by PWT / Production and Coating Engineering Plant 050, Department PWT/VBT Name: Dr. Rolf SpechtTelephone: +49(0)7031 90-5326 HPC: B 515Confidential! All rights reserved. Distribution or duplication in part or in whole without prior written approval of DaimlerChrysler AG is not permitted. Incase of doubt, the German language original should be consulted as the authoritative text.Product versions (PV) and application examplesGeneral: Finish coat (top coat) for components subject to high corrosive stress, and - if applicable - also mechanical stress.This DBL applies to coatings on the outer side and underside of vehicles and in the engine compartment, not for vehicle interiors.P r o d u c t v e r s i o n sM o d e r a t e c o r r o s i v e s t r e s sM e a n c o r r o s i v e s t r e s sH e a v y c o r r o s i v e s t r e s sC a v i t y c o a t i n gS t o n e i m p a c t r e s i s t a n t c o a t i n gT h e r m a l s t r e s s 24 h o u r s 130°C *D e c o r a t i v e e f f e c tType of coatingApplication examples00 X Single or multicoat finishcataphoretic dip coating, powder etc.01 X X Thermally stable single or multicoatfinishOnly for special cases following agreement10XSingle or multicoat finish, e.g.cataphoretic dip coating, powder etc.11 X X Thermally stable single or multicoatfinish12 X X Multicoat finish/powder coatingAll parts in the engine compartment and on the underfloor not falling in the category body panel / PV 20/21.20 X XCataphoretic dip coating21 X X XCataphoretic dip coating + stone impact-resistant coating All components in the underfloor area with cavities, or components subject to particularly high corrosive stress22XCataphoretic dip coatingBody panels and/or detachable parts which are only cataphoretically dip coated, such asunderfloor, front module, engine compartment partition, sliding roof frame etc.30 X X Baked multicoat finish and/or powder coatingDecorative and weather resistant Functional parts such as Al disk wheels, outside mirror, air inlet grille, decorative roof strip etc. 31X XBaked multicoat finishDecorative and weather resistantBody panels and/or detachable parts such as trunk lids, engine hoods etc.Abbreviated designation: For drawings in the block for surface protection e.g. DBL 7381.30For product versions 20 to 22, the responsible department PWT/VBT shall be contacted in the event of continuous temperatures > 130°C.PVs 22 and 31 concern components which must comply with MobiLolife requirements.Single or multicoat finish: all common coating systems provided that they comply with the requirements of this DBL. Diese DBL gilt für Beschichtungen an der Außen- und Unterseite des Fahrzeuges und imMotorraum, nicht für den Fahrzeuginnenraum1Field of application, general requirementsProduct versions with light alloys as base material1.1.1 Aluminum alloys1.1.1.1 Extruded aluminum parts / Rolled aluminumThe CASS test and/or the filiform test according to 4.17 shall be performed as approval-relevant corrosion test.1.1.1.2 Aluminum die castingThe CASS test without scribe shall be performed as approval-relevant corrosion test.1.1.1.3 Aluminum sand casting/Aluminum chill castingThe CASS test shall be performed as approval-relevant corrosion test.1.1.1.4 Mirror-turned / polished aluminum wheelsThe filiform corrosion test according to Section 4.17 shall be performed as approval-relevant corrosion test for the mirror-turned section, and the CASS test for the three-layer structure.1.1.2Magnesium die casting / Zinc die castingThe corrosion cycle test shall be performed as the approval-relevant corrosion test .To check the coverage of the whole surface, the CASS test can be used as accelerated test.(This test is performed without scratching the surface).1.1.3Other substratesApproval-relevant corrosion tests shall be agreed with the responsible department.2General properties of the materials, raw materials and supply conditionAll product versionsThe materials (cleaning and phosphating agents) used for pretreatment before coating, the binder types and pigments used for the paintwork structure as well as the coating methods and the drying types shall be disclosed to the receiving Daimler AG plant for initial samples and in the event of changes. This stipulation is intended to facilitate, in particular within the framework of development processes, the general material assessment and compliance with any necessary technical and/or personal protective measures for the processing of painted components (e.g. grinding, welding). The pretreatments and coatings shall be free of heavy metals such as arsenic, cadmium, chromium-VI, lead or their compounds. In addition, DBL 7399, Section1.2.1, DBL 8585 and DBL 6714 as well as directive 2000/53/EC of the European Parliament and Council of 18 September 2000 regarding end-of-life vehicles (ELV) or the latest version of the ELV directive shall be observed.Pretreatment, coating material and coating processes shall be selected by the part supplier so as to fulfill the requirements of this DBL. Residues which could promote corrosion and/or impair adhesion of the coating (flux, scale or similar) shall be removed chemically or mechanically, in particular on weld seams or on laser-cut edges.Edges, corners, overlaps and points accessible only with difficulty which are subject to the risk of corrosion shall be treated particularly carefully.The surface shall be free of any visible roughness, craters, dust inclusions etc.2.1.1PV 22/31All materials used in the coating must have been approved according to the applicable material DBL.e.g. cataphoretic dip coating in accordance with DBL 7292.2.2 InitialsamplingThe corrosion-relevant documents of the initial sample inspection report (ISIR) to PWT/VBT or the responsible department of the receiving MB plant shall be attached in the SQMS system (if available) under ISIR plants – surfaces/corrosion testing, and include the following information:Indication of the production and coating location. If the component is produced or coated at several locations, these locations shall be listed separately including the following data for each location. In addition, one component shall be submitted for sampling for each production/coating location.- Pretreatment materials, product name with product code, supplier- Coating materials, product name with product code (for cataphoretic dip coats also binder and pigment paste), supplier- Process description (flow chart)- Process parameters, test frequency- Layer thickness, layer thickness measuring points and layer thickness window (illustrated documentation), test frequency - Object stoving temperature (ideal, minimum, maximum)- Object temperature curves (at full load), object temperature measuring points (illustrated documentation), test frequency - Test frequency requalification measures according to MB Special Terms (corrosion tests, technical-mechanical coating test in analogy with Section 6.2 of this DBL)- Corrosion test report (illustrated)- Repair paint : work instructions, coating materials with product and name of supplierCorrosion test report for this repair concept (illustrated)(material,process)2.3 ChangesAny changes shall be notified to the Daimler AG receiving plant in good time according to VDA volume 2 and MB Special Terms No. 13 and subjected to initial sampling and approval before application in production.2.4 AssembliesNote that this DBL applies to the testing of individual components. If these components are installed with other components which might have an influence on the overall corrosion result after exposure (e.g. conductive rubber components, material combinations which run the risk of creating contact corrosion etc.), relevant corrosion tests in the corresponding assembly condition shall be agreed.2.5 MAG weld seams / heat-affected zoneMAG weld seams shall be pretreated so that silicate and slag residues are removed to an extent that allows proper pretreatment (e.g. phosphating). The heat-affected zone shall be treated in the same way, if it is accessible. Options: ceramic blasting, vibratory finishing ("Trowalisation"), dry ice blasting etc. In individual cases, an additional coating on the weld seams is also possible. It depends on the component which of these possibilities mentioned makes sense, and it shall therefore be selected following discussions with the responsible Daimler AG department.Pickling of components with cavities is not permissible; exceptions can only be allowed in individual cases for small production series following discussions with PWT/VBT. For such components, a cavity preservation shall then always be provided. Precoated components (e.g. with zinc) shall not be pickled in principle.2.6 Punched and cut edgesPunched and cut edges shall be designed such that compliance with the edge protection required in the relevant PV is reliably ensured. The following rework possibilities are available to improve edge protection: grinding, brushing, vibratory finishing ("Trowalisation"), shot peening etc. If freedom from burrs is specified on the drawing, embossing of the edges, where possible, is recommended. If the parts are laser cut, an oxygen-free cut shall be chosen. Where this is not possible, the edges shall be finished as described above.2.7 Cataphoretic dip coating material and pretreatmentThe supplier shall ensure that the phosphate content in the cataphoretic dip coating bath does not exceed 100 ppm as corrosion protection deteriorates significantly with increasing phosphate content. PWT/VBT and/or the materials engineering department of the relevant Daimler AG receiving plant shall be notified in writing if the cataphoretic dip coating materials are changed following sampling with regard to binder / solids ratio, or if measures are taken which might impact on the flow.In addition, care shall be taken to ensure that an Ni content of 0,8 - 1,2 g/l is maintained in the phosphating when zinc-coated sheets are used.coating2.8 CavityThe minimum layer thickness of cataphoretic dip coatings in cavities shall be 12 µm. A complete flow through the parts shall be ensured for cataphoretic dip coatings of cavities. If air bubbles cannot be avoided, these air bubbles shall be shifted to areas which are non-critical with regard to corrosion and functionality by suspending the parts appropriately. If required, additional measures (e.g. waxing) shall be taken.2.8.1 Cavity preservationIf the flange corrosion exceeds the requirements specified in Sections 4.11.7 and 4.12.7, cavity preservation shall be provided. Also, if the adhesion test in the heat-affected zone of cavities is worse than that required in Sections 4.11.8 and 4.12.8, cavity preservation shall be performed.paintwork2.9 RepairFor repair paintwork, the supplier's repair instructions and the coating materials used shall be indicated according to 2.1.2. If repair paintwork is carried out, the relevant components shall also comply with the requirements of the specified PV. The relevant department is responsible for requesting a component repaired in line with these instructions and for testing it according to the specified PV.The following process is required for rewelded, cataphoretically coated components:Completely remove any weld residues from the weld.- Use angle grinder to remove weld flash.- Resand using 80 grit sanding paper.- Clean using commercially available silicone remover.- Apply 2-component repair primer 4075 manufactured by Spies Hecker.Mixing ratio, layer thickness and drying according to manufacturer's specifications.Refinish using MB 7 167, MB spray can (1-component) MB Art. No. 00 986 29 50/7 167 2 spray applications, air drying. 2.10 CoatingthicknessesFor the paints used, the coating thicknesses specified by the paint supplier, at which the requirements of this DBL are fulfilled, shall be maintained.3Dimensions and tolerances / Form of supplyIn accordance with drawing and approved sample.4Technical dataPreliminary remark:Since in addition to the quality of the coating material itself, the material, the pretreatment and the shape of the parts to be coated may also be crucial to compliance with the following requirements, the tests shall be conducted on finished parts. If, due to their size, components are sawn into pieces, the cut edges shall be protected (by waxing, masking with Jaband No. 92402 supplied by Jaband, www.jaband.de).A test angle between 30° and 70° shall be maintained. For components intended for the underfloor, the underside of the components in the intended installation position in the vehicle shall form the upper side in the test chamber.All values indicated are maximum values.FPT ... Focal point test, refer to Section 6.2 of this DBL.n.r. no requirementFrom Section 4.11, either cross cuts or scratch tests can be performed. The values indicated shall always apply.Affected PVs and their requirementsProperties00/01 10/11/12 20/21/22 30/31 Test method4.1 Color Deviation with respect to standard panel not greater than degree of deviation3-4Section 5.16 of this DBL4.2 GlossIn accordance with drawing or approved sample.Deviation with respect to standard panel not greater than degree of deviation2-3Section 5.15 of this DBL4.3 Layer thickness (FPT) According to drawing or approved sample with the tolerances typical of thematerial, as documented in the ISIR.Section 5.1 of this DBL4.4 Cross-cut (FPT) Gt 1Section 5.3 of this DBL4.5 Mandrel bending test,conical mandrelDocument resultNo requirement at presentSection 5.17 of this DBL4.6 CuppingDocument resultNo requirement at presentSection 5.18 of this DBL4.7 Scratch test (FPT) K2 Section5.2 of this DBLAffected PVs and their requirementsProperties 01 11 Test method4.8 Temperatureresistance The coating shall attain the characteristic values of Section 4.4/4.6 and 4.11 or 4.12 (corrosion cycle test) following exposure to temperature24h 130°C Affected PVs and their requirementsProperties Test method4.9 4.9.1 Multiple stone impact testOriginal conditiononly PVs 30/31Chipping area rating 2Degree of corrosion 0,5Section 5.19 of this DBLSection 5.19.1 of this DBL4.9.2 With salt spray fogExposure time in hRequirementonly PV 12/2172Chipping area rating 2Degree of corrosion 1Section 5.19.2 of this DBL4.10 4.10.1 4.10.2 Steam jet teston St Andrews crosson multiple stone impactonly for PV 30/31No loss of adhesion on St Andrew's crossD1, minor wash-out of existing damageSection 5.20 of this DBLAffected PVs and their requirementsProperties 00/01 10/11/12 20/21/22 30/31 Test method4.11 Constant condensation wateratmosphereSection 5.8 of this DBL Exposure time in h 120 240 360 3604.11.1 Blistering/degree of blistering(S) < 2 (S 2) 0Section 5.6 of this DBL4.11.2 Scratch testK21/24 h minutes after removal on the undamaged surface Section 5.2 of this DBL4.11.3 Cross-cutGt 11/24 h minutes after removal on the undamaged surface Section 5.3 of this DBLAffected PVs and their requirementsProperties 00/01 10/11/12 20/21/22 30/31 Test method4.12 Corrosion cycle testSteel substrates(FPT)Assessment after 1, 3 cycles and at the end of the test period.PVs 00/10 shall only be assessed at the end of the test period.Section 5.10 of this DBLExposure time in cycles 3 6 10 104.12.1 Surface corrosion No clusters or accumulations4.12.1.1 Intermediate assessment1 cycleRi 0 Ri 0 Ri 04.12.1.2 Intermediate assessment3 cyclesRi 0 Ri 0 Ri 04.12.1.3 Final assessment 3 cycles Ri 14.12.1.4 Final assessment 6 cycles Ri 14.12.1.5 Final assessment 10 cycles Ri 1 Ri 0Section 5.5 of this DBL 4.12.2 Edgecorrosion The values indicated refer to one edge length.No integration across the whole component is made.4.12.2.1 Intermediate assessment1 cycle KR 0 KR 0 KR 04.12.2.2 Intermediate assessment3 cycles KR 1 (5%) KR 1 (5%) KR 04.12.2.3 Final assessment 3 cycles KR 2 (30%)4.12.2.4 Final assessment 6 cycles KR 2 (30%)4.12.2.5 Final assessment 10 cycles KR 2 (30%) KR 1 (5 %)Section 5.7 of this DBL 4.12.3 Weld corrosion4.12.3.1 Intermediate assessment1 cycle SR 0 SR 0 SR 04.12.3.2 Intermediate assessment3 cycles SR 1 (5%) SR 1 (5%) SR 1 (5%)4.12.3.3 Final assessment 3 cycles SR 1,5 (20%)4.12.3.4 Final assessment 6 cycles SR 1,5 (20%)4.12.3.5 Final assessment 10 cycles SR 1,5 (20%) SR 1,5 (20%)Section 5.14 of this DBL4.12.4 Subsurface corrosionU/2 in mm at end of test 1,5 2 1,5 1,5Section 5.4 of this DBL 4.12.5 Scratch test K 2 Section 5.2 of this DBL 4.12.6 Cross-cutGt1 Section 5.3 of this DBL4.12.7 Blistering/degree of blistering(S)< 2 (S 2) 0 Section 5.6 of this DBL4.12.8 Flange corrosionAssessment after 3 cyclesNo flange corrosion (no red rust) visible to customer Section 5.22 of this DBL4.12.9 CavitiesAssessment at end of testonly PV 20/21Complete coating in cavities with at least 12µmscratch adhesion in the heat-affected zone K 2. Surface corrosion Ri 0Affected PVs and their requirementsProperties 00/01 10/11/12 20/21/22 30/31 Test method 4.13 Corrosion cycle testZinc-coated and zinc-coated + organically coated / hot-dip aluminized substrates (FPT)Assessment after 1, 3 cycles and at the end of the test period.PVs 00/01 shall only be assessed at the end of the test period.The values indicated refer to white rust. No red rust shall occur in any case.Section 5.10 of this DBLExposure time in cycles 3 6 10 10 4.13.1 Surface corrosion No clusters or accumulations4.13.1 .1 Intermediate assessment1 cycle Ri 0 Ri 0 Ri 04.13.1.2 Intermediate assessment3 cycles Ri 0 Ri 0 Ri 04.13.1.3 Final assessment 3 cycles Ri 14.13.1.4 Final assessment 6 cycles Ri 14.13.1.5 Final assessment 10 cycles Ri 1 Ri 0Section 5.5 of this DBL4.13.2 Edge corrosionThe values indicated refer to one edge length. No integration across the whole component is made.4.13.2.1 Intermediate assessment1 cycle KR 0 KR 0 KR 04.13.2.2 Intermediate assessment3 cycles KR 1 (5%) KR 1 (5%) KR 04.13.2.3 Final assessment 3 cycles KR 3 (50%)4.13.2.4 Final assessment 6 cycles KR 3 (50%)4.13.2.5 Final assessment 10 cycles KR 3 (50%) KR 2 (30%)Section 5.7 of this DBL 4.13.3 Weld corrosion4.13.3.1 Intermediate assessment1 cycleSR 0 SR 0 SR 04.13.3.2 Intermediate assessment3 cycles SR 1 (5%) SR 1 (5%) SR 1 (5%)4.13.3.3 Final assessment 3 cycles SR 1,5 (20%)4.13.3.4 Final assessment 6 cycles SR 1,5 (20%)4.13.3.5 Final assessment 10 cycles SR 1,5 (20%) SR 1,5 (20%)Section 5.14 of this DBL4.13.4 Subsurface corrosionU/2 in mm at end of test4 4 4 4 Section 5.4 of this DBL 4.13.5 Scratch test K 2 Section 5.2 of this DBL 4.13.6 Cross-cut Gt 1 Section 5.3 of this DBL4.13.7 Blistering/degree of blistering(S)< 2 (S 2) 0 Section 5.6 of this DBL4.13.8 4.13.8.1 4.13.8.2 Flange corrosionAssessment after 3 cyclesEnd of testonly PV 20/21/22/31No flange corrosion (no red rust) visible to customerOpen flanges max. Ri 4 white rust (no red rust)Section 5.22 of this DBL4.13.9 CavitiesAssessment at end of testonly PV 20/21/22/31Complete coating in cavities with at least 12µm cataphoretic dip coating scratch adhesion in the heat-affected zone K 2. Surface corrosion Ri 0Affected PVs and their requirementsProperties 00/01 10/11/12 20/21/22 30/31 Test method4.14 Salt spray testonly steel substrates This test can be used to obtain a quick assessment of running series parts forsteel substrates without zinc coatingSection 5.9 of this DBLExposure time in h 168 240 504 5044.14.1 Subsurface corrosionU/2 in mm1 Section 5.4 of this DBL4.14.2 Surface corrosion Ri 1 Section5.5 of this DBL4.14.3 Blistering/degree of blistering(S)< 2 (S 2) 0 Section 5.6 of this DBL 4.14.4 Edge corrosion KR 1 Section 5.7 of this DBL 4.14.5 Scratch test K 2 Section 5.2 of this DBL 4.14.6 Cross-cut Gt1 Section 5.3 of this DBLAffected PVs and their requirementsProduct version 00/01 10/11/12 20/21/22 30/314.15 CASS testAluminumThis test shall be used for aluminum as base material. Section 5.11 of this DBL Exposure time in h 96 168 240 2404.15.1 Subsurface corrosionU/2 in mm2 1 Section 5.4 of this DBL 4.15.2 Surface corrosion Ri 0 Section 5.5 of this DBL4.15.3 Blistering/degree of blistering(S)< 2 (S 2) 0 Section 5.6 of this DBL 4.15.4 Edge corrosion KR 2 (30%) KR 1 (5%) Section 5.7 of this DBL 4.15.4.1 Edge corrosion Al wheels KR 1 Section 5.7 of this DBL 4.15.5 Scratch test K 2 Section 5.2 of this DBL 4.15.6 Cross-cut Gt1 Section 5.3 of this DBLAffected PVs and their requirementsProperties 30/31 Test method4.16 Filiform testAluminumThis test shall be used for aluminum as base material. Section 5.12 of this DBLExposure timeCass test 24 hours28 days at 40°C ±1°C / 82°% ±2% rel. humidity4.16.1 4.16.1.1 Subsurface corrosion around ascribe U/2 in mmMaximum filament length inmm24Section 5.13.1 of this DBL4.16.2 Surface corrosion Ri 0Section 5.5 of this DBL4.16.3 Blistering/degree of blistering(S) 0 (S 0)Section 5.6 of this DBL4.16.4 Edge corrosion Ri 1 (5%) Section5.7 of this DBL 4.16.5 Scratch test K 2 Section 5.2 of this DBL 4.16.6 Cross-cut Gt 1 Section 5.3 of this DBLAffected PVs and their requirementsProperties 30 Test method4.17 Filiform corrosionAluminumThis test shall only be used for mirror turned/polished aluminum wheels.Section 5.13 of this DBLExposure timeCass test 24 hours28 days at 60°C ±1°C / 82°% ±2% rel. humidity4.17.1 4.17.1.1 Subsurface corrosion around ascribe U/2 in mmMaximum filament length inmm24Section 5.13.1 of this DBL4.17.2 Surface corrosion Ri 0 Section5.5 of this DBL 4.17.3 Blistering/degree of blistering(S)0 Section 5.6 of this DBL 4.17.4 Edge corrosion KR 0 Section 5.7 of this DBLAffected PVs and their requirementsProperties 00/0110/11/12 20/21/2230/31Test method 4.18 Corrosion cycle testMagnesium/ZincSection 5.10 of this DBL Exposure time in cycles 104.18.1Subsurface corrosion U/2 in mm 1,5 Section 5.4 of this DBL 4.18.2Surface corrosionRi 0Section 5.5 of this DBL4.18.3 Blistering/degree of blistering (S)0 Section 5.6 of this DBL4.18.4 Edge corrosionKR 2 Section 5.7 of this DBL4.18.5 Scratch test K 2 Section5.2 of this DBL4.18.6 Cross-cut Gt 1Section 5.3 of this DBL Affected PVs and their requirementsProperties 00/01 10/11/12 20/21/22 30/31Test method 4.19 CASS testMagnesium/ZincIn principle, this test is only intended to check the complete coverage of thesurface. This test is performed without scratching the surface.Section 5.11 of this DBLExposure time in h 2404.19.1Surface corrosionSection 5.5 of this DBL4.19.2Edge corrosionSection 5.7 of this DBL4.19.3Blistering/degree ofblistering (S)Only to be used as comparative test.Surface corrosion, edge corrosion and blistering shall comply with the values of the alternating VDA test.The values of the original sample from the CASS test are then a constituent part of the ISIR.Section 5.6 of this DBLAffected PVs and their requirementsProperties 00/01 10/11/12 20/21/22 30/31 Test method4.20 Process and operatingfluid test Proof of compliance with these requirements by the paint supplier shall be sufficient (test results are part of ISIR)4.20.1 Hydraulic fluids The coating shall not demonstrate any changes VDA test sheet 621-412Section 4.1.4 Exposure time4 h at 50 °C4.20.2 Standard gasoline Temporary softening is still permitted provided that the adhesion testrequirements in accordance with Section 4.7. are fulfilled again after aregeneration time of 16 hours VDA test sheet 621-412 Section 4.1.1 Exposure time 10 min at 23°C ± 2°C4.20.3 Preservatives After an exposure time of 60 minutes at 23 ± 2°C, wipe off the preservativewith standard gasoline in accordance with DIN 51 604 Part 1.The coating shall neither be swollen nor discolored. VDA test sheet 621-412 Section 4.2.44.20.4 Cold cleaning solvent Temporary softening is permitted provided that the adhesion test requirementsin accordance with Section 4.7. are fulfilled again after a regeneration time of16 hours VDA test sheet 621-412 Section 4.2.3 Exposure time 10 min at 23°C ± 2°C4.20.5 Brake fluid Temporary softening is permitted provided that the adhesion test requirementsin accordance with Section 4.7. are fulfilled again after a regeneration time of16 hours VDA test sheet 621-412 Section 4.2.1 Exposure time 10 min at 23°C ± 2°CAffected PVs and their requirementsProperties 30/31 Test method4.21 Resistance to chemicals Proof of compliance with these requirements by the paint supplier shall besufficient (test results are part of ISIR)Section 5.21 of this DBL 4.21.1 Sulfuric acid4.21.2 Tree pitch4.21.3 Pancreatin4.21.4 Water4.21.5 Caustic soda solution No discoloration. No change in surface with regard to gloss and adhesionSection 5.21 of this DBL4.21.6 Wheel cleaner Only for Al wheels Section5.21 of this DBL For wheel MB No.A 001 986 34 71Affected PVs and their requirementsProperties30/31 Test method 4.22 Cold resistance No cracks 1 hour at –40°CAffected PVs and their requirementsProperties 30 31 Test method4.23 Weathering Proof of compliance with thisrequirement by the paint suppliershall be sufficient (reference samplepart of ISIR) The coating materials used require a separate DBL approval with regard to the compliance with this item.4.23.1 4.23.1.14.23.1.2 Florida testExposure time withoutaluminum wheelsExposure timeAl wheelsAt least 3 yearsAt least 2 yearsChange in color and gloss compared to unexposed reference sample notgreater than assessment figure 3-4 (color) / 2-3 (gloss).No cracks, no chalking.DBL 7399,Section 7.8.2 under 5°South。
Omega 数字温度计说明书
HH11CDIGITAL THERMOMETERServicing North America:U.S.A. Omega Engineering, Inc.Headquarters: Toll-Free: 1-800-826-6342 (USA & Canada only) Customer Service: 1-800-622-2378 (USA & Canada only) Engineering Service: 1-800-872-9436 (USA & Canada only) Tel: (203) 359-1660 Fax: (203) 359-7700 e-mail:**************For Other Locations Visit /worldwideIt is the policy of OMEGA Engineering, Inc. to comply with all worldwide safety and EMC/EMI regulations that apply. OMEGA is constantly pursuing certification of its products to theEuropean New Approach Directives. OMEGA will add the CE mark to every appropriate device upon certification.The information contained in this document is believed to be correct, but OMEGA accepts no liability for any errors itcontains, and reserves the right to alter specifications without notice.WARNING: These products are not designed for use in, and should not be used for, human applications.INTRODUCTIONThis instrument is a portable 4½ digit, compact-sized digital thermometer designed to use external K-type thermocouples as temperature sensor. Temperature indication follows National Bureau of Standards and IEC 584 tem-perature/voltage tables for K-type thermocouples. One K-type thermocouple is supplied with the thermometer.SAFETY INFORMATIONIt is recommended that you read the safety and operation instructions before using this t hermometer.WARNINGTo avoid electrical shock, do not use this instrument when working voltages at the measurement surface over 24V AC or 60V DC.WARNINGTo avoid damage or burns, do not make temperaturemeasurement in microwave ovens.CAUTIONRepeated sharp flexing can break the thermocouple leads. To prolong lead life, avoid sharp bends in theleads, especially near the connector.Thesymbol on the instrument indicates that the operator must refer to an explanation in this manual.SPECIFICATIONSELECTRICALTemperature Scale: Celsius or Fahrenheit user-selectable Measurement Range:-200°C to 1372°C, -328°F to 2501°F Auto range: 0.1°C/1°C, 0.1°F/1°FAccuracy:Accuracy is specified for operating tempera-tures over the range of 18°C to 28°C (64°F to 82°F), for 1 year, not including thermocouple error. ±(0.1%rdg+0.5°C) on -60°C to 1372°C ±(0.1%rdg+2°C) on -60°C to -200°C ±(0.1%rdg+1°F) on -76°F to 2501°F ±(0.1%rdg+4°F) on -76°F to -328°F Temperature Coefficient:0.1 times the applicable accuracy specification per °C from 0°C to 18°C and 28°C to 50°C (32°F to 64°F and 82°F to122°F). Input Protection:60V dc or 24V ac rms maximum input voltage on any combination of input pins. Input Connector:Accepts standard miniature thermocouple connectors (flat blades spaced 7.9mm, center to center). ENVIRONMENTALAmbient Operating Ranges: 0°C to 50°C (32°F to 122°F) Storage Temperature:-20°C to 60°C (-4°F to 140°F)GENERALDisplay: 4½ digit liquid crystal display (LCD) with max-imum reading of 19999.Low battery indication: The “ ” is displayed when the battery voltage drops below the operating level. Measurement rate: 1 time/second.Operating environment: 0°C to 50°C at<70% R.H.Storage temperature: -20°C to 60°C, 0 to 80% R.H. with battery removed from meter.Accuracy: Stated accuracy at 23°C±5°C, <75% R.H. Battery: Standard 9V battery (NEDA 1604, IEC 6F22). Battery Life: 100 hours typical with carbon zinc battery. Dimensions: 210mm(H) x 65mm(W) x 35mm(D). Weight: approx. 282g including battery.Supplied Wire: 4 feet type “K” thermocouple bead wire (PTFE tape insulated). Maximum insulation tempera-ture 260°C (500°F). Wire accuracy ±2.2°C or ±0.75% of reading (whichever is greater) from 0°C to 800°C.OPERATING INSTRUCTIONS1.“°C/°F” Button: Selecting the Temperature ScaleReadings are displayed in either degrees Celsius(°C) or degrees Fahrenheit(°F). When the thermometer is turned on, it is set to the temperature scale that was in use when the thermometer was last turned off. To change the temperature scale, hold down for 2 seconds “APO >2S°C/°F” key.2.“HOLD” ButtonPress the “HOLD” key to enter the Data Hold mode, the “HOLD” annunciator is displayed. When HOLD mode is selected, the thermometer held the present readings and stops all further measurements. Press the “HOLD” key again cancels HOLD mode, causing the thermometer to resume taking measurements.3.“REL” ButtonPress “REL” key to enter Relative mode, zero the display, and store the displayed reading as a reference value and annunciator REL is displayed. Pressing “REL” key over 2 seconds to exit the relative mode.4.“APO” ButtonPressing “APO >2S °C/°F” key to trigger on or off APO mode, and then APO annunciator will appear or disappear on the display. Power is automatically turn off, if no operation for a period of time, and “APO”annunciator is displayed at upper-left corner when APO function is enabled.5.“MIN/MAX” ButtonPress “MIN/MAX” once to begin recording MIN and MAX. Press “MIN/MAX” to select MIN or MAX or MAX-MIN or A VG. Hold down for 2 seconds to exit MIN/MAX function.In the MIN/MAX record mode can not power off, must leave MIN/MAX record mode then power off.OFFSET ADJUSTMENTThe OFFSET control is set at the factory to allow for the variations found in standard thermocouples. By adjusting the OFFSET control, you can optimize measurement ac-curacy for a particular thermocouple at a particular tem-perature.Adjusting for Accurate Measurements1. Connect the thermocouple to the input connector and turn the thermometer on.2. Place the thermocouple in a known, stable temperature environment at or near the temperature you wish to measure, and allow the readings to stabilize.3. Slowly adjust the OFFSET control so that the thermom-eter reading matches the temperature of the known en-vironment. Leave sufficient time between adjustments to allow for measurement lag.Resetting the OFFSET ControlTo return the OFFSET control to the factory setting without having to recalibrate the thermometer, perform the following procedure:1. Connect a thermocouple that is in good working order to the input that is to be adjusted.2. Place the thermocouple in an ice-water bath and allow the readings to stabilize.3. Slowly adjust the OFFSET control until the thermome-ter reads 0°C (32°F).Probe DetectorThe red LED will be ON when no K-type thermocouple probe is inserted into the TEMP input of the meter, and will be OFF after K-type thermocouple probe is inserted. If the red LED stays ON when thermocouple probe is at-tached, check the thermocouple probe which might be damaged.OPERATOR MAINTENANCEWARNINGTo avoid possible electrical shock, disconnect the thermocouple connectors from the thermometer beforeremoving the cover.Battery Replacement1. Power is supplied by 9V (NEDA 1604, IEC 6F22).2. The “” appears on the LCD display when replace-ment is needed.3. Remove the battery from battery contacts.4. When not use for long time remove battery.5. Don’t keep in place with high Temp, or high humidity. CleaningPeriodically wipe the case with a damp cloth and deter-gent, do not use abrasives or solvents.Where Do I Find Everything I Need forProcess Measurementand Control?OMEGA…Of Course!Shop online at TEMPERATUREThermocouple, RTD & Thermistor Probes,Connectors, Panels & AssembliesWire: Thermocouple, RTD & ThermistorCalibrators & Ice Point ReferencesRecorders, Controllers & Process MonitorsInfrared PyrometersPRESSURE, STRAIN AND FORCETransducers & Strain GagesLoad Cells & Pressure GagesDisplacement TransducersInstrumentation & AccessoriesFLOW/LEVELRotameters, Gas Mass Flowmeters & Flow Com-putersAir Velocity IndicatorsTurbine/Paddlewheel SystemsTotalizers & Batch ControllerspH/CONDUCTIVITYpH Electrodes, Testers & AccessoriesBenchtop/Laboratory MetersControllers, Calibrators, Simulators & PumpsIndustrial pH & Conductivity EquipmentDATA ACQUISITIONData Acquisition & Engineering SoftwareCommunications-Based Acquisition SystemsPlug-in Cards for Apple, IBM & CompatiblesDatalogging SystemsRecorders, Printers & Plo tte rsHEATERSHeating CableCartridge & Strip HeatersImmersion & Band HeatersFlexible HeatersLaboratory HeatersENVIRONMENTALMONITORING AND CONTROLMetering & Control InstrumentationRefractometersPumps & TubingAir, Soil & Water MonitorsIndustrial Water & Wastewater TreatmentpH, Conductivity & Dissolved OxygenInstrumentsMade in Taiwan WARRANTY/DISCLAIMEROMEGA ENGINEERING, INC. warrants this unit to be free of defectsin materials and workmanship for a period of 13 months from dateof purchase. OMEGA’s WARRANTY adds an additional one (1) monthgrace period to the normal one (1) year product warranty to coverhandling and shipping time. This ensures that OMEGA’s customersreceive maximum coverage on each product.If the unit malfunctions, it must be returned to the factory for evalua-tion. OMEGA’s Customer Service Department will issue an AuthorizedReturn (AR) number immediately upon phone or written request.Upon examination by OMEGA, if the unit is found to be defective, itwill be repaired or replaced at no charge. OMEGA’s WARRANTY doesnot apply to defects resulting from any action of the purchaser, includ-ing but not limited to mishandling, improper interfacing, operationoutside of design limits, improper repair, or unauthorized modifica-tion. This WARRANTY is VOID if the unit shows evidence of havingbeen tampered with or shows evidence of having been damaged as aresult of excessive corrosion; or current, heat, moisture or vibration;improper specification; misapplication; misuse or other operatingconditions outside of OMEGA’s control. Components in which wearis not warranted, include but are not limited to contact points, fuses,and triacs.OMEGA is pleased to offer suggestions on the use of its vari-ous products. However, OMEGA neither assumes responsibil-ity for any omissions or errors nor assumes liability for anydamages that result from the use if its products in accordancewith information provided by OMEGA, either verbal or writ-ten. OMEGA warrants only that the parts manufactured bythe company will be as specified and free of defects. OMEGAMAKES NO OTHER WARRANTIES OR REPRESENTATIONS OFANY KIND WHATSOEVER, EXPRESSED OR IMPLIED, EXCEPTTHAT OF TITLE, AND ALL IMPLIED WARRANTIES INCLUDINGANY WARRANTY OF MERCHANTABILITY AND FITNESSFOR A PARTICULAR PURPOSE ARE HEREBY DISCLAIMED.LIMITATION OF LIABILITY: The remedies of purchaser setforth herein are exclusive, and the total liability of OMEGAwith respect to this order, whether based on contract, warran-ty, negligence, indemnification, strict liability or otherwise,shall not exceed the purchase price of the component uponwhich liability is based. In no event shall OMEGA be liable forconsequential, incidental or special damages.CONDITIONS: Equipment sold by OMEGA is not intended to be used,nor shall it be used: (1) as a “Basic Component” under 10 CFR 21 (NRC),used in or with any nuclear installation or activity; or (2) in medical appli-cations or used on humans. Should any Product(s) be used in or withany nuclear installation or activity, medical application, used on humans,or misused in any way, OMEGA assumes no responsibility as set forthin our basic WARRANTY/DISCLAIMER language, and, additionally,purchaser will indemnify OMEGA and hold OMEGA harmless from anyliability or damage whatsoever arising out of the use of the Product(s)in such a manner.RETURN REQUESTS/INQUIRIESDirect all warranty and repair requests/inquiries to the OMEGACustomer Service Department. BEFORE RETURNING ANYPRODUCT(S) TO OMEGA, PURCHASER MUST OBTAIN ANAUTHORIZED RETURN (AR) NUMBER FROM OMEGA’S CUSTOMERSERVICE DEPARTMENT (IN ORDER TO AVOID PROCESSINGDELAYS). The assigned AR number should then be marked on theoutside of the return package and on any correspondence.FOR WARRANTY RETURNS,please have the followinginformation available BEFOREcontacting OMEGA:1. Purchase Order numberunder which the productwas PURCHASED,2. Model and serial number of theproduct under warranty, and3. Repair instructions and/orspecific problems relativeto the product.FOR NON-WARRANTY REPAIRS,consult OMEGA for current repaircharges. Have the followinginformation available BEFOREcontacting OMEGA:1. P urchase Order number to coverthe COST of the repair orcalibration,2. Model and serial number of theproduct, and3. R epair instructions and/or specificproblems relative to the product.OMEGA’s policy is to make running changes, not model changes,whenever an improvement is possible. This affords our customersthe latest in technology and engineering.OMEGA is a registered trademark of OMEGA ENGINEERING, INC.© Copyright 2017 OMEGA ENGINEERING, INC. All rights reserved.This document may not be copied, photocopied, reproduced,translated, or reduced to any electronic medium or machine-readableform, in whole or in part, without the prior written consent of OMEGAENGINEERING, INC.。
T-BERD 2207用户指南说明书
198150-15217-01Rev. DT-BERD 2207USER’S GUIDEThis manual applies to all T-BERD 2207 software incorporating software level 3.x.JANUARY 2000Copyright ©1998 TTC®USA 1-800-638-2049 • +1-301-353-1550 • FAX +1-301-353-0234Canada 1-888-689-2165 • +1-905-507-4117 • FAX +1-905-507-4126SECTION 9 - SpecificationsGeneral SpecificationsSECTION 9 SPECIFICATIONS9.1GENERAL SPECIFICATIONS9.1.1Physical Characteristics:Height:7.5" (19 cm)Width:11.5" (29.2 cm)Depth: 2.25" (5.7 cm)Weight: 4.25 lb. (1.93 kg.)9.1.2Environmental Characteristics:Temperature:Operating:32°F to 122°F (0°C to +50°C)Non-Operating:-40°F to 167°F (-40°C to +75°C)Humidity:10% to 90% Relative Humidity, non-condensing9.1.3Electrical Characteristics:Battery Type:10.8 V Nickel-Metal Hydride (NiMH)Operating Time:Typically, up to three hours of continuous operation on a full chargeRecharging Period:Maximum of two hours from full dischargeAC Adaptor:120VAC to 18 VDC 1.2A9.2DS1 SPECIFICATIONS9.2.1Input Specifications9.2.1.1RX JackConnector Type:Bantam jackFrequency:1,544,000 Hz ±5000 HzUser’s Guide T-BERD 22079-1SECTION 9 - SpecificationsDS1 SpecificationsImpedanceBRIDGE:1000 ohms minimumTERM:100 ohms ±5%DSX-MON:100 ohms ±5%RangeBRIDGE:+6 to -35.0 dBdsxTERM:+6 to -35.0 dBdsxDSX-MON:+6 to -24.0 dBdsx of resistive los9.2.1.2Loop Codes Detection CriteriaIn-Band:At least 177 error-free bits of the selected repetitive pattern must be received(loop up or loop down).Out-of-Band:Datalink monitored every 125 ms for loop codes (loop up and loop down).9.2.1.3Pattern Synchronization Detection CriteriaFixed Patterns:30 consecutive error-free bitsPseudo-random:30 + n consecutive error-free bits for a pattern length of 2^n-19.2.2Output Specifications9.2.2.1TX JackConnector Type:Bantam jackLBO Level:Line build-out of 0, -7.5, -15.0, and -22.5 dB of cable loss at 772 HzLBO Tolerance:±2 dB at 772 kHzTiming:±7 ppm internal or recoveredLine Codes:AMI or B8ZSError Insert Type:Logic, BP V, or FramePulse Shape:With output terminated in 100 ohms resistive load and 0 dB line build-outselected, the T-BERD 2207 meets ITU-T Recommendation G.703; AT&TPublications CB113, CB119, CB132, CB143, and PUB62508; and AT&TPUB62411 pulse shape specifications.9-2T-BERD 2207User’s GuideSECTION 9 - SpecificationsDS1 Specifications 9.2.2.2Transmitted Loop CodesIn-BandCSU:Loop-up: 10000; Loop-down: 100Facility 1:Loop-up: 1100; Loop-down: 1110Facility 2:Loop-up: 11000; Loop-down: 11100Facility 3:Loop-up: 100000; Loop-down: 100Out-of-BandLine:Loop up: 1111 1111 0111 0000Loop down: 1111 1111 0001 1100Payload:Loop up: 1111 1111 0010 1000Loop down: 1111 1111 0100 1100Network:Loop up: 1111 1111 0100 1000Loop down: 1111 1111 0010 01009.2.3Measurement SpecificationsFrequencyRange:1,544,000 ±5000 HzAccuracy:± 7 ppmResolution: 1 HzReceived LevelRange:+6 dBdsx to -40 dBdsxAccuracy:±1.0 dB between +6 and -10 dBdsx±2.0 dB between -10 and -20 dBdsx±3.0 dB between -20 and -40 dBdsxResolution:0.1 dBVp-p Range:60 mV to 12.0 VVp-p Resolution:0.05 VSimplex CurrentRange:10 mA to 180 mAccuracy:±5%Resolution: 1 mASimplex path:13.2 ohms (nominal)User’s Guide T-BERD 22079-3SECTION 9 - SpecificationsDS1 Specifications9.2.4Alarm CriteriaSignal Loss:175 ±75 consecutive zerosFrame LossD4: 2 out of 5 Ft bits in errorESF: 2 out of 5 frame bits in errorSLC-96: 2 out of 5 Ft bits in errorPattern Loss:100 errors detected in 1000 or fewer bitsOnes DensityQRSS:Alarm is suppressed.Other Patterns:Received data contains less than n ones in 8(n+1) bits, where n=1 to 23.Excess ZeroAMI:16 or more consecutive zerosB8ZS:8 or more consecutive zerosYellow AlarmD4:Bit 2 is a 0 for 255 consecutive channels.ESF:256 bits ±16 bits of a repetitive (1111 1111 0000 0000) pattern received inthe 4 kb/s datalink.SLC-96:Bit 2 is a 0 for 255 consecutive channels.AIS:Unframed T1 signal has 2048 consecutive ones.Low Battery:Battery has less than 25% energy remaining.9-4T-BERD 2207User’s GuideSECTION 9 - Specifications DS3 Option SpecificationsUser’s Guide T-BERD 22079-59.3DS3 OPTION SPECIFICATIONS9.3.1DS3 Specifications9.3.1.1Framing Formats9.3.1.2Patterns9.3.1.3Line Coding•B3ZS9.3.1.4Connectors•WECO 560A jack9.3.1.5Receiver (Single)Frequency:44,736 Mb/s ±300ppmLevel:HIGH: Accepts Nominal 1.2 Vp, 0 ft. of cable from High sourceDSX: Accepts Nominal 0.6 Vp, 450 ft. of c able from High source or monitor LOW: Accepts Nominal 0.3 Vp, 900 ft. of cable from High source9.3.1.6Transmitter (Single)Frequency:44,736 Mb/s ±20ppmPulse:HIGH: Nominal 1.2 Vp (Signal meets ANSI specification T1.102-1993 and ITU-TG.703 when subjected to 450 feet of cable loss.)•Auto• Muxed M13•Unframed • C-bit•M13• Muxed C-bit•1111• 215-1•1100 (Idle)• 220-1•1010 (AIS)• 223-1•1010• User (3 to 24 bit programmable)SECTION 9 - SpecificationsDS3 Option SpecificationsDSX: Nominal 0.91 Vp (Signal meets ANSI specification T1.102-1993 andITU-TG.703.)LOW: Nominal 0.31 VpTiming:Internal ClockRecovered Clock9.3.2DS3 Measurements9.3.2.1Summary•Bit Errors•Frame Errors•Bipolar Violations•Receive Frequenc•Parity Errors•FEAC Messages•C-bit Errors•DS2 Frame Errors•FEBE•Pattern Slip9.3.2.2Logic•Bit Errors•Pattern Slips•Bit Error Rate•Pattern Loss Seconds•Bit Errored Seconds•Error Free Seconds•Pattern Losses•% Error Free Seconds9.3.2.3Bipolar Violations•BPV•BPV Rate•BPV Errored Seconds9-6T-BERD 2207User’s GuideSECTION 9 - SpecificationsDS3 Option Specifications 9.3.2.4Frame Errors•Frame Error Rate•FEBE Rate•Frame Error Seconds•DS2 Frame Errors•Out of Frame Seconds•DS2 Frame Error Rate•C-bit Errors•Received X-bit•C-bit Error Rate•Transmit X-bit•FEBE•Frame Loss Count9.3.2.5Parity•Parity Errors•Parity Error Rate•Parity Error Seconds9.3.2.6Signal•Signal Loss•Signal Loss Seconds•Receive Frequency•Receive Signal Level•Transmit FrequencyUser’s Guide T-BERD 22079-7。
信息检索练习题(1)
1.小王在某个数据库中检索到了50篇文献,查准率和查全率分别为40%、80%,则全部相关文档有25篇。
2.INTERNET是基于TCP/IP 协议的。
3.文件ABC.001.TXT的后缀名是TXT 。
文件类型是文本文件。
4.多数网页采用HTML编写,这里的HTML指的是:超文本标识语言。
5.目录型搜索引擎主要提供族性检索模式,索引型搜索引擎主要提供特性检索模式。
6.在使用搜索引擎检索时,URL:ustc可以查到网址中带有ustc的网页。
7.根据索引编制方式的不同,可以将搜索引擎分为索引型搜索引擎和网络目录型搜索引擎。
8.按文献的相对利用率来划分,可以把文献分为核心文献、相关文献、边缘文献。
9.定期(多于一天)或不定期出版的有固定名称的连续出版物是期刊。
10.检索工具具有两个方面的职能:存储职能、检索职能。
11.以单位出版物为著录对象的检索工具为:目录。
12.将文献作者的姓名按字顺排列编制而成的索引称为:作者索引。
13.利用原始文献所附的参考文献,追踪查找参考文献的原文的检索方法称为追溯法,又称为引文法。
14.已知一篇参考文献的著录为:”Levitan, K. B. Information resource management. New Brunswick: RutgersUP,1986”,该作者的姓是:Levitan 。
15.检索语言可分为两大类:分类语言、主题词语言。
16.LCC指的是美国国会图书馆分类法。
17.当检索关键词具有多个同义词和近义词时,容易造成漏检,使得查全率较低。
18.主题词的规范化指的是词和概念一一对应,一个词表达一个概念。
19.国际上通常根据内容将数据库划分为:参考数据库、源数据库、混合数据库。
20.查询关键词为短语"DA TA OUTPUT",可以用位置算符(W)改写为:DA TA(W) OUTPUT 。
21.著录参考文献时,对于三个以上的著者,可以在第一著者后面加上et al. ,代表"等人"的意思。
Bently Nevada 3500内部障碍产品数据手册说明书
GE Measurement&Control3500Internal BarriersProduct DatasheetBently Nevada*Asset Condition MonitoringDescription3500Internal Barriers are intrinsically safe interfaces thatprovide explosion protection for transducer systems connecteddirectly to the3500Machinery Protection System.The internal barriers are fully compatible with the3500Systemand provide a convenient and cost-effective solution forinstalling all types of transducer systems within a hazardousarea.Unlike external barriers,3500Internal Barriers are an integral part of the3500System and will not degrade the system's performance.We offer Bently Nevada transducer systems that havecomprehensive approvals for hazardous area installations.Thetransducer systems are matched to those of the3500InternalBarriers.Refer to Compatible Monitors&Transducers on page6.Each component complies both individually and as part of asystem with the safety requirements of North American andinternational standards.Hence,you don't have to referenceindividual certificates to verify the compatibility betweencomponents.Standard and internal barrier monitors can reside within thesame3500rack.You can upgrade standard monitors byreplacing existing I/O modules with those that contain internalbarriers.Installation GuidelinesA3500rack containing internal barriers uses Monitor I/OModules that incorporate barriers.These barriers provideexplosion protection for transducer systems that are connectedto the3500system.An intrinsically safe(IS)earthing moduleprovides the IS earth connection through the3500 system backplane.The IS Earth Module requires a dedicated I/O module position and precludes the use of this monitor position for other3500System modules. This limits a standard19-inch rack to13monitor positions.Furthermore,a number of installation options are not available when internal barriers are installed in a3500rack.New Rack InstallationsThe same rack can contain both internal barrier and standard I/O module types without compromising the separation between hazardous and safe area field wiring.The External Termination option is not available for I/O modules with internal barriers because hazardous area approvals do not allow the use of intrinsically safe wiring within a multi-cored cable assembly.Monitors that contain TMR rack options cannot use internal barrier I/O modules since connecting a transducer to multiple I/O module inputs will compromise the integrity of the IS system.A rack that contains any internal barrier module must have a3500/04-01IS Earthing Module to provide the Barrier Module IS earth connection.I/O Module PositioningInternal barrier I/O modules have an increased depth over that of standard barrier I/O modules. Consider the rack position with respect to adjacent modules to ensure that you can easily access the I/O modules during maintenance. Internal barrier I/O and IS Earthing modules can occupy any general-purpose rack position and can be adjacent to standard I/O module types without compromising the50mm(2in)physical separation requirement between safe and hazardous area field wiring.Follow these guidelines when positioning I/O modules:n Group all internal barrier I/O modules in adjacent rack positions to simplify the installation.n Place the IS Earthing Module in a rack position that provides easy access for routine online maintenance.n Consider the IS Earthing Module's positioning relative to adjacent internal barrier I/O modules and cabinetbulkheads.If you plan to install standard I/O modules or the IS Earthing Module between a pair of internal barrier I/O modules,allow a minimum of two rack positions so that you can easily access the standard I/O or IS Earthing Module online without disturbing the installation of adjacent I/O modules.Upgrading a3500RackTo upgrade a3500rack with standard I/O modules to a rack containing one or more internal barrier I/O modules,replace the standard I/O modules with the appropriate internal barrier modules.You can order the IS Earthing Module separately.Refer to Spares on page6for more information.The IS Earthing Module must be installed in a dedicatedmonitor position.Revision2.3or later of3500Rack Configuration software is required to enable the use of internal barriers with the following monitor types:n3500/25n3500/40n3500/42n3500/50n3500/60n3500/61n3500/62Document:141495n3500/70n3500/72The following firmware revisions are required:No firmware revisions are required for the following monitors:n3500/40Mn3500/42Mn3500/70Mn3500/72MCabinet and Panel InstallationsThe internal barrier I/O modules add approximately50mm(2in)to the depth of the rack to provide the50mm(2in)physical separation between safe and hazardous area field wiring.Hence,a standard rack with internal barrier modules will not fit into a400mm cabinet. The bulkhead rack version is available for installations that require this cabinet type.A standard rack with internal barrier modules will fit comfortably in a600mm and the3500/06 Weatherproof Housing.We recommend the following installation guidelines for the internal barriers within a cabinet or panel:n The positioning of the hazardous and safe area connectors dictates installations route the hazardousarea field wiring above the3500rack and safe areawiring below the3500Rack.n Installations should carefully route the safe area wiring from the bulkhead version along the top of the3500rack to maintain the50mm(2in)separationbetween safe and hazardous area wiring.When multiple racks are installed within the same cabinet,hazardous area and safe area wiring can share the same cable trays as long as a separator is physically insulating the wires from one another.Document:141495Specifications Physical Information Internal Barrier I/O ModuleDimensions(Height x Width x Depth)241.3mm x24.4mm x163.1 mm(9.50in.x0.96in.x6.42in.)Weight0.46kg(1.01lb) Internal Barrier Earthing ModuleDimensions(Height x Width x Depth)241mm x24.4mm x103.1 mm(9.50in.x0.96in.x4.06in.)Weight0.201kg(0.443lb.) Proximity&AccelerationThe following information also applies to aeroderivative and dynamic pressure. Bandwidth30kHzAmplitude Accuracy 3%@10kHz,-15/+10%@30kHzPhase Accuracy-11°@10kHzChannel Parameters Um=250VUo=27.45VIo=113.24mACo=0.086uFLo=2.77mHPo=726.96mWCircuit ParametersPower(PWR)Uo=26.25VRmin=237.6ΩIo=110.48mASignal(SIG)Uo=13.65VRmin=4985ΩIo=2.74mAVelomitor*SensorAmplitude Accuracy±1%Circuit ParametersUo=26.25VRmin=297ΩIo=88.39mAChannel ParametersUm=250VUo=26.25VIo=88.39mACo=0.097uFLo=4.55mHPo=580.02mWTemperatureTemperature Accuracy±1°C@+25°C,±15°Cover operating temperaturePhase Accuracy-11°@10kHzChannel ParametersUm=250VUo=7.71VIo=89.17mACo=9.3uFLo=4.55mHPo=132.41mWCircuit ParametersChannel BUo=5.36VRmin=133.25ΩIo=40.23mAChannel CUo=6.51VRmin=133.25ΩIo=48.86mAProcess VariableChannel ParametersUm=250VUo=27.98VIo=279.34mACo=0.083uFLo=0.455mHPo=842.89mWCircuit ParametersPower(PWR)Uo=26.78VRmin=297ΩIo=90.17mASignal(SIG)Uo=9.56VRmin=50.58ΩIo=189.01mADocument:141495Compliance and CertificationsEMCStandardsEN 61000-6-2Immunity for Industrial EnvironmentsEN 61000-6-4Emissions for Industrial EnvironmentsEuropean Community DirectivesEMC Directive 2004/108/ECElectrical SafetyStandardsEN 61010-1European Community Directives2006/95/EC Low VoltageHazardous Area ApprovalsFor a detailed listing of country and product specific approvals,refer to the Approvals Quick Reference Guide ,document 108M1756,at .North AmericanApproval Option (01)Ex nC [ia]IIC:Class I,Div 1,Groups A,B,C,DAEx nc [ia]IIC:Class I,Zone 2/0:Class 1,Div 1,Groups A,B,C,D T4@Ta =-20°C to +65°C (-4°F to +150°F)Per drawing 138547ATEX/IECEx Approval Option (02)II 3(1)GEx nA nC [ia Ga]IIC T4GcT4@Ta =-20°C to +65°C (-4°F to +150°F)Environmental LimitsOperating Temperature 0°C to +65°C (+32°F to +150°F)Storage Temperature -40°C to +85°C (-40°F to +185°F)Humidity95%,non-condensingDocument:141495Ordering Information 3500/04-01IS Earthing ModuleWhen ordering internal barriers,specify the appropriate I/O module type for each monitor module.Install an IS Earthing Module in each rack containing internal barriers.Refer to each monitor module's datasheet for specifications and ordering information. Spares136719-01Earthing I/O Module138257-01Earthing Module Front Panel135473-013500/25I/O Module with Internal Barriers and Internal Terminations135489-013500/42,/70,/72I/O Module with Internal Barriers(4prox/accel channels)and Internal Terminations135489-023500/42,/70,/72I/O Module with Internal Barriers(2prox/accel+2Velomitor channels)and Internal Terminations135489-033500/42,/70,/72I/O Module with Internal Barriers(4Velomitor channels)and Internal Terminations135489-043500/40I/O Module with Internal Barriers and Internal Terminations136703-013500/50I/O Module with Internal Barriers and Internal Terminations136711-013500/60I/O Module with Internal Barriers and Internal Terminations136711-023500/61I/O Module with Internal Barriers and Internal Terminations137110-013500/62I/O Module with Internal Barriersand Internal TerminationsCompatible Monitors&TransducersCompatibleMonitors3500/25Keyphasor*Monitor3500/40M Proximitor*Monitor3500/42M Proximitor/Seismic Monitor3500/44M Aeroderivative(only with mods)3500/50Tachometer Monitor3500/60Temperature Monitor3500/61Temperature Monitor withRecorders3500/62Process Variable Monitor3500/64Dynamic Pressure Monitor(onlywith mods)3500/70M Recip Impulse/Velocity Monitor3500/72M Recip Rod Position MonitorCompatible Transducer SystemsProximity3300XL Proximitor Sensor33005mm Proximitor Sensor33008mm Proximitor Sensor3300RAM Proximitor Sensor72005&8mm Proximitor SensorAcceleration23733-03Standard Acceleration Transducer330400Standard Integral AccelerationTransducer330425Standard Integral AccelerationTransducer49578-01Standard Acceleration TransducerModified86517Interface ModuleVelocityVelomitor SensorHigh Temperature Velomitor SensorTemperature3-wire Thermocouples:Type JType KType EType T3-wire RTDs:10Ω3-wire Copper100Ω3-wire Platinum120Ω3-wire NickelProcess Variable+4to+20mADocument:141495The Internal Barrier system does not support thefollowing transducer systems:n11mm,14mm,16mm,25mm,35mm,or50mmProximitor Sensorsn Velocity Seismoprobe*Sensors(/42)n Velocity-to-Displacement Converter(/40)n Magnetic pick-up(/50)n4-wire RTDs and Thermocouples(/60,/61)n1-5Vdc Process Variables(/62)n0-10Vdc Process Variables(/62)Internal barriers are compatible with approvedBently Nevada transducer systems.For all othertransducer systems,please consult your localBently Nevada sales professional.Document:141495Graphs and FiguresFigure1:Typical Internal Barrier I/O ModuleDocument:141495Figure2:Rear views of the3500/04-01Internal Barrier Earthing ModuleDimensions are in millimetres(inches)Document:1414951:3500/25Keyphasor Module2:3500/40M Proximity3:3500/42M,/70M,/72M Prox/Velom4:3500/44M,/64Vel/Pressure(mods only)5:3500/50Tachometer6:3500/60Temperature7:3500/61Temperature8:3500/62Process Variable9:Earthing ModuleFigure3:Typical Internal Barrier InstallationDocument:141495©2000-2015Bently Nevada,Inc.All rights reserved.*Denotes a trademark of Bently Nevada,Inc.,a wholly owned subsidiary of General Electric Company.Printed in USA.Uncontrolled when transmitted electronically.The information contained in this document is subject to change without prior notice.1631Bently Parkway South,Minden,Nevada USA89423Phone:1-775.782.3611Fax:1-775.215.2873Document:141495Rev.J(07/15)Page11of11。
亨格瑞管理会计英文第15版答案 11
亨格瑞管理会计英文第15版答案11CHAPTER11CapitalBudgetin; 1.;Thepresentvalueis$480,00;(a)$480,000=annualpaymen;annualpayment=$480,000÷1;annualpayment=$480,000÷9;annualpayment=$480,000÷8;annualpayment=$480,000÷8;anCHAPTER 11 Capital Budgeting1.The present value is $480,000 and the annual payments are an annuity, requiring use of Table 2:(a)$480,000 = annual payment × 11.2578annual payment = $480,000 ÷ 11.2578 = $42,637 (b)$480,000 = annual payment × 9.4269annual payment = $480,000 ÷ 9.4269 = $50,918 (c)$480,000 = annual payment × 8.0552annual payment = $480,000 ÷ 8.0552 =$59,589 (a)$480,000 = annual payment × 8.5595annual payment = $480,000 ÷ 8.5595 = $56,078 (b)$480,000 = annual payment × 7.6061annual payment = $480,000 ÷ 7.6061 = $63,107 (c)$480,000 = annual payment × 6.8109annual payment = $480,000 ÷ 6.8109 =$70,475 (a) Total payments= 30 × $50,918 = $1,527,540Total interest paid= $1,527,540- $480,000 = $1,047,5402.3.(b) Total payments= 15 × $63,107= $946,605 Total interest paid = $946,605 - $480,000 = $466,605min.) Buy. The net present value is positive.Initial outlay *Present value of cash operating savings, from12-year, 12% column of Table 2, 6.1944 × $5,000 Net present value$(21,000) * The trade-in allowance really consists of a $5,000 adjustment of the selling price and a bona fide $10,000 cash allowance for the old equipment. The relevant amount is the incremental cash outlay, $21,000. The book value is irrelevant.min.)Copyright ?2011 Pearson Education11.NPV @ 10% = 10,000 × 3.7908 = $37,908 - $36,048 = $1,860 NPV @ 12% = 10,000 × 3.6048 = $36,048 - $36,048 = $0NPV @ 14% = 10,000 × 3.4331 = $34,331 - $36,048 = $(1,717)The IRR is the interest rate at which NPV = $0; therefore, from requirement 1 we know that IRR = 12%.The NPV at the company’s cost of capital, 10%, is positive, so the project should be accepted.The IRR (12%) is greater than the company’s cost of capital (10%), so the project should be accepted. Note that the IRR and NPV models give the same decision.2.3.4.min.)1.Annual addition to profit = 40% × $25,000 = $10,000.Payback period is $36,000 ÷ $10,000 = 3.6 years. It is not a good measure of profitability because it ignores returns beyond the payback period and it does not account for the time value of money.NPV = $5,114. Accept the proposal because NPV is positive. Computation: NPV = ($10,000 × 4.1114) - $36,000= $41,114 - $36,000 = $ 5,1142.3. ARR = (Increase in average cash flow – Increase in depreciation) ÷ Initialinvestment= ($10,000 - $6,000) ÷ $36,000 = 11.1%min.)Salaries $49,920(a) $41,600(b) $ 8,320 Overtime 1,728(c) -- 1,728 Repairs and maintenance 1,800 1,050 750Toner, supplies, etc. Total annual cash outflows(a) ($ 8 × 40 hrs.) × 52 weeks × 3 employees = $320 × 52 × 3 = $49,920 (b) ($10 × 40 hrs.) × 52 weeks × 2 employees = $400 × 52 × 2 = $41,600 (c) ($12 × 4 hrs.) × 12 months × 3 machines = $ 48 × 12 × 3 = $ 1,728Purchase of Cannon machines $ -- $50,000 $50,000Copyright ?2011 Pearson Education21.Sale of Xerox machines Training and remodeling Total -- -3,000 -3,000 Copyright ?2011 Pearson Education 3All numbers are expressed in Mexican pesos. 2. 18% Total Sketch of Relevant Cash Flows (in thousands) Cash operating savings:* .847583,902 99,000 108,900 119,790 131,769 .4371 144,946 Income tax savings from depreciation not changed by inflation, see 1 3.1272 33,600 33,600 33,600 33,600 33,600 Required outlay at time zero 1.0000 Net present value*Amounts are computed by multiplying (150,000 × .6) = 90,000 by 1.10, 1.10 2, 1.10 3, etc.Copyright ?2011 Pearson Education 461PV Present of $1.00 Value ofTOTAL PROJECT APPROACH: Cannon:Init. cash outflow 1.0000 $ (51,000) Oper. cash flows (45,950) (45,950) (45,950) (45,950) (45,950) Total $(216,641)Xerox:Oper. cash flows 3.6048 (57,048) (57,048) (57,048) (57,048) (57,048) Difference in favor of retaining XeroxINCREMENTAL APPROACH: Initial investment 1.0000 $(51,000) Annual operating cash savings 3.6048 11,098 11,098 11,098 11,098 11,098 Net present value of purchase 2. The Xerox machines should not be replaced by the Cannon equipment. Net savings = (Present value of expenditures to retain Xerox machines) less (Present value of expenditures toconvert to Cannon machines)= $205,647 - $216,641 = $(10,994) 3. a. How flexible is the new machinery? Will it be useful only for the presently intended functions, or can it be easilyadapted for other tasks that may arise over the next 5 years?b. What psychological effects will it have on various interested parties?Copyright ?2011 Pearson Education462。
BEKOMAT 系列蒸汽吸收器产品说明书
Condensate technology | BEKOMAT ® 31U | 32U | 33U | 33U CODuring compressed air generation and processing, the optimum quality for the application should be achieved. It is important to remove contaminants and humidity from the compressed air as these can lead to quality problems, failures or loss of production. Condensate discharge without compressed air lossThe BEKOMAT® drains off condensate withoutloss of compressed air, thus reducing energy costs and CO2emissions. This is made possible by the integrated capacitive sensor,smart electronics for volume-controlled condensate dischargeand the proven pilot-controlled solenoid valve.The BEKOMAT® designed for quick and cost-effective servicing The innovative design of the BEKOMAT® 31U, 32U, 33U and 33U CO models is optimised for easy handling, installation and maintenance. The devices consist of no more than three assemblies joined together with quick-release connectors. Once installed, the control and sensorunit stays in place as only theservice unit (including all wearand pressure parts) needs to beexchanged.This sturdy condensate drain issuitable for both oil-contaminatedand oil-free, aggressivecondensate. ›No loss of compressed air during draining ›Low operating costs›Outstanding reliability›Durable and resistant to dirt›Large valve diameters prevent the formationof emulsions›No delicate mechanical components›Suitable for temperatures up to +70 °C› Easy to install and virtuallymaintenance-free›Versatile connection options›Easy exchange of service unit, even wherespace is confirmed with even in small areas›Servicing requires no installation work›Automated operationand monitoring›Ready for integration into modern systemmonitoring installations›Automatic start of self-cleaning processbased on dirt particle load›Service indicator warns operators in advancewhen the service unit needs to be replacedThe quickest route to efficiency: the BEKOMAT ® with service unitDimensions in mmDepth: 65Dimensions in mm* For more information on climate zones ( | | ) see reverse** Short-term peak volume can only be achieved if the device is correctly installed according to the operating manual. If in doubt, a install venting line.Depth: 73BEKO TECHNOLOGIES Ltd Unit 11-12 Moons Park Burnt Meadow Road North Moons Moat Redditch, B98 9PAPhone + 44 (0) 1527 575778 *************************.uk carbon neutral | DE-077-457728print production78-00073e.g. Northern Europe, Canada, Northern USA, Central Asia e.g. Central and Southern Europe, Central Americae.g. South-East Asian coastal regions, Oceania, Amazon and Congo regionsTemperature range: 1 to + 60 °CClimate – a key factorThe general climate and the ambient temperature are important factors for the formation of condensate in compressed air systems. That is why we quote separate performance data of our BEKOMAT ® models for three climate zones:Like all high-performance devices, the BEKOMAT ® needs to be serviced from time to time. This is done with our service unit containing all the necessary wearing parts. If you require assistance, contact our service technicians, who are also qualified to examine and assess your entire compressed air system for further optimisation.Service unitSubject to technical changes without prior notice. Errors and omissions excepted.Visit us atDo you have questions about the best way of processing your compressed air?We have the answers! We offer efficient solutions for any type of processing chain. Please contact us with all your queries. We would be delighted to tell you more about our condensate treatment, filtration, drying, measuring and process technology, and our comprehensive services.。
Ovation I O Reference Manual
This publication adds the Eight Channel RTD module to the Ovation I/O Reference Manual. It should be placed between Sections 19 and 20.Date: 04/03IPU No.243Ovation ® Interim Publication UpdatePUBLICATION TITLEOvation I/O Reference ManualPublication No. R3-1150Revision 3, March 2003Section 19A. Eight Channel RTDModule19A-1. DescriptionThe Eight (8) channel RTD module is used to convert inputs from Resistance Temperature Detectors (RTDs) to digital data. The digitized data is transmitted to the Controller.19A-2. Module Groups19A-2.1. Electronics ModulesThere is one Electronics module group for the 8 channel RTD Module:n5X00119G01 converts inputs for all ranges and is compatible only with Personality module 5X00121G01 (not applicable for CE Mark certified systems).19A-2.2. Personality ModulesThere is one Personality module groups for the 8 channel RTD Module:n5X00121G01 converts inputs for all ranges and is compatible only with Electronics module 5x00119G01 (not applicable for CE Mark certified systems).19A-2.3. Module Block Diagram and Field Connection WiringDiagramThe Ovation 8 Channel RTD module consists of two modules an electronics module contains a logic printed circuit board (LIA) and a printed circuit board (FTD). The electronics module is used in conjunction with a personalty module, which contains a single printed circuit board (PTD). The block diagram for the 8 channel RTD moduleis shown in Figure 19A-1.Table 19A-1. 8 Channel RTD Module Subsystem ChannelsElectronic Module Personality Module85X00119G015X00121G01Figure 19A-1. 8 Channel RTD Module Block Diagram and Field Connection Wiring Diagram19A-3. SpecificationsElectronics Module (5X00119)Personality Module (5X00121)Table 19A-2. 8 Channel RTD Module SpecificationsDescription ValueNumber of channels8Sampling rate50 HZ mode: 16.67/sec. normally. In 3 wire mode, leadresistance measurement occurs once every 6.45 sec.during which the rate drops to 3/sec.60 HZ mode: 20/sec. normally. In 3 wire mode, leadresistance measurement occurs once every 6.45 sec.during which the rate drops to 2/sec.Self Calibration Mode: Occurs on demand only. The ratedrops to 1/sec. once during each self calibration cycle.RTD ranges Refer to Table 19A-3.Resolution12 bitsGuaranteed accuracy (@25°C)0.10% ±[0.045 (Rcold/Rspan)]% ± [((Rcold + Rspan)/4096 OHM)]% ± [0.5 OHM/Rspan]% ±10 m V ± 1/2LSBwhere:Rcold and Rspan are in Ohms.Temperature coefficient 10ppm/°CDielectric isolation:Channel to channel Channel to logic 200V AC/DC 1000 V AC/DCInput impedance100 M OHM50 K OHM in power downModule power 3.6 W typical; 4.2 W maximumOperating temperature range0 to 60°C (32°F to 140°F)Storage temperature range-40°C to 85°C (-40°F to 185°F)Humidity (non-condensing)0 to 95%Self Calibration On Demand by Ovation ControllerCommon Mode Rejection120 dB @ DC and nominal power line frequency+/- 1/2%Normal Mode Rejection100 dB @ DC and nominal power line frequency+/- 1/2%Table 19A-3. 8 Channel RTD RangesScale #(HEX)Wires Type Tempo FTempo CRcold(ohm)Rhot(ohm)Excitationcurrent(ma)Accuracy± ±countsAccuracy± ±% ofSPAN1310OhmPL0 to1200–18 t o6496106.3 1.090.222310OhmCU 0 to302–18 t o1508.516.5 1.0 130.32D350OhmCU 32 to2840 to1405080 1.0110.2711350OhmCU 32 to2300 to1105378 1.0120.30193100Ohm PL –4 to334–16 t o16892163.671.0110.27223100Ohm PL 32 to5200 to269100200 1.0100.25233100Ohm PL 32 to10400 to561100301 1.0100.25253120Ohm NI –12 t o464–11 t o240109360 1.0100.25263120Ohm NI 32 to1500 to70120170 1.0130.32283120Ohm NI 32 to2780 to122120225 1.0110.27804100Ohm PL 32 to5440 to290100 208 1.0100.25814100Ohm PL 356 t o446180 t o230168 186 1.0300.74824200Ohm PL 32 to6980 to370200 473 1.0120.30834200Ohm PL 514 t o648268 t o342402452 1.0290.71844100Ohm PL 32 to1240 to51100120 1.0190.47854100Ohm PL 32 to2170 to103100 140 1.0130.3286 4100Ohm PL 32 to4120 to211100 180 1.0110.27874100Ohm PL 32 to7140 to379100 240 1.0100.25884120Ohm PL 511 t o662266 t o350200230 1.0240.5919A-4. 8 Channel RTD Terminal Block Wiring Information19A-4.1. Systems Using Personality Module 5X00121G01 Each Personality module has a simplified wiring diagram label on its side, which appears above the terminal block. This diagram indicates how the wiring from the field is to beconnected to the terminal block in the base unit. The following table lists and defines the abbreviations used in this diagram.Table 19A-4. Abbreviations Used in the DiagramAbbreviation Definition+IN, -IN Positive and negative sense input connectionEarth ground terminal. Used for landing shields when the shield is to begrounded at the module.PS+, PS-Auxiliary power supply terminals.RTN Return for current source connection.SH Shield connector. used for landing shields when the shield is to begrounded at the RTD.SRC Current source connection.Note:PS+ and PS- are not used by this module.19A-5. 8 Channel RTD Module Address Locations19A-5.1. Configuration and Status RegisterWord address 13 (D in Hex) is used for both module configuration and module status. The Module Status Register has both status and diagnostic information. The bit information contained within these words is shown in Table 19A-5.Definitions for the Configuration/Module Status Register bits:Bit 0:This bit configures the module (write) or indicates the configuration state of the module (read). A “1” indicates that the module is configured. Note that until the module is configured, reading from addresses #0 through #11 (B in Hex) will produce an attention status.Bit 1:This bit (write “1”) forces the module into the error state, resulting in the error LED being lit. The read of bit “1” indicates that there is an internal module error,or the controller has forced the module into the error state. The state of this bit is always reflected by the module’s Internal Error LED. Whenever this bit is set,an attention status is returned to the controller when address #0 through #11(B in Hex) are read.Table 19A-5. 8 Channel RTD Configuration/Status Register (Address 13 0xD in Hex)Bit Data Description -Configuration Register (Write)Data Description -Status Register (Read)0Configure Module Module Configured(1 = configured; 0 = unconfigured)1Force errorInternal or forced error(1 = forced error; 0 = no forced error)250/60 Hz select (0 = 60Hz, 1 = 50Hz)50/60 Hz System (1 = 50Hz) d(read back)3SELF_CAL (Initiates Self Calibration)Warming bit (set during power up or configuration)40050060Module Not Calibrated 708CH.1 _ 3/4 Wire.CH.1 _ 3/4 Wire - Configuration (read back)9CH.2 _ 3/4 Wire.CH.2 _ 3/4 Wire - Configuration (read back)10CH.3 _ 3/4 Wire.CH.3 _ 3/4 Wire - Configuration (read back)11CH.4 _ 3/4 Wire.CH.4 _ 3/4 Wire - Configuration (read back)12CH.5 _ 3/4 Wire.CH.5 _ 3/4 Wire - Configuration (read back)13CH.6 _ 3/4 Wire.CH.6 _ 3/4 Wire - Configuration (read back)14CH.7 _ 3/4 Wire.CH.7 _ 3/4 Wire - Configuration (read back)15CH.8 _ 3/4 Wire.CH.8 _ 3/4 Wire - Configuration (read back)Bit 2:The status of this bit (read) indicates the conversion rate of the module, write to this bit configures the conversion rate of A/D converters as shown below.see Table 19A-6.Bit3:Write: This bit is used to initiate self-calibration. Read: This bit indicates that the module is in the “Warming” state. this state exists after power up and ter-minates after 8.16 seconds. the module will be in the error condition during the warm up period.Bit4 & 5:These bits are not used and read as “0” under normal operation.Bit 6:This bit (read) is the result of a checksum test of the EEPROM. A failure of this test can indicate a bad EEPROM, but it typically indicates that the module has not been calibrated. A “0” indicates that there is no error condition. If an error is present, the internal error LED is lit and attention status will be returned for all address offsets 0-11 (0x0 - 0xB). The “1” state of this bit indicates an unre-coverable error condition in the field.Bit 7:This bits is not used and read as “0” under normal operation.Bit 8 - 15:These bits are used to configure channels 1 - 8 respectively for 3 or 4 wire op-eration. A “0” indicates 3 wire and a “1” indicates 4 wire operation, see Table 19A-7 and Table 19A-8).Word address 12 (0xC) is used to configure the appropriate scales for Channels 1 - 4 (refer to Table 19A-7 and Table 19A-8).Table 19A-6. Conversion Rate Conversion Rate (1/sec.)Bit 260 (for 60Hz systems)050 (for 50Hz systems)1Table 19A-7. Data Format for the Channel Scale Configuration Register(0xC)Bit Data Description Configuration (Write)Data Description Status (Read)0 Configure Channel #1scale - Bit 0Channel #1 scale configuration (read back) - Bit 01Configure Channel #1scale - Bit 1Channel #1 scale configuration (read back) - Bit 12Configure Channel #1scale - Bit 2Channel #1 scale configuration (read back) - Bit 23Configure Channel #1scale - Bit 3Channel #1 scale configuration (read back) - Bit 34Configure Channel #2 scale - Bit 0Channel #2 scale configuration (read back) - Bit 05Configure Channel #2 scale - Bit 1Channel #2 scale configuration (read back) - Bit 16Configure Channel #2 scale - Bit 2Channel #2 scale configuration (read back) - Bit 27Configure Channel #2 scale - Bit 3Channel #2 scale configuration (read back) - Bit 38Configure Channel #3 scale - Bit 0Channel #3 scale configuration (read back) - Bit 09Configure Channel #3 scale - Bit 1Channel #3 scale configuration (read back) - Bit 1Caution:Configuring any or all channel scales while the system is running will cause all channels to return attention status for up to two seconds following the reconfiguration.Caution:Configuring any or all channel scales while the system is running will cause all channels to return attention status for up to two seconds following the reconfiguration.10Configure Channel #3 scale - Bit 2Channel #3 scale configuration (read back) - Bit 211Configure Channel #3 scale - Bit 3Channel #3 scale configuration (read back) - Bit 312Configure Channel #4 scale - Bit 0Channel #4 scale configuration (read back) - Bit 013Configure Channel #4 scale - Bit 1Channel #4 scale configuration (read back) - Bit 114Configure Channel #4 scale - Bit 2Channel #4 scale configuration (read back) - Bit 215Configure Channel #4 scale - Bit 3Channel #4 scale configuration (read back) - Bit 3Table 19A-8. Data Format for the Channel Scale Configuration Register(0xE)Bit Data Description Configuration (Write)Data Description Status (Read)0 Configure Channel #5 scale - Bit 0Channel #5 scale configuration (read back) - Bit 01Configure Channel #5 scale - Bit 1Channel #5 scale configuration (read back) - Bit 12Configure Channel #5 scale - Bit 2Channel #5 scale configuration (read back) - Bit 23Configure Channel #5 scale - Bit 3Channel #5 scale configuration (read back) - Bit 34Configure Channel #6 scale - Bit 0Channel #6 scale configuration (read back) - Bit 05Configure Channel #6 scale - Bit 1Channel #6 scale configuration (read back) - Bit 16Configure Channel #6 scale - Bit 2Channel #6 scale configuration (read back) - Bit 27Configure Channel #6 scale - Bit 3Channel #6 scale configuration (read back) - Bit 38Configure Channel #7 scale - Bit 0Channel #7 scale configuration (read back) - Bit 09Configure Channel #7 scale - Bit 1Channel #7 scale configuration (read back) - Bit 110Configure Channel #7 scale - Bit 2Channel #7 scale configuration (read back) - Bit 211Configure Channel #7 scale - Bit 3Channel #7 scale configuration (read back) - Bit 312Configure Channel #8 scale - Bit 0Channel #8 scale configuration (read back) - Bit 013Configure Channel #8 scale - Bit 1Channel #8 scale configuration (read back) - Bit 114Configure Channel #8 scale - Bit 2Channel #8 scale configuration (read back) - Bit 215Configure Channel #8 scale - Bit 3Channel #8 scale configuration (read back) - Bit 3Table 19A-7. Data Format for the Channel Scale Configuration Register(0xC)19A-6. Diagnostic LEDsTable 19A-9. 8 Channel RTD Diagnostic LEDsLED DescriptionP (Green)Power OK LED. Lit when the +5V power is OK.C (Green)Communications OK LED. Lit when the Controller is communicatingwith the module.I (Red)Internal Fault LED. Lit whenever there is any type of error with themodule except to a loss of power. Possible causes are:n - Module initialization is in progress.n - I/O Bus time-out has occurred.n - Register, static RAM, or FLASH checksum error.n - Module resetn - Module is uncalibrated.n - Forced error has been received from the Controllern - Communication between the Field and Logic boards failedCH1 - CH 8 (Red)Channel error. Lit whenever there is an error associated with a channel or channels. Possible causes are:n - Positive overrangen - Negative overrangen Communication with the channel has failed。
美国线三月出口船期表
Euro Export Sailing Schedule -- March ,2010Shanghai to Europe ----- EUB Service Direct ServiceHL船代:联代Vessel berthing at terminal Yangshan ShengDongReceiving Closing DateETD 0900 Hrs 14:00 HrsShanghai Hamburg Chicago Express 23w0724-Feb 28-Feb 1-Mar 28-Mar Basle Express 01w083-Mar 7-Mar 8-Mar 4-Apr Osaka Express17w0910-Mar 14-Mar15-Mar11-Apr Hanover Express 14w1017-Mar 21-Mar 22-Mar 18-Apr Tsingtao Express 16w1124-Mar 28-Mar 29-Mar 25-AprShanghai to Europe ----- EUC Service Direct serviceHL船代:联代Vessel berthing at terminal Yangshan ShengDongReceiving Closing DateETD Shanghai0900Hrs 14:00Hrs0:01SouthamptonOocl Qingdao 40w0927-Feb 4-Mar 5-Mar 2-Apr Oocl Hamburg 58w106-Mar 11-Mar 12-Mar 9-Apr Oocl Southampton 17w1113-Mar 18-Mar 19-Mar 16-Apr Oocl Washington 02w1220-Mar 25-Mar 26-Mar 23-AprShanghai to Europe -----SCX / NW2 Service Direct serviceHL船代:联代Vessel berthing at terminal YANGSHAN 3Receiving Closing DateETD 0900Hrs 14:00HrsShanghai SouthamptonHAMBURG RotterdamMol Celebration 013w 24-Feb 1-Mar 2-Mar 1-Apr 5-Apr 7-Apr Apl Finland 010w 3-Mar 8-Mar 9-Mar 8-Apr 12-Apr 14-Apr Mol Creation 017w 10-Mar 15-Mar 16-Mar 15-Apr 19-Apr 21-Apr Mol Competence 011w 17-Mar 22-Mar 23-Mar 22-Apr 26-Apr 28-Apr To be Nominated 001w 24-Mar 29-Mar 30-Mar29-Apr3-May 5-MayShanghai to Europe ----- EUA Service (t/s at Singapore)Rotterdam Hamburg Southamtpon Le HavreOocl Qingdao 40w095-Mar Nyk Oceanus 14w107-Apr 10-Apr 12-Apr 13-Apr Oocl Hamburg 58w1012-Mar Nyk Themis 07w1114-Apr 17-Apr 19-Apr 20-Apr Oocl Southampton 17w1119-Mar Nyk Venus 17w1221-Apr 24-Apr 26-Apr 27-Apr Oocl Washington 02w1226-Mar Nyk Vesta 19w1328-Apr1-May 3-May4-May1-May ETA17-Apr28-Apr 1-May 14-Apr 17-Apr 21-AprZEEBRUGGE 27-Apr 25-Apr 20-Apr 24-Apr Vessel / VoyageETA11-Apr 13-Apr Vessel / VoyageETDShanghaiMother VesselAntwerp Southampton 3-Apr 24-Apr 4-AprHamburg10-Apr 3-Apr Vessel / VoyageVessel / VoyageETA31-Mar 7-Apr ETARotterdam 10-Apr 18-Apr 6-Apr Shanghai to West Mediterranean ----LoopM Direct serviceHL船代:联代Vessel berthing at terminal WGQ2Receiving Closing DateETD 8:00 Hrs 16:00 HrsShanghai Damietta Genova FOS Barcelona ValenciaMol Presence 020w 28-Feb 3-Mar 5-Mar 25-Mar 29-Mar 31-Mar2-Apr 3-Apr Hyundai Long Beach 008w 7-Mar 10-Mar 12-Mar 1-Apr 5-Apr 7-Apr 9-Apr 10-Apr San Francisco Express 43w1114-Mar 17-Mar 19-Mar 8-Apr 12-Apr 14-Apr 16-Apr 17-Apr Nyk Theseus 07w1221-Mar 24-Mar26-Mar15-Apr 19-Apr21-Apr 23-Apr 24-AprShanghai to Mediterranean ----- AEX (t/s at Singapore)HL船代:联代Vessel berthing at terminal WGQ2ETD Singapore Mol Presence 020w 5-Mar28e1020-Mar Hyundai Long Beach 008w 12-Mar 29e1127-Mar San Francisco Express 43w1119-Mar 18e123-Apr Nyk Theseus 07w1226-Mar 64e1310-AprShanghai to Black Sea ----- EMX ServiceHL船代:华港Vessel berting at terminal Yangshan 1Receiving Closing DateETD Shanghai9:0014:00noon Haifa Ashdod Izmit Novorssiysk Constanta Zim Sao Paolo 16w 26-Feb 2-Mar 3-Mar 29-Mar 30-Mar 3-Apr 6-Apr 9-Apr Zim Monaco 07w 5-Mar 9-Mar 10-Mar 5-Apr 6-Apr 10-Apr 13-Apr 16-Apr Zim Genova 12w 12-Mar 16-Mar 17-Mar 12-Apr 13-Apr 17-Apr 20-Apr 23-Apr Zim Shekou 12w 19-Mar 23-Mar 24-Mar 19-Apr20-Apr24-Apr 27-Apr 30-AprShanghai to Africa----- WSX ServiceHL船代:联代Vessel berting at terminal Yangshan 3ETD Shanghai Durban Tema Lome Tincan Cotonou Alexandra Rickmers 1001w 25-Feb 2-Mar 3-Mar 22-Mar 2-Apr 5-Apr 7-Apr 12-Apr CSCL San Jose 0013w 11-Mar 16-Mar 17-Mar 5-Apr 16-Apr 19-Apr 21-Apr 26-Apr CSCL Callao0009w25-Mar30-Mar31-Mar19-Apr 29-Apr2-May 5-May 8-MayFor further inquiry, please contact us at the following numbers :如需进一步查询, 请与我司联系 :Terminal Office 外高桥办公室 :Contact : Mr. Eddie Tian联系人 :田卓先生 Tel : 58690419 Fax : (21) 5861493210-Apr ETA Vessel / VoyageMother VesselVessel / Voyage ETDShanghai3-Apr Vessel / Voyage17-Apr Oocl San Francisco Oocl China Oocl America Oocl Oakland Vessel / VoyageReceiving Closing DateETA ETA24-Apr CAGLIARI ETAIRT Export Sailing Schedule -- Mar,2010Shanghai to gulf ----- MAX ServiceHL船代:华港Vessl berthing at wai gao qiao no.5Receiving Closing Date ETD From 22:00 Hours Shanghai Jebel Ali B.AbbasCosco Vancouver 051w 25-Feb 27-Feb 1-Mar 18-Mar 23-Mar Nyk Canopus 079w 4-Mar 6-Mar 8-Mar25-Mar 30-Mar Cosco Seattle 055w 11-Mar 13-Mar 15-Mar 1-Apr 6-Apr Cosco Shenzhen 052w 18-Mar 20-Mar 22-Mar 8-Apr 13-Apr Cosco Long Beach057w25-Mar27-Mar29-Mar15-Apr20-AprShanghai to Aus----- AAN ServiceHL船代:联代Vessel berthing at WGQ no.4 / yangshan no.1Receiving Closing Time From 22:00Hours WGQ Yangshan Sydney MAERSK DAMPIER 1005S 27-Feb 1-Mar 3-Mar 4-Mar 15-Mar MAERSK GATESHEAD 1007S 6-Mar 8-Mar 10-Mar 11-Mar 22-Mar MAERSK GIRONDE 1007S 13-Mar 15-Mar 17-Mar 18-Mar 29-Mar SAFMARINE MULANJE 1007S 20-Mar 22-Mar 24-Mar 25-Mar 5-Apr SAFMARINE MERU1007S27-Mar29-Mar31-Mar1-Apr12-AprShanghai to New Zealand/Aus -- ANZ ServiceHL船代:联代Vessel berthing at WGQ no.5Receiving Closing Time ETD From 22:00 Hours Shanghai Brisbane/Auckland Wellington/Nelson LyttletonTauranga COSCO YINGKOU 025S 25-Feb 27-Feb 1-Mar 14/Mar-18/Mar 21/Mar (W)22-Mar 25-Mar ACX DIAMOND 100S 4-Mar 6-Mar 8-Mar 21/Mar-25/Mar 28/Mar (N)29-Mar 1-Apr CAP MANUEL 002S 11-Mar 13-Mar 15-Mar 28/Mar-1/Apr 4/Apr (W)5-Apr 8-Apr JPO LEO092S 18-Mar 20-Mar 22-Mar 04/Apr-08/Apr 11/Apr (N)12-Apr 15-Apr COSCO FUZHOU031S25-Mar27-Mar29-Mar11/Apr-15/Apr 18/Apr (N)19-Apr 22-Apr** Wellington/Nelson call once every fortnightShanghai to India ----- ACS ServiceHL船代:联代Vessel berthing at WGQ no.1Receiving Closing Time ETD From 22:00Hours Shanghai TIGER JADE034w 28-Feb 2-Mar 4-Mar HYUNDAI FUTURE 420w 7-Mar 9-Mar 11-Mar HYUNDAI STRIDE420w 14-Mar 16-Mar 18-Mar HYUNDAI VLADIVOSTOK520w21-Mar23-Mar25-MarShanghai to Thailand ----CBC Service HL船代:联代Vessel berthing at WGQ no.117-AprVessel / VoyageDammam ETA10-Apr 27-Mar 3-Apr 20-Mar Vessel/VoyageMelbourne Vessel / VoyageVessel/VoyageETA ETAETDETA2-Apr 9-Apr 25-Mar 19-Mar 18-Mar Chennai 26-Mar 16-Apr1-Apr 8-AprShanghai to Thailand CBC ServiceReceiving Closing Time ETD From 22:00Hours Shanghai GANTA BHUM 194S 28-Feb 2-Mar 4-Mar MOL EVOLUTION 125S 7-Mar 9-Mar 11-Mar MOL GRACE 021S 14-Mar 16-Mar 18-Mar GANTA BHUM195S21-Mar23-Mar25-MarShanghai to REDSEA ---- RES ServiceHL船代:华港Vessel berthing at WGQ no.5Receiving Closing Time ETD From 22:00Hours Shanghai YM Eternity 0009w 1-Feb 3-Feb 5-Feb Han Milano 0004w 8-Feb 10-Feb 12-Feb YM Oakland 0010w 15-Feb 17-Feb 19-Feb Clifton Bridge0006w22-Feb24-Feb26-FebShanghai to P.kelang ---- CNX ServiceHL船代:联代Vessel berthing at WGQ no.1Receiving Closing Time ETD From 22:00Hours Shanghai Cap Campbell w0022-Mar 4-Mar 6-Mar Conti Emden w1099-Mar 11-Mar 13-Mar Sattha Bhum w01116-Mar 18-Mar 20-Mar Racha Bhumw02323-Mar25-Mar27-MarShanghai to SIN and PKG ---- HES2 ServiceHL船代:联代Vessel berthing at WGQ no.1Receiving Closing Time ETD From 22:00Hours Shanghai BUNGA RAYA SEPULUH 104w 26-Feb 28-Feb 2-Mar BUNGA RAYA SEBELAS 104w 5-Mar 7-Mar 9-Mar BUNGA RAYA ENAM 105w 12-Mar 14-Mar 16-Mar BUNGA RAYA LIMA 106w 19-Mar 21-Mar 23-Mar BUNGA RAYA LAPAN105w26-Mar28-Mar30-MarTel : (21) 23086061, Fax : (21) 23086001Terminal Office 外高桥办公室 :Contact : Mr. Stephen Jin, Mr. Jason Jiang 联系人 :田卓先生, 顾杰先生Tel : (21) 58690419, Fax :(21)586149326-Apr7-AprVessel/VoyageVessel/Voyage 24-Mar 31-Mar17-Mar 10-Mar 9-Mar 30-MarLaem ChabangBangkok 6-Mar 13-Mar ETA16-Mar 23-Mar 5-Apr7-Apr29-Mar 31-Mar 22-Mar 24-Mar SINGAPORE P.KELANG ETAJED 15-Mar 17-Mar 24-Feb 3-Mar 10-Mar Vessel/VoyageETASINGAPOREP.KELANG Vessel/Voyage ETA17-Mar20-MarAQABA 27-Feb 30-Mar 31-Mar 9-Mar 10-Mar 16-Mar 17-Mar 23-Mar 24-Mar。
Singtel和Etiqa保护您贷款活动(2023年11月)条款与条件简介说明书
Singtel and Etiqa Protect Your Mortgage Campaign (November 2023)Terms & ConditionsIntroduction1.The Singtel and Etiqa Protect Your Mortgage Campaign (“Campaign”) is a campaign jointly organised byEtiqa Insurance Pte. Ltd. (“Etiqa”) and Consumer Journeys Pte. Ltd. (“Singtel”) from 24 November 2023 to 31 December 2023 (b oth dates inclusive) (“Campaign Period”).2.As an introducer for Etiqa, Singtel is not permitted to provide you with any advice or providerecommendations on any investment product to you; or arrange any contract of insurance in respect of life policies, other than to the extent of carrying out introducing activities.3.Singtel may be remunerated by Etiqa for each referral. Singtel will disclose the amount of the referralremuneration it receives from Etiqa in respect of your referral if requested by you.4.The Campaign shall be governed by the terms and conditions set out herein (“T&Cs”) and by such termsas Singtel and Etiqa may impose from time to time. Your participation in the Campaign signifies your agreement to be bound by these T&Cs in their entirety.Campaign Details and Eligibility5.Participation in the Campaign is open to all individuals aged 70 and below during the Campaign Period.An individual who meets the age criterion and participates in the Campaign shall hereinafter be referred to as a participant (“Participant”).6.To participate in the Campaign, each Participant who:(a)provides his or her personal details (including name and contact details) and complete allcompulsory fields in the Campaign registration form found on the following URL:•https:///personal/products-services/lifestyle-services/insurance/life-protect/protect-your-mortgage.html; or•https:///personal/products-services/lifestyleservices/stepup/stepupdiscover/mortgage-insurance-singapore-guide(b)provides his/her Marketing Consent (as set out in the Campaign registration form) to Etiqa; and(c)acts in good faith; and(d)meets up with an Etiqa Assurance Manager selected by Etiqa to participate in this Campaign(“Assurance Managers”) and complete a 30-minute general financial review session with theAssurance Manager between 24 November 2023 and 31 December 2023,shall be eligible to receive, subject to the terms set out below:i.$30 cash in the form of encashable TiqConnect eWallet credits withdrawable via PayNow or Direct Creditto his/her bank account (“Cash Gift”); orii. a one (1) year complimentary Singtel Red membership (usual price: $40) (“Red Membership Gift”). Please note that the Singtel Red membership will be automatically renewed and the membership fee will be charged to your Singtel account annually on the expiration date unless terminated in accordance with the Singtel Red membership Terms and Conditions. Please refer to Singtel Red membership Terms and Conditions here for further information.The Cash Gift and Red Membership Gift are collectively referred to as th e “Gifts”, and each a “Gift”. For the avoidance of doubt, each Participant shall only be entitled to only one (1) Gift. The Participant shall not be entitled to change his/her selection after he/she has made the selection via an Etiqa online form, which will be sent to the Participant within 4 weeks from the meet-up with the Assurance Manager.7.Cash Gift: Participants must have a TiqConnect account on Etiqa’s customer portal to receive the CashGift in their eWallet. Those eligible to receive the Cash Gift will be notified by email (using details provided during the Campaign registration process) within three weeks from the selection of Gift via the Etiqa online form.8.Red Membership Gift: Participant must be an existing Singtel customer and cannot be existing SingtelRed members to be eligible for the Red Membership Gift. After the selection of this Gift via the Etiqa online form, the Participant will still need to complete the registration form for Singtel Red membership on Singtel’s website. The Singtel Red membership will be activated within 2 weeks from the submission of the registration form.9.Singtel and Etiqa shall have the sole and absolute discretion to determine the eligibility of any person inparticipating in this Campaign. Participants who previously participated in any other campaigns jointly organised by Etiqa and Singtel (“Past Campaign”), may not be entitled to participate in this Campaign, even if the prizes are dissimilar, unless nine (9) months have passed between the Past Campaign and the current campaign.Data Privacy & Marketing Consent10.By participating in the Campaign, each Participant consents to the collection, use and disclosure of his/herpersonal data by Singtel, in accordance with Singtel’s Data Protection Policy available at https:///data-protection.11.By participating in the Campaign, each Participant also consents to Singtel disclosing personal data whichincludes the following to Etiqa:(a)Salutation(b)Your name;(c)Your age range;(d)Your mobile number; and(e)Your email address;for Etiqa to collect, use, disclose, store, retain and process the abovementioned information for the following purposes:(a)to conduct consumer, marketing related or other similar research and analysis; and(b)to provide marketing, advertising and promotional material through (i) post; (ii) electronictransmission to or through[1] a Participant’s email addresses and social media accounts, (iii) voice call and/or (iv) text message (e.g. SMS/MMS),in accordance with this clause and the Etiqa Personal Data Policy (Singapore)(“Etiqa Personal Data Policy”).Participants may withdraw one or more consents provided to Etiqa hereunder at any time by submitting the Marketing Withdrawal From at .sg or email to **************************.sg, and that not fulfilling a review session with the Assurance Manager does not constitute a withdrawal of suchconsent. For the avoidance of doubt, this consent provided by each Participant to Etiqa for the Campaign is in addition to any prior consent which may have been provided to Etiqa in relation to the use of Participant’s personal data.[1] According to the postal and email addresses and all telephone numbers (of which the Participant confirms that the Participantis the user and/or subscriber) in Etiqa Persons’ (as defined in the Etiqa Personal Data Policy) records.General12.Singtel and/or Etiqa shall have the sole discretion and right to disqualify any Participant if thecorresponding registration form contains information of the Participant that is inaccurate.13.Each Participant is solely responsible for ensuring that participating in the Campaign is not illegal orprohibited by the laws or regulations of any country relevant or applicable to such Participant.14.Singtel and Etiqa shall have the sole and absolute discretion to disqualify an otherwise eligible personfrom participating in the Campaign and/or receiving any items given under the Campaign and shall not be required to provide any reason or explanation for any of its determinations, decisions or opinions in this regard. Such disqualification includes, but is not limited to the following scenarios illustrated as follows, if Singtel or Etiqa in its absolute discretion believes that such person may have contravened, will contravene or has contravened any of these T&Cs and/or may bring Singtel or Etiqa into disrepute, Singtel or Etiqa shall immediately disqualify the Participant. In the event such item has already been awarded to such a person, the item must be returned to Etiqa at such person’s cost and expense. Participants are deemed to have accepted and agreed to be bound by these T&Cs upon registering for the Campaign.Singtel and/or Etiqa reserves the right to refuse entry, or refuse to award any items given under the Campaign, to anyone in breach of these T&Cs.15.Singtel and Etiqa reserves the right in its sole and absolute discretion to replace the item(s) given underthe Campaign with another item, withdraw this Campaign, or revise the terms and conditions of this Campaign without having to give any person any notice or reason. S ingtel’s and Etiqa’s decision on all matters relating to this Campaign (including, but not limited to, the interpretation of these terms and conditions and a Participant’s eligibility to receive any Gift) will be final and binding on all persons and no appeals will be entertained.16.Item(s) given or provided under this Campaign by Singtel, Etiqa or any third party is non-transferableunless stated otherwise, is non-exchangeable for cash or other items, and may be subject to availability.Singtel and Etiqa are not obliged to replace any damaged, lost or defaced items. All items given or provided under this Campaign will be given or provided on an “as is” basis, and all warranties, express or implied, are disclaimed. Where item(s) contain specific date(s) during which the item(s) should be utilized, no requests for extensions or replacements whatsoever will be entertained. Singtel and Etiqa do not guarantee nor bear liability regarding the quality, performance, technical specifications, conditions or safety of the items given or provided under this Campaign. The item(s) may be subject to additional terms and conditions, and participants agree to comply with all terms and conditions applicable to the item(s) given under the Campaign. In the event that the item(s) incur any tax liability, such tax is the sole responsibility of the Participant.17.Singtel and Etiqa shall not be responsible for the quality, merchantability or the fitness for any purposeor any other aspect of the products and/or services provided by third parties. Notwithstanding anything herein, Singtel and Etiqa shall not at any time be responsible or held liable for any loss, injury, damage or harm s uffered by or in connection with the item(s) given or provided under this Campaign, or the products and/or services provided by third parties under this Campaign.18.Any trademarks, graphic symbols, logos or intellectual property contained in any materials used inconnection with this Campaign, in particular that relating to the items given under the Campaign, are the property of their respective owners. Etiqa, Singtel and its affiliates and contractors are not affiliated with, or endorsed or sponsored by, such owners and their relevant affiliates.19.Singtel and Etiqa accept no responsibility for any registration not successfully completed due to anyreason whatsoever, including but not limited to a technical fault or malfunction, computer hardware or software failure, satellite, network or server failure of any kind.20.To the fullest extent permitted by applicable laws, Singtel and Etiqa, on behalf of their respectivedirectors, officers, employees, suppliers, licensors, and service providers, exclude and disclaim liability for any losses and expenses of whatever nature and howsoever arising including, without limitation, any and all direct and indirect loss, liability, costs and/or damage in respect of any matter howsoever arising (whether in tort, negligence or otherwise) under and in connection with the Campaign, including loss of profit, loss of business, loss of use, loss of data, economical loss, general, special, punitive, incidental, direct and indirect and consequential damages.21.Each Participant taking part in the Campaign shall fully indemnify and hold harmless Singtel and Etiqa,and each of their respective divisions, affiliates, subsidiaries, parent, directors, officers, employees and agents, and all others associated with the development and execution of this Campaign (collectively, the “Indemnified Parties”) from any and all claims, damages, losses, demands, causes of action, proceedings, expenses (including without limitation reasonable attorneys’ fees), and/or liabilities resulting or arising from or connected with, or claimed to have arisen, resulted from or be connected with: (i) the Participant’s submission, participation, attempt to participate, or inability to participate, in the Campaign;(ii) submission and/or use by the Indemnified Parties of any submission (and/or any parts thereof); (iii) the Parti cipant’s failure to comply with any one or more of these terms and conditions or any applicable laws, rules or regulations; (iv) the unauthorized use by the Participant of, as applicable, the name, likeness, voice, work product, brand, trademark, logo of any person or entity; (v) the breach or alleged breach of any warranty, representation (including, without limitation any eligibility related representation) or covenant made by the participant in connection with the Campaign; (vi) acceptance and/or use of any items, prize or rewards awarded under the Campaign, if any; (vii) any right or benefit granted by the Participant to Singtel and/or Etiqa in connection with the Campaign; and/or (viii) the Participant’s negligence, wilful misconduct, violation of any applicable laws, rules or regulations or these terms and conditions, or his or her violation of any third party’s intellectual property, privacy, publicity or other right.22.If any provision of these T&Cs is held to be invalid or unenforceable, then such provision shall (so far asit is invalid or unenforceable) be given no effect and shall be deemed not to be included in these T&Cs without invalidating any of the remaining provisions of these T&Cs.23.No failure or delay by Singtel or Etiqa in exercising any right or remedy provided by law under or pursuantto these T&Cs shall impair such right or remedy or operate or be construed as a waiver or variation of it or preclude our exercise at any subsequent time and no single or partial exercise of any such right or remedy shall preclude any other or further exercise of it or the exercise of any other right or remedy.Singtel’s and Etiqa’s rights and remedies under or pursuant to these terms and conditions are cumulative, may be exercised as often as we consider appropriate and are in addition to Singtel’s and Etiqa’s rights and remedies under general law.24.These T&CSs and the relationship between you and Singtel/Etiqa shall be governed by, and interpretedin accordance with, the laws of Singapore. In respect of any legal action or proceedings arising out of or in connection with these T&Cs, you shall irrevocably submit to the jurisdiction of the courts of Singapore.That submission shall not affect the right of Singtel to institute proceedings in any other jurisdiction. 25.You, the Participant, agree to be bound by and comply with the T&Cs. Singtel and/or Etiqa may, at anytime, in its sole discretion and without prior notice or liability to you, vary, modify and/or amend these T&Cs. Please review these T&Cs periodically for changes and updates. To determine when these T&Cs were last revised, please refer to the “Last Revision Date” stated at the end of these T&Cs.Last Revision Date: 24 November 2023。
LAQUAtwin系列(pH)操作指南:LAQUAtwin-pH-11、LAQUAtwin-pH-2
CODE: GZ0000472467Instruction Manual (Operation)COMPACT WATER QUALITY METER LAQUAtwin-pH-11, LAQUAtwin-pH-22, LAQUAtwin-pH-33SpecificationsItems in packageConsumable parts sold separately Part Namesotherwise specified.Initial SetupAttaching/detaching the sensorNoteBe careful not to twist the waterproof gasket.Inserting/removing batteriesElectrode conditioningNote●Before using the sensor for the first time or after several days of disuse, perform electrode conditioning.●Perform calibration after electrode condition-ing.1.Place some drops of pH 7 standard solution to the flat sensor.2.Wait a few hours before use.There is no need to switch the meter ON.3.Clean the flat sensor with running water.ModelLAQUAtwin-pH-11, LAQUAtwin-pH-22, LAQUAtwin-pH-33Target pHMeasurement principleGlass electrode methodMinimum sample volume 0.1 mL *1pH range 0 pH to 14 pHResolution (valid digits)LAQUAtwin-pH-11: 0.1 pH LAQUAtwin-pH-22: 0.01 pHLAQUAtwin-pH-33: 0.01 pHCalibration LAQUAtwin-pH-11: Up to 2 pointsLAQUAtwin-pH-22: Up to 3 points LAQUAtwin-pH-33: Up to 5 points Accuracy*2LAQUAtwin-pH-11: ±0.1 pH LAQUAtwin-pH-22: ±0.01 pH LAQUAtwin-pH-33: ±0.01 pHTempera-ture display Available only on LAQUAtwin-pH-33,0 ︒C to 50.0︒C Display Custom (monochrome) digital LCDwith backlightOperating environment 5︒C to 40︒C, 85% or less relative humidity (no condensation)Power CR2032 batteries (⨯2)Battery life Approx. 400 h continuous operation *3Outer dimen-sions/mass 164 ⨯ 29 ⨯ 20 mm, Approx. 50 g *4Main func-tion Temperature compensation, water-proof *5, auto stable/auto hold, auto-matic power OFF*10.05 mL or more if sampling sheet B (sold sepa-rately) is used.*2The closeness of agreement between measuredvalue and actual value of the pH 4.01 standard solution after two-point calibration using pH 4.01 and pH 7.00 standard solutions. The temperature during the calibration and measurement is the same. Two-point calibration is started from pH 7.00. The error of standard solutions and round-ing error (±1 digit) are not included.*3The life period if the meter is used in the backlightoff mode. If the backlight is used, battery life will shorten.*4The dimensions excludes projections and themass excludes batteries.*5IP67: no failure when immersed in water at adepth or 1 meter for 30 minutes.Please note that the meter can not be used underwater ItemsQuantitySensor S0101Meter1Storage case 1BatteriesCR20322Standard solutionpH 4 (pH 4.01)1pH 7 (pH 7.00)1Pipette1Sampling sheet B (5 sheet-pack)1Instruction manual (Operation)1Instruction manual (Before use)1Items Specifications Part No.SensorS010, pH3200459834Standard solution 514-4, pH 4.013999960108514-7, pH 7.003999960109Sampling sheet BY046, 100 sheet-pack 3200053858Attaching the sensor 1.Power OFF the meter.2.Confirm that the waterproofing gasket is clean and undamaged.3.shown.Items SpecificationsPart No.Detaching the sensor 1.Power OFF the meter.2.Lift the sensor tongue tip and slide the sensor a little away from the meter.3.Pull out the sensor all the way from the meter. Inserting the batteries 1.Power OFF the meter.2.Slide both batteries into the battery case as shown.Be sure to use two CR2032 batteries, and put them with the plus sides (+) upwards.Removing the batteries 1.Power OFF the meter.e a ball-point pen or other tool to pry the batter-ies out from the clips as shown.Basic OperationCalibrationCalibration is required before measurement.Use standard solution within the measurement range in the specifications.Tip●Calibration values are saved even if the meteris switched OFF.●Calibration value is rewritten if calibration isrepeated using the same standard solution.●Select the pH standard solutions close to thepH value of sample when the sample is known.●Perform three-point calibration using pH 4.01,pH 7.00 (6.86), and pH 10 (9.18) standard solu-tions when the sample is unknown.MeasurementNote●If a measured value is out of the specifiedmeasurement range, "Or" is displayed forupper range and "Ur" is displayed for underrange.●When you have a problem with the calibrationor measurement, refer to frequently askedquestions.Measurement display changeThe display mode switches as follows by press-ing the MEAS switch in the AS mode.LAQUAtwin-pH-11 and LAQUAtwin-pH-22: Between pH and voltage alternatelyLAQUAtwin-pH-33:Among pH, voltage, and temperatureMaintenancePower ON1.Press and hold the ON/OFF switch.The power is switched ON,and the meter model num-ber is displayed on the LCD.Power OFF1.Press and hold the ON/OFF switch.The power is switched OFF.Calibration pointsThe number of calibration points is dependent on the meter model.●LAQUAtwin-pH-11:Up to two-point calibration●LAQUAtwin-pH-22:Up to three-point calibration●LAQUAtwin-pH-33:Up to five-point calibrationMulti-point calibration1. Select the standard from USA or NIST.(Refer to " Buffer standard change"(page 4).)USA is selected by the default.2.Open the light shield cover and place somedrops of the standard solution on the flatsensor taking care to cover the entire flatsensor.Rinsing the sensor with the standard solutionbeforehand will provide a more accurate cali-bration as it will reduce sample crossover con-tamination.3.Close the light shield cover and press thedisplayed.After the calibration is complete,stop blinking and the measured value is dis-played.The calibration value at 25 C is displayed for 1s and the display returns to the measurementmode automatically.4.Open the light shield cover and remove thestandard solution. Then remove moistureon the sensor by gently dabbing with a softtissue.This completes the 1st point calibration.5.To perform 2nd point calibration, repeatsteps 2. to 4.Calibration errorIf blinks and Er4 (error dis-play) appears, the calibrationhas failed.Perform electrode conditioning.Check that the correct standard solution is used,and repeat calibration after cleaning the sensor.If the calibration repeatedly fails when using thecorrect standard solution(s), the sensor mayhave deteriorated. Replace the sensor with newone.Sample setting1.Open the light shield cover and put somedrops of sample on the flat sensor to coverthe entire flat sensor.2.Close the light shield cover.Measurement modeThe auto stable (AS) mode and the auto hold(AH) mode can be selected. Refer to " Mea-surement mode change" (page 4) for the opera-tion to set the measurement mode.Auto stable (AS) mode1.Confirm that the meter is in the measure-ment mode, and place a sample on the sen-sor.locked.2.appears.Auto hold (AH) modeand will not change until the MEAS switch ispressed for the next measurement.1.Confirm that the meter is in the measure-ment mode, and place a sample on the sen-sor.2.Press the MEAS switch.The auto hold function is acti-vated.blinks until the mea-sured value has stabilized.When the measured value is stable, stopsblinking and the displayed value is locked with3.Document the displayed value.4.Press the MEAS switch.disappears.Be sure to perform this step before starting thenext measurement. Or, you may mistake thedisplayed hold value for the next measuredvalue.Storage1.Clean the sensor with tap water.2.Dab gently with soft tissue or cloth toremove moisture on the sensor and meter.NoteEspecially be sure to treat the flat sensor gentlyto prevent damaging it.3.Close the light shield cover and the slidecap before storing the meter.AppendixFrequently asked questions Temperature sensor adjustmentTemperature sensor adjustment is available on LAQUAtwin-pH-33.To perform accurate measurement with correc-tion for temperature effects, follow the steps below. Normally this is not necessary.1.Ready a reference thermometer, and allow the meter and reference thermometer to reach to room temperature.2.Set the display mode to temperature refer-ring to " Measurement display change"(page 2).3.Press the CAL switch.The meter displays the setting screen for tar-get temperature.4.Press the MEAS switch to adjust the dis-played temperature on the meter to match the temperature indicated by the reference thermometer.Pressing the MEAS switch increases the dis-played temperature. After the displayed tem-perature reaches 40°C, it returns to 5°C.5.Press the CAL switch again to apply the displayed value to the adjustment.The adjustment starts. The adjusted value blinks with and displayed.After the adjustment is complete, the adjusted value stops blinking with MEAS and dis-played.If Er4 (error display) appears, the adjustment has failed. Retry the above steps increasing the time spent on the step 1.If the adjustment repeatedly fails, the sensor may have deteriorated. Replace the sensor with new one.Initializing calibration dataInitialize calibration in the following cases.●To delete the calibration data●If the number of points for the last calibration is uncertain.●After the sensor is replaced.1.Press and hold the CAL and ON/OFF switches for over 3 seconds when the meter is switched OFF to Initialize calibra-tion.After a moment of all segment indication, the software version is displayed. And then, the display changes as shown right.2.Press the CAL switch.All calibration data is reset.When the initialization of cali-bration data is complete, End appears.The meter automatically switches OFF. Initializing the settingsAll setup choices are erased. The meter is reset to the factory default values.1.Press and hold the MEAS, CAL and ON/OFF switches for over 3 seconds when the meter is switched OFF to enter the initial-ization.After a moment of all segment indication, the software version is displayed. And then, the display changes as shown right.2.Press the CAL switch.All calibration data is reset.When the initialization of settings is complete, End appears.The meter automatically switches OFF.Er4 is dis-played during the calibra-tionPlease note that if you press the CAL switch in mV or temperature display mode, Er4 is displayed. This is because there is no calibration facility available for these modes.Er1 is dis-played soon power ON.The internal IC in the meter may be defective. Perform meter initializa-tion.If Er1 is still displayed after the initial-ization, the internal IC in the meter is defective. Replace the meter with a new one (the meter cannot be repaired).Er2 is dis-played right after power ON.The internal IC in the meter is defec-tive. Replace the meter with a new one (the meter cannot be repaired).Er3 is dis-played right after power ON.The internal IC in the meter is defec-tive. Replace the meter with a new one (the meter cannot be repaired).Question AnswerSetup ModeThe setup mode allows the user to customize the meter to his specific needs.To enter the setup mode, press and hold the MEAS and ON/OFF switches for over 3 seconds when the meter is switched OFF. All the LCD segments appear and then the meter enters the setup mode.Tip●To have the changes apply, you need to go through the entire steps from “Setup mode entry” to “Setup completion” shown below. To leave a setting as it is, just press CAL switch in the setting.●To exit the setup mode with no change of settings, press the ON/OFF switch earlier than pressing CAL switch in the last step but one, or the “Backlight setting” step.Setup mode entryBuffer standard changeThe standards of pH buffer can be changed.Measurement mode changeThe measurement mode can be switched.* Measurement display change is available in the AS mode. Refer to " Measurement display change" (page 2).Backlight settingThe backlight can be switched to ON or OFF.Setup completion31, Miyanonishi-cho, Kisshoin Minami-ku, Kyoto,。
sae j2174标准
SAE Technical Standards Board Rules provide that: “This report is published by SAE to advance the state of technical and engineering sciences. The use of this report is entirely voluntary, and its applicability and suitability for any particular use, including any patent infringement arising therefrom, is the sole responsibility of the user.”SAE reviews each technical report at least every five years at which time it may be reaffirmed, revised, or cancelled. SAE invites your written comments and suggestions.TO PLACE A DOCUMENT ORDER: +1 (724) 776-4970 FAX: +1 (724) 776-0790SAE WEB ADDRESS Copyright 2002 Society of Automotive Engineers, Inc.2.2.2TMC P UBLICATIO N—Available from American Trucking Associations, 2200 Mill Road, Alexandria, VA 22314.TMC RP 110—Low Tension Cable for Heavy Duty Truck-Trailer Wiring Systems (sizing and color only)TMC RP 114 – Wiring Harness ProtectionTMC RP 137 – Antilock Electrical Supply from Tractors through the SAE J560 Seven Pin ConnectorTMC RP 141—Trailer ABS Power Supply Requirements2.2.3TTMA P UBLICATION—Available from Truck Trailer Manufacturers Association, 1020 Princess Street,Alexandria, VA 22314.TTMA RP97-97 – Trailer Antilock Braking System WiringTTMA RP111 – Electrical System Maintenance and Repair for Trailers Without Sealed Wiring Harness SystemsTTMA RP119 – Electrical Interface for Truck-Trailer InterconnectionDesign and Installation of Lighting Systems for Trailers2.2.4M ILITA RY S PECIFICATION—Available from Global Engineering Documents, 15 Inverness Way East,Englewood, CO 80112-5704.MIL-STD-1344A—Test Methods for Electrical Connectors3.Definitions3.1Connector—A coupling device which provides an electrical and mechanical junction between twomulticonductor cables, or between a cable and an electrical component.3.2Terminal—A device attached to a wire or cable to provide the electrical interface between two cables or acable and an electrical component.3.3Dolly—A chassis equipped with one or more axles, a fifth wheel and/or equivalent mechanism, and drawbar,the attachment of which converts a semitrailer to a full trailer.3.4Electrical Distribution System—The electrical wiring system includes all cables and wiring, connectors andterminations, coverings, seals, any other incorporated items to maintain the integrity and performance of the electrical system, and the connector to any mating device with the exception of the SAE J560 connector where only the electrical performance requirements apply. The electrical wiring system does not include the functional devices to which the wiring system is attached such as lamps, ABS electronic control modules or sensors.3.5Sealed—A condition which provides a nonleaking union between two mechanical components or any placewithin an electrical distribution system. A sealed union is defined as one which does not allow the ingress of moisture.4.Tests4.1Test Procedures—Conformance to the requirements of this document shall be determined by subjecting eachdevice to each test procedure listed in this document. Unless otherwise stated, the tests are to be performed at 25 °C ± 5 °C and at 12.5 V DC ± 0.1 V DC or per the manufacturers recommendations. Sample sizes shall be statistically valid. The tests shall be conducted in the sequence as follows:4.1.1Voltage Drop4.1.2Connector Durability4.1.3 Salt Fog4.1.4Thermal Cycle4.1.5Thermal Shock4.1.6Oil Absorption4.1.7Salt Water Immersion4.1.8 Spray Wash4.1.9Vibration4.1.10Insulation Resistance - Multiconductor Assemblies4.1.11Tensile Strength - Wire to Terminal4.1.12 Tensile Strength – Wire to Wire4.1.13 Connector Pull Force4.1.14 Connector Misengagement Force4.1.15 Connector Terminal Retention Force4.1.1V OLTAGE D ROP—The measurement of connection voltage drop shall be per SAE J163 and Figures 1 and 2.The voltage drop of the cables shall be subtracted from the measured values. Except for connectors specified by SAE J560, the voltage drop shall be measured at the current specified in Table 1 of this document.FIGURE 1—CABLE TO CABLE ASSEMBLYFIGURE 2—CABLE TO COMPONENT ASSEMBLY4.1.2C ONNECTOR D URAB ILITYa.An assembled connector with terminals shall be mated and unmated 25 times.ing the procedure described in 4.1.1, measure the millivolt drop of the mated terminal pair.4.1.3S ALT F O G—Testing shall be performed per ASTM B 117-73 test method for 96 h. During the test, each circuitshall be operating at the test currents specified in Table 1.4.1.4T HERMAL C YCLE—Connector and cable assemblies shall be connected to their mating parts. Theassemblies shall be exposed to 25 cycles of the thermal cycle profile shown in Figure 3. The assemblies shall be energized with test voltage commencing at point “A” of Figure 3 and de-energized at point “B” of each cycle. The current shall be limited to 1.0 A.FIGURE 3—THERMAL CYCLE PROFILE4.1.5T HERMAL S HOCK—The cable to cable or cable to component connector assemblies shall be subjected to10cycles of thermal shock. One cycle shall consist of 30 min at a temperature of –40 °C ± 2 °C followed by30 min at a temperature of 80 °C ± 2 °C with a transfer time of 2 min maximum.4.1.6O IL A BSORPTION—Connectors shall be capped prior to testing to prevent entry of oil into the connectorcavities during the test. The wiring assembly shall be immersed in ASTM D 471, IRM-902 engine oil at 50 °C ± 3 °C for a period of 20 h. After removal from the engine oil, remove excess oil from the surface and allow sufficient time for excess oil trapped in the assembly to drain completely.4.1.7S ALT W ATER I MMERSIO N4.1.7.1Cable to Cable Assemblya.Immerse the assembly at a minimum depth of 300 mm in a 5% solution of salt (sodium chloride) water.b.Extend the cable ends out of the solution.c.Connect the assembly to a source set at test voltage. The current flowing shall be a minimum of 1.0 A.d.Energize the assembly for 30 min each hour.e.Terminate test after 60 h.4.1.7.2Cable to Component Assemblya.Immerse the assembly at a minimum depth of 300 mm in a 5% solution of salt (sodium chloride) water.b.Extend the ends of the cable assembly out of the solution.c.Connect the assembly to a source set at component rated voltage or test voltage.d.Energize the assembly for 30 min each hour.e.Terminate test after 60 h.4.1.8S PRAY W ASH—Conduct testing per SAE J1455. The addition of detergents or other additives to the water isrecommended. The sample should be oriented in an as installed condition, simulating normal operating conditions.4.1.9V IBRATIO N4.1.9.1Applicability—It is difficult to subject a complete trailer wiring system to a vibration test due to its size. Toaccomplish a meaningful test, individual sections need to be tested alone or along with other sections.Each connector system as well as each mounting support location must be tested. Unsupported sections routed around tight corners or passing through cutouts should also be tested.4.1.9.2Test Set Up—The section of wiring under test shall be attached to the shaker table simulating the actualinstallation. The remainder of the wiring shall be free and unsupported for a minimum of one vertical meter, draped off the test table. If the section under test may accumulate ice during actual usage, a 2 kg weight shall be added to the free wiring, one half meter below the surface of the shaker table.4.1.9.3Test Method—Alternative test methods, 4.1.9.3.1 or 4.1.9.3.2, may be applied depending upon availabilityof equipment. Method 4.1.9.3.1 is recommended.With 100 mA flowing through the circuits under test during the last thirty minutes of the test, monitor each circuit for discontinuities.Measure millivolt drop at the termination of the test using the procedure described in 4.1.1.4.1.9.3.1Vibration testing shall be performed by the procedure described in SAE J2139.4.1.9.3.2Vibration testing shall be performed by the procedure described in SAE J1455, sine sweep profile from10 to 1000 Hz, single axis for 6 h.4.1.10I NS ULATION R ESISTANCE—M ULTICONDUCTO R A SSEMBLIES—Using a 500 V megohmmeter or 500 V, AC or DC,hipotential tester, check each terminal to all other terminals and any conducting shells or conduits.4.1.11T ENSILE S TRENGTH—W IRE TO T ERMINAL—If insulation crimps are present, the crimp wings shall be openedbefore testing. The terminal and wire assembly shall be placed in a wire terminal pull tester. Sufficient force shall be applied to pull the wire out of the terminal or break the wire. All testing is to be conducted at a uniform rate of speed not to exceed 305 mm/min.4.1.12T ENSILE S TRENGTH—W IRE TO W IRE—The wire to wire splice shall be placed in a pull tester. Sufficient forceshall be applied to break the wire or break the wire to wire splice. All testing is to be conducted at a uniform rate of speed not to exceed 305 mm/min.4.1.13C ONNECTOR P ULL F ORCE—All mated connectors that may be subjected to disconnection forces during useshall have a force of 100 N applied in the axis of engagement of the connector pair in the direction of disengagement. The force shall be applied at a rate not to exceed 5 N/s.4.1.14C ONNECTOR M IS ENG AGEMENT F ORCE—Unmated multicavity connector pairs shall have a force of 178 Napplied in the axis of and in the direction of engagement. The connectors shall be oriented to test the mechanical strength of the connector system's polarization features.4.1.15T ERMINA L R ETE NTION TENSILE F ORCE—The terminal retention force within the connector cavity shall bedetermined by applying and measuring a tensile load along the axis of the terminal. The load should be applied to the attached conductor .5.Requirements5.1Voltage Drop—The voltage drop shall not exceed the values tabulated in Table 1:TABLE 1—VOLTAGE DROPSAE Cable Size(mm2)Test Current(Amperes)MaximumMillivolt Drop(cable to device)(cable to cable)0.551000.8101001.0151002.0201003.030100 5.040100 8.050100 13.0601005.2Tensile Strength—Wire to Terminal—The tensile strength shall exceed the values listed in Table 2 for an effective electrical and mechanical connection.5.3Tensile Strength—Wire to Wire—The tensile strength shall exceed the values listed in Table 2 for an effective electrical and mechanical connection.5.4Connector Durability—The millivolt drop shall not exceed the values listed in Table 1 for the wire size under evaluation. At the conclusion of the test, there shall be no evidence of cracking, breaking or physical deformation that would affect performance in the other required tests.5.5Vibration—The millivolt drop shall not exceed the values listed in Table 1 for the wire size under consideration. There shall be no apparent loosening of terminals within a connector. There shall have been no electrical discontinuities greater than 100 Ω for greater than 10 µs in the last half hour of the test. There shall be no signs of mechanical or electrical damage or defects upon visual examination.5.6Thermal Cycle—Upon completion of the thermal cycle exposure, there shall be no cracking, warping, or rupture of any of the components. The connectors shall remain serviceable.5.7Thermal Shock—There shall be no evidence of damage detrimental to the normal operation of the assembly.5.8Oil Absorption—Upon completion of the oil absorption tests, the connectors must remain serviceable. A serviceable part is one that can be removed with reasonable force and reinstalled without visible damage. A visual inspection shall reveal no cracks, splits, or other damage to the items used in the construction of the assembly.5.9Insulation Resistance—The insulation resistance shall be in excess of 1 M Ω. The leakage current shall be less than 50 mA.5.10Salt Water Immersion—At the completion of the test, there shall be no visual evidence of corrosion residueon any of the electrical terminals and the terminals shall be intact in their original condition.Allow the assembly to dry for 4 h after concluding the test and check each circuit for shorting between circuits and grounding to any conducting shell or conduit.5.11Salt Fog—At the completion of the test, there shall be no visual evidence of corrosion residue on any of theelectrical terminals and the terminals shall be intact in their original shape.Allow the assembly to dry for 4 h after test and check each circuit for shorting between circuits and grounding to any conducting shell or conduit.TABLE 2—MINIMUM TENSILE STRENGTHSAE Cable Size(mm 2)Force (N)(Wire to Terminal)(Wire to Wire)0.5700.88011242155317752008222133555.12Spray Wash—Upon visual examination at the conclusion of the test, there shall be no evidence of wateringress into any sealed cavities, particularly connector cavities and sealed cables.5.13Connector Pull Force—The mated connectors shall withstand the specified load for a minimum of 30 swithout any damage or disengagement.5.14Connector Misengagement Force—The connectors shall withstand the specified load for a minimum of 30 swithout any damage, without connector engagement, and without electrical connection in any terminal position.5.15Terminal Retention Tensile Force—The minimum terminal retention tensile force shall meet the minimumrequirements as specified in Table 3. Note that the retention force includes secondary locking devices if provided. The harness designer shall be responsible for determining the application of Standard or Heavy-Duty ratings.6.Design Requirements6.1All single conductor primary wire shall conform to the requirements of SAE J1128 excluding the thin wall types TWP, TXL and TWE. Consideration should be given to more stringent cold bend requirements in locations where flexing occurs. Wherever possible, all conductors shall be grouped together in a suitable conduit or jacket to protect them from detrimental environmental conditions. All seven conductor ABS power cables shall conform to the performance requirements of SAE J2394.6.2Wire sizes for the main and all branch circuits shall be sufficient to provide all electrical components with component design voltage or component manufacturer's recommended voltage. Particular attention should be paid to any components with safety related functions such as ABS, lighting, etc.6.3Wire and cable assemblies shall be designed such that all uninsulated terminals are on the ground side of each connection. This applies to terminals which may be insulated in their connected state but which are uninsulated should a disconnect occur.6.4Noncorrosive flux must be used during any solder operation performed on any wire or cable assembly or component. Acid core solders or acid based fluxes must not be used.6.5If terminals are soldered to the wires, solder shall not wick under the insulation beyond the end of the terminal insulation support.6.6Connectors shall be polarized to assure proper mating when circuit polarization is necessary. 6.7When exposed to water or condensation, connectors shall be sealed.TABLE 3—MINIMUM TERMINAL RETENTION IN CONNECTOR CAVITYCable Size (mm 2)Minimum Pull Force (N)StandardMinimum Pull Force (N)Heavy Duty0.553890.85389153111253111353133553133853155131001556.8All terminals shall incorporate a corrosion resistant plating, and wherever possible, incorporate an insulation crimp.6.9Conductor splices shall be sealed, located in regions of the harness where flexing does not occur, and located within covered areas of the harness.6.10Conductor sizes for the main and all branch circuits shall be determined by the voltage drop method using thefollowing equation:(Eq. 1)whereVD = Maximum allowable voltage drop (volts)L = Total length of the copper circuit (mm),NOTE—Consider the use of doubles, triples and dollies when calculating the overall lengthI = Maximum steady-state current in circuit (A)Calculate cable resistance [R] in micro ohms/mm and locate the cable size in Table 4. If the resistance falls between two conductor sizes, specify the larger conductor.6.11The electrical distribution system and its added-on components shall conform to the requirements of thisdocument when subjected to the test procedures outlined in this document. The electrical distribution system may support specific components which impose additional more stringent performance requirements which must also be met.7.Installation Requirements7.1The edges of all metal members through which wire and cable passes, shall be deburred and rolled or covered with a durable protective covering. The insulated conductors shall be protected to prevent cutting, pinching, or abrasion at any point in the system.7.2Wire and cable shall be mechanically and electrically secure. When necessary, clips for retaining cables and wires shall be permanently attached to the body or frame members and shall hold the wire and cable permanently without cutting into the insulation.7.3Wire and cable shall be protected from moving mechanisms, snags, excessive heat, road splash, stones,grease, oil, and fuels. Wire and cable exposed to such conditions shall be protected by the use of heavy wall insulation and/or additional tubing resistant to the hazards. Other methods which provide protection are acceptable.TABLE 4—CONDUCTOR SIZING (REFERENCE SAE J2202)Cable Size (mm 2)Resistance at 20 °C Micro Ohms/mm0.535.20.822.2115.129.183 5.855 3.78 2.37131.48R VD ()10+6×[]L l ×[]÷=7.4Dielectric compound at terminals and connectors is not considered to be a primary sealing mechanism. Allcomponents intended for use with a sealed electrical distribution system for trailers shall have features which maintain the sealed characteristics of the system. If used, the dielectric compound shall not adversely affect the function of the device. Dielectric compounds may cause connector seals to swell resulting in an adverse change in performance.7.5Use of dissimilar metals which can encourage galvanic corrosion must be avoided.8.Guidelines8.1Electrical tape should not be used for sealing or insulation.8.2Terminals shall be used and applied per the manufacturer's specifications. Terminals designed for fullyautomated assembly operations are preferred over manually assembled parts to assure consistent, high quality terminations8.3If soldered terminals are used, care should be taken to adhere to the manufacturer's recommendations.8.4Spray wash equipment in common use often is at significantly higher pressure than the performancerequirements in this specification. It is recommended that additional connector protection be provided to address any avenues of water entry into connector cavities if the connector location in the application may be subject to this high pressure spray wash equipment.8.5To minimize voltage drop and current requirements for double and triple trailer combinations, the use of lowcurrent lighting devices such as LED lamps is recommended.8.6Oxides on the surface of non-noble terminal contact plating may affect voltage drop when operated at lowvoltages or currents. If circuits operate at less than 5 volts or less than 0.5 amps in the operation of a component, then the component manufacturer should be consulted to assure that adequate testing is performed to assure proper operation of the device.9.Notes9.1Marginal Indicia—The change bar (l) located in the left margin is for the convenience of the user in locatingareas where technical revisions have been made to the previous issue of the report. An (R) symbol to the left of the document title indicates a complete revision of the report.PREPARED BY THE SAE TRUCK AND BUS ELECTRICAL SYSTEMS SUBCOMMITTEE OF THESAE TRUCK AND BUS ELECTRICAL/ELECTRONIC COMMITTEERationale—The trailer electrical system has always been considered to be primary to transportation safety. It is an absolute necessity to have a durable system which supplies sufficient power to the trailer electrical components. Safety considerations must be applied to single trailers, doubles, triples and dollies.The task force has studied the durability and the power issues and developed this SAE Standard from the prior Recommended Practice. Since this document includes procedures and data which have gained broad acceptance, it is being requested that it be approved as an SAE Standard.First and foremost, this rewrite addressed the concerns expressed by the National Highway Traffic Safety Administration regarding the finding that some multiple configurations did not provide adequate power to ABS, or stop lamp circuits. To address this concern, a method to determine the appropriate conductor sizing was added to the Design Requirements.The task force, understanding the application and environmental requirements of Heavy-Duty Wiring Systems for Trailers, recognized the need for additional test requirements. Specifically, Salt Fog, Spray Wash, Tensile Strength - Wire to Wire, Connector Pull Force, Connector Misengagement Force and Connector Terminal Retention Force were added.Certain tests were in need of improvement. The temperature range of the Thermal Shock test was extended to –40 °C from –30 °C and to 80 °C from 75 °C. The Oil Absorption test was more clearly defined. Vibration testing now references standard test methods, the test set up was clarified, and discontinuities were defined. Table 2 - Minimum tensile Strength was added. Additionally, The Design Requirements and Guidelines Sections were significantly expanded.Relationship of SAE Standard to ISO Standard—Not applicable.Application—This SAE Standard establishes the minimum performance requirements for electrical distribution systems for use in dollies and trailers in single or multiple configurations.Reference SectionSAE J163 - Low Tension Wiring and Cable and Splice ClipsSAE J560—Seven Conductor Electrical Connector for Truck-Trailer Jumper CableSAE J575—Tests for Motor Vehicle Lighting Devices and ComponentsSAE J1128—Low Tension Primary CableSAE J2139— Tests for Lighting Devices and Components Used on Vehicles 2032 mm or more in Overall WidthSAE J2202 – Heavy-Duty Wiring Systems for On-Highway TrucksSAE J2247 - Truck Tractor Power Output for Trailer ABSSAE J2394 – Seven Conductor Cable for ABS PowerASTM B 117—Standard Method of Salt Spray (Fog) TestingASTM D 471-Standard Test Method for Rubber Property-Effect of LiquidsMIL-STD-1344A, Method 3002.1 - Low-Signal Level Contact ResistanceTMC RP 110—Low Tension Cable for Heavy Duty Truck-Trailer Wiring SystemsTMC RP 114 – Wiring Harness ProtectionTMC RP 137 – Antilock Electrical Supply from Tractors through the SAE J560 Seven Pin ConnectorTMC RP 141 - Trailer ABS Power Supply RequirementsTTMA RP97-97 – Trailer Antilock Braking System WiringTTMA RP111 – Electrical System Maintenance and Repair for Trailers Without Sealed Wiring Harness SystemsTTMA RP119 – Electrical Interface for Truck-Trailer InterconnectionDesign and Installation of Lighting Systems for TrailersDeveloped by the SAE Truck and Bus Electrical Systems SubcommitteeSponsored by the SAE Truck and Bus Electrical/Electronic Committee。
工具书与文献检索试题(整理)
一、单项选择1、纸质信息源的载体是(纸张)2、逻辑“与”算符是用来组配( 不同检索概念,用于缩小检索范围 )。
3、关于搜索引擎的查询规则,正确的是:( D )A.引号(“”)的作用是括在其中的多个词被当作一个固定短语来检索。
B.标题检索是在网页标题中查找输入的检索词,其命令一般用“title”,其格式为title:检索式。
C.站点检索是在网站地址域名中检索输入的词,其命令一般用“host”,其格式为host:检索式。
D.以上都正确。
4、以作者本人取得的成果为依据而创作的论文、报告等,并经公开发表或出版的各种文献,称为( 一次文献. )5、中国国家标准的代码是( GB )6、根据国家相关标准,文献的定义是指“记录有关(知识)的一切载体。
”7、利用文献后面所附的参考文献进行检索的方法称为(追溯法)。
8、如果检索结果过少,查全率很低,需要调整检索范围,此时调整检索策略的方法有(用逻辑“或”或截词增加同族概念)等9、数据检索以特定的数值为检索对象,它包括(数据、图表、公式)10、《中国学术期刊全文数据库》的词频控制应在(文摘、全文等字段检索所得的文献量过大)场合下使用11、如果打算了解最新即时的专业学术动态,一般可参考(专业学会网站)12、(雅虎 )属于目录引擎。
13、搜索含有“data bank”的PDF文件,正确的检索式为:( "data bank" filetype:pdf )14、就课题“查找‘钱伟长论教育’一文他人引用情况而言”,选择(中国知网中的中国引文数据库),可以得到相关的结果。
15、要从事物名称角度全面地查找互联网上的信息,可使用(主题)搜索引擎。
16、(主题检索途径)是指通过文献信息资料的主题内容进行检索的途径。
17、《中国期刊网CNKI》是(全文数据库)数据库。
18、要查找李平老师所发表的文章,首选途径为(著者途径)19、关于搜索引擎的一般查询规则,不恰当的是:(截词符通常用星号(*)表示,一般只用在词的前面。
罗斯蒙特 DIN-Style 温度传感器和温度井(公制)产品数据手册说明书
Product Data Sheet00813-0200-2654, Rev MBJuly 2022 Rosemount™ DIN-Style Temperature Sensors and Thermowells (Metric)■RTDs (0065) and thermocouples (0185) available to meet any process requirement■DIN-style for easy installation and replacement■Integrated temperature assembly with Rosemount transmitters availableFeatures and benefitsOptimize plant efficiency and increase measurement reliability with industry-proven design and specifications ■Available in a wide variety of sensing technologies – RTD and thermocouples.■All sensor styles and lengths are available in 6 mm diameter.■State of the art manufacturing procedures provide robust element packaging and increasing reliability.■Industry-leading calibration capabilities allow for Callendar-Van Dusen values to give increased accuracy when paired withRosemount transmitters.■Optional Class A accuracy for critical temperature measurement points.Streamline operations and maintenance with sensor and thermowell design■DIN-style sensor uses connection heads that allow quick mounting and replacement while maintaining environmental integrity.■Terminal block, flying leads, and spring loaded threaded adapter styles offer remote or integral transmitter mountingconfiguration.ContentsFeatures and benefits........................................................................................................................................................................2Rosemount DIN-Style Sensor and Thermowell...................................................................................................................................4Rosemount Series 96 Barstock Thermowell.....................................................................................................................................23Sensor reference information..........................................................................................................................................................27Specifications..................................................................................................................................................................................31Product certifications......................................................................................................................................................................34Sensor-to-transmitter matching .....................................................................................................................................................43Accessories......................................................................................................................................................................................49Wake frequency calculation. (52)Sensor and Accessories (Metric)July 2022Explore the benefits of Complete Point Solutions ™ from Emerson■An “Assemble Sensor to Specific Transmitter” option enables Emerson to provide a complete point temperature solution,delivering an installation-ready transmitter and sensor assembly.■Emerson has a complete portfolio of single point and high density temperature measurement solutions, allowing you toeffectively measure and control your processes with the reliability you trust from Rosemount products.Experience global consistency and local support from numerous worldwide Rosemount Temperature manufacturing sites ■World-class manufacturing provides globally consistent products from every factory and the capacity to fulfill the needs of anyproject, large or small.■Experienced instrumentation consultants help select the right product for any temperature application and advise on bestinstallation practices.■An extensive global network of Emerson service and support personnel can be on-site when and where they are needed.Access information when you need it with asset tagsNewly shipped devices include a unique QR code asset tag that enables you to access serialized information directly from the device. With this capability, you can:■Access device drawings, diagrams, technical documentation, and troubleshooting information in your MyEmerson account ■Improve mean time to repair and maintain efficiency ■Ensure confidence that you have located the correct device■Eliminate the time-consuming process of locating and transcribing nameplates to view asset informationJuly 2022Sensor and Accessories (Metric)Rosemount DIN-Style Sensor and ThermowellOnline Product ConfiguratorMany products are configurable online using our Product Configurator. Select the Configure button or visit our website to start.With this tool's built-in logic and continuous validation, you can configure your products more quickly and accurately.Model codesModel codes contain the details related to each product. Exact model codes will vary; an example of a typical model code is shown in Figure 1.Figure 1: Model code example1.Required model components (choices available on most)2.Additional options (variety of features and functions that may be added to products)Specifications and optionsThe purchaser of the equipment must make the specification and selection of product materials, options, or components. For more information, see the Material selection section.Sensor and Accessories (Metric)July 2022July 2022Sensor and Accessories (Metric)Optimizing lead timeThe starred offerings (★) represent the most common options and should be selected for the fastest delivery times. The non-starred offerings are subject to additional delivery lead time.Series 65 Platinum RTD and 185 Thermocouple without thermowellRequired model componentsModelConnection head(1)To maintain IP rating, use a suitable cable gland on the conduit connection thread. All threads must be sealed with a suitable sealing tape.Sensor and Accessories (Metric)July 2022 Sensor lead wire terminationSensor typeExtensionExtension length (N) in millimetersJuly 2022Sensor and Accessories (Metric)Thermowell materialSensor length (L) in millimetersAdditional optionsSensor optionsAvailable with Series 65 Sensor only.Product certificationsRefer to Table 3 for limitation on options available with approvals.Sensor and Accessories (Metric)July 2022Ground screwCable glandsCover chain optionExtension ringJuly 2022Sensor and Accessories (Metric) TerminationAssemble-to optionIf ordering Assemble-to option XA with a transmitter, specify the same option on the transmitter model number.Sensor calibration with works certificateAvailable with Series 65 only.VS system calibrationAvailable with Series 65 Sensor only.GOST calibration certificateTemperature range optionSensor and Accessories (Metric)July 2022 Series 65 Platinum RTD and 185 Thermocouple with tubular thermowellRequired model componentsModelConnection head(1)To maintain IP rating, use a suitable cable gland on the conduit connection thread. All threads must be sealed with a suitable sealing tape.Sensor lead wire terminationSensor typeExtensionExtension length (N) in millimetersThermowell materialImmersion length (U)Thermowell mounting style(1)The NAMUR stepped profile is available in both thermowell material options, however to maintain NAMUR compliance material code Y isrequired. 115 mm is the minimum immersion length stepped thermowells are available and is the minimum requirement to maintain NAMUR compliance however for lengths shorter than 115 mm a straight thermowell with a 8 mm OD will be provided.(2)Not available with thermowell Material code D.Additional optionsSensor optionsAvailable with Series 65 Sensor only.Product certificationsRefer to Table 3 for limitation on options available with approvals.Ground screwCable glandsCover chain optionExtension ringMaterial certificationExternal pressure testDye testAssemble-to optionIf ordering Assemble-to option XA with a transmitter, specify the same option on the transmitter model number.Sensor calibration with works certificateAvailable with Series 65 only.Temperature range optionSeries 65 Platinum RTD and 185 Thermocouple with barstock thermowellRequired model componentsModelConnection head(1)To maintain IP rating, use a suitable cable gland on the conduit connection thread. All threads must be sealed with a suitable sealing tape. Sensor lead wire terminationSensor typeExtensionExtension length (N) in millimetersThermowell materialImmersion lengthThermowell mounting style(1)This mounting style is only available with the lagging length code T040.(2)Full penetration weld option R07 is required with this mounting style.(3)This mounting style has a minimum lagging length of 80 mm.(4)Only available with extension style T.(5)This mounting style is only available with the lagging length code T075.(6)This mounting style is only available with the lagging length code T135.Additional optionsSensor optionsAvailable with Series 65 Sensor only.Product certificationsRefer to Table 3 for limitation on options available with approvals.Ground screwCable glandsCover chain optionExtension ringTerminationMaterial certificationExternal pressure testInternal pressure testDye testNACE approvalOnly available with thermowell material codes D, J, and A.Assemble-to optionIf ordering Assemble-to option XA with a transmitter, specify the same option on the transmitter model number.Sensor calibration with works certificateAvailable with Series 65 only.VS system calibrationAvailable with Series 65 Sensor only.Temperature range optionRosemount Series 96 Barstock ThermowellOnline Product ConfiguratorMany products are configurable online using our Product Configurator. Select the Configure button or visit our website to start. With this tool's built-in logic and continuous validation, you can configure your products more quickly and accurately.Model codesModel codes contain the details related to each product. Exact model codes will vary; an example of a typical model code is shown in Figure 2.Figure 2: Model code example1.Required model components (choices available on most)2.Additional options (variety of features and functions that may be added to products)Specifications and optionsThe purchaser of the equipment must make the specification and selection of product materials, options, or components. For more information, see the Material selection section.Optimizing lead timeThe starred offerings (★) represent the most common options and should be selected for the fastest delivery times. The non-starred offerings are subject to additional delivery lead time.Required model components ModelThermowell materialAdditional materials are available upon request.Immersion length (L) in millimetersThermowell mounting style(1)This mounting style is only available with the lagging length code T040.(2)Full penetration weld option R07 is required with this mounting style.(3)This mounting style has a minimum lagging length of 80 mm.(4)This mounting style is only available with the lagging length code T075.(5)This mounting style is only available with the lagging length code T135. Lagging lengthInstrument connection thread typeAdditional optionsMaterial certificationExternal pressure testInternal pressure testDye testNACE approvalOnly available with thermowell material codes D, J, and A.Plug/chainWeld optionFlange typeWake frequency calculationSensor reference informationOverviewRosemount integral mount temperature sensors, accessory hardware, and assemblies constitute a complete line of industrial temperature-sensing instruments. A variety of RTD and thermocouple sensors are available alone, or as complete assemblies including connection heads, thermowells, and extension fittings. Emerson offers complete temperature measurement assemblies including Rosemount Smart and Programmable Temperature Transmitters. Ask your Emerson representative for details.Series 65 Platinum RTD Temperature Sensors are highly linear and have a stable resistance versus temperature relationship. These sensors are used primarily in industrial environments where high accuracy, durability, and long-term stability are required. Series 65 Sensors are designed to meet the most critical parameters of international standards: IEC 751:1983, Amendment 1:1986 and2:1995 and DIN EN 60751:1996. This standardization provides sensor interchangeability without the need for transmitter circuitry adjustment.Enhanced performance and optimal temperature measurement accuracy is available for Series 65 Sensors coupled with a range of Rosemount Temperature Transmitters through calibration schedules and Callendar-Van Dusen constants.Series 185 Thermocouple Temperature Sensors conform to IEC 584:1982, Amendment 1:1989 and are available in types J, K, and N. Series 185 Sensors are available single ungrounded, or dual ungrounded, isolated.All sensors are available in a variety of lengths(1) and ranges with flying lead, terminal block, or ½-in. NPT spring-loaded adapter lead wire terminations.In addition to complete assemblies, Emerson offers a selection of separate accessory hardware including connection heads and thermowells.Selecting an extension and thermowellAside from ambient temperature variations, heat from the process, in a direct mounting configuration, is transferred from the thermowell to the transmitter housing. If the expected process temperature is near or beyond the transmitter specification limits,consider the use of additional thermowell extension length, an extension nipple, or a remote mounting configuration to isolate the transmitter from these excessive temperatures. Figure 3 provides an example of the relationship between transmitter housing temperature rise and extension length. Use Figure 3 and the accompanying example as a guide for determining adequate thermowell extension length.Figure 3: Transmitter Housing Temperature Rise vs. Uninsulated Extension Length605040302010075100125150175200225H o u s i n g R i s e A b o v e A m b i e n t (°C )Uninsulated Extension “N” Length (mm)A B CA.815 °C process temperatureB.540 °C process temperatureC.250 °C process temperature ExampleThe rated ambient temperature specification for the transmitter is 85 °C. If the maximum ambient temperature is 40 °C and the temperature to be measured is 540 °C, the maximum allowable housing temperature rise is the rated temperature specification limit minus the existing ambient temperature (85 – 40 °F), or 45 °C.As shown in Figure 3, an “N” dimension of 90 mm will result in a housing temperature rise of 22 °C. An “N” dimension of 100 mm would therefore be the minimum recommended length, and would provide a safety factor of about 25 °C. A longer “N” dimension,such as 150 mm, would be desirable in order to reduce errors caused by transmitter temperature effect, although in that case the transmitter may require extra support.Integral mount sensors and assembliesSeries 65 RTD and Series 185 Thermocouple Temperature Sensors may be ordered as complete assemblies, which provide a complete, yet simple, means of specifying the proper industrial hardware for most temperature measurements. One assembly model number, derived from one ordering table, completely defines the type of sensing element, as well as the material, length,and style of extension fittings and thermowells.All sensor assemblies are sized and inspected by Emerson to ensure complete component compatibility and performance.(1)Sensors over one meter long will be supplied coiled unless otherwise requested.Mounting configurationsSeries 65 Platinum RTDs and Series 185 ThermocouplesYou may order the Series 65 RTDs and the Series 185 Thermocouples with flying leads, a terminal block, or a ½-in. NPT spring-loaded adapter.Ordered with flying leads, the sensors are designed to be used with a head mount temperature transmitter attached directly to the sensor. The flying lead configuration allows the removal of the sensor and transmitter as one assembly.The BUZH connection head allows terminal block style sensors and transmitters to be mounted together. The transmitters in these assemblies will be mounted in the cover of the BUZH connection head.The sensors with a ½-in. NPT spring-loaded adapter are used with directly mounted Rosemount 3144P Field Mount Temperature Transmitters or through the use of Rosemount connection heads. This assembly requires a terminal block to be mounted inside the head.Hazardous area approvals are available with all three types of sensors, but they are dependent on the configuration of the entire temperature measurement assembly (see Product certifications).Temperature considerationsAmbient temperature limits for the connection head are –40 °C to +85 °C. The LT option may be extended down to a range of –51°C to +85 °C.Ambient temperature range addresses the connection head only, and requires suitable cable glands and field wiring provisions to meet the temperature requirements below –40 °C.Figure 4: Series 65 RTD Lead Wire ConfigurationSeries 65 RTD terminal block termination code 2Dual element (1)Red Red Wht321Red Red Wht654123456(1)The color of the terminal posts in the terminal block may not match the color of the lead wires connected to the capsule.Figure 5: Series 185 Lead Wire ConfigurationSeries 185 RTD thermocouple terminal block Dual elementSpecificationsSeries 65 Platinum RTD100 Ω RTD at 0 °C, α = 0.00385 °C-1Temperature range-50 to 450 °C (-58 to 842 °F) or -196 to 300 °C (-321 to 572 °F) depending on typeSelf heating0.15 °C/mW when measured per method defined in IEC 751:1983, Amendments 1 and 2Thermal response timeNine seconds maximum required to reach 50 percent sensor response when tested in flowing water according to IEC 751:1983, Amendments 1 and 2Immersion error60 mm minimum usable depth of immersion when tested according to IEC 751:1983, Amendments 1 and 2Insulation resistance1,000 MΩ minimum insulation resistance when measured at 500 Vdc and at room temperatureSheath material316 SST sensor tip (hot end) with 321SST mineral insulated cable constructionLead wirePTFE insulated, silver-coated, 0.21mm2 (24 AWG) stranded copper wire. See Figure 4 for wire configuration.Identification dataThe model and serial numbers are marked on each sensor.Ingress protection (IP) ratingsThe Rosemount connection head is rated to IP66/IP68 and NEMA® 4X. The BUZ and BUZH connection heads are rated to IP65. To maintain IP rating at installation, one of the following options must be used with the connection head:■Extension and/or adapter and barstock thermowell■Tubular thermowell■Sensor and sealing screw (extension option “V”)■General purpose adapterVibration limitsFor sensor types option code “1”, “2”, and “5”, the vibration resistance is ±0.02 percent (0.05 °C) maximum ice-point resistance shift after 3 g vibration between 10 and 500 Hz for 150 hours according to IEC 751:1983, Amendments 1 and 2.For sensor types option code “3”, “4”, and “6” the vibration resistance is 0.1 °C maximum ice-point resistance shift after 1 g vibration between 10 and 500 Hz for 150 hours according to IEC 60751:2008, Amendments 1 and 2.For sensor types option code “7”, “9”, and “0”, the vibration resistance is ±0.02 percent (0.05 °C) maximum ice-point resistance shift after 10 g vibration between 10 and 500 Hz for 150 hours according to IEC 751:1983, Amendments 1 and 2.Table 1: Series 65 InterchangeabilitySeries 185 ThermocoupleConstructionA thermocouple consists of a junction between two dissimilar metals that produces a change in thermoelectric emf in relationship to a change in temperature. Rosemount Series 185 Thermocouple sensors are manufactured from selected materials to meet IEC 584 Tolerance Class 1. The junction of these wires is welded to form a pure joint, maintaining the integrity of the circuit and ensuring the highest accuracy. Ungrounded junctions are protected from the environment by the sensor sheath. The ungrounded and isolated junctions provide electrical isolation from the sensor sheath.Sheath materialRosemount thermocouples are made of a mineral insulated cable design with a variety of sheath materials available to suit both the temperature and the environment. For temperatures up to 800 °C in air, 1.4541 (321 SST) is standard. For temperatures from 800 to 1100 °C in air, 2.4816 (Alloy 600) is standard. For temperatures above 1100 °C, precious metal or ceramic protective sheaths are available upon request. For strongly oxidising or reducing atmospheres, consult your local Emerson representative.Lead wiresPTFE insulated, 0.52 mm2 (20 AWG) stranded thermocouple wire. Color coded per IEC 584. See Figure 5 for wire configuration. Identification dataThe model and serial numbers are marked on each sensor.Insulation resistance1,000 MΩ minimum insulation resistance when measured at 500 Vdc and at room temperature.Ingress protection (IP) ratingsThe Rosemount connection head is rated to IP66/IP68 and NEMA 4X. The BUZ and BUZH connection heads are rated to IP65. To maintain IP rating at installation, one of the following options must be used with the connection head:■Extension and/or adapter and barstock thermowell■Tubular thermowell■Sensor and sealing screw (Extension option “V”)■General purpose adapterTable 2: Characteristics of Series 185 ThermocouplesMaterial selectionEmerson provides a variety of Rosemount product with various product options and configurations including materials of construction that can be expected to perform well in a wide range of applications. The product information presented is intended as a guide for the purchaser to make an appropriate selection for the application. It is the purchaser’s sole responsibility to make a careful analysis of all process parameters (such as all chemical components, temperature, pressure, flow rate, abrasives, contaminants, etc.), when specifying product, materials, options and components for the particular application. Emerson is not in a position to evaluate or guarantee the compatibility of the process fluid or other process parameters with the product, options, configuration or materials of construction selected.Functional specificationsPowerOvervoltage category IEnvironmentalPollution degree 4Product certificationsRev 1.36European Directive informationA copy of the EU Declaration of Conformity can be found at the end of the Quick Start Guide. The most recent revision of the EU Declaration of Conformity can be found at /Rosemount.Ordinary Location CertificationAs standard, the transmitter has been examined and tested to determine that the design meets the basic electrical, mechanical, and fire protection requirements by a nationally recognized test laboratory (NRTL) as accredited by the Federal Occupational Safety and Health Administration (OSHA).North AmericaThe US National Electrical Code® (NEC) and the Canadian Electrical Code (CEC) permit the use of Division marked equipment in Zones and Zone marked equipment in Divisions. The markings must be suitable for the area classification, gas, and temperature class. This information is clearly defined in the respective codes.Hazardous locations certificationsUSAE5 USA Explosionproof (XP) and Dust-Ignitionproof (DIP)Certificate70044744Standards FM 3600:2011, FM 3615:2006, UL 50E:2007, UL 61010-1:2010, ANSI/ISA 60529:2004Markings XP CL I, DIV 1, GP B, C, D; DIP CL II, DIV 1, GP E, F, G; CL III; T6 (-50 °C ≤ T a ≤ +80 °C), T5 (-50 °C ≤ T a ≤ +95 °C); Seal not required; installed per Rosemount drawing 00214-1030; Type 4X† and IP 66/67; V max 35VDC, 750mW max CanadaE6 Canada Explosionproof (XP) and Dust-Ignitionproof (DIP)Certificate70044744Standards CAN/CSA C22.2 No. 0:2010, CAN/CSA No. 25-1966 (R2000), CAN/CSA C22.2 No. 30-M1986 (R2012), CAN/CSA C22.2 No. 94-M1991 (R2011), CAN/CSA C22.2 No. 61010-1:2012Markings XP CL I, DIV 1, GP B, C, D; DIP CL II, DIV 1, GP E, F, G; CL III; T6 (-50 °C ≤ T a ≤ +80 °C), T5 (-50 °C ≤ T a ≤ +95 °C); Seal not required; installed per Rosemount drawing 00214-1030; Type 4X(2) and IP 66/67; Vmax 35VDC, 750mWmax(2)Spring loaded indicator has reduced ingress and dust ratings. Spring loaded sensors must be installed in a thermowell to maintain dust and ingress ratings.EuropeE1 ATEX FlameproofCertificate DEKRA 19ATEX0076XStandards EN IEC 60079-0: 2018, EN 60079-1: 2014Markingsa ≤ +80 °C)Special Conditions for Safe Use (X):1.Flameproof joints are not intended for repair.2.Non-Standard Paint options may cause risk from electrostatic discharge. Avoid installations that cause electrostatic build-upon painted surfaces, and only clean the painted surfaces with a damp cloth. If paint is ordered through a special option code, contact the manufacturer for more information.3.When provided on their own, the adapter style sensors must be assembled to a suitable Ex db enclosure with a free internalvolume no greater than 550 cm3.4.Guard DIN sensors against impacts greater than 4 Joules.(1)Minimum process temperature and minimum ambient temperature is limited to -50 °C for models with enclosure designation “7”, “8”, “9”, “K”,“R” or “W”.I1 ATEX Intrinsic SafetyCertificate Baseefa16ATEX0101XStandards EN 60079-0:2012+A11:2013, EN 60079-11:2012MarkingsSpecial Condition for Safe Use (X):The equipment must be installed in an enclosure which affords it a degree of ingress protection of at least IP20.N1 ATEX Type nCertificate BAS00ATEX3145Standards EN 60079-0:2012+A11:2013, EN 60079-15:2010Markingsa ≤ + 70 °C)ND ATEX DustATEX Certificate DEKRA 19ATEX0076XStandards EN IEC 60079-0:2018, EN 60079-31:2014Markingsa ≤ + 80 °C);Special Conditions for Safe Use (X):1.Non-Standard Paint options may cause risk from electrostatic discharge. Avoid installations that cause electrostatic build-upon painted surfaces, and only clean the painted surfaces with a damp cloth. If paint is ordered through a special option code, contact the manufacturer for more information.2.When provided on their own, the adapter style sensors must be assembled to a suitable Ex tb enclosure with a free internalvolume no greater than 550 cm3.3.The spring loaded adapter style sensors and DIN style sensors must be installed in a thermowell to maintain Ex tbprotection.(1)Minimum process temperature and minimum ambient temperature is limited to -50 °C for models with enclosure designation “7”, “8”,“9”, “K”, “R” or “W”.InternationalE7 IECEx FlameproofCertificate IECEx DEK 19.0041XStandards IEC 60079-0: 2017, IEC 60079-1: 2014Markings Ex db IIC T6...T1 Gb, (–60 °C ≤ T a ≤ + 80 °C)Special Conditions for Safe Use (X):1.Flameproof joints are not intended for repair.2.Non-Standard Paint options may cause risk from electrostatic discharge. Avoid installations that cause electrostatic build-upon painted surfaces, and only clean the painted surfaces with a damp cloth. If paint is ordered through a special option code, contact the manufacturer for more information.3.When provided on their own, the adapter style sensors must be assembled to a suitable Ex db enclosure with a free internalvolume no greater than 550 cm3.4.Guard DIN sensors against impacts greater than 4 Joules.。
SAE J1113-11-2000 Immunity to Conducted Transients on Power Leads
SAE Technical Standards Board Rules provide that: “This report is published by SAE to advance the state of technical and engineering sciences. The use of this report is entirely voluntary, and its applicability and suitability for any particular use, including any patent infringement arising therefrom, is the sole responsibility of the user.”SAE reviews each technical report at least every five years at which time it may be reaffirmed, revised, or cancelled. SAE invites your written comments and suggestions.TO PLACE A DOCUMENT ORDER; (724) 776-4970 FAX: (724) 776-0790SAE WEB ADDRESS Copyright 2000 Society of Automotive Engineers, Inc.1.Scope—This SAE Standard defines methods and apparatus to evaluate electronic devices for immunity topotential interference from conducted transients along battery feed or switched ignition inputs. Test apparatus specifications outlined in this procedure were developed for 12-V passenger cars and light trucks, 12-V heavy-duty trucks, and vehicles with 24-V systems. Presently, it is not intended for use on other input/output (I/O) lines of the device under test (DUT).1.1Measurement Philosophy—Installed electrical equipment is powered from sources which contain, in additionto the desired electrical voltage, transients with peak values many times this value, caused by the release of stored energy during the operation of a relay and/or other loads connected to the source while starting and/or turning off the vehicle. These tests are designed to determine the capability of equipment to withstand such transients. The tests are performed in the laboratory (bench tests). Bench test methods give results, which allow comparison between laboratories.These tests may not cover all types of transients, which can occur in a vehicle. The test pulses described in Section 8 are, however, characteristic of typical pulses. To ensure proper operation of a vehicle in the electromagnetic environment, vehicle testing should be performed in addition to bench testing.2.References—General information regarding this document, including definitions, references, and generalsafety considerations is found in SAE J1113-1.2.1Applicable Publications—The following publications form a part of the specification to the extent specifiedherein. Unless otherwise indicated, the latest revision of SAE publications shall apply.2.1.1SAE P UBLICATION—Available from SAE, 400 Commonwealth Drive, Warrendale, PA 15096-0001.SAE J1113-1—Electromagnetic Compatibility Measurement Procedure and Limits for Vehicle Components2.1.2ISO P UBLICATION—Available from ANSI, 11 West 42nd Street, New York, NY 10036-8002ISO7637-2—(Release date Summer 2000) Road vehicles—Electrical disturbance by conduction and coupling—Part 2: Vehicles with nominal 12 V or 24 V supply voltage—Electrical transient conductionalong supply lines onlyISO 8854—Road vehicles—Alternators with regulators—Test methods and general requirements3.Test Equipment3.1Test Facility—Care shall be taken to ensure that the electromagnetic environment (radiated backgroundnoise) is not so high as to interfere with the measurement instrumentation setup.3.2Test Instrumentation—The following list defines the equipment needed to perform the test.3.2.1O SCILLOSCOPE—The use of a digitizing oscilloscope is preferred. If a digitizing oscilloscope is not available,a storage oscilloscope may be used. The oscilloscope used shall meet the following requirements:a.Digitizing OscilloscopeSampling Rate..................................................................2 gigasamples/s (min)Memory Size.....................................................................1000 samples (min)Bandwidth.........................................................................DC to 400 MHz (min)Input Sensitivity................................................................5 mV/div (min)b.Storage OscilloscopeBandwidth (Single Shot)...................................................DC to 400 MHz (min)Input Sensitivity................................................................5 mV/div (min)Writing Speed...................................................................100 cm/µs (min)3.2.2V OLTAGE P ROBEAttenuation..............................................................................100:1Min. Breakdown Voltage.........................................................1.5 kVInput Impedance.....................................................................according to Table 1.Probe Cable Length................................................................3 m (max)Probe Ground Length..............................................................130 mm (max)Voltage Probes with other specifications may be used as required. Probe specifications shall be documented in the test report when other than previously stated.TABLE 1—VOLTAGE PROBE PARAMETERSf(MHz)R(kΩ)C(pF)1>40<410>4<4100>0.4<43.2.3DC P OWER S UPPLY—If a power supply is to be used instead of a battery, the supply source shall have aninternal resistance R i less than 0.01 Ω dc and an internal impedance Z i = R i for frequencies less than 400 Hz.The output voltage shall not deviate more than 1 V from 0 to maximum load (including inrush current) and shall recover 63% of its maximum excursion within 100 µs. The superimposed ripple voltage, V r, shall not exceed 0.2 V peak-to-peak and have a minimum frequency of 400 Hz.If a standard power supply (with sufficient current capacity) is used to simulate the battery, it is important that the low internal impedance of the battery is also simulated.When a battery is used, a charging source may be needed to achieve the specified reference levels.3.2.4V EHICLE S IMULATOR—A vehicle simulator unit shall be provided. This device must be capable of providingthe inputs and loads necessary to exercise the DUT such that it operates as if it were installed in the vehicle.3.2.5DUT M ONITORING I NSTRUMENTATION—Instrumentation and/or visual observation shall be used to monitor theparameters of the DUT as stated in the Test Plan.3.2.6T EST P ULSE G ENERATOR—The test pulse generator shall be capable of producing the open circuit test pulsesdescribed in Section 8 at the maximum value of V s . V s shall be adjustable up to its limits.NOTE—Some tolerances in Section 8 are wider than in ISO 7637-2 to ensure that existing generators don’t become obsolete. They will be harmonized with ISO in future revisions.The peak voltage V s shall be adjusted to the test levels specified in Appendix B with tolerances of +10% and –0%. The timing (t) tolerances and internal resistance (R i) tolerance shall be ±20% unless otherwise specified.A verification procedure for the generator performance and tolerances is described in Appendix A.Recommended values for the evaluation of immunity of devices can be chosen from Appendix B.3.3Test Voltages—The test voltages shall be as shown in Table 2 unless other values are agreed upon by theusers of this document, in which case such values shall be documented in the test report.3.4Test Set-Up Documentation—When testing is performed, all related details of the test shall be documentedper Section 7. This includes details on test set-up, wiring harnesses, equipment used, and the DUT.4.Test Plan4.1Prior to testing, a Test Plan shall be developed by those responsible for the specific DUT. In general, the Test Plan is based on the Product Specification and is agreed upon by the customer and supplier. The Test Plan should include all the details of the tests to be performed, such as: the DUT functions to be monitored; their function performance status classifications and Test Severity Levels as defined in Section 6 and Appendix B;the definitions of DUT performance deviations; and the order, level, repetition rate, and number of applications of the waveforms. Unless otherwise specified by the Test Plan, all tests shall be conducted at room temperature (23 °C ± 3 °C).NOTE—Special consideration for time between test pulses and number of test pulses: Period t 1, thetime between test pulses given with each test pulse definition, is a default value, which applies toDUTs without timing or dynamic processes. Consideration should be given in the Test Plan for eachDUT function whose susceptibility may vary according to its internal timing or processing functions.Selection of time between pulses and number of pulses should maximize the probability that a testpulse will be applied during times of highest DUT susceptibility. In no case should the time betweentest pulses be less than the response time of the transient generator.5.Test Procedure 5.1The test setup is given in Figures 1A and 1B.For test pulses 3a and 3b, the leads between the terminals of the test pulse generator and the device under test shall be laid out in a straight parallel line, shall have a height of (50 mm + 10/–0 mm and shall have a length of 0.5 m ± 0.1 m.The test pulse generator (see 3.2.6) shall be capable of producing the open circuit waveforms shown in Figures 2 through 9 with the parameters given in Tables 3 to 10.The test pulse generator is verified according to Appendix A and then set up to provide the specific pulse polarity, amplitude, duration, and resistance with the DUT and optional resistance R v and suppression diode bridge disconnected (see Figure 1A). (The appropriate voltage values are selected from Appendix B).A way to simulate the waveform of an alternator with centralized load dump suppression (Figure 9), is to connect the suppression diode (or diode bridge) across the output terminals of the test pulse generator (Figures 1A and 1B). Since a single diode will generally have part-to-part variation and may not be able to handle the large alternator currents, the use of a bridge arrangement (an example is shown in Figure 1C) is recommended. The same generator shall be used for test pulses 5a and 5b.TABLE 2—TEST VOLTAGESTest voltage12 V system V 24 V system V V A13.5 ± 0.527 ± 1V B 12 ± 0.224 ± 0.4FIGURE 1A—TRANSIENT IMMUNITY TEST SET-UP—PULSE ADJUSTMENTFIGURE 1B—TRANSIENT IMMUNITY TEST SET-UP—PULSE INJECTIONFIGURE 1C—EXAMPLE OF SUPPRESSION DIODE BRIDGE FOR TEST PULSE 5B ONLY The suppression diodes and the suppressed voltage levels (clamping voltage) used by different car manufacturers are not standard. The supplier (parts manufacturers) must, therefore, obtain the diode and clamping voltage specification information from the manufacturer to be able to perform this test. The single diodes are added to the Diode Bridge as needed to provide the specified clamping voltage.5.2Connect the DUT to the generator (see Figure 1B) and disconnect the oscilloscope.5.3Apply the transient to the DUT. (For Load Dump test, Pulse 5, apply Rv as necessary.)5.4Monitor the DUT’s performance during/after transient injection for any deviations.5.5Perform the appropriate functional tests, per the test plan, to determine deviations and record the results asoutlined in Section 7.NOTE 1—In determining the susceptibility level, care must be exercised to eliminate the effects of cumulative deterioration such as dielectric “punch through” in semi-conductor devices.NOTE 2—When testing to a specified level, unnoticed deviations may occur which may be detected only by running functional tests and comparing the results of tested components against those of untestedcomponents.6.Test Severity Levels and Evaluation of Results6.1 A full description and discussion of the Function Performance Status Classification including Test SeverityLevels are given in SAE J1113-1. It should be reviewed prior to using the Test Severity Levels presented in Appendix B.6.2 A careful examination of the DUT shall be made during and after the completion of a test to determine properoperation. Any irregularities shall be recorded in the Test Report and shall be evaluated based on the Test Plan, the specifications covering the product being tested, or by agreement between the purchaser andsupplier.7.Test Documentation—The following information shall be recorded, unless otherwise prescribed in the TestPlan covering the product being tested:7.1Part number and/or description of the DUT.7.2Copy of the original Test Plan.7.3Description of the test set-up and equipment used.7.4Description of the harness used between the injection apparatus and the DUT.7.5Test Pulse being applied (by number).7.6Order of injection for each of the waveform amplitudes.7.7Number (repetitions) of the pulse applied.7.8Pulse period (interval between pulses).7.9Any deviation from the waveforms prescribed for testing.7.10Point of application of pulse (pin number, letter, or name).7.11Exact characteristics of any disturbance during injection of the pulse.8.Test PulsesFIGURE 2—TEST PULSE 1SUPPLY DISCONNECTION FROM INDUCTIVE LOADS WITH DUT REMAININGCONNECTED DIRECTLY IN PARALLEL WITH THIS INDUCTIVE LOADTABLE 3—TEST PULSE 1 PARAMETERSParameters 12 V SystemPassenger Car andLight-Duty TrucksPulse 1a12 V System Heavy-Duty Trucks Pulse 1b 24 V System Pulse 1c V s –25 V to –100 V–150 V to –600 V –300 V to –600 V R i 10 Ω20 Ω50 Ω t d 2 ms1 ms 1 ms t r 1 µs +0/–50%1 µs +0/–50% 3 µs +0/–50%t 1(1)1.t 1 shall be chosen such that the device under test is correctly initialized before the application of the next pulse.0.5 s to 5 s0.5 s to 5 s 0.5 s to 5 s t 2200 ms200 ms 200 ms t 3(2)2.t 3 The smallest possible time necessary between the disconnection of the supply source and the applica-tion of the pulse.<100 ms <100 ms <100 msFIGURE 3—TEST PULSE 2ASUDDEN INTERRUPTION OF CURRENT IN A DEVICE CONNECTED IN PARALLELWITH THE DUT DUE TO THE WIRING HARNESS INDUCTANCETABLE 4—TEST PULSE 2A PARAMETERSParameters12 V System 24 V System V s+12 V to +50 V +12 V to +50 V R i2 Ω 2 Ωt d0.05 ms 0.05 ms t r1 µs +0/–50% 1 µs +0/–50%t 1(1)1.t 1 shall be chosen such that the device under test is correctly ini-tialized before the application of the next pulse.0.2 s to 5 s 0.2 s to 5 sFIGURE 4—TEST PULSE 2BTRANSIENT FROM DC MOTORS ACTING AS GENERATORS AFTER IGNITION SWITCH - OFFTABLE 5—TEST PULSE 2B PARAMETERSParameters12 V System24 V SystemV s10 V20 VR i0 Ω to 0.02 Ω0 Ω to 0.02 Ωt d0.2 s to 2 s0.2 s to 2 st1 1 ms ± 50% 1 ms ± 50%t r 1 ms ± 50% 1 ms ± 50%t6 1 ms ± 50% 1 ms ± 50%FIGURE 5—TEST PULSE 3ASWITCHING SPIKESTABLE 6—TEST PULSE 3A PARAMETERS Parameters12 V System24 V System V s–37 V to –150 V–50 V to –200 V R i50 Ω50 Ωt d0.1 µs + 100/–0%0.1 µs + 100/–0% t f 5 ns ± 50% 5 ns ± 50%t1100 ms100 mst410 ms10 mst590 ms90 msFIGURE 6—TEST PULSE 3BSWITCHING SPIKESTABLE 7—TEST PULSE 3B PARAMETERS Parameters12 V System24 V System V s+25 V to +100 V+50 V to +200 V R i50 Ω50 Ωt d0.1 µs + 100/–0%0.1 µs + 100/–0% t r 5 ns ± 50% 5 ns ± 50%t1100 ms100 mst410 ms10 mst590 ms90 msFIGURE 7—TEST PULSE 4SINGLE PULSE, i.e., STARTER MOTOR ENGAGEMENT DISTURBANCETABLE 8—TEST PULSE 4 PARAMETERSParameters12 V System 24 V System V s –4 V to –7 V–5 V to –16 VV a –2.5 V to –6 V with V a ≤V s–5 V to –12 V with V a ≤V sR i 0 Ω to 0.02 Ω0 Ω to 0.02 Ωt 715 ms to 40 ms (1)1.The value used should be agreed between the vehicle manufacturer and the equipment supplier to suit the proposed application.50 ms to 100 ms (1)t 8≤50 ms ≤50 ms t 90.5 s to 20 s (1)0.5 s to 20 s (1)t 10 5 ms 10 ms t 115 ms to 100 ms (2)2.t 11 = 5 ms is typical of the case when engine starts at the end of the cranking period, while t 11 = 100 ms is typical of the case when the engine does not start.10 ms to 100 ms (3)3.t 11 = 10 ms is typical of the case when engine starts at the end of the cranking period, while t 11 = 100 ms is typical of the case when the engine does not start.FIGURE 8—TEST PULSE 5ALOAD DUMP, SINGLE PULSETABLE 9—TEST PULSE 5A PARAMETERS Parameters12 V System24 V System V s22 V to 87 V44 V to 174 V R i0.5 Ω to 4 Ω 1 Ω to 8 Ωt d40 ms to 400 ms100 ms to 350 mst r10 ms +0/–5 ms10 ms +0/–5 msFIGURE 9—TEST PULSE 5BLOAD DUMP—CENTRALIZED LOAD DUMP SUPPRESSIONThe following general considerations of the dynamic behavior of alternators during load dump apply:a.The internal resistance of an alternator, in the case of load dump, is mainly a function of alternatorrotational speed and excitation current.b.The internal resistance, R i , of the load dump test pulse generator shall be obtained from the followingrelationship(Eq. 1)where:U nom is the specified voltage of the alternatorI rated is the specified current at an alternator speed of 6 000 min –1 (as given in ISO 8854)N act is the actual alternator speed, in reciprocal minutes c.The pulse is determined by the peak voltage V s , the internal resistance R i , and the pulse duration t d ; in all cases small values of V s are correlated with small values of R i and t d , and high values of V s with high values of R i and t d .TABLE 10—TEST PULSE 5B PARAMETERSParameter12 Volt System 24 Volt System V s 22 V to 87 V 44 V to 174 V V s *As specified by customer As specified by customer t dSame as Unsuppressed ValueSame as Unsuppressed ValueR i 10U nom N act××0.8l rated 12000 min1–××-------------------------------------------------------------------=9.Notes9.1Marginal Indicia—The change bar (l) located in the left margin is for the convenience of the user in locatingareas where technical revisions have been made to the previous issue of the report. An (R) symbol to the left of the document title indicates a complete revision of the report.PREPARED BY THE SAE EMI STANDARDS COMMITTEEAPPENDIX A(NORMATIVE)TEST PULSE GENERATOR VERIFICATION PROCEDUREA.1Scope—The purpose of this appendix is to provide a method for the verification of the output characteristics oftest pulse generators.A.2General—See 3.2 for measurement instrumentation requirementsThe verification measurements described in Section A.3 shall be conducted under two different load conditions to determine the behavior of the test generator.a.Under no load conditionsb.Under matched load conditionsThe V A and V B for this verification procedure are 0 V.Care shall be taken for the selection of the resistors. They shall have sufficient power dissipation for both pulse and DC supply rating. Additionally they shall be non-inductive. The tolerance of the matching resistor shall be ±1%.A.3Pulse verificationA.3.1Test Pulse 1A.3.1.1(12 V S YSTEM)TABLE A1—PULSE 1—12 V VERIFICATION VALUESV s t r t dNo load–100 V ±10% 1.0 µs +0/–50%2000 µs ± 20%10 Ω load–50 V ± 20% 1.2 µs +0/–50%2000 µs +0/–50%A.3.1.2(24 V S YSTEM)TABLE A2—PULSE 1—24 V VERIFICATION VALUESV s t r t dNo load–600 V ± 10 % 3.0 µs +0/–50%1000 µs ± 20 %50Ω load–300 V ± 20 % 3.0 µs +0/–50%1000 µs +0/–50%A.3.2Test Pulse 2a (12 V and 24 V System)TABLE A3—PULSE 2a—12 V/24 V VERIFICATION VALUESV s t r t dNo load+50 V ± 10% 1 µs +0/–50%50 µs ± 20%2 Ω load+ 25 V ± 20% 1 µs +0/–50%20 µs +0/–50%A.3.3Test Pulse 2b (12V and 24V System)A.3.4Test Pulse 3a/3b (12 V and 24 V System)A.3.5Test Pulse 4 (12 V and 24 V System)—No pulse verification is available.A.3.6Test Pulse 5a (12 V and 24 V System)The pulse is calibrated at a test level of 100 V, a pulse width of 400 ms and a source impedance of R i = 2 Ωinto a 2 Ω terminating resistor. A terminating resistor of 2 Ω is regarded as an optimum (no influence of losses due to cables and connectors).TABLE A4—PULSE 2b—12 V/24 V VERIFICATION VALUESV st r , t 1, t 6t d No load and 0.5 Ω load+10 V ± 10% (12 V system)+20 V ± 10% (24 V system)1 ms ± 50%2 s ± 20%TABLE A5—PULSE 3a/3b—12 V/24 V VERIFICATION VALUESV st rt dNo load ±150 V ± 10% 5.0 ns ± 50%100 ns +100%,–0%50 Ω load±75 V ± 20%5.0 ns ± 50%100 ns +100%,–0%TABLE A6—PULSE 5a—12 V/24 V VERIFICATION VALUESV st rt dNo load +100 V ± 10%10 ms +0%,–50%400 ms ± 20%2 Ω load+50 V ± 20%10 ms +0%,–50%200 ms +0%,–50%APPENDIX B (INFORMATIVE)TEST SEVERITY LEVELS(SEE PAR. 6.1)B.1The test levels in Tables B1 and B2 are recommended Performance Objectives.FIGURE B1—FUNCTIONAL STATUS CLASSIFICATIONTABLE B1—PULSE AMPLITUDE SEVERITY SELECTION TABLE FOR 12-VOLT SYSTEMS (SEE FIGURE B1)PULSE (1)1a1.Region I does not apply to Pulse #1 for all cases.PULSE (2)1b 2.Pulse #1b applies to 12-V heavy-duty trucks (Classes 6-8) and supersedes #1a.PULSE 2a PULSE 2b PULSE 3a PULSE 3b PULSE 4PULSE (3)(4)5a 3.For Pulse #5, all functions shall meet CLASS C performance objectives and need meet only Region IV operation.4.The second value listed applies only to Class 6-8 heavy-duty trucks.PULSE 5b L4–100 V –600 V +50 V +10 V –150 V +100 V –7 V +50/100 V Specified by CustomerL3–75 V –450 V +37 V +10 V –112 V +75 V –6 V N/A N/A L2–50 V –300 V +25 V +10 V –75 V +50 V –5 V N/A N/A L1N/AN/A+12 V+10 V–37 V+25 V–4 VN/AN/ATABLE B2—PULSE AMPLITUDE SELECTION TABLE FOR 24-V SYSTEMS (SEE FIGURE B1)PULSE1c PULSE2PULSE2aPULSE3aPULSE3bPULSE4PULSE(1)5a1.Pulse 5, the Load Dump pulse for 24-V systems, applies to Class 6-8 heavy-duty trucks.PULSE5bL4–600 V+50 V+20 V–200 V+200 V–16 V+150 V Specified byCustomerL3–450 V+37 V+20 V–150 V+150 V–12 V N/A N/AL2–300 V+25 V+20 V–100 V+100 V–8V N/A N/AL1N/A+12 V+20 V–50 V+50 V–5V N/A N/A-21-Rationale—Not applicable.Relationship of SAE Standard to ISO Standard—Technically equivalent to ISO 7637-2Application—This SAE Standard defines methods and apparatus to evaluate electronic devices for immunity to potential interference from conducted transients along battery feed or switched ignition inputs. Test apparatus specifications outlined in this procedure were developed for 12-V passenger cars and light trucks, 12-V heavy-duty trucks, and vehicles with 24-V systems. Presently, it is not intended for use on other input/output (I/O) lines of the device under test (DUT).Reference SectionSAE J1113-1—Electromagnetic Compatibility Measurement Procedures and Limits for Vehicle ComponentsISO 7637-2—Road Vehicles-Electrical disturbance by conduction and coupling—Part 2: Vehicles with nominal 12-V or 24-V supply voltage—Electrical transient conduction along supply linesonlyISO 8854—Road vehicles—Alternators with regulators—Test methods and general requirementsDeveloped by the SAE EMI Standards Committee。
Velomitor CT Velocity Transducer说明书
DescriptionThe Velomitor CT Velocity Transducer is a low-frequencyversion of our standard Velomitor Piezo-velocity Sensor. Itsdesign specifically measures casing vibration velocity oncooling tower and air-cooled heat-exchanger fan assembliesthat operate at or above 90 rpm (100 to 300 rpm typical).The Velomitor CT Transducer can measure vibrationamplitudes at these frequencies as well as the vibrationfrequencies generated by the fan motor and speed reducer.Most common machine malfunctions (unbalance,misalignment, etc.) occur on the rotor andoriginate as an increase (or at least a change) inrotor vibration. For any individual casingmeasurement to be effective for overall machineprotection, the system must continually transmit asignificant amount of rotor vibration to themachine casing, or mounting location of thetransducer.In addition, be careful to install the accelerometer transduceron the bearing housing or machine casing. Improperinstallation may decrease the transducer amplitude andfrequency response and/or generate false signals that do notrepresent actual vibration. Refer to the appropriateinstruction manuals and Application Notes.Upon request, Bently Nevada provides engineering servicesthat can identify the appropriate machine housingmeasurements and installation assistance if needed.190501Velomitor CT Transducer DatasheetBently Nevada Machinery Condition Monitoring141636Rev.ADSpecificationsParameters are specified from +20°C to +30°C (+68°F to +86°F) and 100 Hz unless otherwise indicated.Operating the transducer outside thespecified limits will result in falsereadings or loss of machinemonitoring.ElectricalSensitivity 3.94 mV/mm/s (100 mV/in/s)±5%.Frequency Response 3.0 Hz to 900 Hz(180 to 54,000 cpm) ±1.0 dB 1.5 Hz to 1.0 kHz(90 to 60,000 cpm) ±3.0 dBTemperature Sensitivity -8% to +5% typical over the operating temperature range.Velocity Range 63.5 mm/s pk (2.5 in/s pk) see Operating Range for Metric Units on page 13.See Operating Range for English Units on page 14.. Vibration components in excess of 10g pk above 1 kHz can significantly reduce this range.Transverse Response Less than 5% of the axial sensitivity.Amplitude Linearity ±2% to 63.5 mm/s pk (2.5 in/s pk)Mounted Resonant Frequency 9 kHz, minimum (stud mounted, except quick disconnect)Output Bias Voltage 10.1 Vdc ± 1.0 Vdc, Pin A referenced to Pin BDynamicOutputImpedance<400 Ω typical Broadband 0.229 mm/s (0.009 in/s) pk.Noise Floor(1.5 Hz to 1kHz)For more information, seeTypical Low Frequency NoiseFloor on page 15.Base StrainSensitivity0.43 mm/s/μstrain (0.017in/s/μstrain).Grounding Internal electronics are isolatedfrom case.MaximumCableLength305 metres (1,000 ft.) of cable(part number 02173006) withno degradation of signal.Maximum continuous length ofcable available is 91.44 metres (300ft.) If longer lengths are requiredthey must be spliced or have aconnector installed on them.Environmental LimitsOperatingTemperature-40°C to +85°C(-40°F to +185°F).StorageTemperature-40°C to +100°C(-40°F to +212°F).Shock Limit5000 g pk, maximum. HumidityLimit100% condensing,non-submerged.MagneticFieldSusceptibility<0.0068 mm/s/gauss (0.268mil/s/gauss) @ 50 gauss, 50-60HzMechanicalWeight<297 g (10.5 oz.), typical.Mounting Surface 33 mm diameter (1.3 in diameter).Height82 mm (3.2 in).CaseMaterial316L stainless steelConnector2-pin 316L stainless steel MIL-C-5015, top.Mounting Torque 4.5 N-m ± 0.6 N-m (40 in–lbf ± 5 in-lbf).Polarity Pin A goes positive with respect to Pin B when velocity is from base to top of the transducer.MountingAngle Any orientation.For more information on this product, please refer to the Velomitor CT Piezo-Velocity Transducer User Guide (document 125389).Compliance and CertificationsFCCThis device complies with part 15 of theFCC Rules. Operation is subject to thefollowing two conditions:l This device may not cause harmfulinterference.l This device must accept anyinterference received, includinginterference that may causeundesired operation.EMCEMC Directive 2014/30/EURoHSRoHS Directive 2011/65/EU Hazardous Area ApprovalsFor the detailed listing of country andproduct specific approvals, refer tothe Approvals Quick Reference Guide(108M1756) available from . CSA/NRTL/C190501 (Agency Approval Options 01 through 04)IntrinsicallySafeEx ia IIC T4:Class I, Div 1, Groups A, B, C, D.Class II, Group E, F and GClass IIIAEx ia IIC T4:Class I, Div 1, Groups A, B, C, D;Class II, Groups E, F, GClass IIIInstall per drawing 167536T4 @ -40°C ≤ Ta ≤ +100°C(-40°F ≤ Ta ≤ +212°F)IntrinsicallySafe andNon-IncendiveEx nL IIC T4Class I, Division 2, Groups A, B, Cand DAEx nA T4Class I, Division 2, Groups A, B, Cand DInstall per drawing 167536T4 @ -40°C ≤ Ta ≤ +100°C(-40°F ≤ Ta ≤ +212°F)ATEX/IECEx190501 Entity ParametersII 1 G Ex ia IIC T4 GaII 3 DEx na IIC T4 GcEx tc IIIC T130°C DcT4@ Ta = -55°C to 121°CZone 0/1 Zone 2 Ui= 30V Ui= 30V Ii= 200mA Ii= 200mA Pi= 0.75W Pi= 1.14W Ci-27.2nF Li= 0Hazardous Area Conditions of Safe UseATEX/IECExZone 0/1:Equipment must be connected to equipment, which meets the abovelisted entity parameters.The cables type A or B (in compliance with EN 60079-25) must respect the cable parameters listed with the entity parameters.Zone 2 :The supply electrical parameters shall not exceed the values mentioned in the tables above.Ordering Information Velomitor CT Velocity Transducer 190501 - AA - BB - CCA: Mounting Hardware Option0 0No stud0 1Stud 3/8-in 24 to 3/8-in 240 2Stud 3/8-in 24 to 1/2-in 200 3Adhesive Stud 3/8-in 240 4Stud M6x1 with 3/8-in 24 adapter0 5Adhesive Stud M6x1 with 3/8-24adapter0 6Stud 3/8-in 24 to 1/4-in 280 7Plate Stud 3/8-in 24 to 3/8-in 24 0 8Plate Stud 3/8-in 24 to 1/2-in 200 9Plate Stud 3/8-in 24 to 1/4-in NPT1 0Plate Stud M6x1 to M6x1with 3/8-in 24 adapter1 1Plate Stud 3/8-in 24 to 1/4-in 28 1 2Plate Stud 3/8-in 24 to M8x11 3Quick disconnect stud1 4Adapter, 3/8-in 24 to 1/4-in 20 1 5Adapter, 3/8-in 24 to 5/16-in 18 1 6Adapter, 3/8-in 24 to 3/8-in 24 1 7Adapter, 3/8-in 24 to 3/8-in 16 1 8Adapter, 3/8-in 24 to 1/2-in 131 9Adapter, 3/8-in 24 to 1/4-in 18NPT2 0Adapter, 3/8-in 24 to 3/8-in 18NPT2 1Adapter, 3/8-in 24 to 1/2-in 14NPT2 2Adapter, 3/8-in 24 to 3/4-in 14NPT2 3Adapter, 3/8-in 24 to 1.0-in 11.5NPT2 4Adapter, 3/8-in 24 to 1.25-in 11.5NPTB: Connection Option0 0MIL-C-5015 connection interface 9 9Unit with included 32-foot cable C: Agency Approval Option0 0No Approvals0 1 through0 4CSA/NRTL/C (Class I, Division 1),ATEX/IECEx/CSA (Class I, Zone0/1)Interconnect CableCB2W100 - AAADescription: Connectors: MIL-C 5015, 2 Socket, Splash Proof, Premium, isolated to blunt cut, Cable: 20 AWG, twisted pair, shielded, yellow Teflon jacket. LOCKING RING, ADAPTER SEAL, AND O-RING ARE INCLUDED.A: Length0 1 515 feet (4.57 metres)0 3 232 feet (9.75 metres)0 6 464 feet (19.5 metres)1 1 2112 feet (34.1 metres)1 2 5125 feet (38.1 metres)1 5 0150 feet (45.7 metres)2 0 0200 feet (61.0 metres)2 5 0250 feet (76.2 metres)Accessories128608-021/2-in NPT conduit adapter04284020-01Adhesive mount base kit. The adhesive mount base kit design is for machines with thin casings that do not permit drilling and tapping a mounting hole. Kit contains material (adhesive and bases) for 2 each 3/8-in 24 UNF adhesive-mount bases. One kit can outfit 2 Velomitor CT Transducers.Spare Mounting AdaptersAll mounting adapters are made from 300 series stainless steel.Standard Studs043656573/8-in 24 to 3/8-in 24 stud 87910-013/8-in 24 to 1/2-in 20 stud87931-01M6x1 to M6x1 metric stud(requires metric adapter) 87055-013/8-in 24 to M6x1 metric adapter 89139-013/8-in 24 to 1/4-in 28 stud Hex Plate Studs107756-013/8-in 24 to 3/8-in 24 plate stud 107755-013/8-in 24 to 1/2-in 20 plate stud 107754-013/8-in 24 to 1/4-in NPT plate stud107757-01M6x1 to M6x1 plate stud (requiresmetric adapter)125094-013/8-in 24 to M8x1 metric platestud128038-013/8-in 24 to 1/4-in 28 Plate Stud Quick Disconnect ComponentsThe following three components are included with the quick disconnect mounting option for the Velomitor CT Transducer. The quick disconnect option allows you to remove the transducer without rotating it, allowing you to keep the cable connected to the transducer.128689-013/8-in 24 to 1¾-in 16 quickdisconnect stud base. Attachedto the machine.43055-011¾-in 16 mounting base nut.Interface between stud baseand transducer piece. 128690-013/8-in 24 quick disconnect studtransducer piece. Attached tothe Velomitor CT Transducer. FittingsConduit fittings allow connection of flexible, metal, liquid-tight conduit or armor to the conduit adapter.038392011/2-in NPT straight male conduitfitting. For connecting flexible,liquid-tight conduit to theconduit adapter or aweatherproof enclosure. 038500001/2-in NPT straight, malecompression-type fitting. Forconnecting Teflon™-coated3/8-in stainless steel armor tothe transducer or aweatherproof enclosure. Fittingwill fit Teflon™-coated armorwith a maximum outer diameterof 13.8 mm (0.543 in) (includingTeflon™ thickness).Teflon-Coated Stainless Steel Armor106924-AAThis part includes the Teflon-coatedarmor but not the cable. You willrequire 2 1/2-in NPT compressionfittings (part number 03850000) toattach the armor to the conduitadapter and terminate it at anenclosure.A: Armor Length Option in FeetOrder in increments of 10 ft (3.0 m) Minimum Length: 10 ft (3.0 m)Maximum Length: 60 ft (18.3 m) Flexible Metal Conduit14847-AAA: Flexible Conduit Length Option in Feet Order in increments of 1 ft (0.3 m) Minimum Length: 01 ft (0.3 m)Maximum Length: 99 ft (30.2 m)106769-01Terminal housing. Provides a convenient interface between the transducer signal cable and monitor signal cable.Graphs and FiguresNote: All dimensions shown are in millimeters (inches) unless noted otherwise.1. 1/2” NPT x 12.2 DP (1/2” NPT x 0.48 DP)2. 35.6 (1.40) diameter3. Cable (not included)4. Conduit adaptor P/N 128608-02 (not included)5. 31.8 (1.25) hex flat6. 31.5 (1.24) diameter7. 3/8-24 UNF X 8.9 DP (3/8-24 UNF X 0.35 DP)Figure 1: Velomitor CT Outline DrawingSpare Mounting AdaptersAll mounting adapters are made from 300 series stainless steel. Illustrations shown are not to scale.Table 1: Standard StudsTable 2: Adhesive StudsTable 3: 1-3/8 Hex Plate StudsTable 4: Quick Disconnect StudsIllustrationGraphsFigure 2: Typical Phase ResponseFigure 3: Typical Amplitude Response1. Velocity axis (mm/s peak-peak)2. Displacement axis (mm peak-peak)3. Acceleration axis (m/s2 peak-peak)Figure 4: Operating Range for Metric Units1. Velocity axis (in./s peak-peak)2. Displacement axis (in. peak-peak)3. Acceleration axis (g peak-peak)Figure 5: Operating Range for English UnitsFigure 6: Typical Low Frequency Noise FloorCopyright 2021 Baker Hughes Company. All rights reserved.Bently Nevada, Adapt, Velomitor and Orbit Logo are registered trademarks of Bently Nevada, a Baker Hughes Business, in the United States and other countries. The Baker Hughes l ogo is a trademark of Baker Hughes Company. All other product and company names are trademarks of their respective holders. Use of the trademarks does not imply any affiliation with or endorsement by the respective holders.Baker Hughes provides this information on an “as is” basis for general information purposes. Baker Hughes does not make any representation as to the accuracy or completeness of the information and makes no warranties of any kind, specific, implied or oral, to the fullest extent permissible by law, including those of merchantability and fitness for a particular purpose or use. Baker Hughes hereby disclaims any and all liability for any direct, indirect, consequential or special d amages, claims for lost profits, or third party claims arising from the use of the information, whether a claim is asserted in contract, tort, or otherwise. Baker Hughes reserves the right to make changes in specifications and features shown herein, or discontinue the product described at any time without notice or obligation. Contact your Baker Hughes representative for the most current information.The information contained in this document is the property of Baker Hughes and its affiliates; and is subject to change without prior notice. It is being supplied as a service to our customers and may not be altered or its content repackaged without t he express written consent of Baker Hughes. This product or associated products may be covered by one or more patents. See /legal.1631 Bently Parkway South, Minden, Nevada USA 89423Phone: 1.775.782.3611 (US) or /support。
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WATER RESEARCH A Journal of the International Water AssociationEditor-in-ChiefMogens HenzeInstitute of Environment & Resources Technical University of Denmark BygningstorvetDK-2800 KGS LyngbyDenmarkTel: 45 4525 1477Fax: 45 4593 2850E-mail:**********.dkEditorsJ. BlockUniversité H. Poincaré, Nancy IFranceDavid DixonUniversity of MelbourneAustraliaHiroaki FurumaiThe University of TokyoJapanEberhard MorgenrothUniversity of Illinois Urbana-Champaign USAW. RauchUniversity InnsbruckAustriaMaria ReisUniversidade Nova de Lisboa/FCTPortugalHang-Shik ShinKorea Advanced Institute of Scienceand TechnologyKoreaMark van LoosdrechtDelft University of TechnologyThe NetherlandsThomas TernesBundesanstalt für Gewässerkunde GermanyStefan WuertzUniv. of California, DavisUSAHanqing YuUniversity of Science & Technology of China ChinaAssociate EditorsAndrew BakerThe University of BirminghamUK Damien BatstoneThe University of QueenslandAustraliaG-H. ChenThe Hong Kong University of Science& TechnologyHong KongChinaTom CurtisUniv. of Newcastle upon TyneUKAna DeleticMonash UniversityUSAFrancis de los Reyes IIINorth Carolina State UniversityUSARob EldridgeThe University of MelbourneAustraliaRosina GironesUniversity of BarcelonaSpainStephen GrayVictoria UniversityAustraliaKate GrudpanChiang Mai UniversityThailandXiaodi HaoBeijing University of Civil Engineeringand ArchitectureChinaE.E. HerricksUniversity of Illinois - UrbanaUSAH-Y. HuTsinghua UniversityChinaP.M. HuckUniversity of WaterlooCanadaBruce JeffersonCranfi eld UniversityUKSergey KalyuzhnyiMoscow State UniversityRussian FederationJaehong KimGeorgia Institute of TechnologyUSAGregory KorshinUniversity of WashingtonUSAJes La Cour JansenLund Institute of TechnologySwedenG. LangergraberBOKU/Univ. of Natural Res. andApplied Life Scs.AustriaAnna LedinTechnical University of DenmarkDenmarkS-L. LoNational Taiwan UniversityTaiwanY. MatsuiHokkaido UniversityJapanMax MaurerEAWAGSwitzerlandHow Yong NgNational University of SingaporeSingaporeSatoshi OkabeHokkaido UniversityJapanS.L. OngNational University of SingaporeSingaporeJong M. ParkPohang University of Science & TechnologyKoreaMiguel SalgotUniversity of BarcelonaSpainDavid SedlakUniversity of California, BerkeleyUSAJean-Philippe SteyerLBE-INRAFranceM. TakahashiHokkaido UniversityJapanKai UdertEAWAGSwitzerlandV.P. VenugopalanBARC FacilitiesIndiaE. von SperlingFederal University of Minas GeraisBrazilA.I. ZouboulisAristotle UniversityGreeceEditorial Offi ceMailing addressWater ResearchRadarweg 291043 NX AmsterdamThe NetherlandsTel: 31 20 485 2701Fax: 31 20 485 2521; 31 20 485 3264E-mail:******************Publication information: Water Research (ISSN 0043-1354). For 2010, volume 44 is scheduled for publication. 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Wireless RANsWireless Regional Area NetworksLos Angeles SessionJanuary 2011MINUTESNew Contributions:22-10-0189-05-0000-january-interim-working-group-agenda.xls22-11-0003-01-0000-november-plenary-meeting-minutes.doc22-11-0002-05-0000 P802.22 D1 Sponsor Ballot Comments Database.xls802.22_DRAFTv1.0.docMonday PM1 (WG Opening Plenary)Chairman Apurva Mody called the meeting to order at 140PM PST. 14 people were in the room at the opening of the session.1.1SecretaryThe chair asked for a volunteer to take minutes. Since there was no volunteer, Gerald Chouinard offered to act as the secretary and take the notes during the meetings chaired by Apurva Mody.Tom Kiernan volunteered to act as secretary for this Interim Session meeting.Apurva went over the attendance system & showed the URL for it. There will be 3 social events during this Interim: Industry Alliance Dinner on Tuesday, the regular social on Wednesday night & the Fox movie on Thursday.Apurva indicated that he would not be able to attend any of the Friday sessions due to work obligations. He asked Winston to act as chair for the Friday sessions & Winston agreed. Arrangements will be made so that Gerald can participate via Skype. Since the closing Plenary will be Thursday PM2, Friday‟s sessions will be regular WG meetings. However the formal adjournment of the Plenary will not be until Friday AM2 to allow for any last-minute plenary business.1.2 Meeting agenda: 22-10-0189r5The proposed agenda for this Interim was discussed and the timeslots for the respective WGs looked at. Agenda was then approved without comment.1.3 Minutes of the previous session: 22-11-0003r1There were no outstanding issues from the meeting minutes for the November 2010 Dallas Plenary. These Minutes were discussed and approved without comment.1.3.1 Matters arising from the previous sessionApurva reported on the results of the Sponsor Ballot; 129/159 voted for an 83% response rate and a 92% approval. Discussion ensued re: the next steps that should be taken and the timing. Apurva hoped for a final approval of the standard by the May Interim session. Ways and means were discussed on the comments resolution process for this ballot and when a 15-day sponsor recirculation would be launched.1.3.1.1 Regularory IssuesApurva reviewed the recent FCC 10-198 Notice of Inquiry (NOI) dealing with what‟s next in Dynamic Spectrum Access. Discussion ensued on how other WGs might be affected. Time will be taken at the end of this session for discussions on the impact on the work of 802.22.1.3.1.2 Clarification between technical and procedural motionsApurva asked if all were aware of the approval requirements for Technical vs. Procedural motions. No one indicated that clarification was needed.2.1 IEEE-SA Patents PolicyApurva reviewed the IEEE Patent Policy with the WG. No one had any comments.Apurva reported that some LOAs had been received from some companies and that work was continuing in this area.2.2 Attendance recordingApurva again reiterated the attendance URL & showed where on the IEEE site the documentation requirements could be obtained.2.4 Other announcmentsMike Kipness from the IEEE-SA staff was thanked by the WG for his assistance over the past 5 years & his successor, Tricia, was introduced to the WG.2.4.2 New Aspirants introductionDarlene from the US Army CERDEC S&T SATCOM was introduced as the latest aspirant for WG membership.3. WG MotionsApurva indicated there were no leftover motions from prior meetings.4. Reports from external and internal liaisons and ad-hoc grgoups4.1 Between 802.22 to/from 802.18Winston reported that Peter Murray was no longer participating and that he might have some input from 802.18 by the conclusion of the Interim session.4.2 Between 802.22 to/from 802.19Apurva reported that Ivan wasn‟t present and that he would check with him on the WhiteSpaces group.4.3 External liaison representativesDiscussion ensued on where 802.22 should go next vis-a-vis the FCC. Consensus was that we needed to see where the market is heading. FCC‟s recent NOI should provide some indicators. Victor indicated that the FCC had received 5 separate reconsideration requests. He said he‟d provide links to Apurva and Gerald. Winston said that the group agreed that we shouldn‟t make a big deal re: these 5 reconsideration requests unless there are any show stoppers for 802.22. Apurva and Gerald said that they would look at these 5 docs and see.4.4 PHY ad-hoc group progress reportZander indicated that there were 4 comments from the Sponsor ballot and that he was working on them.4.5 MAC and Security ad-hoc group progress reportRanga was not present but Rene Struick, who had some comments on the sponsor ballot, indicated a willingness to help out on security.4.6 Coexistence ad-hoc group progress reportJianfeng Wang was not present. Wendong has disapproved some portions of the coexistence section but Apurva believes that these can be countered satisfactorily as before. The “professional installation” definition may have to be re-written.4.7 Cognitive radio capability ad-hoc group progress reportApurva had nothing to report on.4.8 Systems ad-hoc group progress reportGerald mentioned that he had not reviewed the comments as of yet. Apurva proposed combining some comments from other areas for the Systems ad-hoc group.4.9 TG1Nothing to report.4.10 TG2Winston indicated that they were moving forward on TG2. Gerald said he‟d have some text for TG2 discussion the following day. Winston stated that he still was in need of an Editor and Apurva said he‟d be willing to grant accelerated voting status to anyone who was willing to accept this commission.The balance of the session‟s time was spent discussing the FCC‟s NOI refer red to earlier.Meeting adjourned at 3:35 PM PST.Monday PM2 (System ad-hoc group meeting)Apurva called the meeting to order at 4:10 PM PST. 9 people were in the room. Gerald participated via Internet.The d iscussion continued on the FCC‟s NOI. Co nsensus was to devote some time Tuesday to answering the NOI.Some discussion ensued re: Rich Kennedy‟s & Peter Ecclestine‟s comments re: “professional installation”.Some discussion re: 802.22‟s nomenclature vs. IEEE‟s in the comments resolution process; ours has more options whereas IEEE‟s has only 3 options. Consensus was that since this is a sponsor rather than an internal 802.22 ballot that “official” IEEE rules should prevail.Discussion continued on “professional installation” issue.Meeting adjourned at 6:25 PM PST for dinner.Monday Evening (System ad-hoc group meeting)Apurva called the meeting to order at 8:00 PM PST. 7 people were in the room & Gerald via Internet. Discussion re: “professional installation” continued. Consensus was reached to alter the definition slightly to accommodate the comments.Comments resolution continued. Tom Kiernan commented that the group was revisiting too many previous issues that had been previously settled because of comments now being received via the Sponsor Ballot. The group agreed to limit the discussion to resolving the comments only and not revisiting old issues raised by these comments. Comments resolution continued.Meeting adjourned at 9:30 PM PST.Tuesday AM1 (System ad-hoc group meeting)Apurva called the meeting to order at 8:10 AM PST. 12 people were in the room & Gerald was present via Internet.The group agreed to devote some time later to discuss the FCC‟s NOI and the future direction for 802.22 after the standard is approved.Systems comments resolution continued. Discussion of IPv4 vs. IPv6 support related to Ranga…s comments. Ivan stated that IPv6 is NOT ready for prime time and will not be for 5-10 years. Consensus was to continue support in 802.22 for IPv6.Apurva adjourned the meeting at 10:15 AM PSTTuesday AM2 (MAC ad-hoc group meeting)Apurva called the meeting to order at 10:45 AM PST. 12 people were in the room & Gerald and Ranga Reddy were present via Internet.MAC comments were then discussed. A discussion ensued re: geo-location.Apurva adjourned the session at 12:30 PM PST for lunch.Tuesday PM1 (MAC ad-hoc group meeting)Apurva called the meeting to order at 1:45 PM PST. 12 people were in the room & Gerald & Ranga were present via Internet.The WG resumed MAC comments resolution.Apurva adjourned the session at 340PM PSTTuesday PM2 (MAC ad-hoc group meeting)Apurva called the meeting to order at 4:15 PM PST. 14 people were in the room; Gerald, Ranga and Dr. Shigenobu Sasaki were present via Internet.The WG resumed MAC comments resolution.A discussion re: statement of BS URL in the MIBs took place between Ranga, Ivan, Tom Kiernan & Gerald. It was agree to continue with offline discussions via e-mail to propose a resolution during the AM1 meeting the following day.Apurva adjourned the meeting at 5:45 PM PSTWednesdady AM1 (Coexistence ad-hoc group meeting)Apurva called the meeting to order at 8:00 AM PST. 7 people were in the room and Ranga & Gerald were present via Internet. Rene Stuick was present in order to assist the group in resolving the security-related comments that he had made. The session was spent on resolving Rene‟s comments.Apurva adjourned the session at 10:00 AM PST.Wednesdady AM2 (Coexistence ad-hoc group meeting)Apurva called the meeting to order at 10:30 AM PST. 7 people were in the room and Ranga & Gerald were present via Internet. Tom Kiernan acted as chair briefly while Apurva was drafting the WG‟s reply to the FCC‟s NOI for the 802.18 afternoon session.MAC comments were addressed. The BS URL addressing issue raised the day before during the PM2 meeting was resolved.Apurva announced a change in the agenda for this afternoon: PM1 will be a mid-week Plenary. Apurva adjourned the session at 12:30 PM PST.Wednesday PM1 (Mid-week Plenary session)Apurva called the meeting to order at 1:40 PM PST. 9 people were present in the room and Gerald participated via Internet.Gerald, who was noting the resolutions of the comments in the Comments Database, reported on the comments resolved so far in this Interim Meeting and said that we had resolved a good percentage.The WG discussed Apurva‟s draft of the response to the FCC‟s NOI.Move to approve document 22-11-0005 latest revision as the input from the 802.22 WG to 802.18 on the FCC Notice of Inquiry 10-198 and empower the 802.22 representatives to amend the document as necessary.Move: Ivan ReedeSecond: Tom KiernanFor: 9Against: 0Abstain: 2The motion passed.Apurva adjourned the session at 3:30 PM PSTWednesdady MP2 (PHY ad-hoc group meeting)The meeting was chaired by Zander Lei. Two motions and one straw poll were made after discussions: First motion:To resolve comment 209, change the number of sub-channels containing fixed subcarriers from 2 to 3 as proposed by commenter for the improvement of the impulse response determinations as used in Terrestrial Geolocation.Moved by: Apurva ModySeconded by: Ivan ReedeYes: 3No: 2Abstain: 2Technical Motion failed.Straw Poll:To change the resolution status of c omment 209 to “agree in principle”, meaning that the commenter‟s have identified a valid issue which the group needs to work on.Yes: 6No: 1Abstain: 1Second motion:To change the resolution status of comment 209 to “agree in principle”, meaning that the commenter‟s have identified a valid issue which the group needs to work on.Moved by: Ivan ReedeSeconded by: Apurva ModyYes: 5No: 1Abstain: 1Motion passedThursday AM1 (System ad-hoc group meeting)Apurva called the meeting to order at 8:20 AM PST. 10 people were in the room and Gerald participated via Internet.Discussion re: final draft of 802.22‟s response to FCC NOI. Final draft was approved by the group after discussion. A small group left the room with Apurva to present the final draft to the 802.18 Working Group.Ranga joined the group via Skype at 9:00 AM and, along with Gerald, resumed MAC comments resolution. 4 people were in the room with Gwamgzeen Ko as acting Chair.Session adjourned the session at 10:00 AM PSTThursday AM2 (System ad-hoc group meeting)Apurva called the meeting to order at 11:30 AM PST. The late start was due to the 802.18 WG meeting running overtime to finalize the response to the FCC‟s NOI as well as a fire alarm in the hotel that forced the evacuation of the WG to the hotel lobby. 8 people were in the room and Gerald participated via Internet.PHY issues related to Section 9 of the Draft were discussed.Timing of the final approval for the draft was discussed. Also discussed was the timing of a PHY call to discuss outstanding PHY issues in the comments.Apurva adjourned the session at 12:30 PM PST.Thursday PM1 (Closing Plenary)Apurva called the Plenary to order at 1:40 PM PST. 15 people were in the room and Gerald participated via Internet.1.1: 802.22 WG AgendaThe proposed agenda was approved without comments.2.1: IEEE-SA Letter of Assurance (LOA)Ivan, Gerald, Tom Gurley and Ranga are to work on the CPE-Antenna interface/Microchip LOA issue with the PHY group via conference calls to resolve the issue.3.1.4: WG Technical Editor StatusGerald reported there would be a number of changes to the draft as a result of the comments.3.1.5: Strawpoll regarding the sessing locationStraw poll of membership was unanimous in approval of the location for this Interim meeting. Several members suggested that, in the future, a different location be chosen for the Wednesday night social at this location.3.1.6: WG MotionsApurva announced that the WG‟s response to the FCC NOI had been submitted to 802.18 and that 802.18 would work out the final draft during conference calls between the other WGs.After discussion it was the consensus of the group that no action by the WG was required on the 2 motions that were voted upon by the PHY group in their session.The WG discussed 4 comments submitted by Tom Gurley and Gerald and the WG authorized these comments to be resolved via a motion:Move to change the resolution status of Comments 213, 214, 250, 251 to Agree in Principle meaning that the commentor‟s have identified a valid issue which the WG needs to work on.Move: Ivan ReedeSecond: Tom GurleyFor: 7Against: 2Abstain: 4Motion Passed.The usual motion to empower the editor to amend the draft was made and voted upon.Move to empower the editor to make changes to the Draft as proposed in the Comment Resolutions as an outcome of the January Interim 2011 meeting and subsequent teleconferences thereafter as contained in Spreadsheet 22-11-0002 latest revision. The WG authorizes the Chair and the Editor to prepare Draft v2.0 and launch a 15-day Re-circulation ballot on or before Feb. 28th 2011.Move: Tom KiernanSecond: Ivan ReedeFor: 11Against: 0Abstain: 1Motion passed.Siddharth Shetty from the IITB did a presentation re: IITB‟s work in Wh itespace on behalf of the Government of India. He asked for 802.22‟s assistance in this matter and a motion was made to that effect:Move that the WG authorizes the Chair and the 802.22 representatives to work with Siddharth Shetty from IIT Bombay to create a document that supports cognitive radio based TV Whitespace usage as developed by the IEEE 802 standards in India and present a letter of support as our formal position to 802.18.Move: Ivan ReedeSecond: Tom GurleyFor: 6Against: 0Abstain: 3Motion passesApurva went over a proposed PAR to be submitted to the EC on behalf of P1900.7. Stanislav Filin did a presentation in support of this PAR. Apurva thanked Stanislav and adjourned the session at 3:30 PM PST.Thursday PM2 (Closing Plenary)Apurva called the session to order at 4:05PM PST. 16 people were in the room with Gerald and Dr. Shigenobu Sasaki attending via Internet.Apurva said that the 802 EC needed a statement from the WGs whether they supported or did not support the PAR from P1900.7. After discussion it was the consensus of the WG that the WG did not support this PAR and an appropriate motion was made:Move that whereas 802.22 WG has reviewed and discussed the proposed P1900.7 PAR and 5C, that is currently on the IEEE-SA NESCOM continuous process agenda, that the 802.22 WG Chair send notice to the IEEE-SA NESCOM Chair and IEEE-SA NESCOM administrator indicating that P802.22 WG is opposed to the approval of the PAR as drafted.Move: Tom KiernanSecond: Tom GurleyFor: 9Against: 1Abstain: 0Motion passes.3.3 Task Group and ad-hoc groups reportsTG2– Winston reported that all comments received in the WGr ballot had been reviewed by TG2. He also reported that several contributions had been received during this interim session. He reported that the TG2 had made good progress and reiterated the need for an editor for TG2.PHY– 10 comments received during sponsor ballot had been resolved. Apurva, on behalf of Zander, stated that there were still some sticky issues in PHY but progress was being made.MAC & Security– Gerald stated that good progress had been made, especially with Rene Struik being present during one of the WG meetings. Rene‟s remaining comments w ill be resolved via conference calls.Coexistence– Apurva stated that Wendong had proposed some new ideas in the sponsor ballot and that these comments would be resolved via conference calls.System– Gerald stated that most of the system comments had been reviewed and resolved.Apurva reiterated that the C losing Plenary would continue through Friday‟s AM sessions with Winston as acting chair.Remainder of the session was spent on comments resolution.Apurva adjourned the session at 5:25 PM PST.Friday AM1 (Closing Plenary)Winston Caldwell, as acting chairperson, called the meeting to order at 8:25 AM PST. 6 people were in the room with Gerald participating via Internet.A good number of MAC comments were worked on.Winston adjourned the Interim Session at 10:00AM PST.The next session will be held in Singapore, during the week of 14-18 March, 2011.The list of attendees for the Hawaii interim session is appended below.802.22 Attendance ListLos Angeles Interim SessionJanuary 2011Note: Participants who had voting status appear in bold.。