OG12-06

合集下载

12N06

12N06

技θJA
θJC
100
°C/W
5
°C/W







电话:(0755)27858667 27858661 传真:(0755)27858707
Page 2

12N06
Preliminary
Power MOSFET
ELECTRICAL CHARACTERISTICS (TCASE=25°C, unless otherwise specified)
VGS(TH) VDS=VGS, ID=250µA
1
3V
Static Drain-Source On-State Resistance
RDS(ON)
VGS=10V, ID=6A VGS=5V, ID=6A
0.08 0.10 Ω 0.10 0.12 Ω
DYNAMIC PARAMETERS Input Capacitance Output Capacitance
安VSD
IS=12A, VGS=0V
Body Diode Reverse Recovery Time Body Diode Reverse Recovery Charge
达 Body Diode Reverse Recovery Current
tRR QRR IRRM
IS=12A, VDD=16V, di/dt=100A/µs TJ=150°C (Figure 3.)
1
TO-252
on-state resistance with extremely high dense cell design, rugged avalanche characteristics and less critical alignment steps .

ColiComplete 产品说明书

ColiComplete 产品说明书

Page 1 of 2 ColiComplete ®AOAC Official Method 992.30General DescriptionColiComplete ® contains 5-bromo-4-chloro-3-indolyl-ß-Dgalactopyranoside (X-Gal) and 4-methyl umbelliferyl-ß-D-glucuronide (MUG). Discs are added to LST inoculated with selected dilutions of samples. Samples are incubated at 35–37 °C and examined after 24 and 48 ±2 h for confirmed total coliforms and after 30 ±2 h for confirmed E. coli results. ß-Galactosidase, from coliforms present in samples, cleaves X-Gal into 5-bromo-4-chloro-indoxyl intermediate which undergoes oxidation to yield water-insoluble blue dimer, visually detectable on disc or in surrounding medium as confirmed positive result for total coliform activity. ß-Glucuronidase, from E. coli present in samples, cleaves MUG into glucuronide and methyl umbelliferone which fluoresces under long wave UV light (366 nm) as confirmed positive result for E. coli presence.NOTE : As E. coli O157:H7 does not produce ß-glucuronidase, ColiComplete ® is not suitable for the detection of E. coli O157:H7.A. Sample PreparationPrepare appropriate serial dilutions as indicated in FDA Bacteriological Analytical Manual (BAM), or AOAC Official Methods of Analysis according to sample type.B. InoculationInoculate LST tubes with appropriate sample dilution series selected to determine MPN levels or presence/absence of total coliforms and E. coli in sample. Aseptically add a single ColiComplete ® disc to each tube. Incubate at 35–37 °C.C. Reading ColiComplete ®a. For total coliforms — After at least 24 h incubation, examine each tube for visually detectable blue color on disc or in surrounding medium. Presence of blue color indicates confirmed positive result for total coliforms.NOTE: A wide range of blue color intensity may be expected, depending on sample composition and microflora. All blue reactions are positive regardless of intensity of color.Reincubate at 35–37 °C. After additional 24 ±2 h re-examine. Continued absence of blue indicates negative result; presence of blue indicates confirmed positive result for total coliforms. Read and record the MPN code or presence/absence of total coliforms in the sample.b. For E.coli — After 30 ±2 h from start of initial incubation, examine tubes under long-wave UV light (366 nm). Fluorescent tubes indicate confirmed positive result for E. coli. Read and record the MPN code or presence/absence of E. coli in the sample.D. CONTROLSPositive and negative controls should be used to facilitate interpretation of MUG fluorescent reaction. Use one known positive E. coli tube and two negative controls - one non -E. coli /coliform tube (e.g., Klebsiella spp.) and one uninoculated media tube.NOTE: Use borosilicate glass tubes, flint glass gives fluorescence that may be misinterpreted for a positive result.Lit. No. MK_UG4655EN Merck KGaAFrankfurter Strasse 25064293 DarmstadtGermanyPage 2 of 2 E. Method Modification for Certain JuicesApplicable to juice products/processors which rely on treatments that do not come into direct contact with all parts of the juice, as contained in 21 CFR Part 120: Rules and Regulations. Hazard Analysis and Critical Control Point (HAACP); Procedures for the Safe and Sanitary Processing and Importing of Juice; Final Rule. Vol 66 No. 13. 6137-6202. Use the modified method “Analysis for Escherichia coli in Citrus Juices - Modifi cation of AOAC Official Method 992.30” as stated in Section 120.25 (a).F. StorageStore unused discs at 2–8 °C (36–46 °F) in a sealed container, with desiccant.G. DisposalAfter use, all tubes must be steam-sterilized at 121 °C for at least 30 min before discarding. For in-vitro diagnostic use only.Manufacturing EntityBioControl Systems, Inc, 12822 SE 32nd St, Bellevue, WA 98005, USA.BioControl Systems, Inc is an affiliate of Merck KGaA, Darmstadt, Germany.。

杜邦PA

杜邦PA

Blow Moldable Resins | Color Stable Resins | Encapsulation Resins | Extrusion Resins | Flame Retardant Resins | Low Warp Resins | Low Wear and Friction Resins | Mineral Reinforced Resins | Electrical Resins | Toughened Resins | UV Resistant/Weatherable Resins | Unreinforced Resins | Glass Reinforced Resins | Food Contact Resins | Hydrolysis Resistant Resins | Long Fiber / Long Glass Resins | Fast Cycle Resins | Renewably Sourced Resins | SHIELD Technology ResinsBlow Moldable ResinsZytel® 101 NC010General purpose polyamide 66 resin for injection molding andextrusion </TD< TR>Zytel® 101F BKB009Internally lubricated polyamide 66 resin for injection molding. 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Desenvolvida paraciclos r?pidos e alta produtividade.</TD< TR>Zytel® 151 NC010 A PA 612 resin </TD< TR>Zytel® 151L NC010Lubricated, general purpose molding grade </TD< TR>Zytel® 153HSLNC010Lubricated, heat stabilized, extrusion grade </TD< TR>Zytel® 157HSLBK010Lubricated, heat stabilized, improved weather resistant molding/extrusion grade </TD< TR>Zytel® 158 NC010 General purpose PA 612 resin suitable for molding and extrusionapplications </TD< TR>Zytel® 158L NC010Lubricated, general purpose molding/extrusion grade -- ahigher melt viscosity than Zytel® 151L NC010 </TD< TR> Zytel® 159 NC010High viscosity, extrusion grade </TD< TR>Zytel® 45HSBNC010High viscosity, heat stabilized polyamide 66 resin for injection molding and extrusion applications such as film and tubing</TD< TR>Zytel® 7331JNC010Unreinforced, lubricated, fast cycling, PA6 </TD< TR> Zytel® BM7300THSBK317Unreinforced, PA6 blow molding resin </TD< TR>Zytel® E51HSBNC010High molecular weight, heat stabilized polyamide 66 resin for injection molding and extrusion </TD< TR>Zytel® FE3734NC010Internally lubricated PA 612 resin </TD< TR>Zytel® FG101LNC010Lubricated polyamide 66 resin for injection molding, FoodGrade </TD< TR>Zytel® FG151L Lubricated, general purpose molding grade. 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It is UV and heat stabilized and suitable for multiple extrusion applications.</TD< TR>Zytel® RS LC1200 BK385Flexible toughened Polyamide 1010. It is UV and heat stabilizedand suitable for multiple extrusion applications. </TD< TR>Zytel® RS LC1600 BK385Flexible, toughened, plasticized Polyamide 1010. It is UV andheat stabilized and suitable for multiple extrusion applications.</TD< TR>Zytel® RS LC3060 NC010Renewable sourced polyamide 610 containing a minimum of 60%renewable sourced ingredient by weight. It is an unreinforced, medium viscosity grade, developed for injection and extrusion.applications. </TD< TR>Zytel® RS LC3090 NC010Renewable sourced polyamide 610 containing a minimum of 60%renewably sourced ingredient by weight. It is an unreinforced, high viscosity grade, developed for extrusion applications.</TD< TR>Zytel® ST7301 BK356Super Tough, heat stabilized, lubricated, black polyamide 6 resin for injection molding and extrusion. 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Veryflexible. </TD< TR>Zytel® FR70M30V0 BK01030% Mineral reinforced, flame retardant, black polyamide 66resin for injection molding </TD< TR>Zytel® FR70M30V0 NC01030% Mineral reinforced, flame retardant polyamide 66 resin forinjection molding </TD< TR>Electrical ResinsZytel® 70G35EF NC01035% Glass reinforced polyamide 66 developed for electrical andelectronics applications. </TD< TR>Toughened ResinsZytel® 73G30T BK261 30% Glass fiber reinforced, toughened black polyamide 6 resinfor injection molding </TD< TR>Zytel® 73G30TNC010 30% Glass fiber reinforced, toughened polyamide 6 resin forinjection molding </TD< TR>Zytel® 73G30TGIBK26730% Glass fiber reinforced, toughened, black polyamide 6 optimized for gas injection molding process. </TD< TR>Zytel® 80G14A 14% Glass fiber reinforced, toughened, high flow polyamide 66NC010A resin. It offers outstanding performance in injection moldingapplications. </TD< TR>Zytel® 80G14AHSBK09914% Glass fiber reinforced, toughened, high flow, heat stabilized, black polyamide 66 resin. It offers outstanding performance in injection molding applications. </TD< TR>Zytel® 80G14AHSNC01014% Glass fiber reinforced, toughened, high flow, heat stabilized polyamide 66 resin. 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Food Grade </TD< TR>Zytel® FN714 NC010AAn impact modified, very flexible, plasticizer free polyamide 66 resin having good heat aging and chemical resistance. </TD<TR>Zytel® FN727 BK230AA black, impact modified, plasticizer free, very flexible polyamide 6 alloy resin having good low temperature toughness, good heat aging and good chemical resistance. 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It is UV andheat stabilized and suitable for multiple extrusion applications.</TD< TR>Zytel® RS LC3030 NC010Renewable sourced polyamide 610 containing a minimum of 60%renewable sourced ingredient by weight. It is an unreinforced, low viscosity grade, developed for injection applications.applications. </TD< TR>Zytel® ST7301BK356Super Tough, heat stabilized, lubricated, black polyamide 6 resin for injection molding and extrusion. It offers outstanding impact resistance over a wide temperature and humidity rangeand high productivity </TD< TR>Zytel® ST7301NC010Super Tough, heat stabilized, lubricated polyamide 6 resin for injection molding and extrusion. It offers outstanding impact resistance over a wide temperature and humidity range andhigh productivity </TD< TR>Zytel® ST801A NC010ASuper Tough, high performance, polyamide 66 resin. It is partially UV stabilized and when appropriately colored offers limited protection to indirect sunlight exposure. </TD< TR>Zytel® ST801AHSBK010Super Tough, high performance, black polyamide 66 resin. It offers outstanding molding performance in injection moldingapplications. </TD< TR>Zytel® ST801AHSNC010Super Tough, high performance polyamide 66 resin. It offers outstanding molding performance in injection moldingapplications. </TD< TR>Zytel® ST801AWBK195Super Tough, weatherable, easy flow and processing friendly, black polyamide 66 resin for injection molding. It offers the best resistance to outdoor exposure. </TD< TR>Zytel® ST801AWNC010Super Tough, high performance polyamide 66 resin. It is UV stabilized and when appropriately colored, offers the best resistance to indirect sunlight in automotive interiorapplications. </TD< TR>Zytel® ST811HSNC010Rubber modified nylon 6 resin. 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It offers the best resistance to outdoor exposure. </TD< TR>Zytel® ST801AWNC010Super Tough, high performance polyamide 66 resin. It is UV stabilized and when appropriately colored, offers the best resistance to indirect sunlight in automotive interiorapplications. </TD< TR>Unreinforced ResinsGlass Reinforced ResinsZytel® 70G13HS1L BK031 13% Glass fiber reinforced, heat stabilized, black polyamide 66resin for injection molding </TD< TR>Zytel® 70G13HS1L NC01013% Glass fiber reinforced, heat stabilized, polyamide 66 resinfor injection molding </TD< TR> Zytel® 70G13LNC010 13% Glass fiber reinforced polyamide 66 resin for injection molding </TD< TR>Zytel® 70G25HSLR BK099 25% Glass fiber reinforced, heat stabilized, hydrolysis resistantpolyamide 66 resin for injection molding </TD< TR>Zytel® 70G25HSLR NC010 25% Glass fiber reinforced, heat stabilized, hydrolysis resistantpolyamide 66 resin for injection molding </TD< TR>Zytel® 70G30HSLR BK099 30% Glass fiber reinforced, heat stabilized, hydrolysis resistantpolyamide 66 resin for injection molding </TD< TR>Zytel® 70G30HSLR NC01030% Glass fiber reinforced, heat stabilized, hydrolysis resistantpolyamide 66 resin for injection molding </TD< TR> Zytel® 70G30LNC01030% Glass fiber reinforced polyamide 66 resin for injection molding. </TD< TR> Zytel® 70G33GRABK35033% Glass fiber reinforced </TD< TR>Zytel® 70G33HS1L BK031 33% Glass fiber reinforced, heat stabilized black polyamide 66resin for injection molding </TD< TR> Zytel® 70G33HS1L NC010 33% Glass fiber reinforced, heat stabilized polyamide 66 resinfor injection molding </TD< TR>Zytel® 70G33L BK03133% Glass fiber reinforced black polyamide 66 resin for injectionmolding </TD< TR> Zytel® 70G33LNC010 33% Glass fiber reinforced polyamide 66 resin for injection molding </TD< TR>Zytel® 70G35EF NC010 35% Glass reinforced polyamide 66 developed for electrical andelectronics applications. </TD< TR>Zytel® 70G35HSL NC01035% Glass fiber reinforced, heat stabilized polyamide 66 resinfor injection molding </TD< TR> Zytel®70G35HSLRA4BK267 35% Glass fiber reinforced, heat stabilized, hydrolysis resistant polyamide 66 resin for injection molding. It has excellent flow characteristics. </TD< TR>Zytel® 70G35HSRX BK099 A 35% glass reinforced, heat stabilized, hydrolysis resistantPA66 for injection molding. Developed for applications designedfor direct overmolding of gaskets onto thermoplastic parts.Previously coded FE270056 BK099. </TD< TR>Zytel® 70G35NOX A 35% glass reinforced, polyamide 66 resin developed forBK309 Selective Catalytic Reduction applications that requireexposure to water/urea solution. </TD< TR>Zytel® 70G43HSLA BK09943% Glass fiber reinforced, heat stabilized, black polyamide 66resin for injection molding. </TD< TR> Zytel® 70G43LNC010 43% Glass fiber reinforced polyamide 66 resin for injection molding </TD< TR>Zytel® 70G50HSLA BK039B 50% Glass fiber reinforced, heat stabilized polyamide 66 resinfor injection molding. 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It is specifically suitable for applications in contact with domestic hot water. </TD< TR> Zytel®FG77G33HS1LNC010 33% glass fiber reinforced, heat stabilized polyamide 612 resin for injection molding. It has been developed for consideration into applications such as parts for the food industry. </TD< TR>Zytel® FGFE5171 NC010C33% Glass reinforced nylon 66 resin, FDA compliant </TD< TR>Zytel® FR50 BK505 25% Glass reinforced, flame retardant black PA66 </TD< TR>Zytel® FR50NC010A25% Glass reinforced, flame retardant PA66 </TD< TR>Zytel®PLS90G30DR BK099A 30% glass reinforced PA66 nylon resin using SHIELDTechnology, only from DuPont, it provides best-in-class resistance to hot engine coolant, making it material of choice for Radiator End Tanks applications. </TD< TR>Zytel®PLS93G35DH1BK261A 35% glass reinforced PA6 using SHIELD Technology, only from DuPont, it provides exceptional welding resistance & retention over time thanks to excellent Heat Resistance. </TD< TR>Zytel®PLS95G35DH1BK031A high flow 35% glass reinforced PA using SHIELD Technology, only from DuPont, combining excellent surface appearance, excellent welding and fatigue retention, exceptional resistance in hot air & hot engine oil. </TD< TR>Zytel®PLS95G40DH1TBK261A 40% GR impact modified PA, made with SHIELD technology, its superior heat & oil resistance combined with the "stone impact resistance" makes it ideal choice for use in severe environments exposed to heat and oil. </TD< TR>Zytel®PLS95G50DH2BK261A high flow 50% glass reinforced PA nylon resin using SHIELD Technology, only from DuPont providing exceptional Heat Resistance & High stiffness for automotive under hoodapplications like charge air cooler caps. </TD< TR>Zytel® RS 30G30HSL BK038ALubricated, heat stabilized, 30% glass fiber reinforced black polyamide 610 resin containing a minimum of 40% renewably sourced ingredients by weight (60% based on polymer). </TD<TR>Zytel® RS 30G30LNC010Lubricated, 30% glass fiber reinforced polymaide 610 resincontaining a minimum of 40% renewably sourced ingredients by weight (60% based on polymer). </TD< TR>Zytel® WRF403NC01030% Glass reinforced, heat stabilized PA66 resin containing Teflon® PTFE micropowder </TD< TR>Food Contact ResinsZytel® FE5171NC010C33% Glass filled nylon 66 resin that is complicance with FDA regulations for food contact </TD< TR> Zytel® FG101LNC010 Lubricated polyamide 66 resin for injection molding, Food Grade </TD< TR>Zytel® FG151L NC010Lubricated, general purpose molding grade. Food Grade </TD<TR> Zytel® FG408LNC010Ionomer modified nylon 66 resin. Food Grade </TD< TR>Zytel® FG42ANC010High viscosity polyamide 66 resin for injection molding. Food Grade </TD< TR> Zytel® FG70G30HSLR NC010 A 30% glass fiber reinforced, heat stabilized, hydrolysis resistant polyamide 66 resin for injection molding. It has been developedfor consideration into applications such as parts for the foodindustry. </TD< TR>Zytel®FG70G30HSR3BK309 A 30% glass fibre reinforced, heat stabilised, hydrolysis resistant polyamide 66 for injection moulding. It is specifically suitable for applications in contact with domestic hot water. </TD< TR>Zytel® FG7301 NC010General purpose, unlubricated polyamide 6 resin for extrusionapplications, Food Grade </TD< TR> Zytel®FG77G33HS1LNC010 33% glass fiber reinforced, heat stabilized polyamide 612 resin for injection molding. It has been developed for consideration into applications such as parts for the food industry. </TD< TR>Zytel® FGFE5171 NC010C33% Glass reinforced nylon 66 resin, FDA compliant </TD< TR>Hydrolysis Resistant ResinsZytel® 70G25HSLR BK099 25% Glass fiber reinforced, heat stabilized, hydrolysis resistantpolyamide 66 resin for injection molding </TD< TR>Zytel® 70G25HSLR 25% Glass fiber reinforced, heat stabilized, hydrolysis resistant。

CL事业部下罗12月份主排程.

CL事业部下罗12月份主排程.

终-SDC CGA112-02-065F-5
终-SDC CGA113-060F-6
SDC
CGA113-01-060F-7
终-华为 CGA330-02-062BG-5
TP-内单 CG2609-085P-7
终-TM CGA256-02-060F-1
终-JDI CGA434-05-067F-6
发天津 终-SDC CGA112-01-065F-6
11500 0
11500 0
2500 0
0
0
0
380000 242380 46900 195480 0
85000 100000 6000 94000 0
17136 10960 6176 0
0
810
0
0
A
TP-内单 CG2618-01-061F-7
联想
CG2596-02-064F-1
34480 7890
内-三星 内-三星 试 终-LG 样品协助 华为TP 样品协助 联想 内-华为 内-华为 内-华为 终-FSK LCM 内-LCM 终-TM 终-LG 内-LCM 内-LCM 终-华为 终-华为 内-华为
CG2183C-062P-10 CG2459-01-095F-3 CGA372-01-061F-5 (试产阶段) CG2463-018F-3 CG2618-061F-4 CG2356-01-117P-4 CG2103D-066F-5 CG2356-117P-4 CGA259-067BG-4 CGA183-065F-6 CGA305-01-061F-1 CGA225-062F-5 CGA192-01-061F-6 CGA403-03-066F-2 CGA403-066F-2 CGA330-21-062BG-3 CGA330-25-062BG-3 CG1882A-095P-3

飞机清洁培训课件

飞机清洁培训课件
Final Cleaning of Composites Prior to Nonstructural Bonding (Series 91)
复合材料非结构连接前最终清洁(91系列) Final Cleaning Prior to General Sealing (Series 92)
通用封胶前最终清洁(92系列) Final Cleaning Prior to Fuel Tank Sealing (Series 93)
所有有机覆盖层非结构连接前最终清洁(89系列)
Final Cleaning of Solvent Resistant Organic Coatings Prior to Non-structural Bonding(Series 90) 防溶有机覆盖层非结构连接前最终清洁(90系列)
结构清洁剂分类(续5)
结构清洁剂分类(续2)
General Cleaning of Composites (Series 83) 复合材料通用清洁(83系列)
Final Cleaning of Metal Prior to Painting (Series 84)
金属喷漆前最终清洁(84系列) Final Cleaning of All Organic Coatings Prior to
结构清洁剂分类(续1)
General Cleaning of Metal (Series 80) 金属通用清洁(80系列)
General Cleaning of All Organic Coatings (Series 81) 所有有机覆盖层通用清洁(81系列)
General Cleaning of Solvent Resistant Organic Coatings (Series 82) 防溶有机覆盖层的通用清洁(82系列)

GP12-(中文)

GP12-(中文)

注: GP-12“早期生产控制” (GM-1920)已经并入GM PPAP程序,参考全球供应商质量手册(GM1927) – APQP Task 14.1.0范围: GP-12用于所有试生产和正式生产,服务和附加产品的要求;•要求生产件批准程序 (PPAP)•陈述对顾客造成的重大风险2.0 DEFINITION AND PURPOSE定义和目的:GP-12早期生产控制要求制定一个能加强供应商的正式生产控制计划和提高可信度的试生产控制计划以确信所有产品的发运满足GM的要求,试生产控制计划也应适用于验证正式生产控制计划,试生产控制计划应考虑产品的所有已知的关键条件,以及在PPAP中确定的潜在的有问题部分。

GP-12的目的:•验证供应商的正式生产控制计划•避免在关键时期我们的装配和生产中心和服务产品质量不合格•文件化供应商在启动和加速期间,修订生产过程之后,或独立生产运行3个月或更长时的绩效以核实它的过程控制,•确信在供应商处可能发生的任何质量问题都能快速标识,控制和纠正•增强供应商最高管理的可见度3.0供应商职责: l供应商应:A. 验证程序:建立包含以下内容的验证程序:1.确定主要负责人以确保验证程序的开发和实施2.实施由顾客指定的GP-12进入日期,关闭标准和关闭日期3.建立GP-12控制台,且脱离生产线,隔离和独立检验于正式生产过程和场地,另外,为更有效,可以使用过程控制台且必须形成文件由顾客/供应商质量工程师(SQE)批准4.在产品和程序开发期间,基于关键产品特性(KPCs)、产品质量特性(PQCs)、高PRN和/或问题验证,确定GP-12控制台要求的附加检验,试验和尺寸检验。

5.培训员工有关GP-12控制台的标准作业6.针对每种缺陷建立一个反应计划.7.实施GP-12各层管理(包括现场领导)的评审程序(分层审核),以确保符合试生产控制计划8.验证程序中包括分包商(二级供应商)B.计划开发:制定一个能加强正式生产控制计划并包括附加控制,检验,评审和试验的试生产控制计划以确信生产程序的符合性和能力,计划需要考虑:1.在正式生产控制计划中按照规定增加频次/抽检数量2.包装和标签的标识—包括服务和附加产品要求,可以包括产品上原产国标识3.防错的有效性的验证4.在GP-12控制区域或在接收场地发现不合格时的控制快速执行和永久纠正措施C.文件:将试生产控制计划(控制计划格式参考AIAG先期产品质量策划和控制计划参考手册或或其它顾客批准的先期产品质量策划参考手册),试生产控制计划不是正式生产控制计划的代替口品,而是正式生产控制计划的添加并验证它1.在控制计划特殊特性中将GP-12控制台或过程检验台要求的附加检验、功能试验和尺寸检验文件化,格式参考AIAG APQP手册—附录K并在试生产控制计划中的参考文件作为一个特殊工序2..文件化GP-12控制台检验作业指导书以确信标准化作业3.文件化执行证据和控制计划(使用图表I (GM1927-66或其它顾客同意的格式)的验证,顾客/SQE评审时,数据必须易于使用4.文件化内部和顾客质量相关的问题解决(使用顾客接受的格式),包括问题描述,问题根源,永久纠正措施随同断点和适当更新FMEAS和控制计划。

Tracking error suppression and method of reducing

Tracking error suppression and method of reducing

专利名称:Tracking error suppression and method ofreducing tracking error发明人:Edmund L. Wolak,Tae J. Kim,HarrisonRansom,Jo Major,Robert Lang申请号:US09915184申请日:20010724公开号:US06792008B2公开日:20040914专利内容由知识产权出版社提供专利附图:摘要:A laser package comprises a laser diode source having a first Fabry-Perot cavity between a highly reflective back facet and low reflective front facet for providing a firstlight output for an optical application. A light monitor is positioned adjacent to the back facet and aligned to receive a second light output from the laser diode back facet. A pigtail fiber having a lensed fiber input end is positioned from the laser diode front facet to form an optical coupling region and is aligned relative to the lasing cavity to receive the first light output into the fiber, the light output exiting the package for coupling to the application. A portion of the first light output from the lasing cavity is reflected off the lensed fiber input end with a portion directed back into the lasing cavity and another portion reflected off of the laser diode front facet. The front facet forms with the lensed fiber input end a second Fabry-Perot cavity generating light which is periodically in and out of phase with the light generated in the first Fabry-Perot cavity due to changes in the length of the second Fabry-Perot cavity caused by package ambient temperature changes so that a tracking error is generated in a signal developed by the light monitor. Thus, this invention provides several ways to suppress the formation of the second Fabry-Perot cavity.申请人:JDS UNIPHASE CORPORATION更多信息请下载全文后查看。

临产前后子宫肌收缩相关蛋白在人子宫肌中的表达及相关信号转导途

临产前后子宫肌收缩相关蛋白在人子宫肌中的表达及相关信号转导途

係洙和卖验區摩雇42016年12两第15象第23期•2281•论著D O I:10.3969/j.issn.1671 -4695.2016.23.001文章编号=1671 -4695(2016)23 -2281 -04临产前后子宫肌收缩相关蛋白在人子宫肌中的表达及相关信号转导途径的研究赵慧娜陈自喜3古航“倪鑫3**(1第二军医大学附属长海医院妇产科上海200433;2上海市第七人民医院妇产科上海200137; 3第二军医大学生理学教研室上海200433)【摘要】目的研究分析临产前后人子宫平滑肌细胞中子宫肌收缩相关蛋白的表达情况,并初步探讨分娩启动中信号转导的可能途径。

方法收集足月任娠人子宫平滑肌组织•据是否临产分为足月动产组和足月未动产组。

应用蛋白免疫印记法(Western-blot法)检测子宫平滑肌组织中的子宫收缩相关蛋白(CAPs):缝隙连接蛋白-43(CX43)、催产素受体(0T R)、环加氧酶2(COX2)的表达以及N F-k B p65、M APK家族成员Erkl/2和它们的磷酸化水平。

结果动产组中子宫平滑肌组织中收缩相关蛋白CX43、OTR、COX2的表达量明显高于未动产组(P<0.05) ,p-p65、p-Erkl/2蛋白表达高于未动产组(P<〇.〇5),p65、Erkl/2蛋白表达无统计学意义(P>0.05);2、线性相关分析显示,CX43、C0X2与p -p65的表达之间呈正相关(P <0.01) ,0T R与p -p65的表达之间呈正相关(P <0.〇5) ;C0X2与p -Erkl/2的表达之间有相关性(P <0.〇5) ,CX43、O TR与p -Erkl/2的表达无显著相关(P >0.〇5) ;p-p65与p-Erkl/2无显著相关(P >0.05)。

结论足月临产子宫相关收缩蛋白表达水平明显上升,提示了在分娩启动中子宫收缩相关蛋白发挥重要作用,其有助于促进子宫收缩,产程进展、使得胎儿顺利娩出。

gp12检验内容

gp12检验内容

gp12检验内容I believe that the GP12 inspection is vital in ensuring the safety and quality of products. GP12检验是确保产品安全和质量的关键所在。

It is crucial for businesses to comply with these standards in order to protect consumers and uphold their reputation. 企业必须遵守这些标准,以保护消费者,维护自己的声誉。

By undergoing the GP12 inspection, companies can demonstrate their commitment to delivering high-quality, reliable goods. 通过进行GP12检验,企业可以展示他们致力于提供高质量、可靠商品的决心。

Customers are more likely to trust a brand that has passed these rigorous tests. 消费者更有可能信任通过这些严格检验的品牌。

Therefore, the GP12 inspection is not just a regulatory requirement, but also a way for businesses to build trust with their customers. 因此,GP12检验不仅是一项法规要求,也是企业与顾客建立信任的一种方式。

From the perspective of consumer safety, the GP12 inspection playsa crucial role in preventing potential hazards. 从消费者安全的角度来看,GP12检验在预防潜在危害方面起着关键作用。

霍尼韦尔 N2024 N20230 产品说明书

霍尼韦尔 N2024 N20230 产品说明书

® U.S. Registered TrademarkEN0B-0320GE51 R0204Copyright © 2004 Honeywell Inc. • All rights reserved N2024 / N20230 N3424 / N34230ACTUADORES DE COMPUERTA 20/34 Nm (177/300 lb-in)CONTROL FLOTANTE / 2-POSICIONESDATOS PRODUCTOGENERALEstos actuadores de compuerta de acople directo proporcionan control flotante o a dos posiciones para:• Compuertas de aire,• Unidades VAV,• Unidades de aire acondicionado,• Aletas ventilación,• persianas, y• cualquier aplicación de control de compuertas de hasta4.6 m2 / 50 sq.ft. (20 Nm / 177 lb-in) o 7.8 m2 / 85 sq. ft.(34 Nm / 300 lb-in) CARACTERISTICAS• Nuevo adaptador de eje autocentrado• Cubierta con accesos para facilitar cableado• Embrague para ajuste manual• Límites mecánicos de giro• Interruptores auxiliares instalables en campo• Precableado• Dirección de rotación seleccionable mediante interruptor• Se puede montar en cualquier orientación (no IP54 si está bocabajo)• Indicador de posición mecánica ESPECIFICACIONESAlimentaciónN2024 / N3424 24 Vac ±15%, 50/60 HzN20230/N34230 230 Vac ±15%, 50/60 Hz Tensión nominalN2024 / N3424 24 Vac, 50/60 HzN20230/N34230 230 Vac, 50/60 HzTodos los valores sucesivos, válidos para operar en condiciones de tensión nominal.ConsumoN2024 6 VA / 6 WN20230 8 VA / 8 WN3424 9 VA / 9 WN34230 13 VA / 10 WLímites ambientalesLímites ambientales operación -20...+60 °C (-5...+140 °F)Límites ambientales almacenaje -40...+80 °C (-40...+175 °F) HR 5...95%, sin condensación CablesLongitud 1 m (39")Materiales libre de siliconaSeguridadProtección standard IP54Clase Protección II según EN 60730-1Categoría sobretensión IIIVidaCarreras completas 60000Reposiciones 1.5 millonesMontajeEjes redondos 10...27 mm (3/8...1-1/16")Ejes cuadrados 10...18 mm (3/8...11/16");45° pasosLongitud eje min. 22 mm (7/8")Interruptor auxiliar (si lo incluye)Ratio 5 A (resistivo) / 3 A (inductivo) Angulo giro 5° / 85°ParN2024 / N20230 20 Nm (177 lb-in)N3424 / N34230 34 Nm (300 lb-in)Tiempo recorrido110 seg (50 Hz) / 95 seg (60 Hz) Rotación95°± 3°Dimensiones ver “Dimensiones” en 8Peso (sin cables) 1.45 kg (3 lbs. 3 oz.)Ruido40 dB(A) max. a 1 mSmartAct N2024 / N20230, N3424 / N34230EN0B-0320GE51 R0204 2MODELOSModeloAlimentación Int. auxiliaresfeedback ConsumoPar N2024 / N2024-2POS 24 Vac -- --N2024-SW2 24 Vac 2 --N2024-P10K24 Vac -- 10 k Ω 6 VA / 6 W N20230 / N20230-2POS 230 Vac -- --N20230-SW2 230 Vac 2 --N20230-P10K 230 Vac -- 10 k Ω 8 VA / 8 W 20 Nm(177 lb-in) N3424 24 Vac -- -- 9 VA / 9 W N34230 230 Vac ---- 13 VA / 10 W34 Nm (300 lb-in)Sistema Identificación ProductoFig. 1. Sistema Identificación ProductoOPERACION/FUNCIONESFig. 2. Unidades de ajuste y elementos de controlLeyenda para Fig. 2:1 Adaptador de eje auto centrable2 Clip retenedor3 Escalas ángulo rotación (0...90° / 90...0°)4 Limitadores mecánicos de giro (sólo modelos 20 Nm[177 lb-in])5 Botón de embrague6 Varilla antirrotación7 Interruptor de dirección de rotación 8 Cubierta de acceso1. Cable interruptor auxiliar interno 9 Cable de control y alimentaciónContenidos de la empaquetaduraLa empaquetadura incluye el actuador propiamente dicho (ver componentes de 1 a 10 (ver Fig. 2), los tornillos de la varilla antirrotación, y la placa y tornillos de montaje SM.Movimiento rotativoLa señal de control y su correspondiente dirección de rotación (a favor o contra agujas del reloj) se puedeseleccionar mediante interruptor (ver componente 7 de Fig. 2). Para asegurar el completo cierre de compuertas, el actuador tiene una carrera de rotación de 95°.En cuanto se alimenta, el actuador puede empezar afuncionar. Al quitar alimentación, el actuador mantiene su posición. Para cableado, ver apartado “Diagramas de Cableado” en la página ¡Error! Marcador no definido..SmartAct N2024 / N20230, N3424 / N342303 EN0B-0320GE51 R0204Interruptor dirección rotaciónFig. 3. Interruptor sentido rotación• Dir("") es la posición por defecto. En esta posición,internamente el actuador sitúa las direcciones de rotación según se ve en el apartado “Diagramas de Cableado” de las páginas 5 y 6.• "Service/Off ": En esta posición, se cancela cualquierseñal de control, habilitando al actuador para ser operado manualmente (ver apartado “Ajuste Manual”). Así, eloperador puede hacer operaciones de mantenimiento sin tener que quitar la tensión al actuador. Para volver amodo de control, ajustar este interruptor en la posición de rotación deseada. • Rev(""):En esta posición, internamente el actuador sitúa las direcciones de rotación según se ve en el apartado “Diagramas de Cableado” de las páginas 5 y 6.Control Flotante o Dos PosicionesEl actuador puede trabajar con control a dos posiciones (abrir/cerrar) o (al menos que específicamente sea un modelo identificado como 2-POS ) como flotante (a tres hilos). Ver diagramas de cableado.Señal de FeedbackLos actuadores equipados con un potenciómetro defeedback dan un feedback de posición mediante un valor resistivo del potenciómetro (ver fig 4).Fig. 4. Ajustes Señal de RealimentaciónSi mientras el actuador no está rotando, el usuario embraga y reposiciona manualmente el adaptador, la señal derealimentación seguirá ahora la nueva posición a la que el eje ha sido liberado.SmartAct N2024 / N20230, N3424 / N34230EN0B-0320GE51 R0204 4Indicador de PosiciónEl adaptador de eje indica el ángulo de rotación en escalas (0...90° / 90...0°) (ver Fig. 5).Fig. 5. Indicador PosiciónAjuste ManualIMPORTANTEPara evitar dañar el equipo, hay que quitaralimentación o ajustar el interruptor de dirección de rotación a "Service/Off" antes del ajuste manual.Tras quitar alimentación (o poner el interruptor de sentido de rotación en "Service/Off") el tren de engranajes se puede desenganchar mediante el botón de embrague, permitiendo girar el eje manualmente hasta cualquier posición. La señal de realimentación marcará ahora la nueva posición..Limitación de la carrera de rotaciónHay dos limitadores mecánicos (solo en los modelos de20 Nm [177 lb-in]) para limitar al ángulo de giro deseado (ver Fig. 6).Fig. 6. Limitadores mecánicosLos limitadores mecánicos se pueden asegurar con fuerza en su lugar según la Fig. 7. Es importante que engrane los topes perfectamente una vez apretados los tornillos.Fig. 7. Ajuste Correcto / incorrecto de los limitadoresSmartAct N2024 / N20230, N3424 / N342305 EN0B-0320GE51 R0204Interruptores Auxiliares InternosNOTA: Sólo los actuadores con referencia final "-SW2"especificada (p.e..: "N2024-SW2") están equipados con interruptores auxiliares.Los interruptores auxiliares internos están ajustados para cambiar de común a normalmente abierto a ángulos de 5° y 85°, respectivamente, desde posición totalmente antihorariaFig. 8. . Interruptores Auxiliares InternosINSTALACIONEstos actuadores están diseñados para montaje a puntoúnico. .IMPORTANTEPara evitar dañar al equipo, quitar alimentación o ajustar el interruptor de sentido de giro a posición "Service/Off" antes de la operación manual. .Instrucciones de montajeToda la información de los pasos a seguir se suministran con el actuador.Posición de montajeLos actuadores se pueden montar en cualquier orientación (no es IP54 si se monta bocabajo; ver Fig. 9). Escoger una orientación que permita fácil acceso a los cables e interruptores).Fig. 9. Montaje para IP54Varilla de montaje y tornillosSi el actuador se monta directamente sobre el eje de lacompuerta, usar la varilla y tornillos de montaje incluidos en la empaquetadura.Adaptador de Eje Auto AjustableSe puede ajustar a ejes de varios diámetros (10...27 mm [3/8...1-1/16"]) y formas (cuadrados y redondos). En caso de ejes cortos, el adaptador de eje se puede volver y montar del lado del conducto.Limitación de carrera con limitadores mecánicosLos limitadores mecánicos (sólo en modelos de 20 Nm [177 lb-in) permiten limitar el giro entre 0...90° en incrementos de 3°.CableadoConectar a AlimentaciónPara cumplir con clase II, la fuente de alimentación de 24 V de los actuadores ha de estar separados de circuitos de alimentación de red según DIN VDE 0106, apartado 101.Cubierta de accesoPara facilitar el cableado entre actuador y controlador, existe una cubierta desmontable en el actuador.IMPORTANTEQuitar alimentación antes de desmontar lacubierta. Una vez desmontada, tener cuidado de no dañar las partes internas entonces accesibles .Fig. 10. Cubierta Acceso (N2024-SW2)SmartAct N2024 / N20230, N3424 / N34230EN0B-0320GE51 R0204 6Según el modelo, la cubierta de acceso puede tener una o dos regletas de terminales, con sus leyendas descriptivas de terminales.SmartAct N2024 / N20230, N3424 / N34230 Diagramas CableadoN2024 / N2024-2POS / N3424N2024-SW2N2024-P10K7 EN0B-0320GE51 R0204SmartAct N2024 / N20230, N3424 / N34230EN0B-0320GE51 R0204 8NOTA: Los interruptores auxiliares S1 y S4 se deben conectar a la misma fuente de alimentación .NombreCable conexión terminal Cable color Impresión Flotante Dos posiciones1 azul 1 24 Vac ⊥ 24 Vac ⊥2 marrón 2 24 Vac (a derechas) 24 Vac ∼Alimentación y señal 3 blanco 3 24 Vac (a izquierdas) 24 Vac señal controlS1 negro S1_común S2 negro S2= Normalmente cerrado CCW (izqda) 5° S3 negro S3≡ Normalmente abiertoS4 gris S4_común S5 gris S5= Normalmente cerradoInterruptoresauxiliares (cuando se incluyan) CW (drcha) 85° S6 gris S6≡ Normalmente abiertoP1 blanco P1 Totalmente a derechasP2 blanco P2 Señal RealimentaciónpotenciómetroP3 blanco P3 Totalmente a izquierdasSmartAct N2024 / N20230, N3424 / N34230 N20230 / N20230-2POS / N34230N20230-SW2N20230-P10K9 EN0B-0320GE51 R0204SmartAct N2024 / N20230, N3424 / N34230EN0B-0320GE51 R0204 10NOTE: Los interruptores auxiliares S1 y S4 se deben conectar a la misma fuente de alimentaciónNombreCable conexión terminal Cable color Impresión Flotante Dos posiciones1 azul 1 230 Vac ⊥ 230 Vac ⊥2 marrón 2 230 Vac (a derechas) 230 Vac ∼Alimentación y señal 3 blanco 3 230 Vac (a izquierdas) 230 Vac señal controlS1 negro S1_común S2 negro S2= Normalmente cerrado CCW (izqda) 5° S3 negro S3≡ Normalmente abiertoS4 gris S4_común S5 gris S5= Normalmente cerradoInterruptoresauxiliares (cuando se incluyan) CW (drcha) 85° S6 gris S6≡ Normalmente abiertoP1 blanco P1 Totalmente a derechasP2 blanco P2 Señal RealimentaciónpotenciómetroP3 blanco P3 Totalmente a izquierdasSmartAct N2024 / N20230, N3424 / N3423011 EN0B-0320GE51 R0204ACCESORIOS OPCIONALESLos siguientes accesorios opcionales están disponibles por separado al actuador:.Kit Interruptores auxiliaresModelo: SW2Los interruptores auxiliaries internos son instalables en campo, conteniendo dos contactos libremente ajustables.Kit Cubierta AccesoModelo: WB20 Para salida cables.Contiene:• 1 cubierta de acceso con tornillo • 2 conectores de cable• 2 tapas de protección antipolvoREPUESTOSKit RepuestosModelo: A7209.2071El kit de repuestos contiene:• Varilla antirrotación y tornillos • Placa de montaje SM y tornillos • Tornillo Acceso Cubierta• Tapa de plástico protectora para protección standardP54• Tornillo y retenedor para limitación mecánica del giroKit de varilla antirrotaciónModelo: A7209.2073El Kit de varilla antirrotación se puede pedir por separado.Contiene:• 10 varillas antirrotación • 20 tornillosKit de placa de montajeModelo: A7209.2072El kit de placa de montaje se puede pedir por separado.Contiene:• 10 placas de montaje • 20 tornillosSmartAct N2024 / N20230, N3424 / N34230DIMENSIONESAutomation and Control SolutionsHoneywell GmbHBöblinger Straße 17D-71101 SchönaichPhone: (49) 7031 63701Fax: (49) 7031 637493Subject to change without notice. Printed in Germany Manufacturing location certified toEN0B-0320GE51 R0204。

2012 Whelen Engineering Page 1都国际之光工程公司有限公司形状14138

2012 Whelen Engineering Page 1都国际之光工程公司有限公司形状14138

©2012 Whelen Engineering Company Inc.Form No.14138B ( 091710)For warranty information regarding this product, visit /warranty•Proper installation of this product requires the installer to have a good understanding of automotive electronics, systems and procedures.•Whelen Engineering requires the use of waterproof butt splices and/or connectors if that connector could be exposed to moisture.•Any holes, either created or utilized by this product, should be made both air- and watertight using a sealant recommended by your vehicle manufacturer.•Failure to use specified installation parts and/or hardware will void the product warranty.•If mounting this product requires drilling holes, the installer MUST be sure that no vehicle components or other vital parts could be damaged by the drilling process. Check both sides of the mounting surface before drilling begins. Also de-burr the holes and remove any metal shards or remnants. Install grommets into all wire passage holes.•If this manual states that this product may be mounted with suction cups, magnets, tape or Velcro®, clean the mounting surface with a 50/50 mix of isopropyl alcohol and water and dry thoroughly.•Do not install this product or route any wires in the deployment area of your air bag. Equipment mounted or located in the air bag deployment area will damage or reduce the effectiveness of the air bag, or become a projectile that could cause serious personal injury or death. Refer to your vehicle owner’s manual for the air bag deployment area. The User/Installer assumes full responsibility to determine proper mounting location, based on providing ultimate safety to all passengers inside the vehicle.•For this product to operate at optimum efficiency, a good electrical connection to chassis ground must be made. The recommendedprocedure requires the product ground wire to be connected directly to the NEGATIVE (-) battery post (this does not include products that use cigar power cords).•If this product uses a remote device for activation or control, make sure that this device is located in an area that allows both the vehicle and the device to be operated safely in any driving condition.•Do not attempt to activate or control this device in a hazardous driving situation.•This product contains either strobe light(s), halogen light(s), high-intensity LEDs or a combination of these lights. Do not stare directly into these lights. Momentary blindness and/or eye damage could result.•Use only soap and water to clean the outer lens. Use of other chemicals could result in premature lens cracking (crazing) and discoloration. Lenses in this condition have significantly reduced effectiveness and should be replaced immediately. Inspect and operate this product regularly to confirm its proper operation and mounting condition. Do not use a pressure washer to clean this product.•It is recommended that these instructions be stored in a safe place and referred to when performing maintenance and/or reinstallation of this product.•FAILURE TO FOLLOW THESE SAFETY PRECAUTIONS AND INSTRUCTIONS COULD RESULT IN DAMAGE TO THE PRODUCT OR VEHICLE AND/OR SERIOUS INJURY TO YOU AND YOUR PASSENGERS!A u t o m o t i v e : Warnings to InstallersWhelen’s emergency vehicle warning devices must be properly mounted and wired in order to be effective and safe. Read and follow all of Whelen’s written instructions when installing or using this device. Emergency vehicles are often operated under high speed stressful conditions which must be accounted for when installing all emergency warning devices. Controls should be placed within convenient reach of the operator so that they can operate the system without taking their eyes off the roadway. Emergency warning devices can require high electrical voltages and/or currents. Properly protect and use caution around live electrical connections.Grounding or shorting of electrical connections can cause high current arcing, which can cause personal injury and/or vehicle damage, including fire. Many electronic devices used in emergency vehicles can create or be affected by electromagnetic interference. Therefore, after installation of any electronic device it is necessary to test all electronic equipment simultaneously to insure that they operate free of interference from other components within the vehicle. Never power emergency warning equipment from the same circuit or share the same grounding circuit with radio communication equipment. All devices should be mounted in accordance with the manufacturer’s instructions and securely fastened to vehicle elements of sufficient strength to withstand the forces applied to the device. Driver and/or passenger air bags (SRS) will affect the way equipment should be mounted. This device should be mounted by permanent installation and within the zones specified by the vehicle manufacturer, if any. Any device mounted in the deployment area of an air bag will damage or reduce the effectiveness of the air bag and may damage or dislodge the device. Installer must be sure that this device, its mounting hardware and electrical supply wiring does not interfere with the air bag or the SRS wiring or sensors. Mounting the unit inside the vehicle by a method other than permanent installation is not recommended as unit may become dislodged during swerving; sudden braking or collision. Failure to follow instructions can result in personal injury. Whelen assumes no liability for any loss resulting from the use of this warning device. PROPER INSTALLATION COMBINED WITH OPERATOR TRAINING IN THE PROPER USE OF EMERGENCY WARNING DEVICES IS ESSENTIAL TO INSURE THE SAFETY OF EMERGENCY PERSONNEL AND THE PUBLIC.Warnings to UsersWhelen’s emergency vehicle warning devices are intended to alert other operators and pedestrians to the presence and operation of emergency vehicles and personnel. However, the use of this or any other Whelen emergency warning device does not guarantee that you will have the right-of-way or that other drivers and pedestrians will properly heed an emergency warning signal. Never assume you have the right-of-way. It is your responsibility to proceed safely before entering an intersection, driving against traffic, responding at a high rate of speed, or walking on or around traffic lanes. Emergency vehicle warning devices should be tested on a daily basis to ensure that they operate properly. When in actual use, the operator must ensure that both visual and audible warnings are not blocked by vehicle components (i.e.: open trunks or compartment doors), people, vehicles, or other obstructions. It is the user’s responsibility to understand and obey all laws regarding emergency warning devices. The user should be familiar with all applicable laws and regulations prior to the use of any emergency vehicle warning device. Whelen’s audible warning devices are designed to project sound in a forward direction away from the vehicle occupants. However, because sustained periodic exposure to loud sounds can cause hearing loss, all audible warning devices should be installed and operated in accordance with the standards established by the National Fire Protection Association.Safety FirstThis document provides all the necessary information to allow your Whelen product to be properly and safely installed. Before beginning the installation and/or operation of your new product, the installation technician and operator must read this manual completely. Important information is contained herein that could prevent serious injury or damage.WARNING: This product can expose you to chemicals including Methylene Chloride which is known to the State of California to cause cancer, and Bisphenol A, which is known to the State of California to cause birth defects or other reproductive harm. For more information go to .Installation Guide:LED Traffic Advisor™Models: RFCF85, RFNF8551 Winthrop RoadChester, Connecticut 06412-0684Phone: (860) 526-9504Internet: Salese-mail:*******************CustomerServicee-mail:*******************®ENGINEERING COMPANY INC.Installation:Note:When routing wires, it is very important that you choose a path that will keep the wires away from any excessive heat or any vehicle equipment that could compromise the integrity of the wires (ex. trunk lids, door jams, etc.).Note:Permanent mounting of this product will require drilling.It is absolutely necessary tomake sure that no other vehicle components could be damagedby this process. Check both sides of the mounting surface before starting. If damage is likely, select a different mounting location.1.Position the unit onto its mounting location. Draw a pencil line onto the mounting surface along the top and bottom of the extrusion and a “centerline” centered between the two.2.Four 13/64” holes are required to mount this unit. These holes may be located anywhere along the horizontal centerline that you drew in step one. It’s best to locate the holes as far apart as possible. Mark the hole locations onto the mounting surface.ing a #9 drill bit, drill a hole in each of the hole locations marked.4.Remove the endcap and slide the hex-head mounting bolts (included) into any one of the three channels provided on the extrusion (use the top, rear or bottom channel depending on which position you wish to mount the unit) and reinstall the endcap.5.Align these bolts with the 4 mounting holes and insert them into the mounting holes.6.Install a flat washer and elastic stop nut onto each bolt and tighten.Wiring:WARNING: All customer supplied wires that connect to the positive terminal of the battery must be sized to supply at least 125% of the maximum operating current and FUSED at the battery to carry thatload. DO NOT USE CIRCUIT BREAKERS WITH THIS PRODUCT!Wire Connections:1.Extend the RED wire to the battery and install a 10 amp fuse block (customer supplied) on the end of the wire. Remove the fuse before connecting any wires to the battery. Connect the RED wire to the POSITIVE (+) battery terminal.IMPORTANT: There must not be more than 2 feet of wire between fuse block and battery. The wire between fuse and battery is unprotected, do not allow this wire to come in contact with any other wires.2.Extend the BLACK wire to the battery and connect it to the battery ground. If your vehicle has a cable extending from the negative terminal of the battery to the chassis, it is best to attach the black wire at the chassis connection.Operation:This T/A is controlled by the Whelen wireless Traffic Advisor™controller. Refer to the instructions that come with the controller for operation.Service:first loosen screw(s) bracket. squeeze together so disengages the pull the straight the removed lighthead and can harness removed lightbar.the of the technician interfere IMPORTANT!Before returning this vehicle to active service, visually confirm the proper operation of this product, as well as all vehicle components/equipment.SIDEDRIVER'S PASS.SIDE5PART NO. KEY:01-0684727-_85 =RED/CLEAR1 =AMBER/CLEAR {LED/LENS COLORPART NO. KEY:01-0684912-_85 =RED/CLEAR1 =AMBER/CLEAR {LED/LENS COLOR1236151441617181962021122131211810926277SCREW, 4 x 1-3/8 PPH PLASTI-LOK39-1V 17268-0111-36A 055-04546-076A 026-0046-076A 150-0039-1V 17268-0039-0917517-0246-0743526-0001-026A 002-01CLAMP NUT DIVIDER,11-243415-01726-0215001-0615-04521B -22019-343555-0001AR 4AR 11217AR 21111111111144401-0684912-_801-066B 983-1007-264851-00011-243415-03738-0143142-0014-062219-06D 10-0523376-_807-243514-00001-026A 286-0001-066B 983-5007-264851-001T A ASSY 500 CONICAL LED SNAP-IN I/C/,ELECT.ASSY T A 500 FLASH 8L T ,/- IGH BRACKET EXT. MT. 500 SNAP-IN-HALF ,LHEAD 500 CON3 LED STEADY AMBER LHEAD 500LED ST DY RED CON3EA END CAP EXTR. MOUNT w SLOT ,/END CAP EXT SNAP-IN,,CABLE POWER 2C 14,,-ONDUCTOR,AWG SEAL INTERFACE 2POS ,-HARNESS ASSY PASS. -T A 500 LIN LED,/HARNESS ASSY DR. -T A 500 LIN LED,/WASHER, #10 FLAT - 631" OD X .060"SCREW 10-24 X 3/4HEX HD MS SS,"SCREW #6-32 X 3/8 PPHMS ,CABLE ASSY INT. CONTROL RF,BRACKET EXT. MT. 500 SNAP-IN,EXTRUSION T A 500 LED SNAP-IN ,/GASKET END CAP,LABELBRACKET MTG. - RF MODULE,/RF RECEIVER MODULE -T/A 500GROMMET, .312" ID x .50" ODTY-WRAP, 6" BLACKNUT 10-24 ELASTIC STOP SS,HOUSING PLUG 2POS ,,-SEAL WIRE 2POS ,,-21-11101612-046-0743478-0116-1002220-5014-104436-12013-104120-06223ITEM PART NUMBERDESCRIPTIONQTY 11121314151617181920456789101212223242599262739-1V 17268-00SEAL,INTERFACE 2 POS UMNL 15-04521B -22019-343555-00088SCREW, #4 x 1 3/8" PPHCLAMP NUT DIVIDER,1AR 4111217AR AR 2111111111414401-026A 286-00RF RECEIVER MODULE -T/A 500SCREW #6-32 X 3/8PPHMS ,"T A 500 LINLED /,EAR ®BRACKET MTG. - RF MODULE ,LABEL07-243514-00010-0523343-*814-062219-06D 01-0684727-_8HARNESS,T/A 500 LINEAR LED, PASSENGER SCREW 10-24 X 3/4HEX HD MS SS ,"not shown WASHER, #10 FLAT - 631" OD X .060" not shown HARNESS,T/A 500 LINEAR LED, DRIVER CABLE, POWER, 2-CONDUCTOR, 14AWG.END CAP, EXT - SNAP-IN with .50 HOLES END CAP EXTR. MOUNT w SLOT ,/LIGHTHEAD, 500 LINEAR LED, STEADY,RED LIGHTHEAD, 500 LINEAR LED, STEADY,AMBER BRACKET EXT. MT. 500 SNAP-IN ,39-1V 17268-01SEAL WIRE 2POS ,,-ITION HOUSING, PLUG, 2-POSITION CABLE INT. CONTROL RF ,ELECT.ASSY T A 500 FLASH 8L T,/-IGH GASKET ENDCAP,EXTRUSION T A 500 LED SNAP-IN,/BRACKET EXT. MT. 500 SNAP-IN,11-36A 055-04507-264851-00101-066C 28925338-0143142-0011-243415-03701-066C 28921307-264851-00046-076A 150-0046-076A 026-0039-0917517-0246-0743526-0001-026A 002-01NUT 10-24 ELASTIC STOP SS ,,not shownTY-WRAP, 6" BLACKGROMMET, .312" ID x .50" OD13-104120-06214-104436-12046-0743478-0111-243415-01726-0215001-0621-11101612-016-1002220-5023ITEM PART NUMBER DESCRIPTIONQTY 1112131415161718192045678910121222324252627PASS.SIDEDRIVER'S SIDE1234561112146131516171819202122810926277。

GP12指导书

GP12指导书

精心整理1.目的:1.1从早期生产阶段开始, 公司实施额外的检查控制手段,以保证在本公司现场发现并解决质量问题,最大程度降低顾客生产过程中的质量风险。

2.范围:失效模式并在试生产中反映的一个质量过程。

是对PPAP 控制计划的重要增强。

4.2 GP12进入原则4.3 退出原则:4.3.1(GM产品)正式生产满1 个月或生产量达2000件或满足顾客特殊要求,在GP12检验记录表上未发现不合格现象和顾客工厂反馈的PRR,可以向顾客申请退出GP12控制,顾客同意后方可退出4.3.2(其他产品)如果进入时没有指定控制时间或数量,GP12 应保持三个月,并且数量达到1200件,如果有一个质量问题在GP12 或被顾客发现,则在纠正措施执行后,GP12 必须持续2 周;如果GP12检验继续发现不合天可题清单》上。

GP12检验员通知库管员不合格品和可疑品数量,并取相同数量的产品重新进行GP12检验,合格后放入发货箱中。

对于发现的不合格品按《不合格品控制程序》进行处理。

5.3.经GP12检验的合格产品按照《产品检验状态标识作业指导书》执行标识。

6.场地要求:6.1GP12检验区域必须是单独的场地并建立检验信息看板。

6.1.1GP12检查场地必须与生产现场隔离,需划分待检区域、不合格区域、合格品区域。

6.1.2现场需建立GP12检查信息看板,看板上应张贴以下内容:检查清单、1、要求GP12区域必须与生产车间完全隔离,区域内有充足的光线照明,并设置有待检区、合格区、不合格区,并用标记明显的区分开来。

2、要求GP12检验员于每班上班时将以上之文件信息等张贴于看板上,并于每班下班时将看板上的文件信息等收集起来,保存于文件夹中,更换产品时要求看板中的文件做相应更换。

3、要求GP12检验员在每周五将本周的所有产品GP12检验记录上交到后期质量工程师处,后期质量工程师对检验数据进行登记汇总,登记完成后1234对567、G P12退出申请报告:由后期质量工程师负责填写。

杰诺斯 G900 液化气烧烤炉说明书

杰诺斯 G900 液化气烧烤炉说明书

DESPIECE TECNICOGAMA 900Modelos:BG9-05BG9-10Marzo 2009 MarchRevisado Mayo 2014 May Revised1T055470000PARRILLA INOXIDABLE G9001T055458000PARRILLA DE FUNDICION G9002H015408000SOPORTE PARRILLA G900212044203SOPORTE PARRILLA G900 MEK Q162040000TUERCA EXAGONAL M6Q261040000ARANDELA MUELLE A63H125419000ASA BARBACOA 900 4T065460000EMPUÑADURA5H015407000REJILLA INOX G900 H012616000LATERAL REJILLA G900Q419005000REMACHE 4x8 ALMG3 / ALUMINIO 12010138REMACHE 4x7,5 INOX 6H015406000CAJA INTERIOR G900N100322000COJINETE AUTOLUBRICADO S/NºH012825000POSTERIOR INTERIOR G900 S/NºH012609000ANTERIOR INTERIOR BG900 Q419005000REMACHE 4x8 ALMG3 / ALUMINIO Q221343000REMACHE EXAGONAL M6Q151336000TORNILLO SOPORTE GUIAS7R062810000PANEL LATERAL DERECHO G-900Q221342000REMACHE EXAGONAL M5Q419005000REMACHE 4x8 ALMG3 / ALUMINIO Q162030000TUERCA EXAGONAL M58X162680000ESCUADRA INT. ANTE. MESA 1/2M 8X162690000ESCUADRA INT. ANTE. MESA 1/2M 8U022605000ESCUADRA INT. ANTER. MESA 1M 8U022632000ESCUADRA INT. ANTER. MESA 1M Q012032000TORNILLO EXAGONAL M5x15 A3049R045416000ANTERIOR MESA 1/2M 9S105402000ANTERIOR MESA 1MQ152004000TORN. APLASTADO M5x13 A304 INTRODUCIDO 13.01.14612612 ELIMINADO 01.09.09BENCH FRONT INT BRACKET 1M _1_1BENCH FRONT INT. BRACKET 1/2M 1_1_ELIMINADO 01.09.09INTRODUCIDO 01.09.09FRONT BENCH 1/2M 1_1_BENCH FRONT INT. BRACKET 1/2M 1_1_2__291HEXAGONAL RIVET M5999HEXAGONAL FLAT SCREW M5x13 A 2222012612B G 9-10 P I20_12102 _10B G 9-05 P I1B G 9-10 P FB G 9-05 P FNOTAS1I T E MCODIGO TEXTODENOMINACION RIVET 4X7,5 INOX HEXAGONAL RIVET M6RIVET 4X8 ALMG3 / ALUMINIUM STAINLESS STEEL GRILLE G900REAR INTERIOR G900 CAST IRON GRILLE G900SELF LUBRICATED BEARING 6INOX GRILLE G900 1GRILLE SUPPORTG900 MEK 1HEXAGONAL NUT M62GRILLE SIDE G900 26FRONT BENCH 1M RIGHT SIDE PANEL G-900111ELIMINADO 13.01.14 126INTERIOR BOX G900BENCH FRONT INT BRACKET 1M _1_INTRODUCIDO 01.09.0912211211_1_12FRONT INTERIOR BG900 12121HANDLE 2422ELIMINADO 02.04.124212424INTRODUCIDO 02.04.1242SPRING WASHER A62424424BARBECUE HANDLE 900 22434RIVET 4X8 ALMG3 / ALUMINIUM 173417GUIDE SUPPORT BOLT 88RIVET 4X8 ALMG3 / ALUMINIUM 33883HEXAGONAL NUT M5111316HEXAGONAL BOLT M5x15 A304666ELIMINADO 02.04.12GRILLE SUPPORT G900 1212Pág. 2.Q302022000ARANDELA 16x6x1,2 A30410H012823000PORTAMANDOS BG9-0510H022808000PORTAMANDOS BG9-10 U022836000ESCUDO FAGORQ152004000TORNILLO APLASTADO M5x13 11H012821000ASA BANDEJA IZQUIER. DERECHA Q419005000REMACHE 4x8 ALMG3 / ALUMINIO 12H012612000CAJON RECOGEGRASAS G900 S/NºH012615000REFUERZO CAJON G900 13H012611000BASE BG9-05 COMPLETA 13H022607000BASE BG9-10 COMPLETA 14Z200107000PATA REGULABLEQ221345000REMACHE EXAGONAL M1015H012805000ESCUADRA AMARRE PATA Q162030000TUERCA EXAGONAL M5Q242030000ARANDELA ABANICO A5 A304Q221345000REMACHE EXAGONAL M1016R062811000PANEL LATERA IZQUIERDO G-900Q221342000REMACHE EXAGONAL M5Q419005000REMACHE 4x8 ALMG3 / ALUMINIO Q162030000TUERCA EXAGONAL M5Q242030000ARANDELA ABANICO A5 A30417H012824000PANEL POSTERIOR 1/2M 17H022809000PANEL POSTERIOR 1MQ419005000REMACHE 4x8 ALMG3 / ALUMINIO X010503000CIERRE MUELLEQ419005000REMACHE 4X8 ALMG3 / ALUMINIO 18R205438000SOPORTE EMBELLECEDOR 1/2M 18R205439000SOPORTE EMBELLECEDOR 1M Q419005000REMACHE 4X8 ALMG3 / ALUMINIO 19R205425000EMBELLECEDOR ESMALTE ENAMEL TRIM 1212RIVET 4X8 ALMG3 / ALUMINIUM 2424TRIM SUPPORT 1M_1_11/2M TRIM SUPPORT 1_1_RIVET 4X8 ALMG3 / ALUMINIUM 4444LOCK SPRING2222RIVET 4X8 ALMG3 / ALUMINIUM 4444REAR PANEL 1M_1_1REAR PANEL 1/2M 1_1_FAN WASHER A5 A3041111HEXAGONAL NUT M51111RIVET 4X8 ALMG3 / ALUMINIUM 3333HEXAGONAL RIVET M59999LEFT SIDE PANEL G-9001111HEXAGONAL RIVET M102222FAN WASHER A5 A3044444HEXAGONAL NUT M54444LEG FASTENING BRACKET 2222HEXAGONAL RIVET M104444ADJUSTABLE LEG4444BASE BG9-10 COMPLETE _1_1BASE BG9-05 COMPLETE 1_1_DRAWER REINFORCEMENT G900 1212GREASE COLLECTION DRAWER G91212RIVET 4X8 ALMG3 / ALUMINIUM2424LEFT TRAY HANDLE RIGHT 1212FLAT HEAD SCREW M5X134444FAGOR EMBLEM1111CONTROL HOLDER BG9-10_1_1CONTROL HOLDER BG9-051_1_NOTASWASHER 16x6x1.2 A3042222I T E MCODIGO DENOMINACION TEXTOB G 9-05 P IB G 9-10 P IB G 9-05 P FB G 9-10 P FPág. 2.1T055703000QUEMADOR BARBACOA Q162030000TUERCA EXAGONAL M5Q302022000ARANDELA 16x6x1,2 A3042H122814000TUBO DE ENCENDIDO COMPLETO 212045111TUBO ENCENDIDO + ESCU. PILOTO 3H212819000DISTANCIADOR4H212821000EMBELLECEDOR TUBO ENCEND.Q221324000TUERCA 3/4 GASQ221023000CLIP SUJECIÓN RÁPIDA Ø55U222130000TERMOPAR L=6006U322118000PILOTO COMPLETO 100.062U442137000INYECTOR Ø 0,40 G-N 7X022131000BUJIAR613030000CABLE BUJIA8H015026000TUBO PILOTO BARBACOA 9U333003000CABLE MASA ENCENDEDOR Q563004000LENGÜETA COMPONENTES Q151301000PHILIPS 8x5/810S113034000PIEZOELECTRICO1012043897PIEZOELECTRICO COMPLETO S/Nº12043907ANILLO ADAPTADOR 11U022117000MANDO MONTADO Ø812U022119000GRIFO 18700 BY-PASS 1,3013U912104000BRIDA AMARRE GRIFO 1/2"Q122032000TORNILLO ALLEN M.5x1514U915014000PORTATOBERAS HORNO Q306055000ARANDELA16X10,3X1Q223019000TUERCA 3/8 GAS LATÓN15H015030000CONDUCCION A QUEMADOR COM.Q153002000TORNILLO TAPON NUT 3/8 GAS BRASS 12WASHER 16X10.3X11222INJECTOR Ø 0.40 G-N OVEN NOZZLE HOLDER 1212SPACER12SPARK PLUG CABLEWASHER 16x6x1.2 A30412PHILIPS 8X5/812COMPONENTS TONGUE MOUNTED CONTROL Ø81212THERMOCOUPLE L=6001221PILOT ON + SQUARE TUBE 12INTRODUCIDO 07.05.121BARBECUE PILOT PIPE RAPID CONNECT CLIP Ø524COMPLETE PILOT LIGHT 100,0621SPARK PLUG12BARBECUE BURNER 121212IGNITION PIPE TRIM NUT 3/4 GASCOMP. BURNER PIPE 12CAP BOLT 12TEXTODENOMINACION NOTASB G 9-05B G 9-10I T E MCODIGO HEXAGONAL NUT M512TAP 18700 BY-PASS 1.3012TAP FASTENING FLANGE 1/2"12ALLEN HEAD SCREW M.5x1512COMPLETE IGNITION PIPE 12ELIMINADO 07.05.12PIEZOELECTRIC12ELIMINADO 02.05.12COMPLETE PIEZOELECTRIC 12INTRODUCIDO 02.05.12ADAPTER RING11INTRODUCIDO 02.05.12ELIMINADO 02.05.12LIGHTER EARTH CABLE 12Pág. 5.16R302400000TOBERA Ø 1,65 B-P 16U054400000TOBERA Ø 2,5 G-N 17U325707000REGULADOR DE AIREQ012031000TORNILLO EXAGONAL M5x10 A30418H015027000DISTRIBUIDOR COMPLETO BG9-05 18H015024000DISTRIBUIDOR COMPLETO BG9-10Q221342000REMACHE EXAGONAL M519U635008000TUERCA CIEGA 3/4Q306051000ARANDELA TAPON Ø 23,5x3NOZZLE Ø 1.65 B-P 12HEXAGONAL BOLT M5x10 A30412NOZZLE Ø 2.5 G-N 12AIR REGULATOR12CAP WASHER Ø 23.5x322HEXAGONAL RIVET M512BLIND NUT 3/412COMPLETE DISTRIBUTOR BG9-01_NOTASB G 9-05I T E MCODIGO TEXTODENOMINACION B G 9-10COMPLETE DISTRIBUTOR BG9-1_1Pág. 6.H016502000FOLLETO DE INSTRUCCIONES H016518000FOLLETO DE INSTRUCCIONES BG T056502000CARBON VOLCANICO (BOLSA)ELIMINADO 14.05.09INSTRUCTION LEAFLET 11VOLCANIC ROCK CHARCOAL 12INTRODUCIDO 14.05.09NOTASINSTRUCTION LEAFLET BG 11B G 9-10MOD.BARBACOA I T E MCODIGO TEXTODENOMINACION ZONAPLANO VARIOS B G 9-05Pág. 7.BUTANO - PROPANO 16R302400000TOBERA Ø 1,65S/NºU136501000INDICADOR BUTANO-PROPANOGAS NATURAL 16U054400000TOBERA Ø 2,56U442137000INYECTOR Ø 0,40S/NºU134402000INDICADOR GAS NATURAL GAS VILLA169424500000TOBERA Ø 5,35S/NºU134310000INDICADOR GAS VILLA B G 9-05B G 9-10I T E MCODIGO TEXTODENOMINACION NOTASNOZZLE Ø 1.6512INDICATOR BUTANE-PROPANE11NOZZLE Ø 2.512INJECTOR Ø 0.4012INDICATOR GAS NATURAL11NOZZLE Ø 5.3512TOWN GAS NATURAL GAS BUTANE - PROPANE INDICATOR TOWN GAS11Pág. 8.16U112403000TOBERA Ø 2,65H016515000FOLLETO DE INSTRUCCION. BG-A INSTRUCTION LEAFLET BG-A 11NOZZLE Ø 2.6512NOTASB G 9-10I T E MCODIGO TEXTO DENOMINACION B G 9-05Pág. 9.5U222130000TERMOPAR L=6006U322118000PILOTO COMPLETO 100.062U442137000INYECTOR Ø 0,40 G-N 7X022131000BUJIAR613030000CABLE BUJIA8H015026000TUBO PILOTO BARBACOA1012043897PIEZOELECTRICO COMPLETO S/Nº12043907ANILLO ADAPTADOR12U022119000GRIFO 18700 BY-PASS 1,30C-2176TAP 18700 BY-PASS 1.3012C-2176ADAPTER RING11COMPLETE PIEZOELECTRIC 12C-2176C-2176C-2176BARBECUE PILOT PIPE12C-2176SPARK PLUG12C-2176INJECTOR Ø 0.40 G-N 12C-2176C-2176COMPLETE PILOT LIGHT 100,06212THERMOCOUPLE L=60012SPARK PLUG CABLE 12NOTASI T E MCODIGO DENOMINACION TEXTOB G 9-05B G 9-10MOD.BARBACOA ZONAREPUESTOS RECOMENDADOS RECOMMENDED SPARE PART PLANO Pág. 10.。

VCS1212_069_Plastic_ PA66

VCS1212_069_Plastic_  PA66

Dept / Issued byThomas Andersson Issue1Established 2009-08 UM Page1(5)The English language version is the original and the reference in case of dispute.Den engelska språkversionen är originalversion och ska åberopas i händelse av tvist.Plastic 91206Plast 91206PA66 plasticPA66-plastOrientationOrienteringThis VCS standard is identical to the previously issued STD 1212,06, issue 1, which it replaces for Volvo Cars.Denna VCS-standard är identisk med tidigare utgiven STD 1212,06, utgåva 1, och ersätter denna för Volvo Personvagnar.ContentsInnehåll1 Application 1 Tillämpning2 Requirements 2 Krav2.1 Material requirements 2.1 Materialkrav 2.2 Other requirements 2.2 Övriga krav3 Delivery specifications3 Leveransföreskrifter1 Application1 TillämpningIn case of deviations from or supplements to the standard, the respective drawing or TR applies. Vid eventuell avvikelse från eller komplettering av standarden gäller respektive ritning eller TB.2 Requirements 2 Krav2.1 Material requirements 2.1 MaterialkravProperties Unit Plastic/ Plast 91206 Test method Egenskaper Enhet -1 -2 -2E -3 -3E ProvningsmetodYoung′s modulus Youngs modul MPa min 900 1200 1000 3400 2500 VCS 1024,21119(ISO 527)Impact strength at +23 °C Notched rod, Charpy Slagseghet vid +23 °C Skårad stav, Charpy KJ/m2min 80 14 14 7 8 VCS 1024, 35169(ISO 179/1A)Impact strength at -40 °C Notched rod, Charpy Slagseghet vid -40 °C Skårad stav, Charpy KJ/m2min 12 3 3 5 6 VCS 1024, 35169(ISO 179/1A)Change in impact strength at +23 °C. Notched rod, Charpy (heat ageing, 1000 h +120 °C)Förändring av slagseghet vid +23 °C. Skårad stav, Charpy (värmeåldring 1000 h, +120 °C) % max 30 30 30 30 30 VCS 1024, 35169(ISO 179/1A)Ageing as per VCS1027,22319 (ISO 188)VCS 1024, 35169(ISO 179/1A)Ådring enligt VCS1027,22319 (ISO 188)Change in impact strength at +23 °C. Notched rod, Charpy (heat ageing in oil IRM 902 +120°C, 1000 h) Förändring av slagseghet vid +23 °C. Skårad stav, Charpy (värmeåldring i olja IRM 902 +120 °C i 1000 h) % max - - 30 - 30 VCS 1024, 35169(ISO 179/1A)Ageing as per VCS1027,22319 (ISO 188)VCS 1024, 35169(ISO 179/1A)Åldring enligt VCS1027,22319 (ISO 188)Change in impact strength at -40 °C. Notched rod, Charpy (heat ageing 1000 h, +120 °C)Förändring av slagseghet vid -40 °C. Skårad stav, Charpy (värmeåldring 1000 h, +120 °C) % max 30 30 30 30 30 VCS 1024, 35169(ISO 179/1A)Ageing as per VCS1027,22319 (ISO 188)VCS 1024, 35169(ISO 179/1A)Åldring enligt VCS1027,22319 (ISO 188)Temperature of deflection under load (HDTA) Formbeständighetstempe-ratur under belastning (HDTA) °C min 60 65 65 230 230 VCS 1027,26219(ISO 75)Description Beskrivning ≈ 15 %glass/glas≈ 15 %glass/glasProperties Unit Plastic/ Plast 91206 Test method Egenskaper Enhet -4 -4E -5 -5E -6 -6E ProvningsmetodYoung′s modulus Youngs modul MPa min 5000 3800 6500 6000 7500 6500 VCS 1024,21119(ISO 527)Impact strength at+23 °C. Notched rod, Charpy Slagseghet vid +23 °C Skårad stav, Charpy KJ/m2min 11 11 15 15 16 16 VCS 1024, 35169(ISO 179/1A)Impact strength at-40 °C. Notched rod, Charpy Slagseghet vid -40 °C Skårad stav, Charpy KJ/m2min 8 8 10 10 11 11 VCS 1024, 35169(ISO 179/1A)Change in impact strength at +23 °C. Notched rod, Charpy (heat ageing 1000 h, +120 °C)Förändring av slag-seghet vid +23 °C. Skårad stav, Charpy (värmeåldring 1000 h, +120 °C) % max 30 30 30 30 30 30 VCS 1024, 35169(ISO 179/1A)Ageing as perVCS 1027,22319(ISO 188)VCS 1024, 35169(ISO 179/1A)Åldring enligtVCS 1027,22319(ISO 188)Change in impact strength at +23 °C. Notched rod, Charpy (heat ageing in oil IRM 902 +20 °C, 1000 h)Förändring av slag-seghet vid +23 °C.Skårad stav, Charpy (värmeåldring i olja IRM 902 +120 °C, 1000 h) % max - 30 - 30 - 30 VCS 1024, 35169(ISO 179/1A)Ageing as perVCS 1027,22319(ISO 188)VCS 1024, 35169(ISO 179/1A)Åldring enligtVCS 1027,22319(ISO 188)Change in impact strength at -40 °C. Notched rod, Charpy (heat ageing+120 °C, 1000 h)Förändring av slag-seghet vid -40 °C.Skårad stav, Charpy (värmeåldring +120 °C, 1000 h) % max 30 30 30 30 30 30 VCS 1024, 35169(ISO 179/1A)Ageing as perVCS 1027,22319(ISO 188)VCS 1024, 35169(ISO 179/1A)Åldring enligtVCS 1027,22319(ISO 188)Temperature of deflection under load (HDTA)Formbeständighets-temperatur under belastning (HDTA) °C min 235 235 240 240 245 245 VCS 1027,26219(ISO 75)Description Beskrivning ≈ 25 %glass/glas≈ 25 %glass/glas≈ 30 %glass/glas≈ 30 %glass/glas≈ 35%glass/glas≈ 35%glass/glasProperties Egenskaper UnitEnhetPlastic/ Plast91206Test methodProvningsmetod-7 -7EYoung′s modulus Youngs modul MPa min 1050010000VCS 1024,21119(ISO 527)Impact strength at +23 °C Notched rod, Charpy Slagseghet vid +23 °C Skårad stav, Charpy KJ/m2min 18 18 VCS 1024, 35169(ISO 179/1A)Impact strength at -40 °C Notched rod, Charpy Slagseghet vid -40 °C Skårad stav, Charpy KJ/m2min 12 12 VCS 1024, 35169(ISO 179/1A)Change in impact strength at +23 °C. Notched rod, Charpy (heat ageing 1000 h, +120 °C) Förändring av slagseghet vid +23 °C. Skårad stav, Charpy (värmeåldring 1000 h, +120 °C) % max 30 30 VCS 1024, 35169(ISO 179/1A)Ageing as per VCS 1027,22319(ISO 188)VCS 1024, 35169(ISO 179/1A)Åldring enligt VCS 1027,22319(ISO 188)Change in impact strength at +23 °C. Notched rod, Charpy (heat ageing in oil IRM 902 +120 °C, 1000 h)Förändring av slagseghet vid +23 °C. Skårad stav, Charpy (värmeåldring i olja IRM 902 +120 °C, 1000 h) % max - 30 VCS 1024, 35169(ISO 179/1A)Ageing as per VCS 1027,22319(ISO 188)VCS 1024, 35169(ISO 179/1A)Åldring enligt VCS 1027,22319(ISO 188)Change in impact strength at -40 °C. Notched rod, Charpy (heat ageing 1000 h, +120 °C) Förändring av slagseghet vid -40 °C. Skårad stav, Charpy (värmeåldring 1000 h, +120 °C) % max 30 30 VCS 1024, 35169(ISO 179/1A)Ageing as per VCS 1027,22319(ISO 188)VCS 1024, 35169(ISO 179/1A)Åldring enligtVCS 1027,22319 (ISO 188)Temperature of deflection under load (HDTA)Formbeständighetstemperatur under belastning (HDTA) °C min 245 245 VCS 1027,26219(ISO 75)Description Beskrivning ≈ 50 %glass/glas≈ 50 %glass/glas2.1 Other requirements 2.1 Övriga kravThe test pieces shall be conditioned in accordancewith ISO 1110.Provkropparna konditioneras enligt ISO 1110.Unless otherwise stated, this standard applies to naturally coloured (white, semi-transparent) material. Om inte annat anges avser standarden naturfärgat material (vitt, halvtransparent).Material in accordance with this standard must not contain cadmium. Material enligt denna standard ska vara fritt från kadmium.3 Delivery specifications 3 Leveransföreskrifter See VCS 1007,319. Se VCS 1007,319.。

罗地亚产品目录

罗地亚产品目录
HLB:3-4/7-8/14-16;浊点:22-26/30-34/57-61
ANTAROX B12DF
高效的水溶性消泡剂
微浊液体
200KG/桶
脂肪醇聚醚型非离子表活,可生物降解, EO-PO共聚,用于清洗剂,强碱中稳定。
HLB:7.5;浊点:22
Antarox 17R2/17R4
EO/PO嵌段共聚物
119.58KG/桶
低泡,优异的硬表面清洁以及润湿性能,可生物降解,有效抑制其他表面活性剂的泡沫。主要用于各类金属、电镀清洗、玻璃、瓷器等硬表面清洗,可作为中性常温高压喷淋剂主剂;BL-225低温(35℃)泡沫少,BL-240的效果优于NP。可替代巴斯夫Plurofac LF221/305;沙索FK158/FK69。
添加量(抑制剂):0.5g/L; PH:6-7
Albritect CP40
特殊结构的膦酸盐聚合物
浅黄色液体
20KG/桶
无铬钝化添加剂,Cr3+和Cr6+的替代品,对金属表面润湿能力强,用于镀锌钢板、铝板等钝化处理,在其表面覆上一层单分子层,从而改善耐盐雾性能,而且不影响镀层的颜色和外观;用于三价铬钝化液,能明显提高钝化层的耐盐雾性能;也可以用于铝钝化液,提高铝材的耐腐蚀性能,不影响后续涂层的附着力;也可用于镀铬后处理中,做耐指纹剂。 添加量:1g/L
超强的渗透力、乳化力,优异的去污能力,粘度低,寒冷季节使用方便替代NP(TX-10)、OP-10等,有3/5/6/7/9/10EO供选择
HLB:8/10.5/11.4/12.1/13.3/13.7
浊点:48-50/64-66/69-72/73-75/57-59/75-77
FentacareF08
无溶剂C9-C11烷基乙氧基化物

宾夕法尼亚州猎杀的白尾鹿血清中抗鼠弓形体抗体的检测

宾夕法尼亚州猎杀的白尾鹿血清中抗鼠弓形体抗体的检测

宾夕法尼亚州猎杀的白尾鹿血清中抗鼠弓形体抗体的检测Hump.,JG;金光明
【期刊名称】《国外兽医学:畜禽传染病》
【年(卷),期】1996(016)001
【摘要】应用改良的凝集试验检测宾夕法尼亚州被猎杀的593头白尾鹿血清样
本中抗鼠弓形体抗体,结果表明60%(357/593)鹿抗鼠弓形体抗体阳性,10%鹿抗体效价为25.23%鹿抗体效价为50.27%鹿抗体效价≥500,性别间的特异性差异没有检测。

【总页数】2页(P49-50)
【作者】Hump.,JG;金光明
【作者单位】不详;不详
【正文语种】中文
【中图分类】S852.43
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Passage 105 (5/17)——经济管理类 wrong 1During the 1960’s and 1970’s, the primary economic development strategy of local governments in the United States was to attract manufacturing industries. Unfortunately 负评价, this strategy was usually implemented at anothe r community’s expense: many manufacturing facilities were lured away from their moorings elsewhere through tax incentives and slick promotional efforts. Through the transfer of jobs and related revenues that resulted from this practice, one town’s triumph could become another town’s tragedy. 策略1,负评价In the 1980’s the strategy shifted from this zero-sum game to one called “high-technology development,” in which local governments competed to attract newly formed high-technology manufacturing firms. Although this approach was preferable to victimizingmanufacturing firms employ only a specially trained fraction of the manufacturing workforce, and there simply are not enough high-tech firms to satisfy all geographic areas. 策略二,负评价Recently, local governments have increasingly come to recognize the advantages正评价of yet a third strategy:the promotion of homegrown small businesses. Small indigenous businesses are created by a nearly ubiquitous resource, local entrepreneurs. With roots in their communities, these individuals are less likely to be enticed away by incentives offered by another community. Indigenous industry and talent are kept at home, creating an environment that both provides jobs and fosters further entrepreneurship.策略三正评价逻辑简图:一段:During the 1960’s and 1970’s,,manufacturing industries, unfortunately二段:In the 1980’s,high-technology, preferable to first, shortcomings三段:recently,advantage of third, homegrown small business亮点:问题解决型 KW strategy144. T he primary purpose of the passage is to 目的性主题题(A) advocate more effective strategies for encouraging the development of high-technology enterprises in the United States(B) contrast the incentives for economic development offered by local governments withthose offered by the private sector(C) acknowledge and counter adverse criticism of programs being used to stimulatelocal economic development(D) define and explore promotional efforts used by local governments to attract newindustry(E) review and evaluate strategies and programs that have been used to stimulateeconomic developmentThe best answer is E. Each paragraph of the passage describes a strategy or program used by local governments in an attempt to stimulate economic development in their locales. In each case, an evaluation is made of the strategy or program that is discussed. Choices Aand D are incorrect because only parts of the passage are concerned with specific strategies focusing on high-technology enterprises or attracting new industry. Since no incentive offered by the private sector are discussed, B can be eliminated. Choice C is incorrect because no attempt is made in the passage to counter the criticism that are raised against the strategies discussed in the first two paragraphs.145. T he passage suggests which of the following about the majority of United States直接事实题(A) They lost many of their most innovative personnel to small entrepreneurialenterprises.(B) They experienced a major decline in profits during the 1960’s and 1970’s.(C) They could provide real economic benefits to the areas in which they were located.(D) They employed workers who had no specialized skills.(E) They actively interfered with local entrepreneurial ventures.Through the transfer of jobs and related revenues that resulted from this practice,The best answer is C. The final sentence of the first paragraph suggests that, during the 1960’s and1970’s, a town that attracted a manufacturer thereby achieved a “triumph” (line 9), whereas a town losing one of these industries suffered a “tragedy” (line 10). It is thus suggested that the majority of these industries prior to the 1980’s could provide real economic benefits to the areas in which they were located. Choice D can be eliminated, because although the last sentence of the second paragraph suggests that manufacturing industries prior to the 1980’s did not limit their employment to a specially trained fraction of manufacturing workers, it does not suggest that the majority of these industries employed workers who had no specialized skills. Nothing in the passage suggests any of the statements made in A, B, and E.146. T he tone of the passage suggests that the author is most optimistic about the economic development potential of which of the following groups?直接事实题(A) Local governments(B) High-technology promoters(C)Local entrepreneurs(D) Manufacturing-industry managers(E) Economic development strategistsSmall indigenous businesses are created by a nearly ubiquitous resource, local entrepreneurs.The best choice is C. The first two paragraphs describe shortcomings of the strategies of attracting manufacturing industries and high-technology industries, and the third paragraph describes the advantages, and mentions no disadvantages, of promoting small businesses run by local entrepreneurs. Thus, the author appears to be most optimistic about the economic development potential of local entrepreneurs. The passage’s tone does not indicate that the author is more optimistic about groups mentioned in A, B, D, and E than about local entrepreneurs.注意定位作者的态度147. T he passage does NOT state which of the following about local entrepreneurs?信息题(A) They are found nearly everywhere.(B) They encourage further entrepreneurship.(C) They attract out-of-town investors.(D) They employ local workers.(E) They are established in their communities.The best answer is C. The third paragraph discusses local entrepreneurs, and nowhere is it said that they attract out-of-town investors. However, it is said that they are “ne arly ubiquitous” (line24), that their local businesses both foster “further entrepreneurship” (lines 29-30) and create an environment that “provides jobs” (lines 28-29), and that they have “roots in their communities” (lines 25-26), thus ruling out A, B, D, and E, respectively.148. T he author of the passage mentions which of the following as an advantage of high-technology development?直接事实题(A) It encourages the modernization of existing manufacturing facilities.(B) It promotes healthy competition between rival industries.(C) It encourages the growth of related industries.(D) It takes full advantage of the existing workforce. 反(E) It does not advantage one local workforce at the expense of another.In the 1980’s the strategy shifted from this zero-sum game to one called “high-technology development,”The best choice is E. The first paragraph mentions that a shortcoming of the strategy of attracting manufacturing industries was that jobs moved from one town to another. The second paragraph states that the strategy of high-technology development was “preferable to victimizing other geographical areas by taking their jobs” (lines 15-16). Nothing in the passage suggests that high-technology development has any of the advantages mentioned in choices A, B, and C. Lines 16-20 imply that high-technology development does not have the advantage mentioned in choice D.。

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