MGPM25-300Z资料下载
MG300-730-WD采煤机说明书（1140V）
MG300-730-WD采煤机说明书（1140V）鸡西煤矿机械有限公司2010年5⽉说明书MG200/530–WDMG250/630–WD 交流电牵引采煤机 MG300/730–WD MG300/730–WD1MG300/730-WD 系列交流电牵引采煤机M G 300/730-W D 系列电牵引采煤机三维数字样机⽬录前⾔ (1)机械部分 (3)第⼀章概述 (3)第⼆章牵引部 (10)第三章截割机构 (17)第四章⾏⾛部 (25)第五章液压系统 (27)第六章喷雾冷却系统 (34)第七章辅助装置 (36)第⼋章采煤机的使⽤要求 (40)电⽓部分 (45)⼀、概述 (45)⼆、环境条件 (45)三、防爆型式及标志 (45)四、主要参数 (46)五、技术特点 (46)六、电控箱体结构 (47)七、电控系统组成和⼯作原理 (48)⼋、安装调试 (55)九、操作 (55)⼗、常见故障排除 (56)⼗⼀、使⽤注意事项 (57)附录1： (58)附录2： (60)前⾔尊敬的客户，为了⽅便⽤户使⽤好采煤机，确保采煤机的正确操作、安全使⽤和维修保养，延长采煤机使⽤寿命，提⾼采煤机⽣产效率，从⽽使⽤户取得最⼤经济效益，我们编制了采煤机说明书。
该说明书重点对采煤机的适⽤范围、结构特点、⼯作原理和维护保养做了较为详尽的介绍和说明。
希望⽤户在使⽤该采煤机前要认真阅读说明书，掌握⼯作原理和使⽤⽅法，并根据实际情况，制定相应的采煤机使⽤、维护、保养岗位责任制。
属关联检验的设备不得随意更改，如需要更换必须经相关机构进⾏配接检验后⽅可使⽤。
采煤机上电⽓隔爆腔的盖板上设有“严禁带电开盖”或“放电⼗五分钟⽅可打开”的安全警告牌，使⽤中安全警告牌有可能脱落。
所以，特别需要注意：检修采煤机时禁⽌带电开启所有防爆电器设备的盖板。
同时，在采煤机使⽤过程中，请严格遵守《煤矿安全规程》的如下规定：（⼀）采煤机上必须装有能停⽌⼯作⾯刮板输送机运⾏的闭锁装置。
MKZ 米克重控制器说明书
MKZ300米克重控制器说明书（V3.34）山东博硕电子有限公司地址: 山东省济南市齐鲁软件园A2座3层网址：邮编: 250101全国统一服务热线:4006586765注：本公司保留对此产品进行修改和改进的权力，技术上的改进，恕不另行通知。
1. 概述1.1简介塑料薄膜、管材、电缆等生产过程中由于塑料颗粒等原材料实际堆积密度时刻变化、不均匀流动，以及昼夜温差、电网电压波动、过滤网堵塞等原因，造成成品厚度不均，为解决此类问题，我公司研发了全自动米克重控制器。
1.2功能特点1、准确一致的米重，提高品质，节约原材料。
2、自动控制米重重量，减少人工干预，降低工人劳动强度。
3、可根据上牵引速度同步控制三个下牵引，降低工人劳动强度，提升产品质量。
4、具有主机调速控制，在调整主机转速后，可以快速跟踪调整。
5、具有换料控制，在加料过程中持续关闭加料阀门，方便前一个配比的物料全部排空。
6、变频器手动可以外接电位器，相较于市场上其它类似产品使用更加方便快捷。
7、实时显示各主机流量及物料百分比，可以实时判断配比的正确性，并可作为主机螺旋的运行状况的参考依据。
8、具有缺料报警、加料超时、牵引超频、比例失调等报警功能，可以实时提醒工人及时处理各种突发情况，减少废品率提高生产效率。
9、实时显示各物料消耗及总产量，方便统计管理。
10、具有过滤网堵塞报警，可提示工人及时更换滤网。
11、所有接口采用数字隔离技术，抗干扰能力强。
12、具有RS485和以太网接口，方便联网管理。
13、采用7寸液晶屏显示，清晰直观。
2. 技术规格1、电源：85～265V 50Hz（或60Hz）±4%。
2、称重传感器激励电压：5VDC±5％，总共最大提供电流120mA。
3、模拟量输出类型：0～5V，0～10V。
4、计米器激励电压DC12V，最大提供电流100mA。
5、开关量输出电压DC24V，报警输出最大提供电流500mA，其余最大提供电流200mA。
mgp气缸(SMC带导杆)
!"#$%MGP (ø12ø100)· 体积小、轻巧。
· 耐横向负载能力强。
· 耐扭矩能力强。
· 不回转精度高。
· 导向杆的轴承可选择滑动轴承或球轴承。
· 安装方便。
· 二面接管位置可供选择。
最大横向负载F(N) 最大扭矩T(N •m)扭矩：T(N型号表示方法* 中间行程间隔为1mm(ø12~ø32)或5mm(ø40~ø100); 若需要非标准行程需加垫板于标准 行程气缸内。
** 磁性开关规格及特性可参阅磁性开关系列。
在磁性开关型号后，附 导线长度表示记号：无记号－0.5m ，L －3m ，Z-5m 。
例：Y59A, Y59AL行程/磁性开关型号MGPM , MGPL 共同尺寸表4-NN通孔4-øOA 通孔4-øOB 沉孔深OLPA + 行程XX部详细图C + 行程B + 行程A + 行程12 ~ ø25深深部深深部部深!"=E FXX 部详细图32 ~ ø63MGPM (滑动轴承)尺寸A,DB,EMGPL (球轴承)尺寸A,DB,E4-NN 通孔4-øOA 通孔4-øOB 沉孔深OLC + 行程B + 行程A + 行程PA + 行程深部深部深深部深ø80 ~ ø100MGPM (滑动轴承)MGPL (球轴承)st = 行程MGPM , MGPL 共同尺寸表XX 部详细图4-NN 通孔4-øOA 通孔4-øOB 沉孔深OLPA + 行程C + 行程B + 行程A + 行程深部深部深部深ø6H7深106H710ø6H7深10ø6H7深1057ø6H 7规格缸径(mm)最高使用压力(MPa)最低使用压力(MPa)缓冲＊其它规格参见P.1.197。
聚丙烯PP部分牌号介绍
聚丙烯PP部分牌号介绍品名型号产地熔指g/10min 特性及用途拉丝级 T30S 大连西太 2.5-3.5 膜丝,纺织膜丝线,地毯背衬.拉丝级 T30S 天津联化 3 纺织薄膜纱,地毯贴背.拉丝级 T30S 华北一炼 3.2 用于包装绳和包装袋，地毯背衬，人造成草坪和各种用途的挤塑料网。
拉丝级 T30S 大连有机 3 膜丝,纺织膜丝线,地毯背衬.拉丝级 T30S 齐鲁石化 3 生产膜裂纤维（农用绳索，细绳，纺纱）单丝，拉伸膜，管膜，流涎膜。
拉丝级 T30S 抚顺乙烯 2.5-3.5 编织袋,绳,地毯背衬,吹膜,集装袋.拉丝级 T30S 中原乙烯 2.5-3.5 迁合于制作编织袋，打包带，绳索、地毯，被衬，家庭小用品，玩具，注射器。
拉丝级 PP022 大连有机 3 膜丝,纺织膜丝线,地毯背衬.拉丝级 PP022 前郭炼油 2.2-3.8 膜丝,纺织膜丝线,地毯背衬.拉丝级 5004 辽阳烯烃 2.6-4.4 适用于切制薄膜（扁丝），单丝，和复丝。
拉丝级 2401 燕化 2.5 编织袋和编织膜拉丝级 S1003 燕化 3.2 窄带，扁丝。
拉丝级 163 南韩大林 3.5 加工性,机械物性优秀,自动包装袋,绳子.纤维级 Z30S 独山子 22-28 均聚物,长丝,丙纶,丙纶短纤维.纤维级 Z30S 任丘 25 适于中速到高速纺生产的细旦膨化丝，连续丝和长丝。
纤维级 Z30S 西太 22-27 低速纺短纤维，BCF-CF复丝。
纤维级 Z30S 抚顺乙烯 20 均聚物,长丝,丙纶,丙纶短纤维.纤维级 185 南韩大林 38 高纺丝、窄分子量分布、无味。
（适合于BCF，CF及低Denier短纤维的高速加工）纤维级 71735 辽阳烯烃 30-40 香烟过滤咀专用树脂，无纺布。
纤维级 HY525 抚顺乙烯 35 无纺布共聚级 1647 燕化 10 耐高冲击的洗衣机底座,操作盘等.共聚级 1947 燕化 28 耐高冲击的洗衣机内桶及汽车内饰件等.共聚级 K8303 燕化 1.5 共聚注塑.高抗冲,器具,汽车部件共聚级 K7726 燕化 29 共聚注塑.高抗冲,洗衣机桶及部件.共聚级 EPF30R 独山子 11-15 包装用品、罩板、家庭用品共聚级 EPS30R 独山子 1.2-1.8 中抗冲聚丙烯共聚产品，主要用于生产板条箱、中空材材、片材等。
Best Pneumatics MGP M 32 周期杆长度[mm] 参考标准杆长在页47说明书
![Best Pneumatics MGP M 32 周期杆长度[mm] 参考标准杆长在页47说明书](https://img.taocdn.com/s3/m/7c16adc685868762caaedd3383c4bb4cf7ecb7ef.png)
How to OrderRefer to Standard Strokes on page 47.Compact Guide Cylinder/With End Lock Series MGPø20, ø25, ø32, ø40, ø50, ø63, ø80, ø100For details, refer to p age 47.refer to the table below.*: Solid state auto switches marked with “p ” are produced upon receipt of order.*: Bore sizes 32 to 100 are available for D-P4DW m .*: Bore sizes 25 to 100 are available for D-P3DWA m .*: Lead wire length symbols: 0.5 m·········· N il(Example) M9NW 1 m·········· M (Example) M9NWM 3 m·········· L (Example) M9NWL 5 m·········· Z(Example) M9NWZ*: Since there are other applicable auto switches than listed above, refer to page 66 for details.*: F or details about auto switches with pre-wired connector, refer to the WEB catalog or the Best Pneumatics No. 3. For D-P3DWA m , refer to the WEB catalog .*: Auto switches are shipped together, (but not assembled).*1: W ater resistant type auto switches can be mounted on the above models, but in such case SMC cannot guarantee water resistance.Please consult with SMC regarding water resistant types with the above model numbers.*2: 1 m type lead wire is only applicable to the D-A93.46C o u r t e s y o f C M A /F l o d y n e /H y d r a d y n e ▪ M o t i o n C o n t r o l ▪ H y d r a u l i c ▪ P n e u m a t i c ▪ E l e c t r i c a l ▪ M e c h a n i c a l ▪ (800) 426-5480 ▪ w w w .c m a f h .c o mSymbolRubber bumperSpecificationsStandard StrokesManufacture of Intermediate StrokeLock SpecificationsMade to Order(For details, refer to pages 72 and 89.)*1: 0.1 MPa except the lock unit.*2: M aximum speed with no load. Depending on the operating conditions, the piston speed may not besatisfied. Make a model selection, considering a load according to the graph on pages 16 to 22.Adjust switch positions for operation at both the stroke end and backlash (2 mm) movement positions.Lock position Head end, Rod end Holding force (Max.) N ø20ø25ø32ø40ø50ø63ø80ø1002153305508601340214034505390Backlash 2 mm or less Manual releaseNon-lock type, Lock type*: The minimum stroke for mounting auto switches is 10 stroke or more for two switches, and 5 stroke or more for one switch.*: Intermediate stroke (in 1 mm increments) based on an exclusive body will be available upon request for special.DescriptionSpacer installation type.Dealing with the stroke in 5 mm increments is available by installing spacer with standard stroke cylinder. When a spacer is mounted on the cylinder with an end lock on the rod side, use a special piston rod.Part no.Refer to “How to Order” for the standard model numbers on page 46.Applicable stroke [mm] 5 to 395ExamplePart no.: MGPM50-35-HNA spacer 15 mm in width is installed in a MGPM50-50-HN. C dimension is 119 mm.Theoretical Output*1: The shape is the same as the current product.47Series MGPC o u r t e s y o f C M A /F l o d y n e /H y d r a d y n e ▪ M o t i o n C o n t r o l ▪ H y d r a u l i c ▪ P n e u m a t i c ▪ E l e c t r i c a l ▪ M e c h a n i c a l ▪ (800) 426-5480 ▪ w w w .c m a f h .c o mθModel selection is the same as MGP/standard type.Refer to pages 16 to 23.Model selection Allowable Rotational Torque of Plate.Non-rotating Accuracyof PlateCalculation: (Example) MGPM50-100-HN• B asic Weight + Lock unit additional weight• 5.74 + 0.24 = 5.98 k gFor non-rotating accuracy q without load, usea value no more than the values in the table asa guide.48 CourtesyofCMA/Flodyne/Hydradyne▪MotionControl▪Hydraulic▪Pneumatic▪Electrical▪Mechanical▪(8ø50 or moreø20, ø25: 25 stroke(Rod end lock)ø20 to ø63øø80, ø100ø63 or moreNon-locking type(Head end lock)bore size.*: S ince the seal kit does not include a grease pack, order it separately.Grease pack part no.: GR-S-010 (10 g) Construction/Series MGPM49Series MGPCourtesyofCMA/Flodyne/Hydradyne▪MotionControl▪Hydraulic▪Pneumatic▪Electrical▪Mechanical▪(8)426-548▪www.cmafh.comø63 or moreLock type50C o u r t e s y o f C M A /F l o d y n e /H y d r a d y n e ▪ M o t i o n C o n t r o l ▪ H y d r a u l i c ▪ P n e u m a t i c ▪ E l e c t r i c a l ▪ M e c h aDetailed figure ofsection XXEnd lock mechanism(Manual release lock type)ø25With rod end lockWith head end lockDimensions: ø20, ø25MGPL (Ball bushing),End Lock Mechanism*: For intermediate strokes other than standard strokes, refer to the Manufacture of Intermediate Stroke on page 47.*: Rc, NPT and G ports can be selected. (Refer to page 46.)T-slot dimensions51Series MGPCourtesyofCMA/Flodyne/Hydradyne▪MotionControl▪Hydraulic▪Pneumatic▪Electrical▪Mechanical▪(8)426-548▪www.cmafh.comDetailed figure of section XXEnd lock mechanism(Manual release lock type) With rod end lockWith head end lock*: For intermediate strokes other than standard strokes, refer to the Manufacture of Intermediate Stroke on page 47.*: Rc, NPT and G ports can be selected. (Refer to page 46.)52 CourtesyofCMA/Flodyne/Hydradyne▪MotionControl▪Hydraulic▪Pneumatic▪Electrical▪Mechanical▪(8)426-548▪www.cmDetailed figure of section XXEnd lock mechanism(Manual release lock type) With rod end lockWith head end lock*: For intermediate strokes other than standard strokes, refer to the Manufacture of Intermediate Stroke on page 47.*: Rc, NPT and G ports can be selected. (Refer to page 46.)Dimensions: ø80, ø100MGPL (Ball bushing),End Lock Mechanism53Series MGPCourtesyofCMA/Flodyne/Hydradyne▪MotionControl▪Hydraulic▪Pneumatic▪Electrical▪Mechanical▪(8)426-548▪www.cmafh.comLockReleaseReleasedLockedWith head end lockSeries MGP With End LockSpecific Product PrecautionsBe sure to read this before handling. Refer to the back cover for Safety Instructions.For Actuator and Auto Switch Precautions, refer to Handling Precautions for SMCProducts and the Operation Manual on the SMC website, Use Recommended Air Pressure Circuit.Caution• It is necessary for proper locking and unlocking.Operating PressureCaution1. Supply air pressure of 0.15 MPa or higher to the port on the sidethat has the lock mechanism, as it is necessary for disengagingthe lock.Exhaust Air SpeedCaution1. The lock will engage automatically if the air pressure at the port onthe side that has the lock mechanism becomes 0.05 MPa or less.Be aware that if the piping on the side that has the lock mechanismis narrow and long, or if the speed controller is located far from thecylinder port, the exhaust air speed could become slower, involvinga longer time for the lock to engage. A similar result will ensure ifthe silencer that is installed on the exhaust port of the solenoidvalve becomes clogged.Lock DisengagementWarning1. To disengage the lock, make sure to supply air pressure to theport on the side without a lock mechanism, thus preventing theload from being applied to the lock mechanism. (Refer to therecommended air pressure circuit.) If the lock is disengaged whenthe port on the side that does not contain a lock mechanism is inthe exhausted state and the load is being applied to the lockmechanism, undue force will be applied to the lock mechanism,and it may damage the lock mechanism. Also, it could beextremely dangerous, because the piston rod could movesuddenly.HandlingCaution1. Do not use a 3 position solenoid valve.Avoid using this cylinder in combination with a 3 position solenoidvalve (particularly the closed center metal seal type). If air pressurebecomes sealed inside the port on the side that contains the lockmechanism, the lock will not engage. Even if the lock is engagedat first, the air that leaks from the solenoid valve could enter thecylinder and cause the lock to disengage as time elapses.2. Back pressure is necessary for unlocking.Before starting, make sure that air is supplied to the side that is notequipped with a lock mechanism as shown in the diagram above.Otherwise, the lock may not disengage.(Refer to “Rock Disengagement”.)3. Disengage the lock before installing oradjusting the cylinder.The lock could become damaged if the cylinder is installed with itslock engaged.4. Operate the cylinder at a load ratio of 50% or less.The lock might not disengage or might become damaged if a loadratio of 50% is exceeded.5. Do not synchronize multiple cylinders.Do not operate two or more end lock cylinders synchronized tomove a single workpiece because one of the cylinder locks maynot be able to disengage when required.6. Operate the speed controller under meter-out control.If operated under meter-in control, the lock might not disengage.7. On the side that has a lock, make sure tooperate at the stroke end of the cylinder.The lock might not engage or disengage if the piston of thecylinder has not reached the stroke end.8. Do not use the air cylinder as an air-hydrocylinder. This may result in oil leak.9. The position adjustment of the auto switchshould be performed at two positions; a po-sition determined by the stroke and a posi-tion after the backlash movement (by 2 mm).When a 2-color indication auto switch is adjusted to show green atthe stroke end, the indication may turn red when the cylinderreturns by the backlash. This, however, is not an error.1. Non-locking style manual releaseInsert the bolt, which is provided as anaccessory part, through the rubber cap (it isnot necessary to remove the rubber cap).Screw the bolt into the lock piston and pullthe bolt to disengage the lock. Releasingthe bolt will re-engage the lock.otherwise it may cause malfunction of the locking feature.Manual DisengagementCaution2. Locking style manual releaseTurn 90°counterclockwise while pushing the M/O knob. Lock isreleased when on the cap and OFF mark on the M/O knobcorrespond. (Lock remains released.)When locking isdesired, turn 90°clockwise while fullypushing the M/O knoband correspond onthe cap and ONmark on the M/O knob.Confirm the correctposition by click sound“click”. Otherwise, lockmay not be engaged.54 CourtesyofCMA/Flodyne/Hydradyne▪MotionControl▪Hydraulic▪Pneumatic▪Electrical▪Mechanical▪(8)426-548▪www.cmafh.com。
PP牌号与熔指大全(PP牌号下)讲解
PP－纤维类型号产地熔指g/10min特性及用途T30S 西太/有机抚顺/天津华北/大庆齐鲁/青岛茂名/兰化2.5-3.5用于膜丝、纺织膜丝线、地毯背衬T30S辽宁华锦 3.2编制带丝，用于包装，地毯背衬，人工草坪，捆扎绳，包装绳及其他应用C30S辽宁华锦6流延膜生产工艺生产的编织带丝，捆扎绳，绳，单丝用于刷子和扫帚，针织土工布F401盘锦/兰港 2.5-3用于编织袋、打包带，及一些小制品PP022有机/前郭3用于膜丝、纺织膜丝线及地毯背衬S1003燕山/赛科/独山子3.2用于窄带、扁丝5004辽阳石化 2.6-4.4适用于切制薄膜（扁丝）、单丝、复丝HP550J中海壳牌 3.2曾用名T30S；可用于拉丝、纤维及注塑成型F501韩国晓星兰化/兰港3用于编织袋、包装用绳，作业安全性H0305G印度信诚3用于编织袋、包装用绳H5300韩国湖南 3.5用于包装袋、绳子5014大韩油化 3.5用于编织袋、包装用绳S30S辽宁华锦 1.8编制带丝，流延膜或管膜生产工艺，用于包装，工业纤维，捆扎绳、包装绳、单丝应用Y-130韩国湖南 3.5纱纤维级、平纱级，高韧性、高伸张率；用于包装袋、捆扎带、纤维纱、草坪等6531M马来大腾2用于绳、带、纺织袋H730F韩国SK 3.5用于绳、带、纺织袋、防水布SY130韩国湖南 3.5高韧性、高伸长率；用于包装带、捆扎带H430韩国LG 3.5用于膜丝、编织膜丝线及地毯背衬等3365美国3高韧性、高伸长率；用于包装带、捆扎带HP450J韩国大林3用于膜丝、编织膜丝线及地毯背衬等HP502N中海壳牌12曾用名F30S，用于纤维、地毯等HP550R中海壳牌25曾用名Z30S，用于纤维、连续纤维、非连续纤维等Z30S大连西太22-27低速纺短纤维，用于BCF-CF复丝Z30S大连有机11-20纺丝类Z30S华北一炼25适用于中速到高速纺生产的细旦膨化丝，连续丝、长丝Z30S抚顺乙烯20均聚物，用于长丝、丙纶、丙纶短纤维.Z30S 新彊独山子22-28均聚物，用于长丝、丙纶、丙纶短纤维.Z30S辽宁华锦25低旦尼尔BCF、CF和短纤，中高纺速生产线上生产的BCF丝用于地毯，CF丝用于捆扎绳，扶手，包装等Z21S辽宁华锦25用于高速生产线生产的窄份资料分布牌号，低旦尼尔，纺粘型无纺布，用于尿布，医用卫生品，也可用于优质纱和BCF丝。
MG300-730-WD采煤机说明书(1140V)
执行标准：Q/JM 0201021—2010；MT/T81-1998；MT/T82-1998鸡西煤矿机械有限公司2010年5说MG200/530–WDMG250/630–WD 交流电牵引采煤机 MG300/730–WD MG300/730–WD1机样字数维三机煤采引牵电列系D W -0 3 7 / 0 0 3 G M目录前言................................................ 错误!未定义书签。
机械部分....................................... 错误!未定义书签。
第一章概述......................................... 错误!未定义书签。
第二章牵引部...................................... 错误!未定义书签。
第三章截割机构..................................... 错误!未定义书签。
第四章行走部.......................................... 错误!未定义书签。
第五章液压系统........................................ 错误!未定义书签。
第六章喷雾冷却系统.................................... 错误!未定义书签。
第七章辅助装置........................................ 错误!未定义书签。
第八章采煤机的使用要求............................... 错误!未定义书签。
电气部分.......................................... 错误!未定义书签。
一、概述............................................... 错误!未定义书签。
宏拓仪器 DahoMeter 达宏美拓-直读式电子比重计 DH-300 使用说明书
直读式电子比重计DH-300操作说明书请仔细阅读本说明书，以便正确使用。
请妥善保管本说明书，以备不时之需。
东莞市宏拓仪器有限公司-DahoMeter达宏美拓-服务热线：400 830 0646首次使用说明由于机器首次使用、运输、突然断电、重量损失等原因导致零点改变所引起按键无反应、显示OL 、不能正常显示0.00时，请按如下步骤操作，可排除上述现象。
在确定测量台和水中吊篮上的物品已经清空及水中吊篮与水槽没有接触的情况下： 1.关机。
2.长按【C 】键，再开机直至屏幕显示【CAL 】时方可放手。
3. 按【B 】键一次，显示数字【2】。
（如按【B 】键无反应，请重新尝试上述三个步骤，直至屏幕显示对应数字【2】为止）4. 按【A 】键一次 ，显示数字【1】。
5. 按【ZERO 】键一次，显示数字【3】。
6. 再按【ZERO 】键一次，显示数字【3】。
7. 按【C 】键一次，显示数字【5】。
8. 按【ENTER 】键一次，显示【CAL 】。
（若未显示【CAL 】请重复4-7四个步骤）9. 按【C】键一次，显示多位变化的数字。
10. 按【C】键一次，显示一位或者二位会跳动的数字。
11. 在测量台中央位置放上100g砝码。
12. 按【ENTER】键一次，显示【100】。
13. 再按【ENTER】键一次，显示【100.00】。
14. 取下砝码后，重新开机，即可解决上述现象，做正常校正后即可使用。
※注意：在关机前，请将测量台及吊篮中的物品取出。
（如测试样品、网球、抗浮架、玻璃杯等）。
DahoMeter达宏美拓-服务热线：400 830 0646目录1.概述 (5)1.1原理 (5)1.2用途 (5)2.规格参数 (5)3.仪器介绍 (6)3.1 仪器及配件清单说明 (6)3.2按键功能介绍 (7)3.3显示屏介绍 (7)4.安装 (8)4.1安装环境 (8)4.2防风罩安装 (8)4.3仪器安装 (8)5.校正方法 (9)6.其它设定 (9)6.1温度补偿 (9)6.2其它溶液比重值设定 (10)6.3水温密度对照表 (11)7.测试方法 (11)7.1样品重量参考 (11)7.2 固体测量（密度＞1） (12)7.3 浮体测量（比重＜1） (13)7.4 颗粒测量 (14)7.5测试结果的选择 (15)8.故障排除方法 (15)9.注意事项及保养 (16)9.1 使用前注意事项 (16)9.2 使用时注意事项 (16)9.3 特别注意事项 (16)1.概述1.1原理直读电子比重计DH-300是根据ASTM D297-93、D792-00、D618、D891等标准，采用阿基米德水中置换法原理与现代微电子技术相结合，以实际温度下水的密度为基础，经过两次重量测量分别得出待测样品的质量与体积，从而通过微电脑直接计算出样品之比重。
JIS Z2550-2000标准日本粉末冶金解析
JIS烧结金属材料——规格JIS Z 2550：2000平成12年（2000）3月20日修正日本工业标准调查会审议（日本标准协会发行）Z 2550:2000前言本标准是以工业标准化法为基础，经过日本工业标准调查会审查，由通商产业大臣修改的日本工业标准。
根据本标准，对JIS Z 2550：1989（机械构造部件用烧结材料）修改置换。
JIS Z 2550附属书如下所示。
附属书（规定）机械构造部件用烧结材料主管大臣：通商产业大臣制订：昭和58（1983）.11.1 修改：平成12（2000）.3.20公示：平成12（2000）.3.21拟订原案合作者：日本粉末冶金工业协会审议部会：日本工业标准调查会非铁金属部会（部会长神尾彰彦）如对此标准有意见或者疑问，请联系工业技术院标准部标准业务科产业基盘标准化推进室（100-8921东京都千代田区霞关1条3-1）并且，日本工业标准根据工业标准化法第15条规定，以5年为最大期限，必须在此期限内附日本工业标准调查会审议，并及时确认、修改或废止。
日本工业标准烧结金属材料——规格Sintered metal materials—Specification序本标准是以1996年第一版发行的ISO 5755，Sintered metal materials—Specification为基础，制订的日本工业标准，但日本工业标准与ISO标准值的规定项目不一样，不可能直接对比统一。
这次修改，在附属书中对采用ISO的材料的日本工业标准材料进行了规定，使两者可以并用。
不过，因ISO开始了原国际标准的修改工作，需要注意ISO材料记号的使用。
此外，本标准中有侧线或者点线的部分，为附属书材料特性试验的相关部分，是国际标准中没有的事项。
1. 适用范围此标准规定了轴承与机械部件使用的烧结金属材料的化学成分、机械特性及物理特性。
备注1 选择粉末冶金材料时，材料的特性不单是化学成分及密度，还要考虑到制造方法。
SMC - 气缸MGP系列
16
8
OUT IN
201 151
40 60 80 101 121 141 161 181 201 30 45 60 75 90 106 121 136 151
20
10
OUT IN
※导线长度记号 0.5m …………… 无记号 1m …………… M 3m …………… L 5m …………… Z
(例) M9NW (例) M9NWM (例) M9NWL (例) M9NWZ
※○符号的无触点磁性开关按订货生产。 ※D-P3DW型在缸径ø25~ø100上可安装。
※除上述记载型号以外，还有其它可能适合的磁性开关，详见P.22。 ※带导线前置插头磁性开关详见Best Pneumatics No.e P.1784、1785。
带端锁／MGP-H/R
LOCK
滑动轴承
• 球轴承
• 高精度球轴承
Best Pneumatics
P.289
Best Pneumatics
P.307
洁净室规格／12/13-MGP
球轴承
Best Pneumatics
P.283
耐水性强型／MGP R/V
Best Pneumatics
P.283
强力导杆型／MGPS
D-P3DW□型的场合，请参考单行样本（S20-201）。 ※磁性开关同包出厂(未组装)。
导线前 置插头
适合负载
IC回路 ―
IC回路 继电器、 ― PLC
IC回路
―
IC回路 ― ― 继电器、
IC回路 PLC
3
关于磁性开关的规格，请参见→P.21~23。
Ą磁性开关合适的安装位置(行程末端检测时)及 安装高度。
(ø12~ø25-25行程时无突出长度)
化工原理课程设计说明书苯和苯乙烯分离过程浮阀精馏塔设计资料
《化工原理》课程设计说明书苯-苯乙烯分离过程浮阀精馏塔设计院系：化学与化工学院专业：化学工程与工艺班级：09化工2班学号：0906210201姓名：武金龙指导老师：李梅摘要本设计的任务是设计用于分离苯-苯乙烯的浮阀精馏塔。
精馏是多级分离过程，即同时进行多次部分汽化和部分冷凝的过程。
精馏装置包括精馏塔、原料预热器、再沸器、冷凝器、釜液冷却器和产品冷却器等设备。
热量自塔釜输入，物料在塔内经多次部分冷凝进行精馏分离，由冷凝器和冷却器中的冷却介质将余热带走。
根据加热方式来决定塔底是否设置再沸器，塔底设置再沸器时为间接加热，这种加热方式适用于各种物系，且被广泛使用。
由于本设计设置了再沸器，故采用间接加热。
板式塔的种类繁多，本设计采用浮阀塔，它是在泡罩塔的基础上发展起来的。
浮阀塔被广泛用于精馏、吸收以及脱吸等传质过程中，塔径从200mm到6400mm，使用效果较好。
它具有处理能力大，操作弹性大，塔板效率高，压强小，使用周期长等特点。
确定回流比有图解法和逐板计算法，本设计采用逐板计算法，虽然计算过程较为繁琐，但计算精度较高。
理论板确定后，计算实际板数，再设计塔和塔板中所有的参数，初选塔板间距并计算塔径，这些数据的计算都是以精馏段的数据为依据的。
设计中采用平直溢流堰，因为这样可以使得塔板上具有一定高度的均匀流动的液层。
浮阀塔的开孔率设计中要满足一定的要求，即要确定合适的浮阀数，浮阀的孔径是由所选浮阀的型号确定的，浮阀数通过上升蒸汽量、阀孔气速和孔径确定，阀孔的排列采用等腰三角形叉排。
最后是塔板负荷性能图中过量雾沫夹带线、液泛线、漏液线、液相负荷上、下限线的计算以及确定塔体结构。
目录第一部分概述 (5)一、设计目标 (5)二、设计任务 (5)三、设计条件 (5)四、设计内容 (5)第二部分工艺设计计算 (6)一、设计方案的确定 (6)二、精馏塔的物料衡算 (6)1.原料液及塔顶、塔底产品的摩尔分数 (6)2.原料液及塔顶、塔底产品的平均摩尔质量和质量分数 (6)3.物料衡算原料处理量 (7)三、塔板数的确定 (7)1.相对挥发度的求取 (7)2.进料状态参数的确定 (8)3.最小回流比的确定 (8)4.操作线方程的求取 (9)5.全塔效率的计算 (9)6.实际板层数的求取 (10)四、精馏塔的工艺条件及有关物性数据的计算 (10)1.操作压强计算 (10)2.操作温度计算 (10)3.平均摩尔质量计算 (11)4.平均密度计算 (11)5.液相平均表面张力计算 (12)6.求精馏塔的气、液相负荷 (13)五、精馏塔的塔体工艺尺寸计算 (14)1.塔径的计算 (14)2.精馏塔的有效高度的计算 (15)六、塔板主要工艺尺寸的计算 (15)1.溢流装置计算 (15)2.塔板布置 (18)3.浮阀数与开孔率 (19)七、塔板的流体力学验算 (20)1.气体通过干板的压降 (20)2.雾沫夹带量的验算 (21)3.液泛的验算 (21)4.漏液的验算 (22)八、塔板负荷性能图 (22)1.漏液线 (22)2.过量雾沫夹带线 (22)3.液相负荷下限线 (23)4.液相负荷上限线 (23)5.液泛线 (23)九、附属设备的设计 (25)1.接管尺寸 (25)2.回流管尺寸 (25)3.塔底进气管尺寸 (25)4.加料管尺寸 (25)5.料液排出管尺寸 (25)第三部分设计结果汇总 (26)一、设计结果一览表 (26)二、工艺流程图 (28)三、设计总结 (29)参考文献 (29)第一部分概述一、设计目标分离苯—苯乙烯混合液的浮阀式精馏塔设计二、设计任务试设计分离苯与苯乙烯混合物的浮阀精馏塔，年处理量为2.4万吨苯与苯乙烯混合液，要求气液混合进料。
M61280MX-XXXFF中文资料
M61280M8-xxxFPNTSC TV Signal Processor with MCUREJ03F0053-0100ZRev.1.0Sep.23.2003 Features• 3 line composite video signal inputs and 1 line S video signal input are available•Built-in 3 input audio switch with ATT output•Correspond to digital OSD•H output of emitter follower type (L at stopping, same as M61250BFP)•Selectable of ACL/ABCL•Built-in H OSC resonator•Built-in vertical saw tooth generator•Correspond to fsc clock output•Built-in 5V & 8V regulator•Built-in MCU reset circuit•Built-in 8bit MCU•ROM: 32kByte, RAM: 1152byteApplications•NTSC color television receiversPin ConfigurationPackage: 80P6UBlock DiagramAbsolute Maximum RatingsItemSymbol ConditionRatings Unit Power supply voltage (ASIC)Vcc (ASIC) 6.0, 10.0V Power supply voltage (MCU)Vcc (MCU)–0.3 to 6V Input voltage (MCU: CNVSS)VI (MCU)–0.3 to VCC+0.3V Input voltage (MCU: P00 to P07, P11 to P14, P20 to 27, P40 to P45, RESET ,CVIN)V I (MCU)–0.3 to VCC+0.3VOutput voltage (MCU: P00 to P07, P11to P14, P20 to 27, P40, P41)V O (MCU)Measured with reference to pin Vss. Output transistor in shut-off state.–0.3 to VCC+0.3V Circuit current (MCU: P11 to P14, P20to P27, P40, P41)I OH (MCU)0 to 1 (Note 1)mA Circuit current (MCU: P00 to P07, P20to P23, P40, P41)I OL1 (MCU)0 to 2 (Note 2)mA Circuit current (MCU: P11 to P14)I OL2 (MCU)0 to 6 (Note 2)mA Circuit current (MCU: P24 to P27)I OL3 (MCU)0 to 10 (Note 2)mA Power dissipationPd Ta = 25°C2000mW Thermal reductionKt 20mW/°C Operating ambient temperature Topr –10 to 65°C Storage temperatureTstg–40 to 125°CNotes: 1.The sum of currents flowing from the IC should not exceed 20 mA.2.The sum of currents flowing into the IC (IOL1+IOL2) should not exceed 30 mA.3.Pin names for the different quantities are given as follows.(1) Dedicated pins: Dedicated pin name (2) Double/triple-function ports*When standards are the same: I/O port name*When standard of functions other than the I/O port are different: function pin nameRecommended Operating ConditionsItemSymbol Min.Typ.Max.Unit Power supply voltage (MCU) (Note 1)VDD(MCU) 4.75 5.0 5.25V Power supply voltage1 (ASIC: Pin22)Vcc1(ASIC) 4.75 5.0 5.25V Power supply voltage2 (ASIC: Pin47)Vcc2(ASIC)7.68.08.4V Power supply voltage3 (ASIC: Pin49)Vcc3(ASIC)7.68.08.4V Power supply voltage4 (ASIC: Pin31)Vcc4(ASIC)8.38.79.1V Power supply voltage (MCU)VSS 000V “"H" input voltage (MCU: P00 to P07,P11 to P14, P20 to P27, P40 to P45,RESET )V IH10.8V DD—V DDV"H" input voltage (MCU: SCL1, SCL2,SDA1, SDA2)(using I 2C-BUS)V IH20.7V DD —V DD V"L" input voltage (MCU: P00 to P07, P11to P14, P20 to P27, P40 to P45)V IL10—0.4V DD "L" input voltage (MCU: SCL1, SCL2,SDA1, SDA2)(using I 2C-BUS)V IL20—0.3V DD V "L" input voltage (Note 2) (MCU:RESET , TIM3, INT1, INT2, INT3, S IN ,S CLK )V IL3—0.2V DDV"H" output average current (Note 3)(MCU:P10 to P16, P20 to 27)I OH——1mARecommended Operating Conditions (cont.)ItemSymbol Min.Typ.Max.Unit "L" output average current (Note 4)(MCU:P00 to P14, P20 to P23)I OL1——2mA "L" output average current (Note 4)(MCU:P11 to P14)I OL2——6mA "L" output average current (Note 5)(MCU:P24 to P27)I OL3——10mA Oscillation frequency (CPU operation)(Note 6) (MCU: X IN )f(X IN )7.98.08.1MHz Oscillation frequency (subclock operation) (MCU: X CIN )f(X CIN )293235kHz Input frequency(MCU:TIM3, INT1, INT2,.INT3 )fhs 1——100kHz Input frequency (MCU: SCLK)fhs 2——1MHz Input frequency (MCU: SCL1,SCL2)hs 3——400kHz Input amplitude(MCU: TV video signal CVIN)VI1.52.02.5VNotes: 1.In order to eliminate power supply noise, a 0.1 µF or greater capacitor should be connected externally acrosspower supply pins VDD and VSS. In addition, a 0.1 µF or greater capacitor should also be connected across VDD and CNVSS. (The recommended crystal oscillator is Murata model no. CSA8.00MTZ (8.00 MHz),shown in the measurement circuit diagram.)2.Pin names for the different quantities are given as follows.(1) Dedicated pins: Dedicated pin name (2) Double/triple-function ports*When standards are the same: I/O port name*When standard of functions other than the I/O port are different: function pin name 3.The sum of currents flowing from the IC should not exceed 20 mA.4.The sum of currents flowing into the IC (IOL1+IOL2) should not exceed 30 mA.5.The sum of the average currents of ports P24 to P27 flowing into the IC should not exceed 20 mA.6.When using a CPU oscillation circuit (XIN, XOUT), a crystal oscillator or a ceramic resonator should be used.Thermal Derating (Maximum Rating)I2C Bus Table1. Slave Address = BAH (WRITE), BBH (READ)A6A5A4A3A2A1A0R/W 10111011/02. Write Table (input bytes)3. Read Table (output byts)D7D6D5D4D3D2D1D0 KILLERB2WIN WIDEB VFREEB VCONIB00HCOINB14. Bus Functions•WriteFunction Bit Sub Add DATA Discription Initial NoteAudio ATT710H D0-D6Pin 34 audio output level adjustment00HAudio SW211H D0-D1Audio input switching; 0: Audio 1, 1: Audio 2, 2: Audio 3X0HAudioAudio Mute110H D7Pin 34 audio output on/off (mute) switching;0: audio on (non-muted), 1: muteVideo Tone60AH D0-D5Sharpness level control20H V Latch Contrast Control700H D0-D6Contrast level control40H V Latch OSD Contras Clip100H D7OSD (EXT RGB) contrast lower-limit clipping on/off;0: clipping on, 1: clipping off0V Latch Y DL Time Adj20CH D0-D1Y signal delay adjustment X0HY DL Fine Adj10CH D2Y signal delay fine adjustment0Vidio SW30BH D3Video input pins 26/24/20/30 switching;0: pin 26, 1: pin 24, 2: pin 20, 3: pin 30X0H V LatchY SW LPF10CH D3Pin 14 (Y SW OUT) output f-characteristic switching;0: flat, 1: LPF (fc = 700 kHz)0 Vidio Mute10AH D7Y signal output on/off (mute) switching; 0: mute off, 1: mute0TRAP Off107H D3Y signal chroma trap on/off switching; 0: trap on, 1: trap off0C-TRAP Adj21DH D0-D1Chroma trap frequency fine adjust X0HBlack Stretch Off10BH D7Black stretch circuit on/off switching;0: black stretch on, 1: black stretch offBlack Stretch Cont30BH D4-D6Black stretch charge, discharge time constant adjustment;D4, D5: charge time constant adjustment;D6: discharge time constant adjustment 0XHVideoBlack Dicharge211DH D3Black stretch discharge time constant adjustment;discharge time constant adjustment0XH Tint Control708H D0-D6Hue control40H V Latch Color Control709H D0-D6Color level control40H V Latch Take Off107H D0Chroma BPF take-off function on/off switching;0: BPF; 1: take offC Angle9510CH D4Color demodulation angle switching; 0: 103 deg, 1: 95 deg0Killer Level107H D1Colorkiller sensitivity switching (active shallow direction);0: 40 dB, 1: 35 dB0 Force Mono102H D7Forced b/w mode; 0: normal; 1: b/w0Force Color11DH D2Forced color mode; 0: normal; 1: color0CHROMAFsc Free107H D6X’tal oscillation circuit forced free-running mode;0: off, 1: free-running0 Brightness Control801H D0-D7Bright level control80H V Latch Drive (R)702H D0-D6R output level control40HDrive (B)703H D0-D6 B output level control40HCut Off (R)804H D0-D7R output DC level control80HCut Off (G)805H D0-D7G output DC level control80HCut Off (B)806H D0-D7 B output DC level control80HBlue Back109H D7Blue back screen on/off switching; 0: off, 1: blue back0WhiteBack103H D7White raster on/off switching; 0: off, 1: white back0ABCL107H D5ABCL on/off switching; 0: off, 1: ABCL on0ABCL Gain107H D4ABCL sensitivity low/high switching; 0: low, 1: hi0OSD Bright11FH D3OSD level switching; 0: normal, 1: –8%0ACL OFF107H D7ACL on/off switching; 0: normal, 1: ACL max0HTONE107H D2Halftone on/off switching; 0: normal, 1: halftone0RGBFASTBLK Hi10BH D3FASTBLK switching;0: normal, 1: hi (full-screen OSD mode)•Write (cont.)Function Bit Sub Add DATA Discription Initial Note AFC2 H Phase40FH D0-D3Screen horizontal position adjustment X8HV Out Stop10EH D7Pin 38 VOUT (ramp) forced stop mode (when stopped,pin 38 at DC GND level); 0: VOUT, 1: STOPService SW10DH D7Vertical output on/off switching;0: vertical output on, 1: vertical output offH Start10FH D7Horizontal output out/stop switching; 0: stop, 1: H out0AFC1 Gain312H D0-D2Horizontal AFC gain adjustment; 000: low to 111: hi X4HAFC2 Gain Down10FH D4Horizontal AFC2 gain high/low switching; 0: high, 1: low0H VCO Adj31CH D0-D2H VCO free-running frequency adjustment X4HV Shift30DH D0-D2Vertical ramp start timing adjustment X0HV-Size60EH D0-D5Vertical ramp amplitude adjustment20HH-free10FH D6Horizontal output forced free-running mode on/offswitching; 0: off, 1: horizontal free-runningV-free10EH D6Vertical output forced free-running mode on/off switching;0: off, 1: vertical free-runningS Slice Down20DH D4-D5Sync detection slice level switching(0: 50%, 1: 30%, 2: 40%, 3: 25%)0XHSlice Det Down10DH D60: normal, 1: lower sync detection sensitivity(end of video signal only)HV BLK OFF10AH D6Horizontal/vertical blanking on/off switching;0: blanking on, 1: blanking offV SYNC DET TIME112H D3Vertical minimum sync detection width switching;0: sync detect width =18 µs, 1: sync detect width =14 µsV1 Window10CH D7Vertical sync detection switching (1 window/2 windows);0: 2 windows, 1: 1 windowBGPFBP OFF108H D7Internal BGP on/off switching when no FBP input;0: BGP on, 1: BGP off 0DEFC-SYNC Adj31EH D0-D2C-sync output LPF cutoff frequency adjustment X0H Monitoring411H D4-D7Pin 18 intelligent monitor mode switching0XH•ReadHCONB100H D1Horizontal sync detection; "1" when asynchronous—100H D20—100H D30VCOINB100H D4Vertical sync detection; "1" when asynchronousVFREEB100H D5V free-running mode; 0: V free-running, 1: V lock2WIN WIDEB100H D6Vertical 2-window detection;0: wide window, 1: narrow windowKILLERB100H D7Colorkiller information output; "1" when killer offNote:Functions not listed in this bus function table are used only in testing, and operation is not guaranteed.Test CircuitInput Signals1. Video/Chroma/RGB/DEF BlockSG No.Signal Description (75 Ω termination)SG. A NTSC format APL 100% standard videosignal. Vertical signal is interlaced at 60 Hz.SG. B In the SG.A signal, the Lumi. signalfrequency and amplitude can be changed.However, standard amplitude is 0.714 Vp-p.In the figure on the right, the Lumi. signal isrepresented by f.SG. C NTSC standard monochrome video signal.Vertical signal is interlaced at 60 Hz.SG. D NTSC format video signal; APL variable.Vertical signal is interlaced at 60 Hz.SG. E NTSC format monochrome video signal. In the SG.C signal, the burst and chroma partfrequency and amplitude can be changed.Vertical signal is interlaced at 60 Hz.(Standard state: Veb = 0.286 V,Vec = 0.572 V, feb = fec = 3.579545 MHz)SG. F Fast blanking signal; synchronized withvideo input signal.External RGB (OSD) signal; synchronizedwith video input signal and blanking signal.1. Video/Chroma/RGB/DEF Block (cont.)SG No.Signal Description (75 Ω termination)SG.G NTSC format rainbow color bar video signal. Vertical signal is interlaced at 60 Hz. SG. HDuty 90%, variable frequency, variable level.(Standard horizontal frequency = 15.734 kHz, vertical frequency = 60 Hz, 1 Vp-p)SG. IDuty variable (standard 95%), frequency variable, level variable(Standard: horizontal frequency = 15.734 kHz, vertical frequency = 60 Hz, 1 Vp-p)SG. J NTSC format standard color bar video signal;vertical signal is interlaced at 60 Hz.SG. K NTSC format, standard 8-step wave signal; vertical signal is interlaced at 60 Hz. SG. L NTSC format red raster signal; vertical signal is interlaced at 60 Hz.2. Audio BlockSG No.Signal Description (50 Ω termination)SG.AU fo = 400 Hz, 500 mVrms, CWSetup Instructions for Evaluation PCB1. Horizontal Blanking Pulse AdjustmentThe horizontal blanking pulse timing and pulse width are adjusted using the variable resistances of a one-shot multivibrator, as shown below.The timing is adjusted to 8 µs using the pin 15 variable resistance of the M74LS221P TTL IC. Also, the pulse width is adjusted to 12 µs using the pin 7 variable resistance.2. H VCO AdjustmentPrior to measurement of the M61280Mx-xxxFP, the following method is used for H VCO adjustment.1.The H VCO control I2C bus data (1 CH D0-D2) is adjusted, and the pin 46 (H OUT) frequency is set to approx.15.734 kHz.Electrical Characteristics, ASIC(Ta = 25°C)Imput signalLimits Symbol ItemPinSGTest pointMinTypMaxUnitNotesICC Standard conditions Pins 4, 7=0 V; pins 9, 10 = 5 V; pins 23,65 = 0 V; pins 47, 49 = 8 V ICC5V 5 V circuit current (pin 22)——22405570mA MCU/VIDEO/Chroma Vcc ICC8V 8 V circuit current ——47,48,49274257mA Deflection/RGB Drive 8 V Vcc ICC12Pin 47 circuit current ——47—23—mA Reference data; Deflection/Vcc ICC49Pin 49 circuit current ——49—19—mA Reference data;RGB Drive/AUDIO 8 V Vcc ICC31Pin 31 circuit current ——31369mA8.7 VREG VccPower Power supply circuit standard conditions Pins 4, 7 = 5 V; pins 9, 10 = 5 V; pins 23, 65 = 0 V; pins 47, 49 = 8 VVth9Power on control threshold voltage ——9 2.63 3.4V V40H 8.7 VREG output voltage 1——408.38.79.1V Pin 9 = 5 V V40L 8.7 VREG output voltage 2——40—00.3V Pin 9 = 0 V V28 5.7 VREG output voltage 1——28 5.55 5.8 6.05V Pin 9 = 5 V V18H1MCU 5.7 VREG output voltage 1——18 5.45 5.7. 5.95V Pin 9 = 5 V V18H2MCU 5.7 VREG output voltage 2——185.455.75.95VPin 9 = 0 VReset Reset standard conditions Pins 4, 7 = 5 V; pins 9, 10 = 5 V; pins 23, 65 = 0 V; pins 47, 49 = 8 VV13H Maximum reset output voltage ——13 4.55 5.5V V13L Minimum reset output voltage ——13—00.5V TH9Reset threshold voltage ——944.24.4VI 2C I 2C standard conditions ———————IACK ACK current ———1—mA Reference dataVIL SCL/SDA VTH (L)——56,580.00.75 1.5V VIH SCL/SDA VTH (H)——56,58 3.5 4.25 5.0V F SCLClock frequency——56——100kHzSymbol Item Pin SG point Min Typ Max Unit NotesAUDIO AUDIO standardconditions Pins 4, 7 = 5 V; pins 9, 10 = 5 V; pins 23, 65 = 0 V; pins 47, 49 = 8 VGEAu1Audio gain127SG.AU34–303dB Expressed as 20 log(measured value/input amplitude) GEAu2Audio gain225SG.AU34–303dB Expressed as 20 log(measured value/input amplitude) GEAu3Audio gain321SG.AU34–303dB Expressed as 20 log(measured value/input amplitude) VOL-max Maximum audiooutput amplitude27SG.AU34350500720mVmsVOL-min Maximum audiooutput attenuation 27SG.AU34—–65–60dB Expressed as 20 log(measured value / input amplitude)Symbol Item Pin SG point Min Typ Max Unit NotesVIDEO Video standardconditions ———————Pins 4, 7 = 5 V; pins 9, 10 = 5 V; pins23, 65 = 0 V; pins 47, 49 = 8 V2AGV1Video SW1 outputlevel (CVBS1 input)26SG.A14 1.6 2.0 2.6Vpp2AGV2Video SW2 outputlevel (CVBS2 input)24SG.A14 1.6 2.0 2.6Vpp2AGV3Video SW3 outputlevel (CVBS3 input)20SG.A14 1.6 2.0 2.6Vpp2AGVY Video SWY outputlevel (Y/C input)30SG.A14 1.6 2.0 2.6VppYmax Maximum videooutput 26SG.A50,51,522.9 4.2 5.6VGY Video gain26SG.A50,51,52121518dBFBY Video frequencycharacteristic 26SG.B50,51,52–4–1—dB f = 5 MHz, C-trap: OFFCRF1Chroma trapattenuation 126SG.C50,51,52——–18dBCRF2Chroma trapattenuation 226SG.L50,51,52——–6.5dBYDL1YDL time 126SG.A50,51,52190260330nsYDL2YDL time 226SG.A50,51,52100150250Ns YDL2 = measured value –YDL1 measured valueYDL3YDL time 326SG.A50,51,52100150250ns YDL3 = measured value –YDL2 measured valueYDL4YDL time 426SG.A50,51,52100150250ns YDL4 = measured value –YDL3 measured valueGtnor Video tone controlcharacteristic 126SG.B50,51,521.0 1.4 1.8V f =2.5 MHzGTmax Video tone controlcharacteristic 226SG.B50,51,5271014dB f=2.5MHzGTmin Video tone controlcharacteristic 326SG.B50,51,52–6–22dB f = 2.5 MHzGT2M Video tone controlcharacteristic 426SG.B50,51,52–125DB f = 2 MHzGT5M Video tone controlcharacteristic 526SG.B50,51,52–9–5–1dB f = 5 MHzBLS Black stretchcharacteristic 26SG.K50,51,520.010.030.05VVMF Video mute function26SG.A50,51,52—–45–35dBImput signalLimits Symbol ItemPin SG Test point Min Typ Max Unit NotesCHROMA Chroma standard conditions ———————Pins 4, 7 = 5 V; pins 9, 10 = 5 V; pins 23, 65 = 0 V; pins 47, 49 = 8 VCnorR Chroma standard output (R-Y)26SG.C 33390560790mVpp CnorB Chroma standard output (B-Y)26SG.C 336409201290mVpp ACC1ACC characteristic 126SG.E 33–303dB Veb, Vec: standard input level +6 dB ACC2ACC characteristic 226SG.E 33–6.50 1.5dB Veb, Vec: standard input level –18 dB OV Chroma overload characteristic 26SG.E 33–325dB Vec = 800 mV VikN Killer operation input level26SG.E 33—–40–35dB Veb, Vec: variable KillP Color remaining on colorkilling 26SG.E 33—–45–30dB Veb = 0 mV APCU APC pull-in range (upper)26SG.E 33300600—Hz feb = fec: variable APCL APC pull-in range (lower)26SG.E 33—–600–300Hz feb = fec: variable R/BN Demodulation ratio 26SG.E 330.400.570.80—feb = feb + 50 kHz R-YN1Demodulation angle 126SG.E 3386103120deg feb = feb + 50 kHz R-YN2Demodulation angle 226SG.E 337895112deg feb = feb + 50 kHz TC1TINT control characteristic 126SG.E 33304560deg feb = feb + 50 kHz TC2TINT control characteristic 226SG.E 33304560deg feb = feb + 50 kHzFfsc fsc output frequency 26SG.C 32 3.57933.57963.5799MHz Vfsc fsc output amplitude 26SG.C 32250500800mVpp Ffscfree fsc output frequency in fsc free mode 26SG.C 32 3.57903.57953.5810MHz Vfscfreefsc output amplitude in fsc free mode26SG.C32250500800mVppImput signal Limits Symbol ItemPin SG Test point Min Typ MaxUnit NotesRGB RGB standard conditions———————Pins 4, 7 = 5 V; pins 9, 10 = 5 V; pins 23, 65 = 0 V; pins 47, 49 = 8 VVBLK Output blanking voltage26SG.A 50,51,5200.10.3V Gytyp Contrast control characteristic 126SG.B 50,51,52 2.2 2.8 3.3Vpp f = 100 kHz GYmin Contrast control characteristic 226SG.B 50,51,52—200300mVpp f = 100 kHz GYEnor Contrast control characteristic 326SG.A 50,51,52 2.2 2.8 3.3Vpp Pin 53 = 2.9 V GYEmin Contrast control characteristic 426SG.A 50,51,52—100200mVpp Pin 53 = 0.0 V GYEclip Contrast control characteristic 559,60,61SG.F 50,51,520.500.650.80Vpp Pin 65 = 2.0 V Lum nor Brightness control characteristic 126SG.D 50,51,52 1.7 2.1 2.5V Vy = 0.0 V Lum max Brightness control characteristic 226SG.D 50,51,52 2.33—V Vy = 0.0 V Lum min Brightness control characteristic 326SG.D 50,51,52— 1.32V Vy = 0.0 VD(R)1R driving control characteristic 126SG.A 50 2.0 4.0 6.0dB D(B)1 B driving control characteristic 126SG.A 52 2.0 4.0 6.0dB D(R)2R driving control characteristic 226SG.A 50–5.0–3.0–1.0dB D(B)2 B driving control characteristic 226SG.A 52–5.0–3.0–1.0dB EXD1(R)Digital OSD (R) I/O characteristic 161,65,26SG.F,SG.A 50 1.0 1.5 2.0Vpp Vosd = 1.0 V, SW61 = ON EXD1(G)Digital OSD (G) I/O characteristic 161,65,26SG.F,SG.A 51 1.0 1.5 2.0Vpp Vosd = 1.0 V, SW60 = ON EXD1(B)Digital OSD (B) I/O characteristic 161,65,26SG.F,SG.A 52 1.0 1.5 2.0Vpp Vosd = 1.0 V, SW59 = ONEXD1(R-G)Digital OSD (R-G)amplitude difference ———–3500350mV EXD1(G-B)Digital OSD (G-B)amplitude difference ———–3500350mV EXD1(B-R)Digital OSD (B-R)amplitude difference ———–3500350mV EXD2(R-G)Digital OSD black level DC voltage difference (R-G)—SG.F50,51–250250mVEXD2(G-B)Digital OSD black level DC voltage difference (G-B)—SG.F 51,52–2500250mVOFRG Offset voltage (R-G)26SG.D 50,51–1000100mV Vy = 0.0 V OFBG Offset voltage (B-G)26SG.D 51,52–1000100mV Vy = 0.0 V C(R)1R cutoff control characteristic 126SG.D 50 2.6 2.9 3.2V Vy = 0.0 V C(G)1G cutoff control characteristic 126SG.D 51 2.6 2.9 3.2V Vy = 0.0 V C(B)1 B cutoff control characteristic 126SG.D 52 2.6 2.9 3.2V Vy = 0.0 V C(R)2R cutoff control characteristic 226SG.D 50 1.1 1.4 1.7V Vy = 0.0 V C(G)2G cutoff control characteristic 226SG.D511.11.41.7VVy = 0.0 VSymbol Item Pin SG point Min Typ Max Unit NotesC(B)226SG.D52 1.1 1.4 1.7V Vy = 0.0 V Ccon126SG.C51258dBCcon226SG.C51—–15–10dBCcon326SG.C51—–40–35dBMTXRB26SG.G50,520.810.98 1.08—MTXGB26SG.G51,520.290.370.45—DOSD161,65,26SG.F,SG.A50—0.050.13µs Vosd = 1.0 V, SW59 = ONDOSD261,65,26SG.F,SG.A50—0.050.13µs Vosd = 1.0 V, SW59 = ONBB(R)26SG.A50 1.7 2.1 2.5V BB(G)26SG.A51 1.7 2.1 2.5V BB(B)26SG.A52 2.7 3.7 4.7V WB26SG.A50,51,522.73.74.7VWBL-RB26SG.AY=30%50,52–80.0–20.010.0mV White level difference with, withoutburst, with reference to pin 52 (Bout)WBL-GB26SG.AY=30%51,52–10.080.0mV White level difference with, withoutburst, with reference to pin 52 (Bout)Symbol Item Pin SG point Min Typ Max Unit NotesDEF Deflection systemstandard conditions ———————Pins 4, 7 = 5 V; pins 9, 10 = 5 V; pins23, 65 = 0 V; pins 47, 49 = 8 VfH1Horizontal free-running frequency 1——4615.315.716.1kHzfH2Horizontal free-running frequency 2——4614.715.115.5kHzfH3Horizontal free-running frequency 3——4615.816.216.6kHzHfree Forced horizontalfree-runningoperation26SG.A4615.315.716.1kHz In Hfree operation (0FH: D6 = 1)FPHU Horizontal pull-inrange (upper)26SG.H46250500—Hz Variable input frequencyFPHL Horizontal pull-inrange (lower)26SG.H46—–500–250Hz Variable input frequencyHPT1Horizontal pulsetiming 126SG.A46 4.5 6.07.5µsHPT2Horizontal pulsetiming 226SG.A46 3.5 5.0 6.5µsHPTW Horizontal pulse width——46212529µsVH Horizontal pulseamplitude——46 4.7 5.4—VHSTOP Horizontal pulse stopoperation ——46—0.00.5V When OFH: D7 = 0, confirm thathorizontal pulse is stoppedAFCG AFC gain operation26SG.A43 2.0 3.010.0dB When 12H is 03, 07, measure andcompute amplitudefV Vertical free-runningfrequency——38556065HzVfree Forced vertical free-running operation26SG.A38556065Hz In Vfree operation (0EH: D6 = 1)SVC Service modeoperation——38 1.0 1.52VFPVU Vertical pull-infrequency (upper)26SG.H386367—Hz Variable input frequencyFPVL Vertical pull-infrequency (lower)26SG.H38—5557Hz Variable input frequencyVRsi1Vertical ramp size26SG.A38 1.6 2.0 2.4VppVRsc1Vertical ramp sizecontrol range 126SG.A38 2.0 2.4 2.8VppVRsc2Vertical ramp sizecontrol range 226SG.A380.8 1.2 1.6VppVRpo1Vertical ramp positioncontrol range 126SG.A38183858µsVRpo2Vertical ramp positioncontrol range 226SG.A38805825845µs Measured value – VRpo 1VBLKW Vertical blankingwidth 26SG.A50,51,521.32 1.47 1.62msWVSS Minimum width inminimum syncoperation26SG.I3814——µs Variable input signal dutyImput signalLimits Symbol ItemPin SG Test pointMinTyp Max Unit NotesMonitoringIntelligent monitor system standard conditions ———————Pins 4, 7 = 5 V; pins 9, 10 = 5 V; pins 23, 65 = 0 V; pins 47, 49 = 8 V MONI1Intelligent monitor 1(composite sync)26SG.A 33— 4.9—V Reference data MONI6Intelligent monitor 6(video SW output)26SG.A 33—0.95—Vpp Reference dataMONI7Intelligent monitor 7(G out)26SG.A 33— 2.0—Vpp Reference data. Amplitude measured from blanking levelMONI8Intelligent monitor 8(R out)26SG.A 33— 2.0—Vpp Reference data. Amplitude measured from blanking levelMONI9Intelligent monitor 9(B out)26SG.A 33— 2.0—Vpp Reference data. Amplitude measured from blanking level MONI10Intelligent monitor 10(ACL)——33— 4.3—V Reference data MONI11Intelligent monitor 11(V sync)26SG.A 33— 4.0—Vpp Reference data MONI12Intelligent monitor 12(H out)26SG.A 33— 3.0—Vpp Reference data MONI14Intelligent monitor 14(DEF Vcc)——33— 2.90—V Reference data MONI15Intelligent monitor 15(video/chroma Vcc)——33— 2.70—V Reference data MONI16Intelligent monitor 16(Hi Vcc)——33—2.90—VReference data• Intelligent Monitor Map1.Sub Address: 11HD4 – D72.Output Pin: Pin333.Specification11H 11H Output No.HEXD7D6D5D4Signal100000Composite Sync 210001—320010—430011—540100—650101Y SWOUT 760110G OUT 870111R OUT 981000B OUT 1091001ACL/ABCL 11A 1010V SYNC 12B 1011H OUT 13C 1100DEF VCC 14D 1101DEF VCC 15E 1110V/CVCC 16F1111HI VCCMethod of Measurement of Electrical CharacteristicsVideo Clock2AGTV1-3 video SW output level (CVBS1-3 input)2AGEVY video SW output level (Y input)1.Input SG.A to pin 26 (CVBS1), or pin 24 (CVBS2), or pin 20 (CVBS3), or pin 30 (Yin).2.The amplitude (p-p) at pin 14 is measured.* In order to select TV or external input, use the subaddress 0BH.Y max maximum video output1.Input SG.A to pin 26.2.Measure the amplitude (p-p) other than the blanking part of the output of pins 50, 51, 52.FBY video frequency characteristic1.Input SG.B (5 MHz, 0.4 Vp-p) to pin 26.2.Measure the amplitude (p-p) other than the blanking part of the output of pins 50, 51, 52, take the result to be YB.3.FYB is defined as follows.CRF1 chroma trap attenuation 1 (normal R/G/B output)TRF maximum chroma trap attenuation1.Input SG.C to pin 26, measure the 3.58 MHz frequency level with TRAP ON/OFF (07H D3) DATA 1, take his tobe N.2.Also measure the level with TRAP ON/OFF (07H D3) DATA 0.3.CRF1 is defined as follows.4.Take the minimum value of CRF1 when the I2C BUS data of the TRAP fine ADJ (12H D0 / D1) is adjusted to beTRF.CRF2 chroma trap attenuation 2 (normal R / G / B output).1.Input SG.L to pin 26. The input 3.58 MHz frequency level is N12.Measure the3.58 MHz frequency level when TRAP ON/OFF (07H D3) DATA 0.3.CRF2 is defined as follows.YDL1: YDL time 11.Input SG.A to pin 26.2.Measure the delay time relative to the input signal of pins 50, 51, 52.The delay time at 50% rise level is measured.YDL2, 3, 4: YDL time 2, 3, 41.Input SG.A to pin 26.2.Measure the delay time of the input signal and the pin 50, 51, 52 output signals.3.YDL2, YDL3, YDL4 are defined as follows.YDL2 = measured value (ns) – YDL1 (measured value)YDL3 = measured value (ns) – YDL2 (measured value)YDL4 = measured value (ns) – YDL3 (measured value)GTmax video tone control characteristic 21.Input SG.B (f =2.5 MHz) to pin 26.2.The output amplitude of pins 50, 51, 52 when the video tone data is at the center (20 H) is taken to be GTnor.3.The output amplitude of pins 50, 51, 52 when the video tone data is maximum is measured.4.GTmax is defined as follows.GTmin video tone control characteristic 31.Input SG.B (f =2.5 MHz) to pin 26.2.The output amplitude of pins 50, 51, 52 when the video tone data is at the center (20 H) is taken to be GTnor.3.The output amplitude of pins 50, 51, 52 when the video tone data is minimum is measured.4.GTmin is defined as follows.GT2M video tone control characteristic 41.Take pin 50, 51, 52 output amplitude when input signal frequency is2.5 MHz to be GTnor.2.Input SG.B (f = 2 MHz) to pin 26.3.Measure pin 50, 51, 52 output amplitude.4.GT2M is defined as follows。
25kw 说明书
I 用户Mennucci Lamberto，我以下列参考资料所明确的机器制造商，即工厂ME.RO spa 的法定代表人身份，声明：所述机器符合欧洲共同体指令2006/42/EC附件IIA和89/336中所规定的基本安全要求，尤其符合下面已经完成的产品规范要求：UNI EN ISO 12100-1，UNI EN ISO 12100-2，UNI EN 294，UNI EN 349，UNI EN 1088，CEI EN 60204-1，EN 55011，EN 50082-2.供应商声明在未经过验证机器是否符合指令2006/42/EC前，禁止终端用户在其他机器中安装上面所述的机器。
Ponte a Moriano，2010年6月29日签字：盖章：电晕放电效应处理设备包括：电子发电机类型：MR/b 25K OP2IGBT序号：100418\C.4107\11放电站类型：U2ER-300-3350-2Ex15P-序号：100420\g23-4107-简介这些操作指南是供谁使用呢？版权本手册供所有使用MR/b 25K OP2 IGBT发电机的人员使用，尤其供操作人员使用。
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未经Me.Ro spa事先授权时，本文件的任何部分，都不得被再使用，复制或用电子方式散播。
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我们将很高兴帮助您。
符合标准声明I 用户Mennucci Lamberto，我以下列参考资料所明确的机器制造商，即工厂ME.RO spa 的法定代表人身份，声明：所述机器符合欧洲共同体指令2006/42/EC附件IIA和89/336中所规定的基本安全要求，尤其符合下面已经完成的产品规范要求：UNI EN ISO 12100-1，UNI EN ISO 12100-2，UNI EN 294，UNI EN 349，UNI EN 1088，CEI EN 60204-1，EN 55011，EN 50082-2.供应商声明在未经过验证机器是否符合指令2006/42/EC前，禁止终端用户在其他机器中安装上面所述的机器。
工作场所空气有毒物质测定第 25 部分：铊及其化合物
工作场所空气有毒物质测定第25部分：铊及其化合物1 范围GBZ/T 300的本部分规定了工作场所空气中铊及其化合物的溶剂洗脱-石墨炉原子吸收光谱法。
本部分适用于工作场所空气中气溶胶态铊及其化合物浓度的检测。
2 规范性引用文件下列文件对于本文件的应用是必不可少的。
凡是注日期的引用文件，仅注日期的版本适用于本文件。
凡是不注日期的引用文件，其最新版本（包括所有的修改单）适用于本文件。
GBZ 159 工作场所空气中有害物质监测的采样规范GBZ/T 210.4 职业卫生标准制定指南第4部分：工作场所空气中化学物质的测定方法3 铊及其化合物的基本信息铊及其化合物的基本信息见表1。
表1 铊及其化合物的基本信息4 铊及其化合物的溶剂洗脱-石墨炉原子吸收光谱法4.1 原理空气中气溶胶态铊及其化合物用微孔滤膜采集，酸洗脱后，用石墨炉原子吸收分光光度计在276.7 nm 波长下测定吸光度，进行定量。
4.2 仪器4.2.1 微孔滤膜，孔径0.8 μm。
4.2.2 大采样夹，滤料直径为37 mm或40 mm。
4.2.3 小采样夹，滤料直径为25 mm。
4.2.4 空气采样器，流量范围为0 L/min～2 L/min和0 L/min～10 L/min。
4.2.5 具塞刻度试管，5 mL。
4.2.6 原子吸收分光光度计，具石墨炉原子化器、背景校正装置和铊空心阴极灯，仪器操作参考条件：a) 干燥：80℃～120℃，20 s ；保持10 s ；b) 灰化：120℃～300℃，20 s ；保持10 s ；c) 原子化：1800℃，5 s ，停气；d) 清除：2400℃，2 s 。
4.3 试剂4.3.1 实验用水为去离子水，用酸为优级纯。
4.3.2 硝酸溶液，0.5%(体积分数）。
4.3.3 标准溶液：用水稀释国家认可的铊标准溶液成1.0 μg/mL 铊标准应用液。
4.4 样品的采集、运输和保存4.4.1 现场采样按照GBZ 159执行。
AMETEK干燥器305400901S
AMETEK干燥器305400901S AMETEK干燥器305400901S（询价：15 8 05 06 12 13-李工）AMETEK氧化锆室70597SEAMETEK氧化锆头71063SEAMETEK取样过滤器71072SE厂家AMETEK天然气露点仪13-100-C-N-025AMETEK湿气发生器305010901S阿美特克露点仪13-1210-C-N-2AMETEK氧化锆传感器71785SEAMETEK过滤器71849SEAMETEK镜头CH13-0007-tAMETEK电路板13-0307AMETEK热电偶SC4326-NR-FCAMETEK 铂电阻13-0236 AMETEK电源/键盘模块90253VEAMETEK 70049SE氧氣分析儀用取樣探棒AMETEK 90219VE可燃性氣體分析儀用顯示模組AMETEK阿美特克氧化锆过滤器74422SE 数量2AMETEK氧化锆头71785SEAMETEK阿美特克80472SEAMETEK光源电源880107902sAMETEK光源触发器880118901AMETEK硫化氢在线分析仪阴极灯(铜灯) PN:300-8707AMETEK硫化氢在线分析仪镉灯933 300-207AMETEK阿美特克119153-54,THERMALLY PRO TECTED LFUSE PRO TECTEDAMETEK阿美泰克存储器880060901SAMETEK阿美特克硫磺比值仪光源电源880107902SAMETEK阿美特克硫磺比值仪光源触发器880118901AMETEK阿美特克电源模块500124901AMETEK电路板80498SEAMETEK烃露点分析仪过滤组件100-1848AMETEK 300-2070的镉灯AMETEK阿美特克AMETEK氧化锆加热棒73052TEAMETEK氧化锆高温导线95384WEAMETEK温度控制器269323011AMETEK比值分析仪氙灯200880001AMETEK比值分析仪检测电路板880020901AMETEK比值分析仪测量池880324901氧化锆头ametek 71063SEAMETEK K型非接地式热电偶71697KEAMETEK取樣PROBE 75064SEAMETEK氧化锆高温导线95384WEAMETEK源触发器880118901AMETEK氧化锆73052TESAILOR N421SAILOR SP3520SAILOR HT4520特力得泵s-216-j35卡特发电机卡特彼勒169-3345滤芯滤芯2FS1000 P551000滤芯滤芯2LF9009 P553000滤芯滤芯2WF2075 P554075滤芯滤芯2P777868滤芯滤芯2P777869滤芯滤芯2FS1212 P558000滤芯滤芯2LF9009 P553000滤芯滤芯2WF2075 P554075滤芯滤芯2AF872 P181056滤芯滤芯2FF5052 P550440滤芯滤芯2FS1280 P551329滤芯滤芯2LF3349 P558615滤芯滤芯2WF2075 P554075滤芯滤芯2K2140EF01-ARO-14V-PNP/1德国司登利 STEINEL热风枪HG-2310 GE镇流器GE248HO-MV-NCAT泵 351意大利SAMIA.S.R.L－LESMO－MILANO P/N：P.85G3R滤芯TR20520SPM密封胶圈P108291BOCK活塞式制冷压缩机HGX8/2830-4SBOCK活塞式制冷压缩机HGX88e/2735-4SSB330-50A1/112A9-330AC'Treat滤芯P2544C'Treat滤芯B2523美国GM探测器IR2100美国GM探测器FL4000HC'Treat滤芯F0205C'Treat滤芯T0127C'Treat滤芯G0017SB330-10A1/112A9-330AAQUAMETRO流量计 vzo4-RE 0.00125DERRICK FLC-503配件，总成件号：14623-00E2S灯泡B300FLF230B/Y英格索兰气动悬挂葫芦手柄组件80148539JUMO 405052/000英格索兰启动马达SS815GB03R3贺德克滤芯 0160D005BN3HcVGG-4322-316-HCC-H2-XISC-D024E5SM-3201-22-HCC-H2-XISC-D024英格索兰修理包SS800-TK2HYDAC过滤器RF4-1-EPTO-AAE-0-4-16-1/KMS50英格索兰气动马达150BMPE88R54CARMANAH 型号M650H英格索兰修理包150BMPD-TK1CONTOIL Oil meter VZO 25 RC 130/16-RV1FHF Funke + Huster Fernsig电笛 HPWII212.251.07 230VGE镇流器GE-125-120-NVOXTEL 探测器RIP1-JNFROBUSCHI RBS 145/F BARESHAFTMoxa E3210VOXTEL 探测器RIP1-JNFDEIF PPU/2/95（PPU/2/GS）, 100-690 VAC, current -1A or -/5A supply 12/24VDC OPTION B1/F1MS-HTB-4TMS-HTB-4SKF轴承504264AUXITROL CT801-SI-RFCEAG防爆荧光灯 EXPLOSION-PROOF FLUORESCENT LIGHTING,厂家规格：CEAG Crouse-hinds ellk 92036/36 ，Exd IIC T4 IP66, 2*36W,220V,Order code:1 2266 875 109KEWILL 浮球式液位开关LV30-750S2FAUXITROL CT801-SI-RFOBSERVATOR OMC-406Mesto气动O型阀7150313600XT2-VPVL300DABD-SR2WB5HDMesto气动O型阀7150313600XTZ2-VPVL300DABD-SR2WB5HDNORGA VF500,103903,J1508-01,24Vdc德国威图RITTAL THERMOSTAT/超温开关 SK 3110.000OBSERVATOR 手柄OMC-422FHF Funke + Huster Fernsig电笛 HPWII212.251.07 230VMS-HTB-6TMS-HTB-8MS-TDT-24MS-TC-308万福乐AS321006电磁控制阀阿特拉斯压力传感器1089057565ITRANS，MFR硫化氢传感器\工业，科学\7702-3828 ITRANS硫化氢传感器，P/ N：7702-3828阿特拉斯压力传感器1089057578万福乐AEDRVN6-S775/200电磁阀哈威PSL 31/D250-2-A 2 LW 40/25 A 250 B 250FPH 1/EA/3-A 2 H 40/40 A 250 B 250/EA/3-A 2 H 40/40 A 200/EA/3-A 2 H 40/40 A 200/EA/3-A 1 L 40/40/EA/3-A 1 L 40/40/E0A8/3-A 1 L 40/40/E0A8/3-A 1 L 40/40/E0A8/3-A 1 L 40/40/E0A8/3-A 1 L 40/40/E0A8/3-E 4-G 24液压泵（高压） ENERPAC P392手动液压泵 MAX10000PSI/700BARControlli 电动二通阀2FGB25派克马达F12-060-MS-SV-T-000-000-0PSL轴承912-304A派克马达 3799999Consilium康士廉手动火警报警按钮NS-CP-IP55，电压24VDCConsilium康士廉手动火警报警按钮5200014-01A MCP-C IP55Controlli 电动二通阀2FGB40Controlli 电动二通阀2FGB50COMET抛绳器1104威伯科WABCO 9253231300威格士 VMQ135S158哈威G49-22-G 24哈威RB1哈威R 8,3-8,3-8,3-8,3-BABSL-Z 15电磁阀 UNIWO SOLENOID VALVE 2-9bar -40-110℃ Model:HV-515N哈威PMVR4-44/G 24哈威EV1M2-12/24哈威R2.7ITALVIBRAS振动电机M3/4-S02盖瑞特增压器TV7301/8924252/466176-0001/46西门子触摸屏smart700 6AV66176-5001丹佛斯电磁阀线圈018F6176哈威R8.3-8.3-8.3-8.3/Z15BABSLB-406T B-560TTAIYO流量计DFS3-1200-DC24V树脂叶轮空调压缩机\ZR81KC TFD 522 380V滤芯空气过滤器B160049JUMO DELOS SI 压力变送器405052/000OBL意大利固化剂隔膜泵MC261OBL意大利固化剂隔膜泵MC201HAWE 柱塞泵R8.3-8.3-8.3-8斯贝克泵NPE25/30-200派克电磁阀RCS2406-02-200Lscanwill增压阀P7.0RHEINZMANN 电位器海茵茨曼序列号9710024012-Z电动电位计SW07-1-M-ES-120S 斯贝克泵NP25/30-200斯贝克高压泵NPE25／70＿100威格士泵 PVB10/RSY/31/CMC/11GUIBERSON斯贝克高压泵NP25/70-120MONITRAN振动传感器MTN/1185CQ-20帕斯菲达X100-XB-AAAA365ATLAS 控制面板，序列号：91121044003 备件号：1900071292JOTRON MF-11122VCPLUS球阀通用备品 SEALWELD 阀门清洗液S-VCP-SGC力士乐A10VSO71DRS/32R-VPB22U99BOSCH DFJ020012BOSCH DFJ010006Brand液压流量控制阀FC51-1/2英国michell露点仪S4000 -60℃—+40℃英国michell露点仪S4000 -85℃—+20℃英国michell露点仪S4000 -100℃—+20℃绝压0-10BAR_德鲁克PTX5072-TA-A1-CA-H0-PA绝压0-350mbar_德鲁克PTX5072-TA-A1-CA-H0-PAMission 648408706ORGA 雾笛导航系统PCB64 PCB CODER MK2 SUITABLE FOR FOGHORN CODE，ITEM NO: 15S50040ORGA 雾笛导航系统PCB71 PCB 35POSC 860Hz INVERTER，ITEM NO: 15S70860 德国沃马防咬剂 530.0358Mission 661009010AMission 646490557Mission 648402295Mission 648408201SMission 072200017限位开关 D-C73AS2201F-01-10S新款AS2201F-01-10SA摆动气缸执行机构 MGPM32-50新款MGPM32-50ZGRA1BS50-180C是否CRA1BS50-180C新款CRA1BS50-180CZ气缸 MDBT40-75新款MDBT40-75ZL-MDBT32-50气缸 MDBB50-125新款MDBB50-125Z气缸 MDBB32-100新款MDBB32-100ZMBT80-350新款MBT80-350ZMBB50-60新款MBB50-60Z气缸 MBB50-55Y-05M气缸 MBB50-250新款MBB50-250ZL-CM2E32-50电磁换向阀 VQ4151-5H-03电磁换向阀 VQ4151-5H电磁换向阀VG342R-5DZ-06A应是 VG342R-5DZ-06电磁换向阀VFS5110-5DZB-06电磁换向阀VCA41-5DLB-5-03-F电磁换向阀SMC SY7120-5DZ-02-F2 DC2电磁换向阀VQ5251-5H-04电磁换向阀VQ5151-5H-04气缸 MDBT50-75新款MDBT50-75ZAS3201F-03-10S新款AS3201F-03-10SA气缸 MBB63-35新款MBB63-35Z气缸 MBD50-100新款MBD50-100ZAS4201F-04-12S新款AS4201F-04-12SATU1065BU-100AS2201F-02-10S新款AS2201F-02-10SA气缸 CRB1BY80-90D气缸 MGGMF40-300电磁换向阀 VQ4151-5H-03滤片SPL25 202罗茨同步马达FDRA010422WVR280罗茨同步马达FDRA020112WVR280COMROD VHF天线AV7电磁换向阀 VQ4151-5HFLUKE过程校检仪754SICK光电眼 KT6W-2N5116PROTEGO管端呼吸阀VD\SV-250\CS摩托罗拉防爆对讲机/GP338横河EJA110A-EHS5A-97DACOMROD航空对讲机天线AV19MARZOCCHI马祖奇齿轮泵GHP3-S-30-FQ英格索兰气动马达GS08P16-055FSOLO感温探头测试装置461奔驰A2710503347*10奔驰A2710503447*10英格索兰空压机UP5-11CTAS-8-2722-3/8英寸到8-5/8英寸产品系列号H540202-3/8英寸到15英寸产品系列号H54023横河EJA530A-ECS7N-07NN/KF2GOIZPER 5725OWD手动截止阀 TYCO 型号PN37MPaDN50T283'CCAT发电机电池_9X9730woodward电磁阀SA-3527-TOILTECH冷却器 B25TH*100/1P-SC-SODA-1110-1N防爆电话NIPPON HAKUYU感烟探头FD-8311NIPPON HAKUYU接线盒OFZ-9002电磁阀SJ06E532NC009224VDC万福乐电磁换向阀 AExd4Z60a-G24/L15万福乐防爆比例减压阀 MQBPM22-150/L15-Z382万福乐液控换向阀AP4Z60aDTLTA 热金属检测器&Z3.JC.S N`85581 220V&马丁戴克仪表油 w15-4日本横河变送器 EJA110A-EHS5A-97DA日本横河变送器 EJA530A-ECS7N-07NN/KF2/QR德鲁克校验仪DPI880MKS 153D-4-100-2罗斯蒙特压力变送器 2088G-3-S-22-A-2-S5-B4-ED-M5-Q4 Mission 641103296FEDERAL SIGNAL CORPORATION 27XST-024YFEDERAL SIGNAL CORPORATION CMXC-SBNORGREN 减压阀B74G-4GK-A01-RMN底特律S40发动机配件1817677C91 燃油滤芯底特律S40发动机配件1817677C91 燃油滤芯底特律S40发动机配件2G110119 空气滤清器底特律S40发动机配件TFX-400*80底特律S40发动机配件TFX-400*80 液压油箱吸油滤芯（DDC-S-40 底特律S40发动机配件G110119FRABA编码器0CD-DPB1B-1212-C10S-H3PDNH扬声器DSP-25EExmNTPARKER电磁阀341N35 220Vbei NPEXA-CA2D11P Pt100 0-300℃OTECO钻井大绳排缆器G-102-S 431122watlow型号:AF-JAOTA094UJ100西博斯西博斯2SA5511-2CE00-4BBS-Z西博斯西博斯2SA5511-2CE00-4BB3-Z力士乐A10VSO71DR/31R-PPA12NOOLIEBHERR CLYBEARING PIVOT PTECE ADD 918509414Audco 731-C丹麦ROTAN HD51EFMT-1U2B2美卓定量阀RAW100AW-NC4L100-ND4KS22美卓定量阀RAW100AW-NC41L100-ND4KS22NOV国民油井华高螺杆泵定子RRE0822207E+E 温湿度变送器 EE31-PFTD3025D05/BG6-T26OTECO钻井大绳排缆器滚子431121马丁戴克机械压力表38021601，X00-04-264，0~16000Psi OTECO钻井大绳排缆器修理袋431112SCHMERSAL BN20-11RZ-M16能美感烟探测器FDK512-JCAUTION P3403892-0351MKS蝶阀153D-4-100-2OTECO配件280105OTECO配件280106美国WATLOW瓦特隆探头AF-JAOTA094UJ100OTECO配件280102OTECO配件280107阿波罗探头ob-ht-41014-marARROW Electric Driven Chemical Injection泵BR4300Brand液压流量控制阀FC51-1/2MONARCH泵AOT-6MONARCH泵FAOT-6MN-DSF40GM-16F-1050V.9-A2WL-STZ20-24D美国谷轮的压缩机谷轮ZR190KC-TFD-522LG接触器 GMC-180线圈 AC380V 180A康士廉探头SWM-1/KL 57°普兰索力泵 VF 14T1503N75T-S35CLIMAX润滑脂\规格：SIXE B 3/8"kidde FENWAL 感烟探头CPD7051意大利ITALVIBRAS MVSI 10/10000-S02 7.6KW 380V 50hz 3phLewis皮带BC Aqua-terraLewis灵活的钢尾线TR-14DYNAPAR BRAND A103-004意大利bont阀FIG.6051 4500 616.34ENDURO RX4CH-24GRACO 214980(附帶2KG壓力指示配套φ6氣管接頭,φ6油管接頭，帶50mm加長桿kidde FENWAL 感烟探头CPD7054GOODALL00008软管瑞士Contelec电位器PD210 1KO/J 4BMGRACO (固瑞克)高压黄油泵工作压力：580公斤，50：1 PN：239877，序列号：K7973康士廉探头5200047-00AMJ441-11Y IEC60947-5-1DRVCK德鲁克PTX7517-4426三阳DB-3002A-2费斯托电磁阀 537640W2002滤芯空气滤芯p777579瑞士CONTELEC PD210-1KΩ/J 4BM霍尼韦尔压差开关DPS200DRVCK德鲁克PT*2072-AT-A1-CB-HO-PRDRVCK德鲁克PT*5072-AB-A2-CB-HO-PR摩菲油位保持器-LR857DRVCK德鲁克PT*5072-TB-A2-CB-HO-PRDRVCK德鲁克PTX5072-TA-A1-CB-H0-PR油力MB-4/1S-4/28L/G-4/M3油力MB-4/3S-4/28L/18L/18L/G-4/M3DRVCK德鲁克PTX5072-TA-A2-CB-H0-PRDRVCK德鲁克PTX5072-TA-A2-CB-H0-PRPH计310P-01A奥利龙ABB AT636S18三阳DB-3010AF-01DET-TRONICS 可燃气体报警器PIRECLA1A1W1AMDET-TRONICS 可燃气体报警器PIRECLA1A1W1UNITOR超声波清洗机S-700/HM，230VDNH扬声器HS-15EExmNTDET-TRONICS 可燃气体报警器PIRECLA1A1Y1电缆HQ30D53151000奥莱尔胶囊全套 50LD (50M25)意大利SETTIMA海林柯螺杆泵GR55SNT380LSNRF2安全阀/PSV-7181A/外输橇流量计95130111BEUPEC晶闸管T1503N75T-S35KEYSTONE光杆蝶阀，FAR1/T064/DN150KEYSTONE气动蝶阀，FAR1/T064/DN150+F79U-012DAKEYSTONE阀座DN150 FAR1 NBR海沃齿轮油泵14571231C美国科尔摩根Kollmorgen伺服电机AKD-B01206-NBAN-0000 美国科尔摩根Kollmorgen伺服电机AKM63L-ANCNR-00PSL 5H1/210-3canrig H101238canrig H100015canrig H100020哈里伯顿HQ-2000-凡尔胶皮-2030021哈里伯顿HQ-2000-风扇液压马达-015.61.015.31哈里伯顿HQ-2000-启动液压马达-CMD-3A-111哈里伯顿HQ-2000-空气滤芯-7695500K哈里伯顿HQ-2000-胶联剂泵总成-CA T1531哈里伯顿HQ-2000-柱塞机油气动泵-9911-1哈里伯顿HQ-2000-2英寸CAMPBEL呼吸阀-FOOT V ALVE哈里伯顿HQ-2000-蝶阀NORRISEAL-R1011-13AA-1A哈里伯顿HQ-2000-液压齿轮泵-CASAPPA-P/GD-N-EL-P-FS哈里伯顿HQ-2000-变矩器液压油滤-67636652哈里伯顿HQ-2000-工作缸皮碗-1318-5075哈里伯顿HQ-2000-油水分离器滤子总成-A000 477 13 02哈里伯顿HQ-2000-1-1/2英寸旋塞阀-15000psi 1502哈里伯顿HQ-2000-1-1/2英寸旋塞阀修理-15000psi 1502哈里伯顿HQ-2000-3英寸活动弯头-50型MXF15000psi 1502哈里伯顿HQ-2000-3英寸活动弯头-10MXM 15000psi 1502哈里伯顿HQ-2000-3"旋塞阀-SF105-3*3,105MPA哈里伯顿HQ-2000-2"旋塞阀-SF105-2*2,105MPA哈里伯顿HQ-2000-3"活动弯头-100M-M(双公) WT10.3L 105MPA哈里伯顿HQ-2000-压轮轴承-HK440B CA310017哈里伯顿HQ-2000-4"低压管线-4*长4.5M,受压1MPA哈里伯顿HQ-2000-高压管线-受压40MPA,长5M,1502扣F-M哈里伯顿HQ-2000-后桥油封-A-1205-P-2590哈里伯顿HQ-2000-中桥油封-A-1205-P-2592哈里伯顿HQ-2000-风扇皮带-D1102-4897哈里伯顿HQ-2000-雨刷器气泵-J339-56-1/K339-56-2哈里伯顿HQ-2000-后刹车分配阀T-294859D哈里伯顿HQ-2000-分配器电磁阀-K295-386哈里伯顿HQ-2000-大泵螺栓-50.8*10哈里伯顿HQ-2000-大泵螺栓-19*88哈里伯顿HQ-2000-大泵销子-19*88哈里伯顿HQ-2000-大泵销子-19*51哈里伯顿HQ-2000-大泵齿盘-364*25.4哈里伯顿HQ-2000-大泵拉杆-133*290哈里伯顿HQ-2000-大泵螺栓-50.8*95哈里伯顿HQ-2000 大泵连接盘销钉哈里伯顿HQ-2000HQ-大泵连接盘螺丝哈里伯顿HQ-2000-大泵连接盘拉杆哈里伯顿HQ-2000-灌注泵-101209391哈里伯顿HQ-2000-风扇液压马达修理包CAT PUMP是抽取无磨料（无颗粒）液体、中等PH液体介质的最理想液体泵，其抽取的液体介质包含城市供水、过滤后的废水、油料、清洁溶液、杀虫剂、化学品溶液、海水、去离子水等，在制药和食品制造上也在使用。
3MZ2110机械说明书
3 液压、气动系统 ................................................................................19
3.1 液压系统.................................................................................................................... 19 3.2 液压油的选择............................................................................................................ 21 3.3 注意............................................................................................................................ 21