CHION-驰恩_选型手册_V12
滚珠丝杠(选型手册)
infineon 有源钳位
Page 21
Infineon‘s Latest Release
EiceDriver™ - 1ED020I12-F
Single Channel Gate Driver IC Galvanic Isolation Coreless Transformer Technology Driving IGBT/MOSFET up to 100A (1200V)
EiceDriver
Page 23
Isoaltion Definitions
Functional Insulation:
VDE 0884-10 Approved UL1577 Pending
Insulation between conductive parts which is necessary only for the proper functioning of the equipment. Basic Insulation: Insulation applied to live parts to provide basic protection against electric shock. Supplementary Insulation: Independent insulation applied in addition to basic insulation, in order to provide protection against shock in the event of a failure of basic insulation. Double Insulation: Insulation comprising both basic insulation and supplementary insulation. Reinforced Insulation: A single Insulation applied to live parts, which provides a degree of protection against electric shock equivalent to double insulation
步进电机选型手册
北京飞凌东泰电子技术有限公司
010-69732383
86 圆形步进电机系列
技术数据：
步进电机型号
步距 角 (°)
静力 矩 (N.m)
电流 (A)
电阻 (Ω)
电感 (mH)
引线 数 (NO.)
机身 长 (mm)
转动 惯量
重量 (Kg)
(g.cm^2)
FL86BYG62
1.8 1.8 1.9 2.6 9.7
长度 (mm)
115
150
转动 (g.cm^2)
5500 11000
重量 (Kg)
5 8.4
电机轴径均为 19mm,键槽尺寸为 6*35mm 接线图：
北京飞凌东泰电子技术有限公司
010-69732383
130 圆形步进电机系列
技术数据：
步距角
型号
(°)
静力矩 (N.m)
电流 (A)
电阻 (Ω)
电感 (mH)
外形图：
相感抗(mH ±20%)
2.3 25 4.2 36 6
长度 (mm)
71 103 103 135 135
重量 (Kg)
1.7 2.85 2.85
4 4
型号 FL86BYG3A71 FL86BYG3A103 FL86BYG3A103 FL86BYG3A135 FL86BYG3A135 接线图：
型号
FL86BYG65
FL86BYG80 FL86BYG118 FL86BYG156
轴径 键槽
φ9.5 、 单平台
φ14
0.8×25
φ12.7 25
φ15.875 5×25
北京飞凌东泰电子技术有限公司
接线图:
S120单轴驱动器选型手册 V1.3
Sinamics S120 AC/AC 驱动器
-1-
西门子(中国)有限公司 自动化与驱动集团 运动控制部
Sinamics S120 系列丛书
S120 AC/AC 产品简易选型手册
第一章 SINAMICS S120 驱动器的概述
Sinamics S120 AC/AC 单轴驱动器是在西门子推出的新一代交流驱动产品－Sinamics S120 的基础上，又新增 加的集整流和逆变于一体的新驱动器，它是集 V/F、矢量和伺服控制功能的高精度、高性能的新型驱动器。它 既能控制普通的三相异步电动机，又能控制同步伺服电机、力矩电机及直线电机。其强大的定位功能将实现进 给轴的绝对、相对定位。 Sinamics S120 产品包括：用于共直流母线的 DC/AC 逆变器和用于单轴的 AC/AC 变频器。
－伺服控制模式 －矢量控制模式 －V/F 控制模式 控制电源 环境温度
1 相. 200 V - 240 V AC ±10% (-15% < 1 分钟) 3 相. 380 V - 480 V AC ±10% (-15% < 1 分钟) 47 Hz - 63 Hz 约 1.35 x 进线电压
0 Hz - 650 Hz 0 Hz - 300 Hz 0 Hz - 300 Hz 24 V DC, -15/+20% 0℃到+40℃
• 单轴控制的 AC/AC 变频器，通常又称为 Sinamics S120 单轴交流驱动器，其结构形式为电源模块和 电机模块集在一起，特别适用于单轴的速度和定位控制。
本书只介绍 Sinamics S120 单轴交流驱动器， 而 Sinamics S120 多轴驱动器，将在另一本书作详细描述。
Sinamics S120 AC/AC 单轴驱动器由两部分组成：控制单元和功率模块
kohler 23-750 ch cv en ess frc engine owner's 说明书
24 590 43 Rev. Owner's ManualIMPORTANT: Read all safety precautions and instructions carefully beforeoperating equipment. Refer to operating instruction of equipment that this engine powers. Ensure engine is stopped and level before performing any maintenance or service.Warranty coverage as outlined in the warranty card and on . Please review carefully as it provides you speci fi c rights and obligations.To maintain compliance with applicable emission regulations, exhaust system backpressure may not exceed limits which can be found on . Search by Model No., select Read More, then select Specs tab.Record engine information to reference when ordering parts or obtaining warranty coverage.Engine Model Speci fi cation Serial Number Purchase DateCH23, CH620-CH740, CH750CV23, CV620-CV740, CV750EN ESSFRC224 590 43 Rev. -- WARNING: A hazard that could result in death, serious injury, or substantial property damage.CAUTION: A hazard that could result in minor personal injury or property damage.NOTE: is used to notify people of important installation, operation, or maintenance information.Explosive Fuel can cause and severe burns.Do not tank whileengine is hot or running.Gasoline is extremelyWARNINGHot Parts can cause severe burns.Do not touch engine while operating or just after stopping.Never operate engine with heat shields or guardsremoved.WARNINGRotating Parts can cause severe injury.Stay away while engine is in operation.Keep hands, feet, hair, and clothing away from all moving parts to preventinjury. Never operate engine with covers, shrouds, orguards removed.WARNINGAccidentalStarts can cause severe injury or death.Disconnect and ground spark plug lead(s)before servicing.Before working on engine or equipment, disable engine as follows: 1) Disconnect spark plug lead(s). 2) Disconnect negative (–)battery cable from battery.WARNINGCarbonMonoxide can cause severe nausea, fainting or death.Avoid inhaling exhaust fumes.Engine exhaust gases contain poisonous carbon monoxide. Carbon monoxide is odorless, colorless, and can causedeath if inhaled.CAUTIONElectrical Shock can cause injury.Do not touch wires while engine isrunning.324 590 43 Rev. ENDipstick B Oil Fill C Fuel Filter Oil Cooler F Oil Drain Plug G Debris Screen Heavy-Duty AirCleaner J End Cap K Element Air Cleaner Housing N Inlet Screen O Retaining Clip Air Cleaner Knob R Rubber Seal S Air Cleaner Cover Element Cover V Precleaner WPaper ElementLow-Pro fi le Air CleanerZOil Fill/DipstickG IPre-Start Checklist1. Check oil level. Add oil if low. Do not over fi ll.2. Check fuel level. Add fuel if low. Check fuel system components and lines for leaks.3. Check and clean cooling areas, air intake areas and external surfaces of engine (particularly after storage).4. Check that air cleaner components and all shrouds, equipment covers, and guards are in place and securely fastened.5. Check spark arrestor (if equipped).ED BFKZAHJN OMPLWARNINGCarbon Monoxide can causesevere nausea, fainting or death.Avoid inhaling exhaust fumes.Engine exhaust gases contain poisonouscarbon monoxide. Carbon monoxide isodorless, colorless, and can cause death ifinhaled.WARNINGRotating Parts can cause severeinjury.Stay away while engine is inoperation.Keep hands, feet, hair, and clothing awayfrom all moving parts to prevent injury. Neveroperate engine with covers, shrouds, orguards removed.NOTE: Do not crank engine continuously formore than 10 seconds. Allow a 60second cool down period betweenstarting attempts. Failure to followthese guidelines can burn out startermotor.NOTE: Upon start-up, a metallic ticking mayoccur. Run engine for 5 minutes. Ifnoise continues, run engine at midthrottle for 20 minutes. If noise persists,take engine to your local Kohlerauthorized dealer.1. Place throttle control midway between slowand fast positions. Place choke control intoON position.2. Turn key switch to START position. Releaseswitch as soon as engine starts. If starterdoes not turn engine over, shut off key switchimmediately. Do not make further attempts tostart engine until condition is corrected. Donot jump start. See your Kohler authorizeddealer for trouble analysis.3. Cold engine: Gradually return choke controlto OFF position after engine starts andwarms up. Engine/equipment may beoperated during warm-up period, but it maybe necessary to leave choke partially on untilengine warms up.Warm engine: return choke to OFF positionas soon as engine starts.1. Use proper oil for temperature expected.2. Disengage all possible external loads.3. Use fresh winter grade fuel. Winter gradefuel has higher volatility to improve starting.Stopping1. If possible, remove load by disengaging allPTO driven attachments.2. Position throttle control between half and fullthrottle; stop engine.Refer to operating instructions of equipmentthis engine powers. Do not operate this engineexceeding maximum angle of operation; seespecifi cation table. Engine damage could resultfrom insuffi cient lubrication.NOTE: Do not tamper with governor setting toincrease maximum engine speed.Overspeed is hazardous and will voidwarranty.Anti-icing kits can be installed to improve coldweather operation and are available throughyour local Kohler authorized dealer.If this engine is operated at an altitude of4000 ft. (1219 meters) or above, a high altitudecarburetor kit is required. To obtain high altitudecarburetor kit information or to fi nd a Kohlerauthorized dealer, visit orcall 1-800-544-2444 (U.S. and Canada).This engine should be operated in its originalconfi guration below 4000 ft. (1219 meters).Operating this engine with the wrong engineconfi guration at a given altitude may increaseits emissions, decrease fuel effi ciency andperformance, and result in damage to theengine.424 590 43 Rev. --524 590 43 Rev. ENWARNINGBefore working on engine or equipment, disable engine as follows: 1) Disconnect spark pluglead(s). 2) Disconnect negative (–) battery cable from battery.Accidental Starts can cause severe injury or death.Disconnect and ground spark plug lead(s) before servicing.Normal maintenance, replacement or repair of emission control devices and systems may beperformed by any repair establishment or individual; however, warranty repairs must be performedby a Kohler authorized dealer found at or 1-800-544-2444 (U.S. and Canada).Oil RecommendationsWe recommend use of Kohler oils for best performance. Other high-quality detergent oils (including synthetic) of API (American Petroleum Institute) service class SJ or higher are acceptable. Select viscosity based on airCheck Oil LevelNOTE: To prevent extensive engine wear ordamage, never run engine with oil level below or above operating range indicator on dipstick.Ensure engine is cool. Clean oil fi ll/dipstick areas of any debris.1. Remove dipstick; wipe oil off.a. Press-in cap: reinsert dipstick into tube; press completely down.orb. Thread-on cap: reinsert dipstick into tube; rest cap on tube, do not thread cap onto tube.2. Remove dipstick; check oil level. Level should be at top of indicator on dipstick.3. If oil is low on indicator, add oil up to top of indicator mark.4. Reinstall dipstick and tighten securely.624 590 43 Rev. -- Explosive Fuel can cause and severe burns.ll fuel tank while engine is hot or running.Gasoline is extremely fl ammable and its vapors can explode if ignited. Store gasoline only in approved containers, in well ventilated, unoccupied buildings, away ames. Spilled fuel could and should NOT be used; effects of old, stale or contaminated fuel are not warrantable.Fuel must meet these requirements:● Clean, fresh, unleaded gasoline.● Octane rating of 87 (R+M)/2 or higher.● Research Octane Number (RON) 90 octane minimum.● Gasoline up to 10% ethyl alcohol, 90% unleaded is acceptable.● Methyl Tertiary Butyl Ether (MTBE) andunleaded gasoline blend (max 15% MTBE by volume) are approved.● Do not add oil to gasoline.● Do not over fi ll fuel tank.● Do not use gasoline older than 30 days.Fuel LineLow permeation fuel line must be installed on carbureted Kohler Co. engines to maintain EPA and CARB regulatory compliance.Change oil while engine is warm.1. Clean area around oil fi ll cap/dipstick, drain plug/oil drain valve.a. Remove drain plug and oil fi ll cap/dipstick. Allow oil to drain completely.orb. Open oil drain valve cap; if needed, attach a length of 1/2 in. I.D. hose to direct oil into appropriate container; twist valve drain body counterclockwise and pull. Remove dipstick. Allow oil to drain completely.2. Clean area around oil fi lter. Place a container under fi lter to catch any oil and remove fi lter. Wipe off mounting surface.a. Reinstall drain plug. Torque to 10 ft. lb. (13.6 N·m).orb. Close oil drain valve body, remove hose (if used), and replace cap.3. Place new fi lter in shallow pan with open end up. Fill with new oil until oil reaches bottom of threads. Allow 2 minutes for oil to be absorbed by fi lter material.4. Apply a thin fi lm of clean oil to rubber gasket on new fi lter.5. Refer to instructions on oil fi lter for proper installation.6. Fill crankcase with new oil. Level should be at top of indicator on dipstick.7. Reinstall oil fi ll cap/dipstick and tighten securely.8. Start engine; check for oil leaks. Stop engine; correct leaks. Recheck oil level.9. Dispose of used oil and fi lter in accordance with local ordinances.This switch is designed to prevent enginefrom starting in a low oil or no oil condition. Oil Sentry ™ may not shut down a running engine before damage occurs. In some applications this switch may activate a warning signal. Read your equipment manuals for more information.EN 4. Check all parts for wear, cracks, or damage,and that ejector area is clean.5. Install new element(s).6. Reinstall end cap(s) with dust ejector valve/screen down; secure with retaining clips.Ensure both ends of breather tube are properly connected.1. Clean fi ns with a brush or compressed air.2. Remove two screws securing oil cooler, andtilt to clean back side.3. Reinstall oil cooler.WARNINGHot Parts can cause severeburns.Do not touch engine whileoperating or just after stopping.Never operate engine with heat shields orguards removed.Proper cooling is essential. To prevent overheating, clean screens, cooling fi ns, and otherexternal surfaces of engine. Avoid sprayingwater at wiring harness or any electricalcomponents. See Maintenance Schedule.We recommend that you use a Kohlerauthorized dealer for all maintenance,service, and replacement parts for engine.To fi nd a Kohler authorized dealer visit or call 1-800-544-2444(U.S. and Canada).StorageIf engine will be out of service for 2 months ormore follow procedure below.1. Add Kohler PRO Series fuel treatment orequivalent to fuel tank. Run engine 2-3minutes to get stabilized fuel into fuel system(failures due to untreated fuel are notwarrantable).2. Change oil while engine is still warm fromoperation. Remove spark plug(s) and pourabout 1 oz. of engine oil into cylinder(s).Replace spark plug(s) and crank engineslowly to distribute oil.3. Disconnect negative (-) battery cable.4. Store engine in a clean, dry place.CAUTIONElectrical Shock can cause injury.Do not touch wires while engineis running.Clean out spark plug recess. Remove plug andreplace.1. Check gap using wire feeler gauge. Adjustgap, see specifi cation table for adjustment.2. Install plug into cylinder head.3. Torque plug to 20 ft. lb. (27 N·m).NOTE: Operating engine with loose ordamaged air cleaner componentscould cause premature wear andfailure. Replace all bent or damagedcomponents.NOTE: Paper element cannot be blown outwith compressed air.Low-Profi le/Commercial MowerLoosen knob and remove air cleaner cover.Precleaner:1. Remove precleaner from paper element.2. Replace or wash precleaner in warm waterwith detergent. Rinse and allow to air dry.3. Saturate precleaner with new engine oil;squeeze out excess oil.4. Reinstall precleaner over paper element.Paper Element:1. Clean area around element. Remove wingnut, element cover, and paper element withprecleaner.2. Separate precleaner from element; serviceprecleaner and replace paper element.3. Check condition of rubber seal and replace ifnecessary.4. Install new paper element on base; installprecleaner over paper element; reinstallelement cover and secure with wing nut.Reinstall air cleaner cover and secure withknob.Heavy-Duty1. Unhook retaining clips and remove endcap(s).2. Check and clean inlet screen (if equipped).3. Pull air cleaner element out of housing andreplace. Check condition of inner element;replace when dirty.7 24 590 43 Rev. Do not attempt to service or replace major engine components, or any items that require specialtiming or adjustment procedures. This work should be performed by a Kohler authorized dealer.*Exceeding maximum angle of operation may cause engine damage from insuffi cient lubrication. Additional specifi cation information can be found in service manual at . Exhaust Emission Control System for models CH23, CV23, CH620-CH740, CV620-CV740,CH750, and CV750 is EM for U.S. EPA, California, and Europe.Any and all horsepower (hp) references by Kohler are Certifi ed Power Ratings and per SAE J1940 & J1995 hp standards. Details on Certifi ed Power Ratings can be found at .824 590 43 Rev. --。
巴鲁夫光电传感器选型指南说明书
BOS 11K-NA-IE11-00,15-S4
eD
BOS 11K-X-IS11-00,15-S4
BOS 11K-PA-ID10-02 BOS 11K-NA-ID10-02
BOS 11K-PA-PR10-02 BOS 11K-NA-PR10-02
BOS 11K-PA-RR10-02 BOS 11K-NA-RR10-02
2
Contents Selection Guide Applications Tubular Block Distance Measurement (Analog) Slot & Angle Fiber Optics Full Color Detection Color Mark (Contrast) Detection Luminescence (UV) Detection Optical Windows Dimensional Light Grids
30.6 19.1 15.4
7.3
Ø3.3
Ø6.5
Ø6.5
Diffuse PNP Light-on/Dark-on 450mm NPN Light-on/Dark-on 450mm
Polarized Retroreflective PNP Light-on/Dark-on 3.5m NPN Light-on/Dark-on 3.5m
Now available in the world’s most popular form-factor for packaging applications, the BOS 11K offers traditional sensing modes in a compact, flexible mounting package.
Concens线性直流驱动器用户手册说明书
GBU S E R M A N U A LiconLinear In-line ActuatorU S E R M A N U A L | icon | August 2022 | 1i c o nCheck for updates at ContentsIntroduction to icon 2icon overview3Introduction to Concens Actuator Studio (CAS) 4Basic operation 6icon configurations SDB – Single actuator/Direction control/Basic IO 8 SDH – Single actuator/Direction control/Hall output 10 SDP – Single actuator/Direction control/Position output 12 SPP – Single actuator/Position control/Position IO 14 SBS – Single actuator/Bus control/Status IO 16MDO – Multiple actuator/Direction control/Override18icon accessories20Declarations and warnings 21Contact information21U S E R M A N U A L2 | U S E R M A N U A L | icon | August 2022i c o nF eaturesIntegrated controllerInternal stroke limitationInternal current limitation with adjustable limits Internal heat protection Adjustable start/stop ramp Modbus RTU Interface on RS485Interconnection of up to 128 units – up to 8 units synchronous Plug & Play solution with conXion Box/Box+/DINFree downloadable software – Concens Actuator Studio (CAS)icon Datasheet: https:///information/downloads/icon Quick Guide: https:///information/downloads/#manualconXion Box/Box+/DIN Installation Guide: https:///information/downloads/#manualEnsure that the actuator is fixed in both its end brackets before use, as this will result in incorrect positioning.Related documentationicon Datasheeticon Quick Guide & conXion Installation Guideicon configurationsicon actuators come in six different factory configurations as shown in the table below.For all configurations except SDH, Signal GND (pin 3) and Power GND (pin 4) must be connected at the end of the actuator cable , i.e. at the Molex Minifit jr. connector. This connection is established inside the conXion units but can be removed with a jumper. Please refer to the installation manual for further details.The numbers in the (parentheses) refer to the Molex Minifit layout.Please find further information on jumper settings for the conXion Box, Box+ and DIN versions in the conXion - Installation Guide:https:///information/downloads/#manualAll icon actuators come with an 8-pin Molex Mini fit JR connector unless specified otherwise and the connections for each configuration are shown in the table below.U S E R M A N U A L | icon | August 2022 | 3i c onUS ER M A N U A L4 | U S E R M A N U A L | icon | August 2022i c o nCAS can be downloaded free of charge from the Concens website:https:///information/downloads/#softwareConcens Actuator Studio (CAS)T o connect the icon actuator to CAS, we recommend using the Concens programming cable as shown below in conjunction with the conXion box, box+ or DIN.Programming cable CC-874-01-0000-00-00conXion BoxCC-971-07-0000-00-00conXion DINCC-971-06-0000-00-00conXion Box+CC-971-05-0000-00-00When CAS is started, it initially shows a window with information about version etc. This window closes automaticallyafter 10 seconds or can be closed manually after which the overview screen appears.The number of icons connected can be adjusted, and the number of lines shown in the overview window will change accordingly. Only one icon at a time can be active and operated in CAS. However, it is possible to see all actuators in the overview. If an actuator is recognized the uptime counter will be counting if “Active” is ticked.When more icons are connected, they must have different addresses. All single setup icons come with default address 8. This can be changed under the “Service/Config” tab. Enter new address in “Modbus address” and click “Save/Update”.Address range for single actuators is 1 to 199. Multi setup icons (MDO) are preset to addresses from 200 to 207 with 200 being “Master” (please refer to MDO section).U S E R M A N U A L | icon | August 2022 | 5i c onU S E R M A N U A L6| U S E R M A N U A L | icon | August 2022i c o nreturns the piston to the fully retracted position and stores this position as “Home” (Position 0). The Learn function runs a full cycle and determines both fully retracted and fully extracted positions of the piston. Please note that these positions may be determined by physical limitations in the mechanical design of the application and not by the end positions of the actuator.Before performing a "Home" or "Learn" cycle the actuator(s) need to be pinned or installed in both the rear and front bracket. Otherwise the piston can spin and give an incorrect result.Click the “Run Learn” under the “Service/Config” tab to perform a learn cycle. If required by the application, “Home” position can be changed to fully extracted position and, speed during learn can be adjusted. All actuators in a multi-actuator setup must be “Homed” individually.If pin 5 and pin 6 are connected to GND simultaneously for more than 10 seconds, Homing/Learning is started. During this the actuator will travel at a lower speed and it is important that neither of the brackets can rotate freely. 0-point - (Homing) and maximum stroke length (Learning) are saved during this cycle.Please note: Learn will reset settings for “Range Scale”.Performing a Learning without having access to the CAS software can be done by using either the handset or conXion Box+ by pressing and holding both in and out buttons for 10 seconds.Depending on the original setting of the “actuator homeposition” the end position will either be Retracted or Extracted after performing the Learning process.Safe zones can equally be set without having access to the CAS software by using the handset or conXion Box+. Setting the safe zone out is done by pressing both buttons for 5 seconds and then pressing out button.Setting the safe zone in is done by pressing both buttons for 5 seconds and then pressing in button.Other basic parameters that can be adjusted under the “Actuator/Parameters” tab.As a part of a learn cycle, “Safe Zone” values are default set to 50 steps (Backwards) and full stroke-50 steps (Forward). If the stroke length is entered manually, it is necessary also to enter Safe Zone values.U S E R M A N U A L | icon | August 2022 | 7i c onU S E R MA N UAL8 | U S E R M A N U A L | icon | August 2022i c o nBlock diagramA block diagram for the icon SDB configuration is shown below:12/24TX +A RX -BIconBlock Diagram SDBnot used.Signal GND (orange)is connected to GND (black)inside the iconPin numbers refer to Molex 8-pin connector. Signal GND and Power GND is connected inside the icon.Please Note:White, Brown, Blue and Orange wire have different functionality according to configuration.See Data sheet for more information.SDB has inputs for direction (in/out). Pin 5 and pin 6 are used for direction commands. They are active low and must be pulled to power GND to activate.Interconnection/Modbus controlThe icon SDB can also be controlled via Modbus with the same functions as mentioned above. More SDB icons can be connected to the same bus if they have individual addresses. If controlled with Modbus it is still possible to override with input from the handset or contacts. However, the handset or contact-set should be, either common for all icons or each would need its own.Application example with an icon connected to PLC with Modbus interface via conXion DIN:icon conXion DIN PLC with Modbus cardU S E R M A N U A L | icon | August 2022 | 9i c onU S E R M A NU AL10 | U S E R M A N U A L | icon | August 2022i c o ndocumentation for further details.Block diagramA block diagram for the SDH configuration is shown below:12/24TX +A RX -BIconBlock Diagram SDHPlease Note:White, Brown, Blue and Orange wire have different functionality according to configuration.See Data sheet for more information.SDH has inputs for direction (in/out) and two channel hall outputs. Pin 5 and pin 6 are active low and must by pulled down to power GND to activate. The hall channels at pin 3 and pin 7 are 3.3 Vpp square wave signal (max 5mA) with a 50% duty cycle and a 90˚ phase shift. Hall outputs are NPN logic TTL level.If pin 5 and pin 6 are connected to GND simultaneously for more than 10 seconds, Homing/Learning is started. During this the actuator will travel at a lower speed and it is important that neither of the brackets can rotate freely. 0-point - (Homing) and maximum stroke length (Learning) are saved during this cycle.Special function for SDH is hall output at pin 3 (hall A) and pin 7 (hall B)Interconnection/Modbus controlThe icon SDH can also be controlled by Modbus but with the same limitations as already mentioned. Y ou can add numerous SDH icons to your application if each is provided with an individual address. If controlled with Modbus it is still possible to override with an analogue input from the handset or contacts. However, the handset or contact-set should be, either common for all icons or each would need its own.Application example with an icon connected to PLC with Modbus interface via conXion DIN:icon conXion DIN PLC with Modbus cardi c oni c o nfurther details.Block diagramA block diagram for the SDP configuration is shown below:12/24TX +A RX -BIconBlock Diagram SDP Numbers refer to pin layout of the 8-pin Molex plug of the icon.Please Note:White, Brown, Blue and Orange wire have different functionality according to configuration.See Data sheet for more information.SDP has inputs for direction (in/out), and analog feedback output for position. The inputs for direction at pin 5 and pin 6 are active low and must by pulled to power GND to activate. Pin 7 is an analog output that relate to the actual position of the piston. The output has two ranges, which can be selected in CAS: 0-5 VDC and 0-10 VDC for 24 VDC icons, but only 0-5 V range for 12 VDC icons. Power GND and Signal GND must be connected at the PLC or at the end of the cable. If pin 5 and pin 6 are connected to GND simultaneously for more than 10 seconds, Homing/Learning is started. During this the actuator will travel at a lower speed and it is important that neither of the brackets can rotate freely. 0-point - (Homing) and maximum stroke length (Learning) are saved during this cycle. The "homing" process can only be performed from the CAS software.Interconnection/Modbus controlThe SDP configuration can also be controlled by Modbus but with the same limitations as already mentioned. Y ou can add numerous SDP icons to your application if each is provided with an individual address. If controlled with Modbus it is still possible to override with analog input from handset or contacts. However, the handset or contact-set should be, either common for all icons or each would need its own.Application example with an icon connected to PLC with Modbus interface via conXion DIN:icon conXion DIN PLC with Modbus cardi c oni c o nbut you are free to use other options. Please refer to the conXion Box/Box+/DIN documentation for further details.Modbus control is not recommended with the SPP configuration as the analogue input always has higher priority than Modbus commands.Block diagramA block diagram for the SPP configuration is shown below:12/24TX +A RX -BIcon Block Diagram SPPPosition is reference (0-5(10)V).Blue wire is position input.Yellow wire is signal GND.Please Note:White, Brown, Blue and Orange wire have different functionality according to configuration.See Data sheet for more information.The icon SPP has an analog input for positioning at pin 5 and a reference output at pin 7. Reference voltage is selectable via CAS, i.e. 5 or 10 VDC (5 VDC only for 12 VDC actuators). Pin 6 has combined purpose for “Position OK”, “STOP”, and “Home/Learn”. Under normal conditions pin 6 is “high” (3.3 VDC/max 5mA) when the actuator is moving. When the target position is reached it signals “Position OK” by switching to 0 V (low) and the actuator stops. In addition to this, pin 6 can also be used as an input by pulling it down to GND. This will stop the actuator. If pin 6 isconnected to pin 5 during power up the Homing/Learning cycle is activated.i c oni c o nBlock diagramA block diagram for the SBS configuration is shown below:12/24Icon Block Diagram SBScase an error is detectedand if pulled to ground anymovement is disabledPlease Note:White, Brown, Blue and Orange wire have different functionality according to configuration.See Data sheet for more information.Pin 5 (active low) is a digital stop input, which disables the motor drivers in the icon completely. Pin 6 (active high) is a fault output. Any fault detected is indicated by a change from 0 VDC to 3.3 VDC at this pin. Pin 3 is a signal GND connection.The conXion Box/Box+/DIN can be used as an interface. Please refer to the conXion Box/Box+/DIN documentation for further details.Interconnection/Modbus controlThe interconnection of icon SBS is illustrated below. Up to 10 icons can be connected in the same setup withoutadditional hardware. More than 10 units require a Modbus hub or similar.icon conXion DIN PLC with Modbus cardi c oni c o nBox/Box+/DIN documentation for further details. Each conXion needs it´s own connection to the main power supply.It is not possible to control an MDO setup via Modbus as this bus is used for synchronization purposes.Block diagramA block diagram for the MDO configuration is shown below:12/24TX +A RX -BIconBlock Diagram MDOWhite wire is used for Override.In normal state voltage level is 3.3V,when Override is activated it is pulled to ground (0V =active low)Please Note:White, Brown, Blue and Orange wire have different functionality according to configuration.See Data sheet for more information.All actuators in an MDO setup must have different addresses with the master being number 200 and slaves counting from 201 to 207. All other parameters in the icons must be identical. This is configured from factory but can be changed via CAS.Please refer to the Basic Operation section to perform Homing of the actuators and please note that all actuators in an MDO setup must be Homed individually.Pin 5 and pin 6 of the master icon are used to control the actuators out and in respectively. Both pins are active low, i.e. they need to be pulled down to GND to activate.Pin 7 is an override input (active low), which enables individual travel (adjustment) of one actuator in the setup. After activating pin 7, pin 5 and pin 6 on the specific actuator can be used to move the piston.InterconnectionThe figure below shows an MDO setup with conXion DIN units connected to a PLC using the Direction Out and Direction In pins on the master actuator. Please refer to Installation Guide for conXion Box/Box+/DIN for detailsabout interconnections etc.i c oni c o nicon Accessories - incl. Part No.conXion BoxCC-971-07-0000-00-00conXion DINCC-971-06-0000-00-00Programming cable CC-874-01-0000-00-00Handset - Online conFIGURATOR (C3/4)CC-HST-001920-011000Power supply 24VDC/2A w/cable (EU/UK/US/AU)CC-980-02-0000-00-01Concens Free Downloadable software CAS (Concens Actuator Studio)conXion cable, 0,25 m CC-875-01-0000-00-00conXion cable, 1 m CC-875-02-0000-00-00conXion cable, 5 m CC-875-03-0000-00-00conXion cable, 10 m CC-875-04-0000-00-00conXion cable, 20 m CC-875-05-0000-00-00conXion Box+ with buttons In/Out CC-971-05-0000-00-00i c o n Concens A/SOddesundvej 1DK-6715 Esbjerg NDenmark T +45 70 11 11 31E ****************VAT DK U S E R M A N U A L Contact us directly - *****************Or give us a call: +45 7011 1131Disclaimer Concens products are continuously developed, built and tested for highest requirements and reliability but it is always the responsibility of the customer to validate and test the suitability of our products in a given application and environment. Concens products must not be used in safety critical applications. We do our utmost to provide accurate and up-to-date information at all times. In spite of that, Concens cannot be held responsible for any errors in the documentation. Specifications are subject to change without prior notice.For more information, please visit our website at Recommendations and warningsWrong polarity of power supply can damage the actuator. Be sure to use a power supply, which can provide at least 150% of nominal power of each actuator. Concens is not responsible for damage or injury caused by customer modification of the default actuator parameters.。
上海正航电子驰恩-CHION系列PLC选型手册
数字 量输 出特
性
每点额定电流 每个公共端额定电流 漏电流（最大） 浪涌电流（最大） 灯负载（最大）
接通电阻（接点）
隔离（现场与逻辑）
延时
接通到断开 断开到接通
可同时接通的输出
能否两个输出并联
最长 电缆 长度
屏蔽 非屏蔽
CN-CPU226-DT
CN-CPU226-AR
24 漏型/源型 (IEC 类型 1/漏型)
最大数字量
最大模拟量
数据保存
定 时 器 数 量
计数器总数
1ms 10ms 100ms
内存存储器位
时间中断
模拟电位器
实时时钟
集 通讯接口 成 PPI 波特率 的 自由口波特率 通 信 最大站点数 功 最大主站数 能 点到点（PPI 从站模式）
本机数字量输入点数
输入类型
本机数字量输出点数
输 输出类型 入 输 数字 I/O 映像区
接通电阻（接点）
隔离（现场与逻辑）
延时
接通到断开 断开到接通
可同时接通的输出
能否两个输出并联
最长 电缆 长度
屏蔽 非屏蔽
CN-CPU224-DT
CN-CPU224-AR
CN-CPU224XP-DT
CN-CPU224XP-AR
14 漏型/源型 (IEC 类型 1/漏型)
24V DC
30V DC 18 VDC，2.5mA
5 VDC，1mA 有
14 标准输入 500 米，高速计数器输入 50 米
标准输入 300 米
20KHz（Q0.0,Q0.1）
1Hz
晶体管
继电器
24V DC 20 VDC，最大电流 0.1 VDC，10KΩ 负载
ENA1P-B28-L00128L中文资料(bourns)中文数据手册「EasyDatasheet - 矽搜」
高阻地线保护系统类C-HRG产品（低压）说明说明书
V12-T16-116High Resistance Grounding SystemType C-HRG Products16High Resistance Grounding SystemType C-HRG (Low Voltage) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-2Product Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-2Product History. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-2Product History Time Line . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-2General Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-2Sequence of Operations. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-3Catalog Numbering System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-4Further Information. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-4Type C-HRG (Medium Voltage) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-5Product Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-5Product History. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-5Product History Time Line . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-5General Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-5Sequence of Operations. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V12-T16-6Catalog Numbering System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .V12-T16-71616High Resistance Grounding SystemType C-HRG(Low Voltage)Originally aWestinghouse ProductWall-Mounted C-HRG(resistors not shown)Free-Standing C-HRGProduct DescriptionCutler-Hammer® Type C-HRGfrom Eaton’s electricalbusiness is designed toimprove the continuity ofelectrical service to criticalprocesses. Systems designerssometimes use ungroundeddistribution systems to avoidinterrupting service duringa ground fault. However,ungrounded systems havea significant disadvantage—the distribution system issubject to the harmfuleffects of ground faults, likehigh transient overvoltages.The Type C-HRG helpscustomers add the benefitsof a grounded system to theirungrounded system.Product HistoryHigh resistance groundingtechnology has been offeredas an integral system withinEaton low voltage switchgearand switchboard productssince the early 1970s. In 1994,Eaton adopted the technologyinto the C-HRG, which is astandalone or wall-mountedproduct ideal for adapting tothe existing electrical system.Product History Time LineGeneral InformationOverviewWhere continuity of service isa high priority, high resistancegrounding can add the safetyof a grounded system whileminimizing the risk of serviceinterruptions due to grounds.The concept is a simple one:provide a path for groundcurrent via a resistance thatlimits the current magnitude,and monitor to determinewhen an abnormalcondition exists.The ground current path isprovided at the point wherethe service begins by placingresistance in the connectionfrom system neutral-to-ground. Control equipmentcontinuously measuresground current; a relaydetects when the currentexceeds a predeterminedlevel. An alarm alerts buildingpersonnel that a groundexists. The system hasbuilt-in fault tracing meansto assist in finding thesource of the ground. Anintegral transformer providescontrol power from theprimary source.Minimum Criteria for UseHigh resistance groundingsystems can be appliedto either grounded orungrounded three-wiredistribution systems.Per NEC® 1996, 250.5(b)exception No. 5, the followingcriteria must be met beforeusing the C-HRG:●The conditions ofmaintenance andsupervision ensure thatonly qualified persons willservice the installation●Continuity of poweris required●Ground detectors areinstalled on the system●Line-to-neutral loads arenot servedWye or Delta SystemAdding the Type C-HRGto a wye connected systemrequires only that the resistorssupplied be connected inseries with the neutral-to-ground connection of thepower source. Addingthe Type C-HRG to anungrounded delta systemrequires the creation of aneutral point. Transformersare supplied for that purposein the enclosure. The resistorssupplied are then connectedat that point. In both cases,the components supplied arechosen to limit the groundcurrent to a maximum valueof 5A.V12-T16-2V12-T16-31616High Resistance Grounding SystemT ypical C-HRG ApplicationGround Fault DetectionWhen one phase of a system becomes grounded, additional current will flow. As all ground current must flow through the grounding resistor assembly, a current sensing relay is placed in this circuit, allowing detection when a ground fault occurs.If chosen, a voltage-sensing relay can be provided to accomplish the same function.Pulser CircuitThe pulser circuit offers a convenient means to locate the faulted feeder and to trace the fault to its origin. The pulser is available any time a fault has been detected. The “pulse” light flashes on and off, corresponding to the ON-OFF cycles of thepulsing contactor. The pulser contactor switches a bank of resistors on and off, allowing a momentary increase in the ground current.Ground Fault Location The current pulses can be noted with a clamp-on ammeter when the ammeter is placed around the cables or the conduit feeding the fault. The operation tests each conduit or set of cables until the pulsing current is noted. By moving the ammeter along the conduit, the fault can be traced to its origin. The fault may be located at the point where the pulsing current drops off or stops. If little or no change in the pulsing current is noted along the entire length of a conduit, then the fault may be in theconnected load.Sequence of OperationsNormal ●Green “normal” light on ●Red “ground fault” light off ●White “pulse” light off ●System control switch in “normal” position ●Reset control switch in either “auto” or “manual”Test ●T urn and hold the system control switch in the “test” position. Phase B will be grounded via the test resistor ●The ground current will activate the sensingcircuit, causing the green “normal” light to turn off and the red “ground fault” light to turn on. The pulser will be activated as well ●The white “pulse” light will turn on and off as the pulser contactor closes and opens ●The ground current ammeter will display the total ground current, including the incremental pulse current ●When ready, return the system control switch to “normal.” The pulser will stop. If the reset control is in the “manual” position, turn it to “reset” to reset the fault sensing circuit ●The red “ground fault” light will turn off, and the green “normal” light will turn on ●T est mode is not available if the system is detecting a ground. The sensing circuit will disable the test circuit.Ground Fault ●When the sensing circuit detects a fault, the green “normal” light will turn off and the red “ground fault” light will turn on ●The ground currentammeter will indicate the total ground current ●T o use the pulser, turn the system control switch to “pulse.” The pulsercontactor will cycle on and off as controlled by the recycle timer relay ●Use the clamp-on ammeter to locate the faulted feeder. Open the feeder and clear the fault ●If the reset control switch is in the “manual” position, turn it to “reset” to reset the sensing circuitNote: If reset control is in “auto,” it will reset itself.●When ready to restore service to the load, close the feeder●Return the system control to “normal”Note1Phase-to-neutral loads cannot be fed from the same system transformer to which the C-HRG is connected. These loads must be fed from a downstream, delta-wye transformer with a solidly grounded neutral on the secondary.1616High Resistance Grounding SystemCatalog Numbering SystemDecoding the Catalog Numbering SystemFurther InformationEnclosure TypeF= Free-standing, Type 1S= Free-standing, Type 1 with screened ventsR= Free-standing, Type 3RW= Wall-mounted, Type 1N= No enclosure (panel-mounted)V= Wall-mounted, Type 1 with 3R resistor enclosureF 4 W N C R N S F 4 6System Neutral PointW= Wye (and accessible at system)Z= Delta (zig-zag grounding transformers)D= Delta (wye-broken delta grounding transformers)Distribution System Voltage6 = 600V4 = 480V3 = 380V2 = 208–240VDistribution System Fault Current6= 25 kA at 600V, 65 kA at 480 and 380V, 100 kA at 240V1= 150 kA at 480 and 380V, 200 kA at 240V2= 200 kA at 600V, 480V or 380/280VN= Not applicable (when using “W” above)Ground Fault SensingC= Current-sensing relay, with noise filterD= Voltage sensing relay, double set pointSystem Frequency5 = 50 Hz6 = 60 HzWire Harness Length for “N”(No Enclosure)4 = 4-foot harness6 = 6-foot harness8 = 8-foot harness0 = 10-foot harness2 = 12-foot harnessWire MarkerM = Machine printedF = Sleeve typeH= Heat shrink, sleeve typeIndicating LightsS= Standard incandescentL= Standard LEDP= Push-to-test incandescentD= Push-to-test LEDT= Transformer-type incandescentX= Push-to-test transformer-typeLoss of Control Power Relay (Alarm)N= No relayL= Alarm relay with 1NO/1NC contactAudible AlarmN= No audible alarmR= Alarm horn with re-alarm timerPublicationNumber DescriptionSN.44C.01.S.E Sales Notes for C-HRG—Bidman pricingTD.44C.01.T.E Technical Data for C-HRGSA-32-602B Sales Aid for high resistance grounding systemsIB 32-698C Instruction Booklet for high resistance grounding systemCA08104001E Eaton’s Consulting Application GuideV12-T16-4V12-T16-51616High Resistance Grounding SystemType C-HRG(Medium Voltage)Free-Standing C-HRGProduct DescriptionThe Type C-HRG is designed to improve the continuity of electrical service tocritical processes. Systems designers sometimes use ungrounded distributionsystems to avoid interrupting service during a groundfault. However, ungrounded systems have a significant disadvantage—thedistribution system is subject to the harmful effects of ground faults, like high transient overvoltages.The Type C-HRG helpscustomers add the benefits of a grounded system to their ungrounded system.Product HistoryHigh resistance grounding technology has been offered as an integral system within medium voltage switchgear for many years. In 1996, Eaton adopted the technology into the C-HRG, which is a stand-alone product ideal for adapting to the existing electrical system.Product History Time LineGeneral InformationHigh Resistance Grounding SystemOverviewWhere continuity of service is a high priority, high resistance grounding can add the safety of a grounded system while minimizing the risk of service interruptions due to grounds. The concept is a simple one: provide a path for ground current via a grounding transformer (with adjustable resistance across its secondary) that limits the current magnitude and a monitor to determine when an abnormal condition exists.The ground current path is provided at the point where the service begins, by placing a predominantly resistive impedance in the connection from system neutral to ground. Control equipment continuously measures ground current; a relay detects when the current exceeds a predetermined level. An alarm alerts building personnel that a ground exists. The system has built-in fault tracing means toassist in finding the source of the ground. A 120 Vac supply (remote) is required forcontrol power for the system.Minimum Criteria for Use The C-HRG MV is offered at the 5 kV class rating. It can be applied to delta or wye ungrounded three-wire distribution systems. Standard dimensions are 36.00 W x 40.00 D x92.00 H inches (914.4 W x1016.0 D x 2336.8 H mm).1616High Resistance Grounding SystemWye or Delta SystemTo add high resistancegrounding to a wye-connectedsystem, resistors are placedacross the secondary of agrounding transformer whoseprimary is placed in serieswith the neutral-to-groundconnection of the powersource. To add high resistancegrounding to an ungroundeddelta-connected system,a neutral point must becreated. Three single-phase transformers can beinterconnected in a wye-broken delta configuration toprovide such a neutral point.Ground Fault DetectionWhen one phase becomesgrounded, additional currentabove the charging level willflow. As all ground currentmust flow through thegrounding resistor/groundingtransformer assembly, anammeter in this circuit willread the total amount ofground current. By placinga current-sensing relay inseries with the ammeter, thecurrent relay can be adjustedto pick up at a level in excessof the capacitive chargingcurrent, thus indicating theabnormal condition.Alternatively, an optionalvoltmeter relay can beconnected across thegrounding resistors, toaccomplish the samefunction.Pulser CircuitThe pulser circuit offers aconvenient means to locatethe faulted feeder and to tracethe fault to its origin. Thepulser is available any time afault has been detected. Thepulse intervals are controlledby an adjustable recycle timer.The “pulse” light flashes onand off, corresponding tothe ON-OFF cycles of thepulser contactor. The pulsercontactor switches a bankof resistors on and off,thus allowing a momentaryincrease in the ground current.Ground Fault LocationThe current pulses canbe noted with a clamp-onammeter when the ammeteris placed around the cables orthe conduit feeding the fault.The operator tests eachconduit or set of cables untilthe pulsing current is noted.By moving the ammeteralong the conduit, or checkingthe conduit periodically alongits length, the fault can betraced to its origin. The faultmay be located at the pointwhere the pulsing currentdrops off or stops. If little orno change in the pulsingcurrent is noted along theentire length of a conduit,then the fault may be in theconnected load.Standard Features●Current sensingground fault detection(2–10A pickup/0.5–20second delay)●Ground currenttransformer(10/10 ratio)●Control circuit pullfuseblock●Ground current ammeter(0–10A, 1% accuracy)●Indicating lights Red(ground fault), Green(normal), White (pulse)●Adjustable pulsing timer(0–10 seconds)●Tapped resistors (limitsprimary current to 3–6A)●Three-position selectorswitch (normal, pulse, test)●Control switch for manualor automatic reset●Ground fault contacts(1NO/1NC)●Shorting terminal block forground current CT●UL® label●WiremarkersSequence of OperationsNormal●Green “normal” light on●Red “ground fault” light off●White “pulse” light off●System control switch in“normal” position●Reset control switch ineither “auto” or “manual”Test●Turn and hold the systemcontrol switch in the “test”position●This mode will test thecontrol circuitry only. It willbypass the sensing circuitand cause the green“normal” light to turn offand the red “ground fault”light to turn on. The pulserwill be activated as well●The white “pulse” light willturn on and off as the pulsercontactor closes andopens. However, theground current ammeterwill not display the totalground current, includingthe incremental pulsecurrent●When ready, return thesystem control switch to“normal.” The pulser willstop. If the reset control isin the “manual” position,turn it to “reset” to resetthe fault sensing circuit●The red “ground fault”light will turn off, and thegreen “normal” light willturn on●T est mode is not available ifthe system is detecting aground. The sensing circuitwill disable the test circuitGround Fault●When the sensing circuitdetects a fault, the green“normal” light will turn offand the red “ground fault”light will turn on●The ground currentammeter will indicate thetotal ground current●To use the pulser, turn thesystem control switch to“pulse.” The pulsercontactor will cycle on andoff as controlled by therecycle timer relay●Use the clamp-on ammeterto locate the faulted feeder.Open the feeder and clearthe fault●If the reset control switchis in the “manual” position,turn it to “reset” to resetthe sensing circuitNote: If reset control is in “auto,”it will reset itself.●When ready to restoreservice to the load, closethe feeder●Return the system controlto “normal”V12-T16-6V12-T16-71616High Resistance Grounding SystemCatalog Numbering SystemCustomer Required InformationA C-HRG High Resistance Grounding Assembly can be completely described by an 8-digit catalog number: MVRG-_ _ _ _ _ _ _ _Example: MVRG-FWWCLLTS defines a free-standing Type 1 enclosure, 4200 V/60 Hz, Wye-connected system, current-sensing control scheme, alarm horn with re-alarm timer, alarm relay with 1NO and 1NC, transformer type incandescent lights, wrap-on wiremarkers.Enclosure TypeF = Free-standing NEMA ® 1R = Free-standing NEMA 3R non-walk in outdoor Free-standing enclosure for mounting ground transformers and resistors internallySystem Neutral PointW = WyeD = D (Wye broken delta grounding transformers)Choose wye when the neutral point of the power source isaccessible for direct connection to grounding transformer. Choose Delta when there is no neutral or when neutral is not accessible.Distribution System Voltage W = 4200V 60 Hz X = 2400V 60 Hz Y = 3300V 60 HzVoltage of distribution system Fault SensingC = Overcurrent relay (current sensing)V = Single set point voltmeter relay (voltage sensing)D = Indicating voltmeter only (voltage sensing)Wire MarkersS = Standard wrap-on T = Tube/heat shrink type Marks all internal wiring for ease of maintenance.Indicating LampsL = LED lampsT = Transformer-type incandescent lamps X = Push-to-test transformer-typeStandard lights are industrial, oil-tight,transformer type. Optional are the same type lights except with a push-to-test feature.Loss of Control Power Alarm N = No relayL = Alarm relay with 1NO/1NC A relay is connected across the customer’s 120 Vac supply.Audible AlarmN = No audible alarmL = Alarm horn with re-alarm timerAlarm contacts are standard on all assemblies.F W W C L L T S。
wbh-812技术说明书V1.40用
目录1概述 (4)1.1功能简介 (4)1.2典型功能配置 (4)1.2.1WBH-812主保护装置的典型配置 (4)1.3功能特点 (4)2基本技术参数 (5)2.1基本数据 (5)2.1.1额定交流数据 (5)2.1.2额定直流数据 (5)2.1.3打印机辅助交流电源 (5)2.1.4采样频率 (5)2.1.5机箱结构 (5)2.2功率消耗 (5)2.3热稳定性 (6)2.4输出触点 (6)2.4.1信号触点容量： (6)2.4.2跳闸出口触点容量 (6)2.4.3辅助继电器触点容量 (6)2.5绝缘性能 (6)2.6冲击电压 (6)2.7寿命 (6)2.8机械性能 (6)2.9环境条件 (6)2.10抗干扰能力 (6)3主要技术指标 (7)3.1动作时间 (7)3.2保护定值整定范围和定值误差 (7)3.3记录容量 (7)3.3.1故障录波内容和故障事件报告容量 (7)3.3.2正常波形记录容量： (7)3.3.3异常记录容量： (7)3.4对时方式 (7)4装置背视图和端子图 (8)4.1WBH-812保护装置背视图和端子图 (8)5保护原理说明 (9)5.1差动保护 (9)5.1.1比率差动保护 (10)5.1.2增量差动保护 (12)5.1.3保护逻辑图 (13)5.1.5差流越限保护 (14)5.2过流保护 (14)5.2.1判据说明 (14)5.2.2过流保护的逻辑图 (14)6整定内容及整定说明 (15)6.1通讯参数设置 (15)6.2WBH-812/2的保护整定清单 (15)6.2.1WBH-812/2的保护软压板清单 (15)6.2.2WBH-812/2的保护定值清单 (16)6.2.3WBH-812/2的保护出口清单 (17)7保护装置整定计算 (18)7.1差动保护整定计算 (18)7.1.1差动保护各侧电流相位差的补偿 (18)7.1.2平衡系数的计算 (18)7.1.3最小动作电流的整定 (19)7.1.4最小制动电流的整定 (20)7.1.5比率制动系数S的整定 (20)7.1.6灵敏度的计算 (21)7.1.7谐波制动系数的整定 (21)7.1.8差流速断的整定 (21)7.1.9差流越限的整定 (22)7.1.10差动保护参数整定的举例说明 (22)7.2过流保护整定计算 (24)8保护装置保护性能测试 (25)8.1变压器差动保护 (25)8.1.1最小动作电流 (26)8.1.2比率制动系数(即制动特性斜率) (26)8.1.3励磁涌流闭锁 (28)8.1.4TA断线闭锁差动 (28)8.1.5差流速断动作电流 (28)8.1.6动作时间测试 (29)8.1.7差流越限电流 (29)8.1.8差流越限延时 (29)8.1.9TA断线 (29)8.2过流保护 (31)8.2.1动作电流 (31)8.2.2延时时间 (31)9订货须知 (31)10附录一：保护性能测试准备工作 (31)11附录二：装置使用说明 (32)12附录三：装置运行说明 (32)12.1面板指示灯说明 (32)12.2运行工况及说明 (32)12.3故障报文和处理措施 (33)13附录三：装置通讯说明（IEC 60870-5-103规约） (33)13.1保护软压板遥信 (33)13.2保护软压板控制 (33)13.3状态信息 (34)13.4故障信息 (34)13.5告警信息 (34)13.6自检信息 (34)1概述1.1功能简介WBH-812微机变压器保护装置适用于110 kV及其以下各种电压等级各种接线方式的变压器。
Endevco产品选择指南
Endevco 产品选择指南绝压测量用压阻式动态压力传感器产品8515C 压力传感器、片状、表面安装8530B 压力传感器、微型、10-32螺纹安装8530BM37 压力传感器、微型、10-32螺纹安装8530C 压力传感器、微型、10-32螺纹安装8540 压力传感器、微型、10-32螺纹安装汽车碰撞试验产品7231C ATD 标准、无阻尼、电缆可选7264 重量轻、无阻尼、高灵敏度7264D 碰撞试验标准、无阻尼、满足SAE J211/J2570 标准要求7264G 高共振频率、无阻尼、满足SAE J211/J2570标 准要求7264G 结构特别牢固、有阻尼、满足SAE J211/J2570 标准要求7268C 三轴向、无阻尼、宽频响7286/7287 重量轻、造价低、无阻尼、电缆可选7302BM4 旋转角加速度传感器、无阻尼电子产品133 3通道、PE/Isotron 放大器、100kHz 带宽136 3通道、直流放大器、自动归零、并联校准433 3通道、PE/Isotron 信号适调插件、带智能芯片G&P Technology冠标科技有限公司 EndevcoTel: 86 755 83595650 Fax: 86 755 83185950436 3通道、直流放大器、自动增益、自动归零、OASIS插件482 8通道、适合i-TEDS[IEPE P1451.4]的Isotron放大器、模态试验、OASIS插件2680MX 单通道、PE放大器、有偏压/无偏压输出、可选2极滤波器2685MX 单通道、Isotron放大器、双增益输出、可选2极滤波器2771C 超低噪声、单通道、PE远距离电荷转换器、增益分 0.1，1.0和10三档2775B 单通道、PE/Isotron放大器、AC/DC/Servo输出、浮地2777A 单通道、PE远距离电荷转换器2793 16通道、Isotron放大器、增益分1或 10两档4416B 单通道、Isotron放大器、电池供电、造价低4430A 高性能PE信号适调仪、低噪声4830A 加速度传感器模拟器、试验系统整体化、单端和差动信号6634C 单通道、多种输入、试车台放大器极端温度产品2248M1 +482℃、重量轻、法兰盘固定安装、抗辐射2271A 工作温度范围：-269℃~+260℃、侧边接线、与地绝缘2271AM20 工作温度范围：-269℃~+260℃、顶端接线、与地绝缘2276 +482℃、抗辐射、外壳接地、侧边接线6233C +482℃、平衡差动输出、三孔安装、10pC/g6237M70 +650℃、同轴输出、与地绝缘、10-32螺纹连接8540 +260℃、微型压力传感器、10-32螺纹安装表压和差压产品8507C 压力传感器、微型、嵌入式安装8510B 压力传感器、微型、10-32螺纹安装8510C 压力传感器、微型、10-32螺纹安装8511A 压力传感器、3/8-24 UNF-2A螺纹安装燃气涡轮机测试产品522M17 高温压电式动态压力传感器522M25A 高温压电式动态压力传感器6222S 平衡差动输出、三孔安装6233C +482℃、平衡差动输出、三孔安装6237M70 +650℃、同轴输出、与地绝缘、10-32螺纹连接6917 +260℃、高温编织辫式电缆高g值冲击产品71M 表面安装、无阻尼、质量轻72 小阻尼、结构牢固、ESD防静电保护73/73FC 三轴向、无阻尼、安装方法可选2225 高g值冲击、工业标准、压电式加速度传感器、可测 20,000g冲击2225M5A 甚高g值冲击、工业标准、压电式加速度传感器、可测100,000g冲击2255B 集成电路式冲击加速度传感器、0.1mV/g、内装30kHz 低通滤波器、可测50,000g冲击7255A 集成电路式冲击加速度传感器、内装10kHz机械低通滤波器、0.1mV/g7270A 高共振频率、无阻尼、冲击标准7270AM4 高共振频率、无阻尼、螺柱安装7270AM6 结构牢固、机械滤波器、螺柱安装7274 三轴向、无阻尼、高共振频率高g值冲击产品5220B结构牢固、隔离的法拉第屏蔽、100mV/g轻型产品22 超微型、0.14克23 超微型、三轴向、重量轻、与地绝缘25A 世界上最小的集成电路式压电加速度传感器、粘贴安装、5mV/g、与地绝缘25B 世界上最小的集成电路式压电加速度传感器、粘贴安装、5mV/g、电缆可拆27A11/A12 世界上最小的带智能芯片的压电加速度传感器、气密封、10mV/g和100mV/g两种灵敏度供选择27AM1 重量轻的微型集成电路式压电加速度传感器35A 微型三轴向集成电路式压电加速度传感器、5mV/g、粘贴安装65 微型集成电路式压电加速度传感器、三轴向、10mV/g和 100mV/g两种灵敏度供选择65HT 微型高温集成电路式压电加速度传感器、10mV/g2222C 工业标准、粘贴安装2250A 微型、重量轻（0.4克）、10mV/g、粘贴安装2250AM1 微型、重量轻（0.4克）、10mV/g、粘贴安装、焊针连接7250A 电缆可360°指向、重量轻、飞行试验、通用型7253C 薄型三轴向集成电路式压电加速度传感器、 10mV/g 、螺钉或粘贴安装7269 三轴向、微型、重量轻、零频响、过行程限止器8507C 微型压力传感器、量程：1～15psig8515C 微型片状压力传感器、量程：15和50psi40366 微型变电容加速度传感器、气密封、表面安装、量程：±2g、带10g过行程限止器低频低振级加速度传感器86 超低频、高灵敏度、集成电路式压电加速度传感器、 10V/g87 超高灵敏度、高分辨率、1 V/g或10 V/g752A13 高灵敏度、低噪声、带智能芯片、1 V/g2262A 零频响、有阻尼、气密封、底座为六角形、两种量程：1000g和2000g7265A-HS 零频响、机械行程限止器、有阻尼、两种灵敏度：5mV/g和25mV/g7290A 零频响、小加速度和倾角测量、高灵敏度7290D 高精确度、零频响应、带智能芯片、工作温度高7290E 宽频带、零频响应、数字补偿7703A +288℃、信号回路与外壳绝缘、100pC/g、10-32螺纹侧边接线多用途加速度传感器65 微型、集成电路式压电加速度传感器、三轴向、两种灵敏度：10mV/g和100mV/g256 低造价、模态试验、灵敏度：10mV/g、气密封、集成电路式压电加速度传感器256HX 低造价、螺柱安装、外壳绝缘、灵敏度：10mV/g、集成电路式压电加速度传感器2220E 工业标准、螺钉安装、电缆可在360°内选向、灵敏度：3pC/g2221F 工业标准、螺钉安装、电缆可在360°内选向、灵敏度：10pC/g2222C 工业标准、粘贴安装2222D 工业标准、粘贴安装2224C 顶端引线、通用型2225 高g值冲击、工业标准2226C +177℃、重量轻、顶端引线、粘贴安装2228C +177℃、三轴向、与地绝缘2255B 集成电路式冲击加速度传感器、灵敏度：0.1mV/g、内装30kHz低通滤波器2258A 三轴向、灵敏度：10mV/g、气密封、与地绝缘7251A 宽频带、中心通孔螺钉安装、薄型、与地绝缘7255A 集成电路式冲击压电加速度传感器、内装10kHz机械低通滤波器、灵敏度：0.1mV/g 医学/表面安装技术12M1B 微型压电加速度传感器、灵敏度：1.9pC/g40366 微型变电容加速度传感器、气密封、表面安装、量程：±2g、带10g过行程限止器传声器2510 振动补偿、可高温下工作、量程：100～ >180dB SPL8507C 微型、嵌入式安装8510B 微型、10-32螺纹安装EM40AD 1/2英寸预极化电容传声器、压力场测量EM40AE 1/2英寸预极化电容传声器、自由场测量EM40AM 1/2英寸宽频带电容传声器、自由场测量EM40AO 1/2英寸宽频带电容传声器、压力场测量EM40AQ 1/2英寸预极化电容传声器、随机入射场测量EM40BD 1/4英寸预极化电容传声器、压力场测量EM40BE 1/4英寸预极化电容传声器、自由场测量EM40DD 1/8英寸预极化电容传声器、压力场测量EM40PH 低造价、通用型EM40PL 低造价、通用型EM40PS 片状、表面传声器EM40AD 传声器和EM26CA前置放大器套组、带智能芯片EM40AE 传声器和EM26CA前置放大器套组、带智能芯片EM40AO 传声器和EM26CA前置放大器套组、带智能芯片EM40AQ 传声器和EM26CA前置放大器套组、带智能芯片EM40BD 传声器和EM26CB前置放大器套组、带智能芯片EM46BE EM40BE传声器和EM26CB前置放大器套组、带智能芯片核辐射条件下使用的产品2248M1 +482℃、重量轻、整体螺钉、可在核辐射条件下工作2273AM1 可在核辐射条件下工作、与地绝缘、侧边引线、压电加速度传感器2273AM20 可在核辐射条件下工作、与地绝缘、顶端引线、压电加速度传感器2276 +482℃、可在核辐射条件下工作、外壳接地、侧边引线2771C 超低噪声在线电荷转换器3075M6 硬电缆、+482℃、气密封7703A +288℃、信号回路与外壳绝缘、100pC/g、10-32侧边引线7704A +288℃、信号回路与外壳绝缘、100pC/g、10-32顶端引线运动试验产品7290A 零频响应、66 mV/g、低振级加速度、外场试验7290D 高精确度、零频响应、带智能芯片、可高温下工作7290E 宽频带、零频响应、数字补偿航天、航空产品2221F +260℃、10pC/g、中心通孔安装、压电加速度传感器2510 100～>180dB声压级、振动补偿、可高温下工作2510M4A 用于嵌入式膜片的专用安装夹具、可高温下工作7250A 飞行试验、重量轻（1.8克）、10mV/g、气密封7250AM1 重量轻（1.8克）、10mV/g、气密封、焊针连接7290A 零频响应、1V/g、低振级加速度、外场试验7290D 高精确度、零频响应、带智能芯片、可高温下工作7290E 宽频带、零频响应、数字补偿、可高温下工作8507C 压力传感器（传声器）、微型、-97dB灵敏度、嵌入式安装8510B 压力传感器（传声器）、微型、-92dB灵敏度、10-32 螺纹安装专业产品2270 背靠背压电校准用加速度传感器2273AM1 +399℃、可在核辐射条件下工作、与地绝缘、侧边引线2273AM20 +399℃、可在核辐射条件下工作、与地绝缘、顶端引线2276 +482℃、可在核辐射条件下工作、外壳接地、侧边引线2680MX 单通道、压电放大器、有偏压/无偏压输出、可选2 极滤波器2685MX 单通道、集成电路式压电放大器、双增益输出、可选2极滤波器6237M70 +650℃、同轴电缆输出、与地绝缘、10-32螺纹固定7240C 高频压电加速度传感器（20kHz）7259B 高频集成电路式压电加速度传感器（30kHz）、重量轻（4.6克）、10mV/g D60H 压电振动台D60L 压电振动台D125L 压电振动台F3/Z602WA 电磁振动台系统F4/F7 电磁/压电双振动台系统F4/Z820WA 电磁振动台系统F5B/Z11 电磁振动台系统F7 压电振动台F7-1 压电振动台F10/Z820WA 电磁振动台系统。
电源管理领导者：汽车高压IC产品选购指南说明书
THE POWER MANAGEMENT LEADER Automotive High Voltage ICs Product Selection GuideSingle Channel High-Side DriversPart Voltage Package Output Source / Sink Current VCC Range VBSRange Typ. Prop Delay FeaturesAUIRS20153150V SOIC8+400 / -1500mA5-20V w/UVLO5-20V w/UVLO1000/300ns On/Off Under volatage lockout, Schmitt triggered input, output out of phasewith input, reset inputAUIRS2016200V SOIC8+500 / -500mA 4.4-20V w/UVLO 4.4-20V w/UVLO150/150ns On/Off Under voltage lockoutAUIRS2123600V SOIC8+500 / -500mA10-20V w/UVLO10-20V w/UVLO140/140ns On/Off CMOS Schmitt-triggered inputs with pull-down, output in phasewith inputAUIRS2124600V SOIC8+500 / -500mA10-20V w/UVLO10-20V w/UVLO140/140ns On/Off CMOS Schmitt-triggered inputs with pull-down, output out of phasewith inputAUIRS21271600V SOIC8+200 / -420mA10-20V w/UVLO9-20V w/UVLO150/150ns On/Off Under voltage lockout, 3.3V, 5V and 15V input logic compatible, Faultoutput, output in phase with inputAUIRS21281600V SOIC8+200 / -420mA10-20V w/UVLO9-20V w/UVLO150/150ns On/Off Under voltage lockout, 3.3V, 5V and 15V input logic compatible, Faultoutput, output out of phase with inputAUIRS21851600V SOIC8+4.0 / -4.0A10-20V w/UVLO10-20V w/UVLO160/160ns On/Off Under voltage lockout, 3.3V and 5V input logic compatiable, matchedpropogation delaysAUIRS2117600V SOIC8+290 / -600mA10-20V w/UVLO10-20V w/UVLO125/105ns On/Off Under volatage lockout, Schmitt triggered input with pull down, outputin phase with inputAUIRS2118600V SOIC8+290 / -600mA10-20V w/UVLO10-20V w/UVLO125/105ns On/Off Under volatage lockout, Inverting Schmitt triggered input with pull down,output in phase with inputDual Channel Low-Side DriversPart Voltage Package Output Source / Sink Current VCC Range VBSRange Typ. Prop Delay Features*AUIRS4427Low Side SOIC8+2.3 / -3.3A6-20V w/UVLO6-20V w/UVLO50/50ns On/Off 3.3V, 5V, and 15V input logic compatible, matched propagation delay,output in phase with inputs, CMOS Schmitt-triggered inputs*AUIRS4428Low Side SOIC8+2.3 / -3.3A6-20V w/UVLO6-20V w/UVLO50/50ns On/Off 3.3V and 5V input logic compatible, matched propagation delay, outputA out of phase with input A, outputB in phase with input B, CMOS Schmitt-triggered inputsDual Channel High- and Low-Side DriversPart Voltage Package Output Source / Sink Current VCC Range VBSRange Typ. Prop Delay Features*AUIRS2301600V SOIC8+200 / -350mA5-20V w/UVLO5-20V w/UVLO220/200ns On/Off Under voltage lockout for both channels, 3.3V, 5V and 15V logic compatible,matched propagation delayAUIRS2607D600V SOIC8+200 / -350mA10-20V w/UVLO10-20V w/UVLO515/500ns On/Off Under voltage lockout for both channels, 3.3V, 5V and 15V logic compatible, matched propagation delay, outputs in phse with inputs, integrated boostrap diode*AUIRS2191600V SO16+4.0 / -4.0A10-20V w/UVLO10-20V w/UVLO90/90ns On/Off Under voltage lockout for both channels, 3.3V and 5V logic compat-ible, matched propagation delay, CMOS Schmitt-triggered inputs with pull downAUIRS2181600V SOIC8+1.4 / -1.8A10-20V w/UVLO10-20V w/UVLO180/220ns On/Off Under voltage lockout for both channels, 3.3V and 5V logic compatible,matched propagation delayAUIRS21814600V SOIC14+1.4 / -1.8A10-20V w/UVLO10-20V w/UVLO180/220ns On/Off Under voltage lockout for both channels, 3.3V and 5V logic compatible,matched propagation delay, separate logic and power ground*AUIRS21811600V SOIC8+1.4 / -1.8A10-20V w/UVLO10-20V w/UVLO120/120ns On/Off Under voltage lockout, 3.3V and 5V logic compatible, CMOS Schmitt-triggered inputs, matched propagation delay, lower di/dt gate driver for better noise imunity*AUIRS218114600V SOIC14+1.4 / -1.8A10-20V w/UVLO10-20V w/UVLO120/120ns On/Off Under voltage lockout, 3.3V and 5V logic compatible, CMOS Schmitt-triggered inputs, matched propagation delay, lower di/dt gate driver for better noise imunity, separate logic and power groundAUIRS2110500V SOIC16+2.0 / -2.0A10-20V w/UVLO10-20V w/UVLO130/120ns On/Off Under voltage lockout for both channels, 3.3V logic compatible, separate logic supply from 3.3V to 20V, CMOS Schmitt-triggered inputs with pull down, matched propagation delay, separate logic and power ground, 10nS delay matchingAUIRS2112600V SOIC16+200 / -440mA10-20V w/UVLO10-20V w/UVLO135/105ns On/Off Under voltage lockout for both channels, 3.3V logic compatible, separate logic supply from 3.3V to 20V, CMOS Schmitt-triggered inputs with pull down, matched propagation delay, separate logic and power ground, 30nS delay matchingAUIRS2113600V SOIC16+2.0 / -2.0A10-20V w/UVLO10-20V w/UVLO130/120ns On/Off Under voltage lockout for both channels, 3.3V logic compatible, separate logic supply from 3.3V to 20V, CMOS Schmitt-triggered inputs with pull down, matched propagation delay, separate logic and power ground, 20nS delay matchingAUIR22131200V SOIC16+1.7 / -2.5A12-20V w/UVLO12-20V w/UVLO280/225ns On/Off Under voltage lockout for both channels, 3.3V logic compatible, separate logic supply from 3.3V to 20V, CMOS Schmitt-triggered inputs with pull down, matched propagation delay, separate logic and power ground, cycle by cycle edge-triggered shutdown logic, 30nS delay matchingAutomotive High Voltage IC | Product Selection GuideNew Part NumberingPartStatusAUIRxxxx Orders acceptedAUIRxxxx Coming in 2009, samples available under standard industrial IR part numbers AUIRxxx –>> IRxxx *AUIRxxxxNew design coming in 2009, engineering samples avaliableSingle-Phase Half-Bridge DriversPartVoltagePackageOutput Source / Sink CurrentV CC RangeV BS RangeTyp. Prop DelayFeaturesAUIR2085100V SOIC8+1.0 / -1.0A 10-15V w/UVLO 10-15V w/UVLO 40/20ns On/Off Integrated 50% duty cycle oscillator, programmable switching fre-quency and dead time, adjustable dead time, adjustable over current protection, under voltage lockout and soft startAUIRS2003200V SOIC8+130 / -270mA 10-20V w/UVLO 10-20V w/UVLO 680/150ns On/Off Under voltage lockout, 3.3V, 5V and 15V logic compatible input, shoot-through protection, matched propagation delay*AUIR2302600V SOIC8+0.2 / -0.35A 5-20V w/UVLO 5-20V w/UVLO 750/200ns On/Off Under voltage lockout, 3.3V, 5V and 15V logic compatible input, shoot-through protection, matched propagation delayAUIRS2608D 600V SOIC8+200 / -350mA 10-20V w/UVLO 10-20V w/UVLO 250/250ns On/Off Under voltage lockout, 3.3V, 5V and 15V logic compatible input, shoot-through protection, matched propagation delay, HS and LS inputs *AUIRS26084D 600V SOIC14+200 / -350mA 10-20V w/UVLO 10-20V w/UVLO 220/220ns On/Off Under voltage lockout, 3.3V, 5V and 15V logic compatible input, shoot-through protection, matched propagation delay, HS and LS inputs, separate logic and power groundAUIRS2609D 600V SOIC8+120 / -250mA 10-20V w/UVLO 10-20V w/UVLO 750/200ns On/Off Under voltage lockout, 3.3V, 5V and 15V logic compatible input, shoot-through protection, matched propagation delayAUIRS2184600V SOIC8+1.4 / -1.8A 10-20V w/UVLO 10-20V w/UVLO 680/270ns On/Off Under voltage lockout, 3.3V and 5V input logic compatible, matched propagation delay on both channelsAUIRS21844600V SOIC14+1.4 / -1.8A 10-20V w/UVLO 10-20V w/UVLO 680/270ns On/Off Under voltage lockout, 3.3V and 5V input logic compatible, matched propagation delay on both channels, all high voltage pins on one side of package, separate logic and power groundAUIR2114600V SSOP24+1.0 / -1.5A 11.5-20V w/UVLO 10.4-20V w/UVLO 440/440ns On/Off Soft over current shutdown, synchronization signal, integrated desatu-ration circuit, two stage turn on output for di/dt control, matched delay AUIR21141600V SSOP24+1.0 / -1.5A 11.5-20V w/UVLO 10.4-20V w/UVLO 440/440ns On/Off Soft over current shutdown, synchronization signal, integrated desatu-ration circuit, two stage turn on output for di/dt control, matched delay AUIR22141200V SSOP24+1.0 / -1.5A 11.5-20V w/UVLO 10.4-20V w/UVLO 440/440ns On/Off Soft over current shutdown, synchronization signal, integrated desatu-ration circuit, two stage turn on output for di/dt control, matched delay AUIR221411200VSSOP24+1.0 / -1.5A11.5-20V w/UVLO10.4-20V w/UVLO440/440ns On/OffSoft over current shutdown, synchronization signal, integrated desatu-ration circuit, two stage turn on output for di/dt control, matched delay3-Phase Inverter DriversPartVoltagePackageOutput Source / Sink CurrentV CC RangeV BS RangeTyp. Prop DelayFeatures*AUIRS2060200V SOIC28+1.0 / -1.0A 9-20V w/UVLO 9-20V w/UVLO 60/60ns On/Off Under voltage lockout, 3.3V and 5V logic input, shutdown input, tolerant to negative voltage transient*AUIRS2034200V SOIC20+200 / -350mA 10-20V w/UVLO 10-20V w/UVLO 530/530ns On/Off Under voltage lockout, 3.3V and 5V logic input, shoot through protection, matched propogation delays, fixed deadtime*AUIRS2334600V SOIC20+290 / -600mA 10-20V w/UVLO 10-20V w/UVLO 530/530ns On/Off Under voltage lockout, tolerant to negative transient voltage, 3.3V logic in-put, shoot through protection, matched propogation delays, fixed deadtime, spearate low and high side inputs in-phase with outputAUIRS2330(D)600V SOIC28+200 / -420mA 10-20V w/UVLO 10-20V w/UVLO 500/500ns On/Off Under voltage lockout, over current shutdown, 3.3V logic input, cross con-duction prevention logic, tolerant to negative voltage transient, integrated Op-Amp, deadtime of 2.0usAUIRS2332(D)600VSOIC28+200 / -420mA10-20V w/UVLO10-20V w/UVLO500/500ns On/OffUnder voltage lockout, over current shutdown, 3.3V logic input, cross con-duction prevention logic, tolerant to negative voltage transient, integrated Op-Amp, deadtime of 0.7usAUIRS2336(D)600V SOIC28+200 / -350mA 10-20V w/UVLO 10-20V w/UVLO 530/530ns On/OffUnder voltage lockout, over current and temperature shutdown, 3.3V logic input, cross conduction prevention logic, tolerant to negative voltage transient, adjustable fault clear timing, separate logic and power grounds, advanced input filterAUIRS23364(D)600V SOIC28+200 / -350mA 11.5-20V w/UVLO 11.5-20V w/UVLO 530/530ns On/Off Under voltage lockout, over current and temperature shutdown, 3.3V logic input, cross conduction prevention logic, tolerant to negative voltage transient, adjustable fault clear timing, separate logic and power grounds, advanced input filterAUIR2132600V PLCC44+200 / -420mA 10-20V w/UVLO 10-20V w/UVLO 675/425ns On/Off Under voltage lockout, over current shutdown, 2.5V logic input, cross conduction prevention logic, tolerant to negative voltage transient AUIR2133600V PLCC44+200 / -420mA 10-20V w/UVLO 10-20V w/UVLO 750/700ns On/Off Under voltage lockout, over current shutdown, 2.5V logic input, tolerant to negative voltage transientAUIR22331200VPLCC44+200 / -420mA10-20V w/UVLO10-20V w/UVLO750/700ns On/OffUnder voltage lockout, over current shutdown, 2.5V logic input, tolerant to negative voltage transient3-Phase Inverter Drivers With Power Supply Pre-RegulatorPartVoltagePackageOutput Source / Sink CurrentV CC RangeV BS RangeTyp. Prop DelayFeatures*AUIRS2030200V SOIC28+200 / -350mA 6-20V w/UVLO 6-20V w/UVLO 700/700ns On/Off200V Full three phase gate driver w/ charge pump, Under-voltage lock-out, Cross-conduction prevention logic, Charge pump for external pre-regulator N-ch mosfet, Power-on reset, Externally programmable Dead Time up to 6usec, PWM mode control logic, Current sense, 3.3V logic compatible, Matched propagation delay, Floating channel designed for bootstrap operation, Tolerant to negative transient voltage – dV/dt immune, Lower di/dt gate drive for better noise immunity10509。
Silabs产品选型手册
PRODUCT SELECTOR GUIDE / 1 Silicon Labs选型指南1 / PRODUCT SELECTOR GUIDE成立于1993年，总部深圳，中国电子行业最优秀的半导体分销商以帮助客户成功为最高服务宗旨，多次帮助客户实现产品创新，打破市场空白，占领市场先机我们分销的产品全部来自欧美和日本的最具技术创新实力和拥有严苛品质管理的领先半导体原厂我们同多家世界500强和行业龙头企业已合作多年，同时也是快速成长的新兴企业信任和选择的合作伙伴提供新元件推荐、新技术导入、参考设计、应用咨询及方案等服务工业自动化、变频、伺服、物联网、智能电网、可再生能源、智能四表、安防、医疗、轨道交通、电动工具基站/直放站、雷达、卫星通信、光纤传输、Wifi、路由器、光模块、交换机、数据通信、无线通信智能手机、可穿戴设备、智能家居、智能家电、便携数码、个人保健车身控制、底盘、仪表盘、车载娱乐、电动汽车系统、动力系统、安全系统、ADAS、TPMS关于芯科实验室PRODUCT SELECTOR GUIDE / 1© 2014, Silicon Laboratories Inc. ClockBuilder, CMEMS, DSPLL, EFM, EFM32, EFR, Energy Micro, Energy Micro logo and combinations thereof, “the world’s most energy friendly microcontrollers,”Ember, EZMac, EZRadio, EZRadioPRO, EZLink, ISOmodem, Precision32, ProSLIC, Silicon Laboratories and the Silicon Labs logo are trademarks or registered trademarks of Silicon Laboratories Inc. ARM Cortex-M0/M0+/M3/M4 and Keil are trademarks or registered trademarks of ARM Limited. ZigBee is a registered trademark of ZigBee Alliance Inc. All other product or service names are the property of their respective owners. For the most up to date information please see your sales representative or visit our website at . 3000 February 2014 Rev Z SEL-FUL音频产品 (2)• FM/AM 多通道音频接收芯片 • D 类音频驱动芯片时钟和振荡器时钟发生器..............................................................................................3-4 • 任意频率，任意输出CMOS 时钟 • 微型CMOS 时钟• 任意频率,任意输出CMOS 时钟 • 时钟发生器+压控振荡器 • PCI.同步时钟发生器 • 嵌入式英特尔X86时钟 • EMI 消减时钟时钟分配..................................................................................................4-5 • 扇出缓冲器/电平转换器 • 无延时缓冲器• PCI.Express.时钟缓冲器.(PCIe)振荡器.....................................................................................................6-7 • CMEMS ®振荡器 • 晶体振荡器 • 压控振荡器 • 硅振荡器 • 抖动衰减时钟 • 同步以太网时钟 • 时钟和数据恢复芯片接口产品• 智能接口集成电路...........................................................................7-8隔离产品• 多通道数字隔离器(1.kVrms)............................................................8-9 • 多通道数字隔离器(2.5.kVrms).......................................................9-10 • 多通道数字隔离器(3.75.kVrms)...................................................10-11 • 多通道数字隔离器(5.kVrms)........................................................11-12 • 双向数字隔离器.................................................................................12 • 带电流传感的隔离器.....................................................................12-13 • 带驱动的隔离器............................................................................13-15 • 带AC 电源的隔离器..........................................................................15 • 以太网供电芯片 (15)8位微控制器产品• 电容触摸感应MCU.......................................................................15-17 • 小封装MCU.................................................................................17-20 • 汽车和工业MCU..........................................................................20-22 • 模拟加强型MCU..........................................................................22-23 • 低功耗MCU.................................................................................24-25 • USB.MCU.....................................................................................25-26 • 集成无线MCUs............................................................................26-2732位微控制器产品• 小壁虎Coretex-M0+ZG 系列32位MCU.........................................28 • 小壁虎Coretex-M3.TG 系列32位MCU.....................................28-29 • 小壁虎Coretex-M3.G 系列32位MCU.......................................29-30 • 小壁虎Coretex-M3.LG 系列32位MCU.....................................30-32 • 小壁虎Coretex-M3.GG 系列32位MCU....................................32-33 • 小壁虎Coretex-M4.WG 系列32位MCU....................................33-35 • 混合信号32位微控制器产品系列......................................................35 • 精密32位低功耗系列MCU.........................................................35-36 • 精密32位USB 系列.MCU. (36)调制解调器 (36)• 嵌入式调制解调芯片 • 直接存取装置光学传感器 (37)• 红外接近传感器 • 温湿度传感器视频产品............................................................................................37-38• 数字电视解调器 • 多制式数字电视解调器 • 全制式电视信号接收器语音产品............................................................................................38-39• 用户线PCM 数字接口电路芯片 • 集成的串行数字接口电路芯片 • 用户线模拟接口电路芯片 • 语音编解码芯片无线产品 (39)• 支持Zigbee ®协议的Ember ®芯片 • 全球通用频段射频芯片• 加强性能的全球通用频段射频芯片模拟产品............................................................................................40-41• 低功耗定时器 • 运算放大器 • 电压参考源 • 比较器 • DC-DC 转换器 • 电流检测放大器 • 模拟数字转换器软硬件支持 ..............................................................................................42轻松获取 (44)目 录P R O D U C T S E L EC T O R G U I D E / 3 2 / P R O D U C T S E L EC T O R G U I D E2 / PRODUCT SELECTOR GUIDEP R O D U C T S E L EC T O R G U I D E / 3 PRODUCT SELECTOR GUIDE / 3P R O D U C T S E L EC T O R G U I D E / 5 4 / P R O D U C T S E L EC T O R G U I D E4 / PRODUCT SELECTOR GUIDEP R O D U C T S E L EC T O R G U I D E / 5 PRODUCT SELECTOR GUIDE / 5P R O D U C T S E L EC T O R G U I D E / 7 6 / P R O D U C T S E L EC T O R G U I D E6 / PRODUCT SELECTOR GUIDEP R O D U C T S E L EC T O R G U I D E / 7 PRODUCT SELECTOR GUIDE / 7P R O D U C T S E L EC T O R G U I D E / 9 8 / P R O D U C T S E L EC T O R G U I D E8 / PRODUCT SELECTOR GUIDEP R O D U C T S E L EC T O R G U I D E / 19 PRODUCT SELECTOR GUIDE / 19P R O D U C T S E L EC T O R G U I D E / 21 20 / P R O D U C T S E L EC T O R G U I D E20 / PRODUCT SELECTOR GUIDEP R O D U C T S E L EC T O R G U I D E / 21 PRODUCT SELECTOR GUIDE / 21P R O D U C T S E L EC T O R G U I D E / 23 22 / P R O D U C T S E L EC T O R G U I D E22 / PRODUCT SELECTOR GUIDEP R O D U C T S E L EC T O R G U I D E / 23 PRODUCT SELECTOR GUIDE / 23P R O D U C T S E L EC T O R G U I D E / 25 24 / P R O D U C T S E L E C T O R G U I D E24 / PRODUCT SELECTOR GUIDEP R O D U C T S E L EC T O R G U I D E / 25 PRODUCT SELECTOR GUIDE / 25P R O D U C T S E L EC T O R G U I D E / 27 26 / P R O D U C T S E L EC T O R G U I D E26 / PRODUCT SELECTOR GUIDEP R O D U C T S E L EC T O R G U I D E / 27 PRODUCT SELECTOR GUIDE / 2728 / PRODUCT SELECTOR GUIDE32位微控制器产品小壁虎Coretex-M0+ZG系列32位MCU小壁虎Coretex-M3 TG系列32位MCUPRODUCT SELECTOR GUIDE / 29小壁虎Coretex-M3 G系列32位MCU30 / PRODUCT SELECTOR GUIDE小壁虎Coretex-M3 LG系列32位MCUPRODUCT SELECTOR GUIDE / 3132 / PRODUCT SELECTOR GUIDE小壁虎Coretex-M3 GG系列32位MCUPRODUCT SELECTOR GUIDE / 33小壁虎Coretex-M4 WG系列32位MCU34 / PRODUCT SELECTOR GUIDEPRODUCT SELECTOR GUIDE / 35P R O D U C T S E L EC T O R G U I D E / 37 36 / P R O D U C T S E L E C T O R G U I D E36 / PRODUCT SELECTOR GUIDEP R O D U C T S E L EC T O R G U I D E / 37 PRODUCT SELECTOR GUIDE / 37P R O D U C T S E L EC T O R G U I D E / 39 38 / P R O D U C T S E L EC T O R G U I D E38 / PRODUCT SELECTOR GUIDEP R O D U C T S E L EC T O R G U I D E / 39 PRODUCT SELECTOR GUIDE / 3940 / PRODUCT SELECTOR GUIDE模拟产品低功耗定时器运算放大器电压参考源比较器PRODUCT SELECTOR GUIDE / 41DC-DC转换器电流检测放大器模拟数字转换器42 / PRODUCT SELECTOR GUIDE40 / P R O D U C T S E L EC T O R G U I D ESi4010 EZRadio ® KEY FOB TRANSMITTERSi5317 JITTER ATTENUATING CLOCK EVALUATION BOARDSi2185 TV RECEIVER EVALUATION BOARDSi86xxISO-KIT ISOLATIONEVALUATION BOARDMCU USB TOOLSTICKPRODUCT SELECTOR GUIDE / 43P R O DU C T S E L EC T O R G U I D E / 41CP2108 USB TO QUAD UART EVALUATION BOARDSi47xx MULTI-BAND RADIO RECEIVER EVALUATION BOARD EFM32™ ZERO GECKOSTARTER KITSi7013 RH&T SENSOR USB DONGLE Simplicity StudioSilicon Labs’ EFM32™ 32-bit and 8051 8-bit MCUs are supported by Simplicity Studio — a complimentary software suite that provides instant, one-click access to all your IDE, EFM32 tools, software, code examples, news, documents and resources. /simplicity-studio• Always updated: Automatically keeps you up-to-date with changes affecting your development environment.One-click accessibility: Instant access to tools, relevant documentation, software and source code libraries.Custom Clock and Oscillator Design ServicesSilicon Labs offers the industry’s broadestportfolio of embedded clocks and oscillators for communications, computing, broadcast video and consumer applications with the shortest lead times in the industry, with no minimum order quantities or NRE fees. Our timing IC portfolio leveragesinformation – features, applications, block diagrams and even order samples and development kits, all from within the app. Offline access available—refresh data the next time you’re connected to the Internet. /parametric-search关于芯科实验室工业自动化、变频、伺服、物联网、智能电网、可再生能源、智能四表、安防、医疗、轨道交通、电动工具基站/直放站、雷达、卫星通信、光纤传输、Wifi、路由器、光模块、交换机、数据通信、无线通信智能手机、可穿戴设备、智能家居、智能家电、便携数码、个人保健车身控制、底盘、仪表盘、车载娱乐、电动汽车系统、动力系统、安全系统、ADAS、TPMS香港南京北京上海杭州宁波成都重庆香港观塘开源道62号骆驼漆大厦1期11楼A, B室南京市御道街标营4号紫荆大厦1003室北京市海淀区知春路1号学院国际大厦603室上海市定西路1100号辽油大厦5楼D座杭州市西湖区文三路535号莱茵达大厦805室宁波市江东区百丈路168号会展中心A座16楼C3室成都市武侯区佳灵路3号红牌楼广场2号楼513室重庆市江北区红旗河沟国际商会大厦24楼武汉西安青岛厦门苏州沈阳郑州株洲武汉市武昌区中南路7号中商广场B座35层3508室西安市高新路50号南洋国际8楼北部801室青岛市市南区山东路九号深业中心A座14B室厦门市湖滨南路609号夏商置业大厦17层E单元苏州市平江区娄门路266号博济创意园9幢205室沈阳市和平区青年大街322号昌鑫大厦F栋909室郑州市二七区华中路11号院25号楼3单元5楼西户株洲市天元区长江北路8号保利大厦2216室服务热线：40088 73266深圳总部深圳市人民南路3005号深房广场A座32楼邮编：518001邮编：210007邮编：100083邮编：200050邮编：310013邮编：315040邮编：610041邮编：400020邮编：430071邮编：710075邮编：266071邮编：361004邮编：215000邮编：110004邮编：470006邮编：412007RF无线芯片，模拟产品，以太网产品，时钟通讯器件单片机，无线传输芯片，广播电视芯片，隔离传感以太网供电芯片，时钟及晶振超声波测量芯片，电容数字转换芯片，应变电阻测量芯片帮助客户成功SMI MEMS压力传感器选型指南S01101V12世强 2014年11月印Melexis产品选型指南驱动器，光电器件，传感器，无线产品Cypress存储器选型指南Cypress汽车电子元件选型指南Cypress产品选型指南可编程片上系统，USB控制器，电容触摸ICAvago射频微波器件选型指南Renesas MCU选型指南Ricoh电源管理芯片、实时时钟芯片选型指南ROGERS高频印刷线路板材料选型指南。
AGV方案
AGV输送系统技术方案目录1.1 总体方案 (2)1.1.2AGV输送系统构成 (2)1.1.3AGV系统输送方案 (4)1.2 方案特点及分项技术描述 (5)1.2.1AGV单车 (5)1.2.1.1 AL16型激光导引AGV (5)1.2.1.2 AGV车体 (13)1.2.1.3 AGV车载控制系统 (15)1.2.1.4 AGV车载安全防护系统 (17)1.2.1.5 AGV小车操作模式 (19)1.2.1.6 AGV单车故障诊断 (19)1.2.2AGV控制系统 (20)1.2.2.1 AGV控制系统功能 (20)1.2.2.2 AGV管理监控计算机 (22)1.2.2.3 AGV自动调度软件 (24)1.2.3AGV充电系统及电池 (26)1.2.3.1 自动充电机 (26)1.2.3.2 镍镉快充电池 (26)1.2.3.3 充电方式与充电站的设置原则 (28)1.3 需要说明的其他问题（建筑及公用工程） (29)1.3.1动力配电系统 (29)1.3.2中控室 (29)1.4 近年业绩（物流） (30)1.5 系统报价................................................................... 错误!未定义书签。
AGV输送系统技术文件1.1 总体方案1.1.1 AGV技术简介瑞典NDC公司成立于1962年，在欧洲被称为“自控之王”，NDC公司采用合作伙伴的商业模式，NDC的核心能力在于研发，为合作伙伴提供先进的AGV 控制系统、导引系统与开发软件，AGV的设计、制造、安装以及市场开发等工作由合作伙伴来完成。
目前，全球顶尖的50家AGV供应商均在其车辆中采用了NDC公司的AGV控制系统，它的AGV系列产品行销全球，目前，世界上采用NDC公司控制技术的15000台套AGV在运行，NDC公司的激光、磁导引技术居世界领先水平，在激光、磁导引AGV领域占据全世界市场80%的份额。
Crouzet 固态继电器产品选择指南说明书
GNR30DCZP GNR30ACZP GNR32DCZP
GNR45DCZP
GNR20DCZL GNR20DCZH GNR20BCZH GNR20ACZH GNR30DCZH GNR30BCZH GNR30ACZH
GNR25DCRH
GNR30DCZP GNR30ACZP GNR32DCZP
cЯUus, CE, EAC*, VDE cЯUus, CE, EAC*
cЯUus, CE, EAC*, VDE
cЯUus, CE, EAC*, VDE cЯUus, CE, EAC*, VDE cЯUus, CE, EAC*, VDE
cЯUus, CE, EAC*, VDE
cЯUus, CE, EAC*, VDE
50 A 50 A
48-660 VAC
75 A
48-660 VAC
25 A 25 A
12-270 VAC
50 A 50 A
24-500 VAC
90 A 90 A
24-500 VAC
125 A 125 A
24-500 VAC
Input Voltage
4-32 VDC
Certifications
cЯUus, CE, EAC* cЯUus, CE, EAC*, VDE
4-32 VDC
4-32 VDC 180-280 VAC
4-32 VDC
Certifications
cЯUus, CE, EAC* cЯUus, CE, EAC*, VDE cЯUus, CE, EAC*, VDE
4-32 VDC
cЯUus, CE, EAC*
GNF Specialized Version
电机选型手册(通用型最新版)
■电动机选用计算公式
说明脉冲信号控制步进电动机及AC伺服电动机时必备的计算式。
●运行模式
作为脉冲速度的运行模式，步进电动机通常是选定左边的加减速运行模
式，运行速度低速、负载转动惯量小时，可以采取右图的自起动运行。
脉冲频率 f2
脉冲频率 f2
A f1
t1
t1
t0
加减速运行
A
t0 自起动运行
f1：起动脉冲频率［Hz］ f2：运行脉冲频率［Hz］ A：工作脉冲数 t0：定位时间［s］ t1：加减速时间［s］
技术资料
选用计算 ............................................. H-2 选用计算
电动机 ····················································· H-2 电动机
电动传动装置 ········································ H-18
●加减速常数TR［ ms/kHz ］的计算式
加减速常数是本公司控制器使用的设定值。
表示脉冲频率的加速程度，以下述计算式计算。
TR =
t1 f2 − f1
脉冲频率［kHz］
f2
TR
f1
t1 ● 脉冲频率请按整步换算。 ●此处速度单位用［ kHz］，时间用［ ms ］进行计算。
时间［ms］
●运行脉冲频率f［2 Hz ］到运行速度NM［ r/min ］的换 ............................................... H-58 减速机
直线减速机........................................ H-66
Chefmate Slicer 模型 GC9、GC10、GC12 和 GC12D 用户指南说明书
Instruction Manual for Chefmate SlicerModels GC9, GC10, GC12, and GC12DModel GC10This manual contains important safety instructions whichmust be strictly followed when using this equipment.For Service on Your Slicer1. Visit our website at (select Service button)2. Or...Call Globe service department at 937-297-7247 and ask for the contactinformation for your local service companyModel #:Serial #:- IMPORTANT SAFETY NOTICE -Visit our website for information on additional products available from Globe.Slicers, Mixers, Vegetable Cutters, Meat Choppers, and ScalesPage 2ATTENTION OWNERS AND OPERATORS (3)KEY COMPONENTS OF THE SLICER (4)CHEFMATE SLICER SAFETY TIPS .................................................................................................................5INSTALLATION .................................................................................................................................................6-7OPERATING INSTRUCTIONS ..........................................................................................................................8CLEANING ........................................................................................................................................................9-10KNIFE SHARPENING .......................................................................................................................................11-12SIMPLE MAINTENANCE AND REPAIR ............................................................................................................13-14TROUBLESHOOTING GUIDE (15)LIMITED SLICER WARRANTY (16)GLOBE FOOD EQUIPMENT CO.2153 DRYDEN RDDAYTON, OH 45439PHONE: 937-299-5493FAX: 937-299-4147E-MAIL:************************** WEBSITE: © Globe Food Equipment Company, 2008Printed in the U.S.A.6-2008IndexPage 3Page 4Key Components of the SlicerSlice De flKnob Slicer TableTO AVOID SERIOUS PERSONAL INJURY:• NEVER touch this slicer without training and authorization from your supervisor or if you are under 18 years old. Read this instruction manualPage 5InstallationUNPACKING1. Unpack the slicer immediately after receipt. If the machine is found to be damaged, save the packagingmaterial and contact the carrier within fi fteen (15) days of delivery. Immediately contact your source of the You have no recourse to damage after fi fteen (15) days.equipment.2 You should receive with the slicer, rubber feet, oil, warranty card, and an instruction manual. Contact Globeor your local supplier if you did not receive all of these materials.TO AVOID SERIOUS PERSONAL INJURY PROPERLYINSTALL SLICER IN ADEQUATE WORK AREA• ALWAYS install equipment in a work area with adequate light and space.• ONLY operate the slicer on a solid, level, nonskid surface that is nonfl ammable.• NEVER bypass, alter, or modify this equipment in any way from its original condition. Doing so may create hazards and will void warranty.• NEVER operate slicer without the knife cover securely installed.• NEVER operate slicer without the warning label attached (see page 4 for location).INSTALLATION1. Read this manual thoroughly before installation and operation. DO NOT proceed with installation andoperation if you have any questions or do not understand anything in the manual. Contact your local representative or Globe fi rst.2. Remove the slicer from the corrugated box.3. Make sure the rubber feet are fi rmly tightened.NEVER USE SLICER WITHOUT RUBBER FEET INSTALLED.4. Select a location for the slicer that has a level, solid, nonskid surface that is nonfl ammable and is in awell-lighted work area that is away from children and visitors.USE AT LEAST TWO PEOPLE TO LIFT THE SLICER UP TO THE OPERATING LOCATION. NEVER ATTEMPT TO LIFT THE SLICER ALONE.Page 6Page 7InstallationTHIS MACHINE IS PROVIDED WITH A THREE-PRONG GROUNDING PLUG. THE OUTLET TO WHICH THIS PLUG IS CONNECTED MUST BE PROPERLY GROUNDED. IF THE RECEPTACLE IS NOT THE PROPER GROUNDING TYPE, CONTACT AN ELECTRICIAN. DO NOT UNDER ANY CIRCUMSTANCES CUT OR REMOVE THE THIRD GROUND PRONG FROM THE POWER CORD OR USE ANY ADAPTER PLUG (Fig. 7-1 and Fig. 7-2).5. Inspect the slicer to ensure all parts have been provided.6. Make sure the knife cover and knife sharpener are in place.7. Make sure the warning label is properly positioned and legible and the instruction manual is available near the slicer.8. Complete warranty card and mail to Globe or register online at /warranty.asp.9. Clean the slicer using the procedures outlined in the cleaning section (pages 9 and 10) prior to using the slicer.10. Contact your local representative or Globe directly if you have any questions or problems with the installationor operation of this slicer.Figure 7-1 Correct Figure 7-2 INCORRECTOperating InstructionsTO AVOID SERIOUS PERSONAL INJURY:• NEVER touch this slicer without training and authorization from your supervisor or if you are under 18 years old. Read this instruction manual fi rst.operate the slicer without the knife cover securely installed. Keep hands and arms away from all• NEVERmovingparts.• ONLYUSE FOOD CHUTE HANDLE to push the food chute during slicing.• ONLY USE THE END WEIGHT, NOT YOUR HAND, to hold food products when slicing. Never put your hand on or around food chute when slicer is on.• DO NOT CATCH SLICES WITH YOUR HAND. Let slices drop onto the receiving area.• BEFORE CLEANING, SHARPENING, SERVICING, OR REMOVING ANY PARTS, always turn slicer off, turn the slice thickness dial clockwise until it stops, unplug power cord, and remove food chute.SLICER OPERATION1. With the slicer turned off, pull the food chute completely towards you and place the food product onto the foodchute. Slice only boneless, unfrozen product with the slicer. Use the end weight to hold the food product inplace.2. Make sure all knobs are tightened prior to using the slicer.3. Rotate the slice thickness dial counterclockwise to the desired slice thickness. After slicing is c omplete, alwaysturn the slice thickness dial clockwise until it stops to close the slicer table.4. Turn slicer on.DO NOT hold the food product with your hand. Never put your hand on or around the food chutewhen the slicer is on. The food chute handle is the only part of the slicer you should touch whileslicing.5. Use the food chute handle to manually push the food chute back and forth. The food chute handle is the onlypart of the slicer you should touch while slicing. Do not catch slices with your hand. Let slices drop onto thereceivingarea.If a product needs to be adjusted during slicing, ALWAYS pull the food chute all the way towardsyou, turn the slicer off, and close the slicer table prior to adjusting the product and the end weight. 6. After the last slice stroke, pull the food chute all the way towards you. Turn the slicer off and turn the slicethickness dial clockwise until it stops to close the slicer table.7. Now you can load and unload food product from the food chute.Page 8Page 9CleaningSHARP KNIFE BLADETO AVOID SERIOUS PERSONAL INJURY:•BEFORE CLEANING, SHARPENING, SERVICING, OR REMOVING ANY PARTS, always turn slicer off,turn the slice thickness dial clockwise until it stops, remove food chute, and unplug power cord.•NEVER attempt to clean slicer with the knife running.•NEVER attempt to remove the knife from the slicer. It must remain on the slicer for proper operation, sharpening, and cleaning.The entire slicer, including removable parts, must be thoroughly cleaned and sanitized using the procedures identi fi ed by your local health department and the ServSafe Essentials published by the National Restaurant Association Educational Foundation (NRAEF). Visit for more details.It is extremely important to sanitize the slicer and to follow theinstructions on your quaternary sanitizer container to ensure propersanitation is achieved.Figure 9-2Page 10Cleaning3. The slice de fl ector can be removed by unscrewing the screw knobs #1 (Fig. 10-1).BE ALERT. The next steps will expose the knife.4. Remove the knife cover by rotating the knife cover release knob #2 (Fig. 10-1)counterclockwise until it comes completely out. While holding the knobs on theknife cover, carefully lift the knife cover straight up away from the blade.NOTE: The slicer will not start with the knife cover removed (GC12D only).5.Take the food chute and knife cover back to a three compartment sink.Soak, clean, and scrub the food chute and knife cover using a mild detergent andwarm water solution. Following the instructions on your quaternary sanitizer, soak thefood chute and knife cover in a proper solution of quaternary sanitizer. Allow the parts to air dry before reassembling!ALWAYS turn slicer off and unplug power cord BEFORE cleaning.6. To clean the knife, soak a clean cloth in a mild detergent and warm watersolution. Ring out excess water from cloth. Carefully wash and rinse the topand bottom (underside) of the knife by wiping from the center of the knifeoutward (Fig. 10-2).DO NOT allow moisture to get into knife hub.7. To clean the slicer table, soak a clean cloth in a mild detergent and warm water solution.With the slicer table completely closed, wipe the slicer table off by starting at the knife andpulling towards you. Never wipe the slicer table towards the knife.8. Soak a clean cloth in a mild detergent/warm water solution and fi nishing cleaning and wipingdown the entire slicer.9. Spray both sides of the knife, slicer table, and the entire slicer with a non-bleach, non-chlorine sanitizer following the instructions on your quaternary sanitizer container to ensure proper sanitation is achieved. Allow the parts to air dry before reassembling!REASSEMBLY1. Carefully reinstall the cleaned, sanitized, and dry knife cover. Hold the knife cover with one hand while securely tightening the knife cover release knob with the other hand.2. Place the cleaned, sanitized, and dry food chute back onto the chute arm. Tighten the food chute release knob securely to prevent any “play” between the food chute and the chute arm.3. Plug in power cord.NOTE: If you wish to remove the knife sharpener for cleaning refer to page 14 for instructions.Figure 10-2Figure 10-1#2Knife SharpeningSHARP KNIFE BLADETO AVOID SERIOUS PERSONAL INJURY:• NEVER touch rotating knife.• ALWAYS keep hands clear of all moving parts.• ALWAYS turn the slicer off, turn the slice thickness dial clockwise until it stops, and remove the food chute before sharpening.• NEVER sharpen slicer unless all guards are installed.WHEN AND HOW OFTEN TO SHARPEN THE KNIFE1. Symptoms of a dull knife are excess waste/or a “tail” on the unsliced portion remaining in the food chute.2. The knife needs to be sharpened periodically to provide consistent slices and maximum food product yield. Sharpening the knife lightly every few days is more effective than heavy sharpening at less frequent intervals.PREPARING TO SHARPEN1. Turn the slicer off and turn the slice thickness dial clockwise until it stops so the slicer table covers the knife’s edge.2. Remove food chute from the slicer.Figure 11-2SHARPENING THE KNIFE - (Regular Procedure)1. Start the slicer.2. Push the grinding stone button #2 (Fig. 12-1) and the honing stone button #3 (Fig. 12-2) at the same time so both stones make contact with the knife. Maintain pressure on the buttons for 5-10 seconds.TURN SLICER OFF before inspecting.SHARPENING THE KNIFE - (Extended Procedure)NOTE: Use the extended procedure if the regular sharpening procedure does not produce satisfactory results.1. Start the slicer.2. Push the grinding stone button #2 (Fig. 12-1) so the stone sharpens the back side of the knife. Maintain pressure on the button for 30 seconds.3. Push the grinding stone button #2 (Fig. 12-1) and the honing stone button #3 (Fig. 12-2) at the same time so both stones make contact with the knife. Maintain pressure on the buttons for 5 seconds.TURN SLICER OFF before inspecting.AFTER SHARPENING1. Turn the slicer off and unplug the power cord.2. Loosen the sharpener release knob.3. Rotate the sharpener and place it back in its stored position.4. Tighten the sharpener release knob.5. Clean the entire slicer as described on pages 9 and 10.6. Reinstall the food chute and plug the power cord in.Knife SharpeningFigure 12-1Figure 12-2#3#2Simple Maintenance and RepairSHARP KNIFE BLADETO AVOID SERIOUS PERSONAL INJURY:• ALWAYS turn off slicer and unplug slicer before servicing.• NEVER touch this slicer without training and authorization from your supervisor.• ALWAYS keep hands clear of rotating knife and moving parts.• DO NOT tamper with, bypass, or remove any safety devices, guards, or switches.• ALWAYS turn off slicer and turn slice thickness dial completely clockwise after each use.LUBRICATIONVarious slicer parts need to be lubricated periodically using Globe oil. Globe oil is a light, tasteless, odorless mineral oil that will not contaminate or impart odors or taste to sliced food products.DO NOT USE VEGETABLE OIL TO LUBRICATE SLICER.VEGETABLE OIL WILL DAMAGE THE SLICER!Food Chute Slide RodIt is necessary to lubricate the food chute slide rod with Globe oil if the food chute becomes dif fi cult to push. 1. Close the slicer table, unplug the slicer, and remove the food chute.2. Tilt the slicer on its end.3. Put several drops of Globe oil on the slide rod (Fig. 13-1) towards the top of the rod.4. Tilt the slicer back to its normal position.5. Push the food chute arm back and forth several times to distribute the oil onto the slide rod.6. Reinstall the food chute.7. Plug the slicer in.Figure 13-1Simple Maintenance and RepairDO NOT USE VEGETABLE OIL TO LUBRICATE SLICER.VEGETABLE OIL WILL DAMAGE THE SLICER! Sharpener ShaftsIt is necessary to lubricate the sharpener shafts with Globe oil weekly.1. Loosen the sharpener release knob and pull the sharpener up toremove it (Fig. 14-1).2. Put several drops of Globe oil on the shaft behind each sharpeningstone (Fig 14-2).3. Push both sharpener buttons a couple of times to distribute the oilonto the shafts.4. Put several drops of Globe oil on the main shaft (Fig. 14-1), place thesharpener back into position and tighten the sharpener release knob.5. Wipe off any excess oil that drips onto the slicer.NOTE: The sharpener and stones can be cleaned with warm water and a brush.Allow it to air dry. If the sharpener or stones are cleaned it is very important that all sharpener shafts are lubricated with Globe oil afterwards!End Weight Slide RodThe end weight slide rod should be lubricated weekly or when excessive drag isfelt with a few drops of Globe oil.1. Apply a few drops of Globe oil to the slide rod (Fig. 14-3).2. Slide the end weight up and down to distribute the oil.Globe recommends that an authorized Globe servicecompany perform all adjustments and major maintenance.By adequately maintaining your slicer,it will provide years of dependable service.Figure 14-1Figure 14-3End Weight Slide RodSharpener Release KnobShaftsTroubleshooting GuideSYMPTOM CAUSE SOLUTIONSlicer will not start Slicer not plugged inSwitch offKnife cover removed or not properlyinstalled (GC12D only)Plug in slicerTurn switch onInstall knife cover and tighten the knife cover release knobRagged cuts-poor yield Dull knifeChipped knifeKnife-slicer table gap too wideKnife too small Sharpen knife-make sure knife and stones are cleanSharpen or have new knife installed Call for service to adjust slicer table Have a new knife installedMetal rubbing knife Knife coverFood chuteEnd weightSlicer table Tighten knife cover release knob Tighten or adjust food chute knob Have defective end weight replaced Call for service to adjust slicer tableHard to push food chute No lubrication Lubricate slide rods thoroughly withGlobe oil. DO NOT use vegetableoil!Hard to sharpen Stones dirty, wet or clogged withgreaseKnife dirtyWorn stonesStones not properly aligned Clean stones with warm water and a brush. Allow stones to air dry. Lubricate shafts with Globe oil afterwards.Clean top and bottom of knife Have stones replacedHave sharpener adjustedLimited Slicer WarrantyGlobe Food Equipment Company (“GFE”) warrants to the original purchaser of new equipment that said equipment, when installed in accordance with our instructions within North America and subjected to normal use, is free from defects in material or workmanship for a period of 1 year from installation or 18 months from actual shipment date, whichever date occurs fi rst.THIS WARRANTY IS IN LIEU OF ALL OTHER WARRANTIES, WHETHER EXPRESS OR IMPLIED. GFE EXPRESSLY DISCLAIMS ANY IMPLIED WARRANTY OF MERCHANTABILITY OR EXPRESS OR IMPLIED WARRANTY OF FITNESS FOR A PARTICULAR PURPOSE.GFE’S OBLIGATION AND LIABILITY UNDER THIS WARRANTY IS EXPRESSLY LIMITED TO REPAIRING AND REPLACING EQUIPMENT WHICH PROVES TO BE DEFECTIVE IN MATERIAL OR WORKMANSHIP WITHIN THE APPLICABLE WARRANTY PERIOD. All repairs pursuant to this Warranty will be performed by an Authorized Designated GFE Service Location during normal working hours. IN NO EVENT SHALL GFE BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES TO BUYER OR ANY THIRD PARTY, INCLUDING, WITHOUT LIMITATION, LOSS OF PROPERTY, PERSONAL INJURY, LOSS OF BUSINESS OR PROFITS OR OTHER ECONOMIC LOSSES, OR STATUTORY OR EXEMPLARY DAMAGES, WHETHER IN NEGLIGENCE, WARRANTY, STRICT LIABILITY, OR OTHERWISE.This warranty is given only to the fi rst purchaser from a retail dealer. No warranty is given to subsequent transferees.This warranty does not cover product failures caused by: failure to maintain, neglect, abuse, damage due to excess water, fi re, normal wear, improper set up and use. Periodic maintenance including lubrication and sharpening are not covered.This warranty is not in force until such time as a properly completed and signed installation/warranty registration or an online registration form has been received by GFE within 30 days from the date of installation. Register online at /warranty.asp.THE FOREGOING WARRANTY PROVISIONS ARE A COMPLETE AND EXCLUSIVE STATEMENT BETWEEN THE BUYER AND SELLER. GFE NEITHER ASSUMES NOR AUTHORIZES ANY PERSONS TO ASSUME FOR IT ANY OTHER OBLIGATION OR LIABILITY IN CONNECTION WITH SAID EQUIPMENT.Example of items not covered under warranty, but not limited to just these items:1. Acts of God, fi re, water damage, burglary, accident, theft.2. Freightdamage.3. Improper installation or alteration of equipment.4. Use of generic or after market parts.5. Repairs made by anyone other than a GFE designated servicer.6. Lubrication.7. Expendable wear parts, knife, stones, rubber boots, blown fuses, lamps.8. Cleaning of equipment.9. Misuse or abuse.。
AGCO和Allis Chalmers汽疗器和配件说明书
Make Fits Application Page Engine DetailsAGCO8745 Tractor | 8765 Tractor CU-239-M 4BT / 4BTA3.9L / 4T / 4TA-390 CDC > Emission | In-Line Pump | Machined Split Rod | Piston # 8673 | 8674 | 8675AGCO RT115 Tractor | RT130 Tractor | RT95 Tractor CU-359-O6BT / 6BTA5.9L / 6T / 6TA-590 CDC Emission > Machine Split Rod, Piston #8673, 8674, 8675AGCO RT145 Tractor CU-359-P 6BTA5.9L / 4TA-590 CDC > Emission, In-Line Pump, Machined Split Rod, Piston# 0187, 0188, 0189AGCO RT115 Tractor | RT130 Tractor | RT95 Tractor CU-359-Q6BT / 6BTA5.9L / 6T / 6TA-590 CDC Emission > CPL 8444, Fractured Rod, Piston # 8673, 8674, 8675AGCO9775 Tractor | 9785 Tractor CU-505-U 6CT/6CTA/6CTAA 8.3L/6T/6TA /6TAA-830 Emission > CDC After 45636465, DEP After 21301476; (Dec 97), 9.210"LinerAGCO Allis8775 Tractor | 8785 Tractor CU-359-O6BT / 6BTA5.9L / 6T / 6TA-590 CDC Emission > Machine Split Rod, Piston #8673, 8674, 8675Allis Chalmers R42 Combine | R52 Combine CU-505-I 6CT8.3L/6T-830 > CDC Thru 44706125, Brazil Thru 30417119, DEP Thru21123435; Turbo, 5.235" Flange Diameter, Piston Stamped 3163, 8749,9564, 9928Allis Chalmers R42 Combine | R52 Combine CU-505-K6CT8.3L/6T-830 Non-Emission > CDC 44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; Turbo,5.155" Flange Diameter, PistonStamped 3163, 8749, 9564, 9928Allis Chalmers R62 Combine CU-505-M6CTA8.3L/6TA-830 > CDC Thru 44706125, Brazil Thru 30417119, DEP Thru 21123435; Aftercooled, 5.235" Flange Diameter, Piston Stamped 3164, 4368, 8750, 9565, 9930Allis Chalmers R62 Combine CU-505-O 6CTA8.3L/6TA-830 > CDC 44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; Aftercooled,5.155" Flange Diameter, Piston Stamped 3164, 8750, 9565, 9930Allis Chalmers R62 Combine CU-505-U 6CT/6CTA/6CTAA 8.3L/6T/6TA /6TAA-830 Emission > CDC After 45636465, DEP After 21301476; (Dec 97), 9.210"LinerCummins Diesel Engine Reference GuideTo use this Cummins Diesel Engine Reference, locate your model of equipment or Engine and click on the text. Clicking on the text will take you to the Catalog Page of Parts for Sale for your specific Engine. You can also use the search feature within this program. For othermanufacturer's Engine Reference, click the logo at the top.Allis Chalmers R65 Combine CU-505-YQSC 8.3L / 6TAA-8304 CDC > CAPS Injection, 24 Valves, Piston Stamped3367Case 1840 | 1845C | 4390 | 450C | 455C | 480E | 480ELL | 480F | 480F LL | 550 | 550E | 580K | 580SE |580SK | 584E | 585E | 586E | 6000 | 6500 | 660 |760 | 8820 | 8830 | W11BCU-239-A4B3.9L / 4-390 CDC > NA, PistonStamped 6208, 6209, 6221, 6223Case 4390T | 450C | 455C | 5120 | 5220 | 550 | 550E |550G | 570LXT | 580K | 580L | 580SE | 580SK |580SL | 590 SUPER L | 590 Turbo CK | 650 |650G | 688 | 860 | 8840 | 9010 | 90XT | 95XT |W11BCU-239-E4BT3.9L / 4T-390 > Turbo, PistonStamped 7163, 8815, 8816Case 9010B Excavator | 9020 Excavator | 9020BExcavatorCU-239-I4BTA3.9L / 4TA-390 > Aftercooled,Piston Stamped 7156, 7157, 7158Case 550G Crawler/Crawler Loader | 570LXTBackhoe/Backhoe Loader | 580LBackhoe/Backhoe LoaderCU-239-K4B3.9L / 4-390 CDC > NA, CPL1522,Piston Stamped 1880, 1881, 1882Case570LXT Series 2 Backhoe/Backhoe Loader |580L Series 2 Backhoe/Backhoe Loader |590SL Series 2 Backhoe/Backhoe Loader |650G Crawler/Crawler Loader | 686GTelescopic Handler | 686GXR TelescopicHandler | 9010B Excavator | 9020B ExcavatorCU-239-M4BT / 4BTA3.9L / 4T / 4TA-390 CDC >Emission, In-Line Pump, Machined SplitRod, Piston # 8673, 8674, 8675Case 1840 | 1845C | 550G | 570LXT | 580L | 584E |585E | 585G | 586E | 586G | 588G | 686G |686GXR | 688G | 85XT | 8860 | 8860HPCU-239-Q4B3.9L / 4-390 CDC Emission > NA, CPL2361, 2374, 2486, 2599, Long Pin,Piston Stamped 2514, 4975, 4976, 3581,3582Case 1840 Skid Loader | 1845C Skid Loader | 660TrencherCU-239-U4B3.9L / 4-390 CDC Emission > NA, CPL2568, 2601, Piston Stamped 4985-4989or 5441-5445Case680K Backhoe/Backhoe Loader | 680LBackhoe/Backhoe Loader | 850DCrawler/Crawler Loader | 850E Crawler/CrawlerLoader | 855D Crawler/Crawler Loader | 855ECrawler/Crawler Loader | W14B Wheel Loader |W14C Wheel LoaderCU-359-A6B5.9L / 6-590 CDC > NA, PistonStamped 6208, 6209, 6221, 6223Case 1085B | 1085C | 1086B | 1088 | 1150E | 1150G |1155E | 1896 | 5140 | 5240 | 5250 | 621 | 621B |680L | 780C | 780D | 850D | 850E | 850G | 855D |855E | 880D | 8850 | 888 | 9030 | 9030B | W14B |W14CCU-359-E6BT5.9L / 6T-590 CDC > Turbo, PistonStamped 7163, 8815, 8816Case2096 Tractor CU-359-I 6BTA5.9L / 6TA-590 CDC > Aftercooled, Early Piston Stamped 7156, 7157, 7158Case 1150G Crawler/Crawler Loader | 621B WheelLoader | 621C Wheel Loader | 850GCrawler/Crawler Loader | 9030B ExcavatorCU-359-O6BT / 6BTA5.9L / 6T / 6TA-590 CDCEmission > Machine Split Rod, Piston #8673, 8674, 8675Case 1150E Crawler/Crawler Loader | 1155ECrawler/Crawler LoaderCU-505-A6C8.3L/6-830 > CDC Thru 44706125,Brazil Thru 30417119, DEP Thru21123435; NA, 5.235" Flange Diameter,Piston Stamped 3165, 4369, 9567, 9931Case 1150E Crawler/Crawler Loader | 1155ECrawler/Crawler LoaderCU-505-B6C8.3L/6-830 > CDC 44706126-45636465, DEP 21123436-21301476,Brazil After 30417119; NA, 5.155"Flange Diameter, Piston Stamped 3165,4369, 9567, 9931Case1150E Crawler/Crawler Loader | 1155ECrawler/Crawler Loader | 1187C Feller Buncher| 1550 Crawler/Crawler Loader | 721 WheelLoader | 821 Wheel LoaderCU-505-I6CT8.3L/6T-830 > CDC Thru 44706125,Brazil Thru 30417119, DEP Thru21123435; Turbo, 5.235" FlangeDiameter, Piston Stamped 3163, 8749,9564, 9928Case1150E Crawler/Crawler Loader | 1155ECrawler/Crawler Loader | 721 Wheel Loader |721B Wheel Loader | 821 Wheel Loader | 821BWheel Loader | 9040 Excavator | 9040BExcavatorCU-505-K6CT8.3L/6T-830 Non-Emission > CDC44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; Turbo,5.155" Flange Diameter, PistonStamped 3163, 8749, 9564, 9928Case W36 Wheel Loader CU-505-M6CTA8.3L/6TA-830 > CDC Thru 44706125, Brazil Thru 30417119, DEP Thru 21123435; Aftercooled, 5.235" Flange Diameter, Piston Stamped 3164, 4368, 8750, 9565, 9930Case 721B Wheel Loader | 821B Wheel Loader |9040B Excavator | 9045B ExcavatorCU-505-S6CT/6CTA/6CTAA 8.3L/6T/6TA /6TAA-830 Emission > CDC 44706126-45636465, DEP 21123436-21301476,Brazil After 30417119; 9.330" Liner,Piston # 9161Case 721B Wheel Loader | 721C Wheel Loader | 821BWheel Loader | 821C Wheel LoaderCU-505-U6CT/6CTA/6CTAA 8.3L/6T/6TA /6TAA-830 Emission > CDC After 45636465,DEP After 21301476; (Dec 97), 9.210"LinerCase921 Wheel Loader | 921B Wheel Loader CU-611-A LT10 / LTA10 >Case-IH4390 Industrial/Power Unit | 6000Windrower/Swather | 6500 Windrower/Swather| 8820 Windrower/Swather | 8830Windrower/SwatherCU-239-A4B3.9L / 4-390 CDC > NA, PistonStamped 6208, 6209, 6221, 6223Case-IH4390T Industrial/Power Unit | 5120 Tractor |5220 Tractor | 8840 Windrower/Swather | 90XTSkid Loader | 95XT Skid LoaderCU-239-E4BT3.9L / 4T-390 > Turbo, PistonStamped 7163, 8815, 8816Case-IH5120 Tractor | 5220 Tractor CU-239-I 4BTA3.9L / 4TA-390 > Aftercooled, Piston Stamped 7156, 7157, 7158Case-IH85XT Skid Loader CU-239-K 4B3.9L / 4-390 CDC > NA, CPL1522, Piston Stamped 1880, 1881, 1882Case-IH4391T Industrial/Power Unit | 4391TAIndustrial/Power Unit | 8860Windrower/Swather | 8860HPWindrower/Swather | 8870 Windrower/Swather| 90XT Skid Loader | 95XT Skid LoaderCU-239-M4BT / 4BTA3.9L / 4T / 4TA-390 CDC >Emission, In-Line Pump, Machined SplitRod, Piston # 8673, 8674, 8675Case-IH 85XT Skid Loader | 8860 Windrower/Swather |8860HP Windrower/SwatherCU-239-Q4B3.9L / 4-390 CDC Emission > NA, CPL2361, 2374, 2486, 2599, Long Pin,Piston Stamped 2514, 4975, 4976, 3581,3582Case-IH 40XT Skid Loader | 4391 Industrial/Power Unit |75XT Skid LoaderCU-239-U4B3.9L / 4-390 CDC Emission > NA, CPL2568, 2601, Piston Stamped 4985-4989or 5441-5445Case-IH QSB3.9L Industrial/Power Unit CU-239-XQSB 3.9L > CPL 8335, Fractured Split Rods, Piston Stamped 7416, 7417, 7418,7419, 7420Case-IH 5130 Tractor | 5230 Tractor | 6590Industrial/Power UnitCU-359-A6B5.9L / 6-590 CDC > NA, PistonStamped 6208, 6209, 6221, 6223Case-IH 1896 Tractor | 5140 Tractor | 5240 Tractor |5250 Tractor | 8850 Windrower/SwatherCU-359-E6BT5.9L / 6T-590 CDC > Turbo, PistonStamped 7163, 8815, 8816Case-IH1640 Combine | 1644 Combine | 1800 CottonPicker/Stripper | 1822 Cotton Picker/Stripper |2022 Cotton Picker/Stripper | 2096 Tractor |6590TA Industrial/Power UnitCU-359-I6BTA5.9L / 6TA-590 CDC > Aftercooled,Early Piston Stamped 7156, 7157, 7158Case-IH1644 Combine | 2144 Combine CU-359-K 6BTA5.9L / 6TA-590 CDC > Aftercooled, CPL1876, Late Piston Stamped 6990,6991, 6992Case-IH2144 Combine | 2344 Combine CU-359-M6BTA5.9L / 6TA-590 CDC Emission > Aftercooled, CPL2072, Piston Stamped0314, 0466, 0467Case-IH6591T Industrial/Power Unit | 6591TAIndustrial/Power Unit | 8850Windrower/Swather | 8880 Windrower/Swather| MX100 Tractor | MX110 Tractor | MX120Tractor | MX135 Tractor | MX150 Tractor |MX170 TractorCU-359-O6BT / 6BTA5.9L / 6T / 6TA-590 CDCEmission > Machine Split Rod, Piston #8673, 8674, 8675Case-IH 3185 Sprayer | 3210 Sprayer | SPX3185 Sprayer| SPX3200 Sprayer | SPX3200B Sprayer |SPX3310 SprayerCU-359-P6BTA5.9L / 4TA-590 CDC > Emission, In-Line Pump, Machined Split Rod, Piston# 0187, 0188, 0189Case-IH 6591T Industrial/Power Unit | 6591TAIndustrial/Power UnitCU-359-Q6BT / 6BTA5.9L / 6T / 6TA-590 CDCEmission > CPL 8444, Fractured Rod,Piston # 8673, 8674, 8675Case-IH 1660 Combine | 7110 Tractor | 7120 Tractor |7130 Tractor | 9110 Tractor | 9210 TractorCU-505-I6CT8.3L/6T-830 > CDC Thru 44706125,Brazil Thru 30417119, DEP Thru21123435; Turbo, 5.235" FlangeDiameter, Piston Stamped 3163, 8749,9564, 9928Case-IH 1660 Combine | 1666 Combine | 2166 Combine| 7110 Tractor | 7120 Tractor | 7130 Tractor |7210 Tractor | 7220 Tractor | 7230 Tractor |9210 Tractor | 9310 TractorCU-505-K6CT8.3L/6T-830 Non-Emission > CDC44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; Turbo,5.155" Flange Diameter, PistonStamped 3163, 8749, 9564, 9928Case-IH1670 Combine | 1680 Combine | 1844 CottonPicker/Stripper | 2044 Cotton Picker/Stripper |7140 Tractor | 7150 Tractor | 9130 Tractor |9230 Tractor | 9240 TractorCU-505-M6CTA8.3L/6TA-830 > CDC Thru44706125, Brazil Thru 30417119, DEPThru 21123435; Aftercooled, 5.235"Flange Diameter, Piston Stamped 3164,4368, 8750, 9565, 9930Case-IH 1670 Combine | 1680 Combine | 1688 Combine| 2044 Cotton Picker/Stripper | 2055 CottonPicker/Stripper | 2155 Cotton Picker/Stripper |2188 Combine | 7140 Tractor | 7150 Tractor |7240 Tractor | 7250 Tractor | 9230 Tractor |9240 Tractor | 9330 TractorCU-505-O6CTA8.3L/6TA-830 > CDC 44706126-45636465, DEP 21123436-21301476,Brazil After 30417119; Aftercooled,5.155" Flange Diameter, PistonStamped 3164, 8750, 9565, 9930Case-IH2155 | 2166 | 2188 | 2366 | 2388 | 2555 | 6831T |6831TA | 721B | 7220 | 7230 | 7240 | 7250 | 821B| 8910 | 8920 | 8930 | 8940 | 8950 | 9040B | 9045B| 9310 | 9330 | MX180 | MX200 | MX220 |SPX4260CU-505-S6CT/6CTA/6CTAA 8.3L/6T/6TA /6TAA-830 Emission > CDC 44706126-45636465, DEP 21123436-21301476,Brazil After 30417119; 9.330" Liner,Piston # 9161Case-IH2388 Combine CU-505-T C8.3/6TAA-830 > CDC After 45636465, DEP After 21301476; Short Liner, Modified ISC/QSC Block, 12 Valve,Piston Stamped 9161Case-IH2366 | 2388 | 2555 | 6831T | 6831TA | 721B |721C | 7220 | 7230 | 7240 | 7250 | 821B | 821C |8910 | 8920 | 8930 | 8940 | 8950 | 9040B | 9045B |9310 | 9330 | CPX420 | MX180 | MX200 | MX220 |SPX4260CU-505-U6CT/6CTA/6CTAA 8.3L/6T/6TA /6TAA-830 Emission > CDC After 45636465,DEP After 21301476; (Dec 97), 9.210"LinerCase-IH 2366 Combine | 2377 Combine | MX210 Tractor| MX230 Tractor | PX190 Industrial/Power Unit |PX215 Industrial/Power Unit | PX240Industrial/Power UnitCU-505-VC8.3/6TAA-830 > CDC After 45636465,DEP After 21301476; Short Liner,Modified ISC/QSC Block, 12 Valve,Piston Stamped 7707Case-IH MX240 Tractor | MX255 Tractor | MX270 Tractor| STX275 TractorCU-505-WISC 8.3L / 6TAA-8304 CDC > CAPSInjection, 1 Pc Valve Cover, 24 Valves,9.210" Liner, Piston Stamped 3446Case-IH 2377 Combine | 2388 Combine | MX215 Tractor| MX245 Tractor | MX275 Tractor | STX280TractorCU-505-XQSC 8.3L / 6TAA-8304 CDC > HPCRInjection, 2 Pc Valve Cover, 24 Valves,Roller TappetsCase-IH CPX610 Cotton Picker/Stripper | CPX620Cotton Picker/Stripper | MX285 TractorCU-505-YQSC 8.3L / 6TAA-8304 CDC > CAPSInjection, 24 Valves, Piston Stamped3367Case-IH STX325 Tractor CU-540-AQSL 8.9L / 6TAA-9004 CDC > CAPS Injection, 1 Pc Valve Cover, 24 Valves,Articulated PistonCase-IH STX330 Tractor CU-540-CQSL 8.9L / 6TAA-9004 CDC > HPCR Injection, 2 Pc Valve Cover, 24 Valves,Articulated PistonCase-IH MX305 Tractor CU-540-DQSL 8.9L / 6TAA-9004 CDC > HPCR Injection, 2 Pc Valve Cover, 24 Valves,Articulated PistonCase-IH 9150 Tractor | 9250 Tractor | 9260 Tractor |9350 TractorCU-611-A LT10 / LTA10 >Champ Grader CU-505-I 6CT8.3L/6T-830 > CDC Thru 44706125, Brazil Thru 30417119, DEP Thru21123435; Turbo, 5.235" Flange Diameter, Piston Stamped 3163, 8749,9564, 9928Champ Grader CU-505-K6CT8.3L/6T-830 Non-Emission > CDC 44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; Turbo,5.155" Flange Diameter, PistonStamped 3163, 8749, 9564, 9928Cummins Genset CU-239-H 4BT3.9L / 4T-390 CDC > CPL 592, 646, Turbo, Low HP, 17.2:1 CR, Piston Stamped 3579, 3655, 3656Cummins Genset CU-359-H 6BT5.9L / 6T-590 CDC > CPL 697, Turbo, Low HP, 17.2:1 CR, Piston Stamped 3579, 3655, 3656Cummins 6CT8.3M Marine Engine | 6CTA8.3F Fire PumpEngine | 6CTA8.3M Marine EngineCU-505-C6CT8.3M/6CTA8.3M/6CTA8.3F > CDCThru 44706125, Brazil Thru 30417119,DEP Thru 21123435; 5.235" Flange,Piston # 3015, 9566, 9886, 9929Cummins 6CT8.3M Marine Engine | 6CTA8.3F Fire PumpEngine | 6CTA8.3M Marine EngineCU-505-D6CT8.3M/6CTA8.3M/6CTA8.3F > CDC44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; 5.155"Flange, Long Liner, Piston # 3015, 9566,9886, 9929Cummins 6CT8.3M Marine Engine | 6CTA8.3F Fire PumpEngine | 6CTA8.3M Marine EngineCU-505-E6CT8.3M/6CTA8.3M/6CTA8.3F > CDCAfter 45636465, DEP After 21301476;After Dec 97, Short Liner, Piston # 3015,9566, 9886, 9929Dodge Light Truck CU-359-10ISB (24 Valve) > CPL 1000, 8344, 8346, 8347, 8350, 8351, 8421, 8423, HPCRFuel System, Front Gear Train, Fractured Split Rods, Piston #0126, 0127, 0192, 6678, 6679, 6680Dodge Light Truck CU-359-E 6BT5.9L / 6T-590 CDC > Turbo, Piston Stamped 7163, 8815, 8816Dodge Light Truck CU-359-S6BTA5.9L Emission > Aftercooled, Rotary Inj Pump, CPL1351, 14MM TRL, Piston # 9041,9042,9043,9044,9045Dodge Light Truck CU-359-U 6BTA5.9L Emission > In-Line Pump, 12 Valve, 10MM TRL, Anodized Piston # 6631, 6632, 6633, 6634, 6635Dodge Light Truck CU-359-V 6BTA5.9L Emission > Aftercooled, 8MM TRL, Piston Stamped 2571, 2572, 2573,2574, 2575Dodge Light Truck CU-359-WISB (24 Valve Non-HO) > 10MM TRL, Centered Bowl, Piston Stamped 3708-3712, 6153-6157Dodge Light Truck CU-359-XISB (24 Valve HO) > 10MM TRL, Centered Bowl, Piston Stamped 6050-6054Dodge Light Truck CU-359-YISB (24 Valve Non-HO) > HPCR Fuel System, Front Gear Train, Fractured Split Rods, Piston Stamped 8675, 9807,9843, 9844Dodge Light Truck CU-359-Z ISB (24 Valve HO) > HPCR Fuel System, Front Gear Train, Fractured Split Rods, Piston Stamped 5497, 6675, 6676, 9808,9841, 9842Dresser TD15E Crawler/Crawler Loader CU-505-I 6CT8.3L/6T-830 > CDC Thru 44706125, Brazil Thru 30417119, DEP Thru21123435; Turbo, 5.235" Flange Diameter, Piston Stamped 3163, 8749,9564, 9928Ford Mid/Heavy Truck CU-359-T 6BTA5.9L Emission > Aftercooled, In-Line Pump, 175-230 HP, 14MM TRL, Anodized Piston # 7619, 9047, 9048Ford Mid/Heavy Truck CU-359-U 6BTA5.9L Emission > In-Line Pump, 12 Valve, 10MM TRL, Anodized Piston # 6631, 6632, 6633, 6634, 6635Ford Mid/Heavy Truck CU-359-V 6BTA5.9L Emission > Aftercooled, 8MM TRL, Piston Stamped 2571, 2572, 2573,2574, 2575Freightliner Mid/Heavy Truck CU-239-N4BTA3.9L / 4TA-390 CDC > Emission, Machined Split Rod, 10MM TRL, Piston # 6631, 6632, 6633, 6634, 6635Freightliner Mid/Heavy Truck CU-359-2ISB (24 Valve) > CPL 8136, HPCR Fuel System, Rear Gear Train, Fractured Split Rods, Piston Stamped 8675, 9807,9843, 9844Freightliner Mid/Heavy Truck CU-359-T 6BTA5.9L Emission > Aftercooled, In-Line Pump, 175-230 HP, 14MM TRL, Anodized Piston # 7619, 9047, 9048Geo-Boy Mulcher CU-505-V C8.3/6TAA-830 > CDC After 45636465, DEP After 21301476; Short Liner, Modified ISC/QSC Block, 12 Valve,Piston Stamped 7707Hydro-Ax470 Feller Buncher CU-359-R 6BT5.9L > Fracture Split Rod, Piston Stamped 7416, 7417, 7418, 7419, 7420JCB Fastrac 3185 Tractor CU-359-P 6BTA5.9L / 4TA-590 CDC > Emission, In-Line Pump, Machined Split Rod, Piston# 0187, 0188, 0189Massey Ferguson8560 Combine CU-359-I 6BTA5.9L / 6TA-590 CDC > Aftercooled, Early Piston Stamped 7156, 7157, 7158Massey Ferguson8570 Combine CU-505-M6CTA8.3L/6TA-830 > CDC Thru 44706125, Brazil Thru 30417119, DEP Thru 21123435; Aftercooled, 5.235" Flange Diameter, Piston Stamped 3164, 4368, 8750, 9565, 9930Massey Ferguson8570 Combine CU-505-O 6CTA8.3L/6TA-830 > CDC 44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; Aftercooled,5.155" Flange Diameter, Piston Stamped 3164, 8750, 9565, 9930Massey Ferguson8570 Combine CU-505-S 6CT/6CTA/6CTAA 8.3L/6T/6TA /6TAA-830 Emission > CDC 44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; 9.330" Liner,Piston # 9161McCormick XTX215 Tractor CU-359-20QSB (24 Valve) > CPL 8107, Piston Stamped 8465-8469New Holland9282 Tractor CU-505-S 6CT/6CTA/6CTAA 8.3L/6T/6TA /6TAA-830 Emission > CDC 44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; 9.330" Liner,Piston # 9161New Holland9282 Tractor CU-505-U 6CT/6CTA/6CTAA 8.3L/6T/6TA /6TAA-830 Emission > CDC After 45636465, DEP After 21301476; (Dec 97), 9.210"LinerNew HollandSE190 Industrial/Power Unit | SE215Industrial/Power Unit | SE240 Industrial/PowerUnit | TG210 Tractor | TG230 TractorCU-505-VC8.3/6TAA-830 > CDC After 45636465,DEP After 21301476; Short Liner,Modified ISC/QSC Block, 12 Valve,Piston Stamped 7707New Idea800C Uni-Harvester CU-359-E 6BT5.9L / 6T-590 CDC > Turbo, Piston Stamped 7163, 8815, 8816New Idea802C Uni-Harvester CU-359-I 6BTA5.9L / 6TA-590 CDC > Aftercooled, Early Piston Stamped 7156, 7157, 7158New Idea803C Uni-Harvester CU-505-M6CTA8.3L/6TA-830 > CDC Thru 44706125, Brazil Thru 30417119, DEP Thru 21123435; Aftercooled, 5.235" Flange Diameter, Piston Stamped 3164, 4368, 8750, 9565, 9930New Idea803C Uni-Harvester CU-505-O 6CTA8.3L/6TA-830 > CDC 44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; Aftercooled,5.155" Flange Diameter, Piston Stamped 3164, 8750, 9565, 9930Onan Genset CU-239-S 4B3.9L / 4-390 CDC > Non-Emission, Aftercooled, Fracture Split Rod, Long Pin, Piston 6990, 6691, 6992Oshkosh Mid/Heavy Truck CU-239-N4BTA3.9L / 4TA-390 CDC > Emission, Machined Split Rod, 10MM TRL, Piston # 6631, 6632, 6633, 6634, 6635Patriot SPX3150 Sprayer | SPX3185 Sprayer CU-359-O6BT / 6BTA5.9L / 6T / 6TA-590 CDC Emission > Machine Split Rod, Piston #8673, 8674, 8675Patriot3150 Tractor CU-359-Q6BT / 6BTA5.9L / 6T / 6TA-590 CDC Emission > CPL 8444, Fractured Rod, Piston # 8673, 8674, 8675SkyTrak5028 Telescopic Handler CU-239-Q 4B3.9L / 4-390 CDC Emission > NA, CPL 2361, 2374, 2486, 2599, Long Pin, Piston Stamped 2514, 4975, 4976, 3581,3582Steiger Bearcat Tractor | Cougar Tractor | PantherTractorCU-611-A LT10 / LTA10 >Sterling Mid/Heavy Truck CU-359-2ISB (24 Valve) > CPL 8136, HPCR Fuel System, Rear Gear Train, Fractured Split Rods, Piston Stamped 8675, 9807,9843, 9844Timbco2620 Feller Buncher CU-505-F 6CTA8.3 > CDC Thru 44706125, Brazil Thru 30417119, DEP Thru 21123435;5.235" Flange, Piston # 9247Timbco2620 Feller Buncher CU-505-G 6CTA8.3 > CDC 44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; 5.155" Flange, Long Liner,Piston # 9247Timbco2620 Feller Buncher CU-505-H 6CTA8.3 > CDC After 45636465, DEP After 21301476; After Dec 97, Short Liner, Piston # 9247Versatile276V Tractor CU-239-I 4BTA3.9L / 4TA-390 > Aftercooled, Piston Stamped 7156, 7157, 7158White60 American Tractor CU-239-A 4B3.9L / 4-390 CDC > NA, Piston Stamped 6208, 6209, 6221, 6223White80 American Tractor CU-239-E 4BT3.9L / 4T-390 > Turbo, Piston Stamped 7163, 8815, 8816White6410 Tractor | 6510 Tractor CU-239-M4BT / 4BTA3.9L / 4T / 4TA-390 CDC > Emission, In-Line Pump, Machined Split Rod, Piston # 8673, 8674, 8675White100 Tractor CU-359-A 6B5.9L / 6-590 CDC > NA, Piston Stamped 6208, 6209, 6221, 6223White 120 Tractor | 125 Tractor | 6124 Tractor | 6125TractorCU-359-E6BT5.9L / 6T-590 CDC > Turbo, PistonStamped 7163, 8815, 8816White 140 Tractor | 145 Tractor | 6144 Tractor | 6145TractorCU-359-I6BTA5.9L / 6TA-590 CDC > Aftercooled,Early Piston Stamped 7156, 7157, 7158White6710 Tractor | 6810 Tractor | 8310 Tractor CU-359-O6BT / 6BTA5.9L / 6T / 6TA-590 CDC Emission > Machine Split Rod, Piston #8673, 8674, 8675White8410 Tractor CU-359-P 6BTA5.9L / 4TA-590 CDC > Emission, In-Line Pump, Machined Split Rod, Piston# 0187, 0188, 0189White 160 Tractor | 170 Tractor | 2500 Combine | 6175TractorCU-505-I6CT8.3L/6T-830 > CDC Thru 44706125,Brazil Thru 30417119, DEP Thru21123435; Turbo, 5.235" FlangeDiameter, Piston Stamped 3163, 8749,9564, 9928White6175 Tractor CU-505-K6CT8.3L/6T-830 Non-Emission > CDC 44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; Turbo,5.155" Flange Diameter, PistonStamped 3163, 8749, 9564, 9928White 185 Tractor | 195 Tractor | 2600 Combine | 6195TractorCU-505-M6CTA8.3L/6TA-830 > CDC Thru44706125, Brazil Thru 30417119, DEPThru 21123435; Aftercooled, 5.235"Flange Diameter, Piston Stamped 3164,4368, 8750, 9565, 9930White 195 Tractor | 2600 Combine | 6195 Tractor |6215 TractorCU-505-O6CTA8.3L/6TA-830 > CDC 44706126-45636465, DEP 21123436-21301476,Brazil After 30417119; Aftercooled,5.155" Flange Diameter, PistonStamped 3164, 8750, 9565, 9930White 8510 Tractor | 8610 Tractor | 8710 Tractor |8810 TractorCU-505-U6CT/6CTA/6CTAA 8.3L/6T/6TA /6TAA-830 Emission > CDC After 45636465,DEP After 21301476; (Dec 97), 9.210"LinerCummins Click For Applications CU-239-L4B3.9L / 4-390 CDC > Non-Emission, Aftercooled, Machine Split Rod, Long Pin, Piston 6990, 6691, 6992Cummins Click For Applications CU-239-J 4BT3.9L > CPL 593, 767; Non-Emission, Turbo, 18.5:1 CR, Piston Stamped 3582,8035, 8036Cummins Click For Applications CU-239-P 4BTA3.9L / 4TA-390 CDC > Emission, In-Line Pump, Fracture Split Rod, Piston #0187, 0188, 0189Cummins Click For Applications CU-239-O 4BTA3.9L / 4TA-390 CDC > Emission, In-Line Pump, Machined Split Rod, CPL 1963, Piston # 0187, 0188, 0189Cummins Click For Applications CU-239-R4BTA3.9L / 4TA-390 CDC > Emission, Machined Split Rod, 14MM TRL, Piston # 9041, 9042, 9043, 9044, 9045Cummins Click For Applications CU-359-G 6BT5.9L / 6T-590 CDC > Turbo, Piston Stamped 1400, 2049, 2050Cummins Click For Applications CU-359-J 6BT5.9L > CPL 598, 728, 766; Non-Emission, Turbo, 18.5:1 CR, Piston Stamped 3582, 8035, 8036Cummins Click For Applications CU-505-P6CTA8.3 > CDC 44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; Long Liner, Anodized Piston # 2475, 4057, 5878, 5879, 5880, 5881,6246, 6248Cummins Click For Applications CU-505-N6CTA8.3 > CDC 44706126-45636465, DEP 21123436-21301476, Brazil After 30417119; Long Liner, Ceramic Piston # 2476, 4059, 4060, 6301, 6961, 6962,6963, 6964Cummins Click For Applications CU-505-Q6CTA8.3 > CDC After 45636465, DEP After 21301476; Short Liner, Anodized Piston # 2475, 4057, 5878, 5879, 5880,5881, 6246, 6248Cummins Click For Applications CU-505-R6CTA8.3 > CDC After 45636465, DEP After 21301476; Short Liner, Anodized Piston # 2476, 4059, 4060, 6301, 6961,6962, 6963, 6964Cummins Click For Applications CU-239-3ISB (16 Valve) > CPL 2938, 2953, 8057, 8499, 8525, HPCR Fuel System, Fractured Split Rods, Piston Stamped 2880, 2881, 2882, 7935, 8822, 8823Cummins Click For Applications CU-359-3ISB (24 Valve) > CPL 1354, 2952, 8147, 8526, HPCR Fuel System, Fractured Split Rods, Piston Stamped 2880, 2881, 2882, 7935, 8822, 8823Cummins Click For Applications CU-408-DISB 6.7L (24 Valve) > BORE: 4.2086", HPCR Fuel System, Front Gear Train, Fracture Split Rods, Piston Stamped 6946, 8619, Dodge Pickup Trucks (2007-2010) (CPL 2774)。
VersaFlow Coriolis 6000选型指南说明书
TABLE V
Hazardous Area Approvals
Hygienic/Sanitary Approvals
None ATEX Ex ia (T1-T6) IEC Ex ia (T1-T6) cFMus Class 1 Div 1 (USA standards) cFMus (Canadian Standards) / Dual seal for liquids’ cFMus (Canadian Standards) / Dual seal for gases’ None NACE according to MRO175 / ISO 15156 and MRO103
SmartLine® VersaFlow Coriolis 6000
CM74 Size 25 Stainless Steel or Hastelloy C
Model Selection Guide
36-CM-16-42
Issue 7
• Broad Range of Operating Temperatures
(Alu or SS mandatory for Cryogenic or High Temperature)
3 point mass flow calibration
5 point mass flow calibration
3 point volume flow calibration
5 point volume flow calibration
TWC 9400 Compact Mount (Not for High Temperature) TWC 9400 Field Mount Other
Requires a separate MSG# to be entered. Either
- 1、下载文档前请自行甄别文档内容的完整性，平台不提供额外的编辑、内容补充、找答案等附加服务。
- 2、"仅部分预览"的文档,不可在线预览部分如存在完整性等问题,可反馈申请退款(可完整预览的文档不适用该条件!)。
- 3、如文档侵犯您的权益，请联系客服反馈,我们会尽快为您处理(人工客服工作时间：9:00-18:30)。
隔离（现场与逻辑）
延时
接通到断开 断开到接通
可同时接通的输出
能否两个输出并联
最长 电缆 长度
屏蔽 非屏蔽
CN-CPU224-DT
CN-CPU224-AR
CN-CPU224XP-DT
CN-CPU224XP-AR
14 漏型/源型 (IEC 类型 1/漏型)
24V DC
30V DC 18 VDC，2.5mA
CN-CPU226-AR
09
CHION驰 恩
CHION-驰恩
CPU
S7-200 PLC 16 32
EM 221 +5V DC
0 1
CN-EM221-C8
60mA 1.2W 8 21 ~ 28V DC 0 ~ 5V DC 15 ~ 30V DC 4.5ms PNP/NPN 500V AC 1 500m 300m mm 71.2 80 62 140g
2us(Q0.0, Q0.1)，10us(其它) 10us(Q0.0, Q0.1)，130us(其它)
10ms
6
6
是，仅输出同组时
否
标准输出 500 米
标准输出 150 米
03
CHION驰 恩
CPU控制单元
与S7-200兼容，支持STEP 7 MICROWIN编程 高速的运算能力、大的程序空间及强大的扩展能力，支持7个扩展模块 满足很多高性能的复杂控制系统，集成更多的I/O，具有更高的性价比
否
标准输出 500 米
标准输出 150 米
07
CHION驰 恩
CPU单元接线图
CN-CPU222-DT
CN-CPU222-AR
CN-CPU224-DT
CN-CPU224-AR
08
CN-CPU224XP-DT
CHION驰 恩
PLCCPU单 元 接 线2图008
CN-CPU224XP-AR
CN-CPU226-DT
06
CHION驰 恩
CPU控制单元
数字 量输 入特
性
CPU226
集成数字量输入点数
输入类型
额定电压
最大持续允许电压
逻辑 1 信号（最小）
逻辑 0 信号（最大）
隔离（现场与逻辑）
可同时接通的输入
最长 电缆 长度
屏蔽 非屏蔽
集成数字量输出点数
频率脉冲（最大）
输出类型
额定电压 逻辑 1 信号（最小）
逻辑 0 信号（最大）
CPU226
尺寸（宽×高×深）(mm)
功耗
程序存储器
数据存储器
最大扩展模块数
最大数字量
最大模拟量
数据保存
定
1ms
时
器
10ms
数 量
100ms
计数器总数
内存存储器位
时间中断
模拟电位器
实时时钟
集 通讯接口
成 PPI 波特率 的 通 自由口波特率
信 最大站点数
功 能
最大主站数
点到点（PPI 从站模式）
本机数字量输入点数
光电隔离
5 WDC/200WAC 0.2 欧姆
继电器隔离
5W
典型值 0.3 欧姆，最大 值 0.6 欧姆
光电隔离
5 WDC/200WAC 0.2 欧姆
继电器隔离
2us(Q0.0, Q0.1)， 10us(其它)
10us(Q0.0, Q0.1)， 130us(其它)
10ms
2us(Q0.0, Q0.1)， 10us(其它)
236
256 256 2×1ms 分辨率 2 个 8 位分辨率 内置
2 个 PPI 口，标准 RS485 电平
晶体管
9.6K, 19.2K 9.6K 至 115.2K 每段 32 个站，每个网络 126 个站
32 支持 PPI 主站对其 NETR/NETW 读写
24 漏型/源型
16 继电器干接点
256(128 输入/128 输出) 64(32 输入/32 输出) 7 6 6×20KHz 4×20KHz
24V DC
20 VDC，最大电流 0.1 VDC，10KΩ 负载
1Hz
继电器，2 入 1 出模拟 量
24V DC 24-230V AC
--
--
0.75A
2A
0.75A
2A
6A
10A
6A
10A
10μA 8A，100ms
5A，触点关闭
10μA 8A，100ms
5A，触点关闭
5W
典型值 0.3 欧姆，最大 值 0.6 欧姆
--
0.75A 6A
10μA 8A，100ms
5W
典型值 0.3 欧姆，最大值 0.6 欧姆
光电隔离
2A 10A
-5A，触点关闭 30 WDC/200WAC
0.2 欧姆
继电器隔离
2us(Q0.0, Q0.1)，10us(其它) 10us(Q0.0, Q0.1)，130us(其它)
10ms
16
16
是，仅输出同组时
输入类型
本机数字量输出点数
输 输出类型 入 输 数字 I/O 映像区
出 模拟 I/O 映像区 特 性 允许的最大扩展模块数
高速 总数
计数 单相
器
两相
CN-CPU226-DT
196×80×62 12W 16KB 10KB 7
256DI/DO 32AI/32AQ 50 年（内部 EEPROM）
4 16
CN-CPU226-AR
可同时接通的输出
能否两个输出并联
最长 电缆 长度
屏蔽 非屏蔽
CN-CPU222-DT
CN-CPU222-AR
8 漏型/源型 (IEC 类型 1/漏型)
24V DC
30V DC 18 VDC，2.5mA
5 VDC，1mA 有
8 标准输入 500 米，高速计数器输入 50 米
标准输入 300 米ห้องสมุดไป่ตู้
6
20KHz（Q0.0,Q0.1）
8 漏型/源型
6 继电器干接点
256(128 输入/128 输出) 64(32 输入/32 输出) 7 4 4×20KHz 2×20KHz
02
CHION驰 恩
CPU控制单元
数字 量输 入特
性
CPU222
集成数字量输入点数
输入类型
额定电压
最大持续允许电压
逻辑 1 信号（最小）
逻辑 0 信号（最大）
最大数字量
最大模拟量
数据保存
定 时 器 数 量
计数器总数
1ms 10ms 100ms
内存存储器位
时间中断
模拟电位器
实时时钟
集 通讯接口 成 PPI 波特率 的 自由口波特率 通 信 最大站点数 功 最大主站数 能 点到点（PPI 从站模式）
本机数字量输入点数
输入类型
本机数字量输出点数
输 输出类型 入 输 数字 I/O 映像区
32
支持 PPI 主站对其 NETR/NETW 读写
14
漏型/源型
10
晶体管
继电器，干接点
晶体管
继电器，干接点
256(128 输入/128 输出)
64(32 输入/32 输出)
7
6
6×20KHz
4×20KHz
04
CHION驰 恩
CPU控制单元
数字 量输 入特
性
CPU224
集成数字量输入点数
输入类型
24V DC
30V DC 18 VDC，2.5mA
5 VDC，1mA 有
24 标准输入 500 米，高速计数器输入 50 米
标准输入 300 米
16
20KHz（Q0.0,Q0.1）
1Hz
晶体管
继电器干接点
24V DC 20 VDC，最大电流
24V DC 24-230V AC
--
0.1 VDC，10KΩ 负载
1Hz
晶体管
继电器干接点
24V DC 20 VDC，最大电流
24V DC 24-230V AC
--
0.1 VDC，10KΩ 负载
--
0.75A 6A
10μA 8A，100ms
5W
典型值 0.3 欧姆，最大值 0.6 欧姆
光电隔离
2A 10A
-5A，触点关闭 30 WDC/200WAC
0.2 欧姆
继电器隔离
产品选型手册 V1.2
科技启动未来
目录
CN 200 产品特点
1
CN 200 CPU 控制单元
2
CN 200 CPU 单元接线图
8
CN 200 数字量扩展模块
10
CN 200 数字量扩展模块接线图
12
CN 200 模拟量输入扩展模块
13
CN 200 热电阻，热电偶扩展模块
14
CN 200 模拟量输出扩展模块
本机数字量输入点数
输入类型
本机数字量输出点数
输 输出类型 入 输 数字 I/O 映像区
出 模拟 I/O 映像区 特 性 允许的最大扩展模块数
高速 总数
计数 单相
器
两相
CN-CPU224-DT
CN-CPU224-AR
CN-CPU224XP-DT
CN-CPU224XP-AR
120.5×80×62
196×80×62
产品图片
01
CHION驰 恩
CPU控制单元
与S7-200兼容，支持STEP 7 MicroWIN编程 高速的运算能力、大的程序空间及强大的扩展能力，支持7个扩展模块 满足很多高性能的复杂控制系统，集成更多的I/O，具有更高的性价比