OVATION卡件接线方式.docx

1、OVATION卡件接线方式Ovation I/O 卡件接线方式每一个I/O点的具体端子号填写按如下规则：1 DI卡（开关量输入）1C31234G01POINT+-01C1B102C2B203C3B304C4B405C5B506C6B607C7B708C8B809C9B910C10B1011C11B1112C12B1213C13B1314C14B1415C15B1516C16B161C31234G01 provides 48 VDC on-card auxiliary power for 16 contact inputs with common return.9.3 SPECIFICATION

2、S ELECTRONICS MODULE (1C31234) Table 9-2 describes the specifications of the Compact Contact Input module. Table 9-2. Compact Contact Input Module Specifications Description Value Number of channels 16 On board auxiliary power supply 42 V minimum 55 V maximum Propagation delay 7 mSec maximum Contact

3、 bounce rejection Always rejects contact change of state Always accepts contact change of state 7 mSec Closed contact output current 4 mA minimum 8 mA maximum Diagnostics Internal module operating faults Ground Fault Detection Dielectric isolation: Channel to logic 1000 V AC/DC Module power 4.56 W t

4、ypical 4.75 W maximum Operating temperature range 0 to 60qC (32qF to 140qF) 9.4 Compact Contact Input Terminal Block Wiring Information Table 9-2. Compact Contact Input Module Specifications (Contd) Description Value Storage temperature range -40qC to 85qC (-40qF to 185qF) Humidity (non-condensing)

5、0 to 95% 9.4 COMPACT CONTACT INPUT TERMINAL BLOCK WIRING INFORMATION The available foam insert has a simplified wiring diagram label on its top, which appears above the terminal block. This diagram indicates how the wiring from the field is to be connected to the terminal block in the base unit. The

6、 diagram for the Compact Contact Input module is illustrated in Figure 9-1. The following table lists and defines the abbreviations used in this diagram. Abbreviation Definition 1+ through 16+ Contact input positive terminal connection 1-through 16Contact input negative terminal connection Earth gro

7、und terminals PS+, PS-Auxiliary Power Supply terminals RSV Reserved terminal. No internal connection Figure 9-1. Terminal Block Connections for the Compact Contact Input Modules 9.5 Compact Contact Input Field Wiring Information 2 SOE卡（DI卡）1C31233G04 POINT+-01C1B102C2B203C3B304C4B405C5B506C6B607C7B7

8、08C8B809C9B910C10B1011C11B1112C12B1213C13B1314C14B1415C15B1516C16B163 DO卡（带继电器开关量输出，250V AC）5A26457G01POINTNCNOC011NC1NO1C022NC2NO2C033NC3NO3C044NC4NO4C055NC5NO5C066NC6NO6C077NC7NO7C088NC8NO8C099NC9NO9C1010NC10NO10C1111NC11NO11C1212NC12NO12C1313NC13NO13C1414NC14NO14C1515NC15NO15C1616NC16NO16C5A26457

9、G01 contains a Relay Output Electronics module a relay output base assembly, and 16 Form C relays (G2R style).Table 20-3. Relay Output Base Specifications (1C31223G01, G2R Style) Description Value Number of relays 16 Relay Type G2R electromechanical style with 1 Form C contact style Relay contact ra

10、tings 10 amps 250 VAC, PF=1 10 amps 30 VDC Maximum propagation time Operate time: 15 mSec, bounce approximately = 3 mSec Release time: 10 mSec, bounce approximately = 8 mSec Dielectric isolation: Relay contacts to logic 2300V AC/DC Relay base power Auxiliary power: 9.1 W typical, 11.68 W maximum Aux

11、iliary power supply 1 25V typical (before output auctioneering diode drop within Ovation auxiliary power supply) 25.5V maximum60qC Operating temperature range 2 0 to 60qC (32qF to 140qF) 20.4 Specifications 20.5 Relay Output Terminal Block Wiring Information Table 20-3. Relay Output Base Specificati

12、ons (1C31223G01, G2R Style) (Contd) Description Value Storage temperature range -40 to 70qC (-40qF to 158qF) Humidity (non-condensing) 35 - 85% 1 Use of the internal Ovation auxiliary power supply is recommended for relay output modules. 2 See additional application derating information contained in

13、 Table 20-5. Abbreviation Definition NC 1 Normally Closed contact connection NO Normally Open contact connection C Common contact connection 1 Do NOT use the NC terminal position when using the KUEP style base assembly with a Form X style relay inserted. The terminal position should remain unconnect

14、ed. 4， DO卡（带继电器开关量输出, 150VDC） 5A26458G02POINTNOC011NO1C022NO2C033NO3C044NO4C055NO5C066NO6C077NO7C088NO8C099NO9C1010NO10C1111NO11C1212NO12C5A26458G02 contains a Relay Output Electronics module, a relay output base assembly, and 12 Form X relays (KUEP style).Table 20-4. Relay Output Base Assembly Spec

15、ifications (1C31222G01, KUEP Style) Description Value Number of channels 12 Relay Type KUEP electromechanical style: 5A26458G01 Kit - 1 Form C contact type 5A26458G02 Kit - 1 Form X contact type 5A26458G03 Kit - Project specific Relay contact ratings Form C relays: 10 amps 240 VAC, PF=0.8 3 amps 150

16、 VDC Form X relays: 10 amps 240 VAC, PF=0.8 10 amps 150 VDC Typical propagation time Operate time: 15 mSec, excluding bounce Release time: 10 mSec, excluding bounce Dielectric isolation: Relay contacts to logic 2200V AC/DC Relay base power Auxiliary power: 23.45 W typical, 30.1 W maximum (5A26458G01

17、 Kit - Form C relays) 15.9 W typical, 20.41 W maximum (5A26458G02 Kit - Form X relays) Auxiliary power supply 1 25V typical (before output auctioneering diode drop within Ovation auxiliary power supply) 25.5V maximum 42qC (108qF) (Form C relays) 25.5V maximum 60qC (140qF) (Form X relays) Operating t

18、emperature range 2 0 to 45qC (32qF to 113qF) (5A26458G01 Kit - Form C relays) 0 to 60qC (32qF to 140qF) (5A26458G02 Kit - Form X relays) Storage temperature range KUEP X: -40 to 70qC (-40qF to 158qF) KUEP C: -40 to 50qC (-40qF to 122qF) 1 Use of internal Ovation auxiliary power supply is recommended

19、 for Relay Output modules. 2 See additional application derating information contained in Table 20-5. 6，DO卡（开关量输出,250V DC）1C31122G01/1C31125G02POINTNOC011RNO1C022RNO2C033RNO3C044RNO4C055RNO5C066RNO6C077RNO7C088RNO8C099RNO9C1010RNO10C1111RNO11C1212RNO12C1313RNO13C1414RNO14C1515RNO15C1616RNO16C7， AI卡（

20、420mA输入）1C31224G01/1C31227G01DCS对现场供电(内供电)注：P（N）和CI（N），SH（N）和地(E)需短接POINTCI(n)P(n)+- SH(n)屏蔽 E1A1A2B2C2C12A3A4B4C4C33A5A6B6C6C54A7A8B8C8C75A9A10B10C10C96A11A12B12C12C117A13A14B14C14C138A15A16B16C16C15DCS不对现场供电(外供电)POINT+CI(n)-A(n)屏蔽1A1B2C22A3B4C43A5B6C64A7B8C85A9B10C106A11B12C127A13B14C148A15B16C168

21、， AI卡（0-10VDC输入）5X00070G03/ 1C31227G02 在DCS侧接地 注： -（N）和地(E)需短接 POINT+-屏蔽-(n)1A1B2C1C22A3B4C3C43A5B6C5C64A7B8C7C85A9B10C9C106A11B12C11C127A13B14C13C148A15B16C15C16在现场侧接地 POINT+-屏蔽1A1B2A22A3B4A43A5B6A64A7B8A85A9B10A106A11B12A127A13B14A148A15B16A169. AI卡HART Analog Input Module 5X00058G01/ 5X00059G01DC

22、S对现场供电(内供电) POINT+-屏蔽1A1B1A22A3B3A43A5B5A64A7B7A85A9B9A106A11B11A127A13B13A148A15B15A16DCS不对现场供电(外供电) POINT+-屏蔽1B1B2A22B3B4A43B5B6A64B7B8A85B9B10A106B11B12A127B13B14A148B15B16A1610， RTD卡（热电阻）8点每卡5X00119G01/5X00121G01POINTSRC+-E屏蔽(SH)回线1B1B2C1A1A2C22B3B4C3A3A4C43B5B6C5A5A6C64B7B8C7A7A8C85B9B10C9A9A10

23、C106B11B12C11A11A12C127B13B14C13A13A14C148B15B16C15A15A16C16注：Earth与SH需短接A1与A2,A3与A4,.如为3线制接线方式，SRC与+短接,B1与B2,B3与B4 4点每卡 POINT+-屏蔽回线1A2A3C2A42A6A7C6A83A10A11C10A124A14A15C14A16注：Earth与SH需短接。即C1与C2,C5与C6, C9与C10,C13与C14如为3线制接线方式，SRC与+短接。即A1与A2,A5与A6, A9与A10,A13与A14 11 TC卡（热电偶）5X00070G04/1C31116G04POI

24、NT+-屏蔽1A1B2A22A3B4A43A5B6A64A7B8A85A9B10A106A11B12A127A13B14A148A15B16A1612 AO卡（420mA输出）1C31129G03/ 1C31132G01POINT+-屏蔽1A2B2C12A6B6C53A10B10C94A14B14C1313 PI卡（脉冲输入）1C31147G01/ 1C31150G01POINT+-屏蔽1B4A4C172B12A12C1814Speed Sensor卡（测速卡）1C31189G01/1C31192G01+ B15- B1615Servo Driver卡（伺服卡）侍服线圈接法：SERVO VAL

25、VE COIL BASE UNITSTYLE TERMINATION BLOCK CONNECTIONS60 OHM,60 mA A5 & B780 OHM,40 mA A6 & B740 OHM,40 mA A7 & B7LVDT接法输入级： +16V-B3 COM-C4 -16V-B4 COM-A4输出级： Maximum DC LVDT Base UnitPosition Feedback Voltage Termination Block(OUT+-OUT-) Connections/=7.4 V dc B2 &C2 (Low Range)7.4 V dc B1 &C1 (High Range)16. LC卡(串口通讯卡) 1C31166G01/ 1C31169G02两线：A15与B15、A16与B16、B14与B15短接。 信号线： B15- 接正端 B16- 接负端四线：A14与A15、B14与B15短接信号线： A15- 接接收正端 A16- 接接收负端B15- 接发送正端 B16- 接发送负端屏蔽线都是系统侧接地则接C17、系统外接地则接C16。