WESTINGHOUSE 1C31189G01

Description

Product Description

Catalog Description: Ovation 1C31189G01, SPEED DETECTOR MODULE

Alternate Part Numbers: none

Common Typographical Errors: 1C31189GO1

● The power line, control line and PLC power line and I/O line shall be wired separately, and the isolation transformer shall be connected with PLC and I/O with double rubber wires. Separate the IO line and high-power line of PLC. If it must be in the same slot, separate the AC line and DC line. If conditions permit, the slot routing is the best, which can not only make it have the largest possible space distance, but also minimize the interference.

● PLC shall be far away from strong interference sources such as electric welding machine, high-power silicon rectifier and large power equipment, and shall not be installed in the same switchgear with high-voltage electrical appliances. The PLC in the cabinet shall be away from the power line (the distance between the two shall be greater than 200mm). Inductive loads installed in the same cabinet with PLC, such as the coils of high-power relays and contactors, should be connected in parallel with RC arc suppression circuit.

● The input and output of PLC should be wired separately, and the switching value and analog value should also be laid separately. The transmission of analog signal shall adopt shielded wire, and the shielding layer shall be grounded at one or both ends, and the grounding resistance shall be less than 1/10 of the shielding layer resistance

● The AC output line and DC output line should not use the same cable, and the output line should be far away from the high-voltage line and power line as far as possible to avoid parallel.

Relay Output Module G2R 16 1C31219G01 1C31223G01 or

(Base Unit)

Relay Output Module KUEP (Form C or X) 12 1C31219G01 1C31222G01 or

(Base Unit)

RTD Interface 4 1C31161G01 1C31164G01

RTD Interface (CE Mark certified) (50-60 Hz

filtered)

4 1C31161G02 1C31164G02

RTD Interface 8 5X00119G01 5X00121G01

Seq. of Events (125VDC differential) 16 1C31157G02 1C31110G02

Seq. of Events (125VDC single ended) 16 1C31157G02 1C31110G01

Seq. of Events (24/48VDC differential) 16 1C31157G01 1C31110G02

Seq. of Events (24/48VDC single ended) 16 1C31157G01 1C31110G01

Seq. of Events contact input w/48V wetting 16 1C31157G03 1C31110G03

Seq. of Events (125VDC indiv. fused com rtn)

(Compact)

16 1C31233G03 5X00034G01

Seq. of Events (125VDC differential)

(Compact)

16 1C31233G03 Cavity Insert 2

Seq. of Events (24/48VDC indiv. fused com

rtn)) (Compact)

16 1C31233G02 5X00034G01

Seq. of Events (24/48VDC differential)

(Compact)

16 1C31233G02 Cavity Insert 2

Seq. of Events (24VDC or 48VDC single

ended) (Compact)

16 1C31233G01 Cavity Insert 2

Seq. of Events (24VDC or 48VDC single

ended) (Compact)

16 1C31233G01 Cavity Insert 2

Serial Link Controller RS232 1 1C31166G01 1C31169G01

Serial Link Controller RS485 4 wire 1 1C31166G01 1C31169G02

Servo Driver (19VAC 1KHz to an AC LVDT) 6 1C31199G02 1C31201G02

Servo Driver (19VAC 3KHz to an AC LVDT) 6 1C31199G03 1C31201G02

Servo Driver (16VDC to a DC LVDT) 6 1C31199G01 1C31201G01

Speed Detector Interface 8 1C31189G01 1C31192G01

Valve Positioner (17 Volt 1Khz to an

LVDT 82 Ohm Coil)

8 1C31194G01 1C31197G01

Valve Positioner (17 Volt 1Khz to an

LVDT 250Ohm Coil)

8 1C31194G01 1C31197G02