WESTINGHOUSE 1C31192G01

Description

Product Description

Catalog Description:

Alternate Part Numbers: none

Common Typographical Errors: 1C31192GO1

Input wiring

● Input wiring should not be too long. However, if the environmental interference is small and the voltage drop is small, the input wiring can be appropriately longer.

● The input/output line cannot use the same cable, and the input/output line should be separated.

● Connect to the input terminal in the form of normally open contact as far as possible, so that the prepared ladder diagram is consistent with the relay schematic diagram for easy reading.

Output connection

● Output terminal wiring is divided into independent output and common output. In different groups, different types and voltage levels of output voltage can be used. However, the output in the same group can only use the power supply of the same type and voltage level.

● Since the output components of PLC are sealed on the printed circuit board and connected to the terminal board, if the load connecting the output components is short-circuited, the printed circuit board will be burned.

● When the relay output is adopted, the size of the inductive load borne will affect the service life of the relay. Therefore, the inductive load should be reasonably selected or the isolation relay should be added.

● The output load of PLC may cause interference, so measures shall be taken to

Valve Positioner (17 Volt 1Khz to an

LVDT 1000 Ohm Coil)

8 1C31194G01 1C31197G03

Valve Positioner (17 Volt 1Khz to an

LVDT 125Ohm Coil)

8 1C31194G01 1C31197G04

Valve Positioner (23.75 Volt 3Khz to an

LVDT 82 Ohm Coil)

8 1C31194G02 1C31197G01

Valve Positioner (23.75 Volt 3Khz to an

LVDT 250 Ohm Coil)

8 1C31194G02 1C31197G02

Valve Positioner (23.75 Volt 3Khz to an

LVDT 1000 Ohm Coil)

8 1C31194G02 1C31197G03

Valve Positioner (23.75 Volt 3Khz to an

LVDT 125 Ohm Coil)

8 1C31194G02 1C31197G04