How to Connect Elevator COP Buttons to XP-SNET-E32R Extension Board

Problem (Issue) Statement:

How to connect elevator COP buttons to XP-SNET-E32R extension board

Description:

A guide to configure the connection from elevator COP buttons to XP-SNET-E32R Extension Board

Related Software:

NIL

Related Hardware:

  • XP-SENT-E32R

System Application:

  • Lift Masking Access System

Symptom and Finding:

NIL

Cause:

For first time guide to connect elevator COP buttons to XP-SNET-E32R Extension Board

Solution:

Summary:

  • To connect elevator COP buttons to XP-SNET-E32R Extension Board.

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Step-by-step Guide:

  • To connect Elevator COP buttons to XP-SNET-E32R Extension Board:

Step 1: Please refer to the wiring diagram: Elevator COP buttons to XP-SNET-E32R extension board.
Wiring Connection between Elevator COP Buttons to XP-SNET-E32R Extension Board 
Figure 1: Wiring Connection between Elevator COP Buttons to XP-SNET-E32R Extension Board

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Step 2: The details of the relay contact on XP-SNET-E32R between COP buttons to COP buttons PWB is shown as below: 
Details of the Relay Contact between the XP-SNET-E32R Relay Output, COP Button and COP Button PWB 
Figure 2: Details of the Relay Contact between the XP-SNET-E32R Relay Output, COP Button and COP Button PWB

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Tips

  • The relay contacts are connected serially to the elevator COP button contacts, make sure that the polarity going in to terminals are correct.
  • Most COP buttons may carry 24vdc, make sure that the polarity going in to terminals are correct to prevent back electromotive force.
  • The jumper setting required by most elevator suppliers on XP-SNET-E32R extension board is set to Dry Contact with NO type for standby.

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Note

If the back EMF is not controlled or suppressed it will generate very large voltages that in turn can:

  • Causes arcing at contacts, reducing contact life.
  • Generate interference.
  • Damage electronics.

Common Issues:

Cabling termination not following the correct polarity may cause reduced relay contact life and generate additional interference.

Date Documentation:

25/8/2020 (Rev 1.0)

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