Route twisted-pair cable between the battery and ATevo. Make the connections listed below before moving the Remote Sense enable jumpers to enable the Remote Sense.

Preparation:

  • Open both front panel breakers (CB1/CB2).
  • De-energize and lock out all ac and dc voltages to ATevo.
  • Allow internal voltages to dissipate.
  • Use #16 AWG twisted-pair wire, of appropriate length to reach from the battery to ATevo.
  • Designate, or label, one (1) wire of twisted pair as ‘DC(+)’.
  • Designate the other wire of the twisted pair as ‘DC( – )’.
  • Route one (1) end of the twisted pair remote sense wiring to BATTERY, at the desired battery sense location.
  • Open ATevo front panel door, and remove safety shield.
  • Verify no hazardous voltages are present with a voltmeter.
  • Locate Remote Sense terminal block inside ATevo:
  • Route other end of twisted pair remote sense wiring to ATevo 3-position REMOTE SENSE terminal block.

Style-5070

  • Remote Sense terminals are on located on the center-front I/O panel pcb (A9), next to the 2-position BATT TEMP terminal block.

Style-5030, -163, and -198

  • Remote Sense terminals are on located on the Power Board (A2), next to the 2-position BATT TEMP terminal block.

Wiring

  • Connect wire from twisted-pair designated as ‘DC(+)’ to 1-POS (positive) terminal of REMOTE SENSE (TB1).
  • Connect wire designated as ‘DC( – )’ to 3-NEG (negative) terminal of TB1.
  • Observing correct polarity, connect battery end of ‘DC()’ wire to a positive () sense location on the battery.
  • Confirm polarity, and connect battery end of ‘DC( – )’ wire to a negative(-) sense location on the battery.
  • Verify polarity of POS and NEG battery connections.
  • DO NOT energize ATevo until you configure Remote Sense jumpers per Section 11.4.
  • After Remote Sense Jumpers have been correctly configured, replace the safety shield and re-energize ATevo.

Notes

  • Maximum current is 150mA.
  • Run the twisted-pair cable with the sense leads in a dedicated conduit.
  • Fuse each of the sense wires.
Last modified: 13 September 2023