Module connector definitions, Figure 18: ne872a id jumper settings, Figure 19: ne872a id jumper settings – GE Industrial Solutions Pulsar Plus Controller User Manual

Page 103: Table 33 ne872 j1 signal description

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Pulsar Plus Controller Family

Issue 7 December 2011

103

internal measurement capability to control the LVD. These disconnect and reconnect threshold values are
sent from the controller to each respective QS871A upon establishing initial communication.

8-Position Jumper: 8-position jumper arrangement that uniquely identifies up to eight NE872 remote
distribution monitor and control modules. Placing no jumper, ID position 0, is an invalid configuration. The
Pulsar Plus family of controllers can address up to eight unique NE872s. Note: factory ordered systems are
generally pre-configured and will have the jumpers appropriately set. Jumpers are arranged as shown.

Figure 18: NE872A ID Jumper Settings

12-Position Jumper: 12-position jumper arrangement that configures the NES872 operate in a

positive of negative battery plant. The jumper is selected so that all polarity sensitive items are
selected at once by configuring one header. Note: factory ordered systems are generally pre-
configured and will have the jumpers appropriately set. The block jumper is arranged as shown.

Figure 19: NE872A ID Jumper Settings

Module Connector Definitions

The NE872 module has six connectors used for board power, measurement, alarm inputs and various serial
communications.

J1
Provides the connections to external distribution module’s bus voltage and power, shunt inputs and
reference, Fuse Alarm Major And Open String Inputs.

Table 33 NE872 J1 Signal Description

Pin # Signal Name

Signal Description

1

FAJ

General purpose Fuse Alarm Major (FAJ) alarm input; Major alarm on closure
to the non-grounded “Battery” side of the DC bus (-48V/±24V). Optional
connection at terminal block TB1.

2

3

SHREF

Shunt Reference signal to be placed in the DC potential of which the shunt

J12

ID1

ID2
ID3

ID4

J11

ID5

ID6
ID7

ID8

J10

1

10

3

12

Positive DC Systems

Negative DC Systems

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