Emerson 185 Series, Remote Control & Load Disconnect, Factory Settings, Summary, Remote test

	CONTROLLER (continued)		Series 185
6 Remote Control & Load Disconnect---		7 --- Factory Settings ---	Summary

These remote control features require a customer– supplied normally–closed contact suitable for a 5 V dc low energy circuit. Refer to the wiring diagram provided with the ATS. Activate the appropriate DIP switch S3 actuators as shown in Tables E, F, or G. See Figure 7.

Remote test

Normally–closed input. When opened, it simulates a utility failure. The generator is signalled to start immediately and the load transfers to the generator (if acceptable). If the generator fails, the load stays on the generator until the remote test circuit is closed.

Table E. Remote test

Function	Factory	DIP	DIP	Actuator
	Setting	Switch	Actuator	Position
disabled	disabled	S3	3	on (up)
enabled	(on)			off (down)

Remote test (with automatic retransfer)

Normally–closed input. When opened, it simulates a utility failure. The generator is signalled to start immediately and the load transfers to the generator (if acceptable). If the generator fails, the load transfers back to the utility (if acceptable).

Table F. Remote transfer to generator

Function	Factory	DIP	DIP	Actuator
	Setting	Switch	Actuator	Position
disabled	disabled	S3	2	on (up)
enabled	(on)			off (down)

Bypass load transfer to utility time delay

Normally–closed input. When opened, it bypasses or cancels the generator to utility load transfer time delay. The load transfers back to the utility.

Table G. Bypass load transfer to utility delay

Function	Factory	DIP	DIP	Actuator
	Setting	Switch	Actuator	Position
disabled	disabled	S3	1	on (up)
enabled	(on)			off (down)

Load disconnect feature

Connect external circuits to the terminals indicated on the wiring diagram. The double throw (Form C) contact operates prior to a selectable 0, 3, 10, or 20 second delay before transfer of the ATS. The contact resets either immediately following transfer or after the same delay as set for presignal before transfer. Time delay between the load disconnect control signal and initiation of transfer is set on the controller DIP switch S3 (actuators 6, 7, 8).

*Enabling the delay after transfer will cause the control signal to reset after the same delay as set for the delay before transfer.

Table H. Factory Settings – Summary

DIP Switch	DIP Actuator	Actuator Position
	1	on (up)
	2	off (down)
	3	on (up)
	4	off (down)
S1	5	off (down)
	6	on (up)
	7	off (down)
	8	off (down)
	9	off (down)
	10	on (up)
	1	off (down)
	2	on (up)
	3	off (down)
	4	on (up)
S2	5	on (up)
	6	on (up)
	7	on (up)
	8	on (up)
	9	off (down)
	10	off (down)
	1	on (up)
	2	on (up)
	3	on (up)
	4	on (up)
S3	5	on (up)
	6	off (down)
	7	on (up)
	8	on (up)
	9	on (up)
	10	on (up)

Table I. Load disconnect delay before transfer

Function	Factory	DIP	DIP	Actuator
	Setting	Switch	Actuator	Position
0 seconds	disabled	S3	7	on (up)
			8	on (up)
3 seconds		S3	7	on (up)
			8	off (down)
10 seconds		S3	7	off (down)
			8	on (up)
20 seconds		S3	7	off (down)
			8	off (down)

Table J. Load disconnect delay after transfer*

Function	Factory	DIP	DIP	Actuator
	Setting	Switch	Actuator	Position
disabled	disabled	S3	6	off (down)
enabled		S3	6	on (up)

5 381333–319 E