Operator`s manual

a d v a n c e d i l l u m i n a t i o n . c o m

P u l s a r 7 1 0 M a n u a l

- Trigger 1 andTrigger 2 can be congured as one RS232/485 logic

compliant differential trigger.

- Trigger1andTrigger2canbeconguredto“passthrough”toTrigger

3 and/or Trigger 4 respectively.

- Trigger1canbeconguredasasinkinginput,singleended.

Note:Triggers2,3, and4 canbe congured atthe factoryas asingle

endedsourcinginputifrequired.Howeverthecongurationsof

thesetriggerinputscannotbechangedbytheuserintheeld.

Note: If the Pulsar 710 will be triggered by a PLC refer to Appendix “A”

forschematicsdepictingdifferentPLCcongurations.

Note: If differential trigger operation is desired, internal dip switch

activationandjumperplacementarerequired.ConsultAppendix

“B” for procedures to activate this feature.

Note:Iftriggerpassthroughisrequiredorifyouwanttochangetrigger

1 to sinking, internal dip switch activation is required.  Consult

Appendix “C” for procedures to activate these features.

4.7 Timing Bypass

The Pulsar 710 may be set to track the pulse width of the trigger pulse.

If the selected trigger is set to falling edge the output is inverted. This

feature can be accessed in either remote or local operation. Local control

of the timing bypass feature can be activated by performing the following

steps.

1. Set the Pulsar 710 power switch to “OFF”.

2. Set the mode switch on the front panel to:

a. 1000 – Mode 8, Timing Bypass Positive edge trigger.

b. 1001 – Mode 9, Timing Bypass Negative edge trigger.

3. Set the Pulsar 710 power switch to “ON”.

The output pulse width will now track the pulse width of the

trigger pulse unless the maximum allowed pulse width for the

selected current is reached, at which point increasing the pulse

width of the trigger pulse will have no effect.

In this mode, the rotary switches set the current level. The “1’s” digit is in

10mA steps, the “10’s” digit is in 100mA steps, and the “100’s” digit is in

1A steps. 9.99A is the max selectable current in this mode.