AMETEK DLM 600W Series - Manual (Page 64)

DLM 600W Series
M362161-01 K 4-6
REMOTE RESISTANCE VOLTAGE–PROGRAMMING RETURN: Pin-20, signal return
for REMOTE RESISTANCE VOLTAGE–PROGRAMMING OUTPUT. Signal is not
isolated from the negative (return) output of the unit.
REMOTE RESISTANCE CURRENT–PROGRAMMING OUTPUT: Pin-22 connected to
Pin-10, REMOTE CURRENT PROGRAMMING INPUT, with an adjustable resistance of
0–5 k
 connected between Pin-22 and Pin-23, programs output current from 0–100%
of full scale. Signals are not isolated from the negative (return) output of the unit.
REMOTE RESISTANCE CURRENT–PROGRAMMING RETURN: Pin-23, signal return
for REMOTE RESISTANCE CURRENT–PROGRAMMING OUTPUT. Signal is not
isolated from the negative (return) output of the unit.
REMOTE RESISTANCE OVP–PROGRAMMING OUTPUT: Pin-16 connected to Pin-3,
REMOTE OVP PROGRAMMING INPUT, with an adjustable resistance of 0–5 k

connected between Pin-16 and Pin-17, programs the OVP threshold from 5–110% of
full scale output voltage. Signals are not isolated from the negative (return) output of
the unit.
REMOTE RESISTANCE OVP–PROGRAMMING RETURN: Pin-17, signal return for
REMOTE RESISTANCE OVP–PROGRAMMING OUTPUT. Signal is not isolated from
the negative (return) output of the unit.
Unused Pins: Pin-11 and Pin-13.
4.4 Remote Programming
Remote programming is possible for the output voltage, current, and OVP. Either
external voltage sources or resistances can be used to program the output parameters
from zero to full scale. The programming methods can be used in any combination.
Also, the programmed values are totally independent of those set with the front panel
controls. The front panel V/I and OVP PREVIEW switches remain functional during
remote control, allowing verification of the programmed settings.
A front panel LOCAL/REMOTE switch (momentary action) allows toggling between
front–panel and remote control. The REM indicator will be on when remote control is
enabled. This allows stepping between two parameter values, or could be used to
facilitate troubleshooting the remote interface. However, the unit will always power–up
in remote control if the remote interface is enabled.
The LOCAL–LOCKOUT digital control signal can be used to disable the toggling
function, and keep the power supply in remote control. This is advantageous in
applications where operator adjustment of the output parameters is not desired.