Agilent Technologies Turbo-V 301-AG Notice De Mode D'emploi page 218

17 Technical Information
Controller Connection
Tab. 4
Pins Name
15-8 Fault
13-6 Start
12-5 Low Speed
11-4 R1
14-7 R2
218/294
Description
0V = no fail
24V = fail
Configurable output.
Default setting (win.177 = 0):
24V pump in RAMP state, 0V
= other state. If win.177 = 1:
0V = pump in stop or FAIL
status, 24V = other state
24V = low speed active
0V = low speed not active
Programmable Set Point Out
can be related to: Frequency,
Power, Time Status or
Pressure.See following figures
for more details. All the
setting can be done by: front
panel or serial line (win.101 to
105 and 162).
Programmable Set Point Out
Can be related to: Frequency,
Power, Time Status or
Pressure. See following
figures for more details. All the
setting can be done by: front
panel or serial line (win.171 to
176).
Turbo-V 301-AG Rack Controller User Manual / 87-900-982-01 (I)
Electrical Note
Optically isolated Connect a 10kohm
Vmax (=open) = 24v resistor between the 2
Vlow, max = 1,5v pins before measuring
voltage
Imax = 60mA
A STOP command (by
Pin-8 negative
front Panel or serial or
Pin-15 positive
Start/stop input) reset
the FAIL status.
Optically isolated Connect a 10kohm
Vmax (=open) = 24v resistor between the 2
Vlow, max = 1,5v pins before measuring
Imax = 60mA voltage
Pin-6 negative
Pin-13 positive
Optically isolated Connect a 10kohm
Vmax (=open) = 24v resistor between the 2
Vlow, max = 1,5v pins before measuring
Imax = 60mA voltage
Pin-5 negative
Pin-12 positive
Optically isolated Connect a 10kohm
Vmax (=open) = 24v resistor between the 2
Vlow, max = 1,5v pins before measuring
Imax = 60mA voltage
Pin-5 negative
Pin-12 positive
Optically isolated Connect a 10kohm
Vmax (=open) = 24v resistor between the 2
Vlow, max = 1,5v pins before measuring
Imax = 60mA voltage
Pin-7 negative
Pin-14 positive