Parker 590 series - Printed Circuit Board Types

Technical Specifications 11-7
590 Series DC Digital Converter
Printed Circuit Board Types
Power Board
Part No.
Product Used On Power Range Input Voltage
(3 phase)
Input
Frequency
Aux Supply
(single phase)
AH385851U002
AH385851U005
590, 4 quad, high voltage option
590, 4 quad, low voltage option
35A to 270A
35A to 270A
220 to 500V
110 to 220V
50/60Hz
50/60Hz
110V/240V ac
110V/240V ac
AH385851U003
AH385851U004
591, 2 quad, high voltage option
591, 2 quad, low voltage option
35A to 270A
35A to 270A
220 to 500V
110 to 220V
50/60Hz
50/60Hz
110V/240V ac
110V/240V ac
AH385621U001
AH385621U001
590, 4 quad
591, 2 quad
271A to 720A
271A to 720A
not applicable
not applicable
50/60Hz
50/60Hz
110V/240V ac
110V/240V ac
AH385128U009
AH385128U009
598, external stack
599, external stack
721A upwards
721A upwards
not applicable
not applicable
50/60Hz
50/60Hz
110V/240V ac
110V/240V ac
Power Boards AH385621U001 and AH385128U009 operate with
Trigger Board AH055036U003 and Suppression Board AI386001
Auxiliary Amps
AH385851
AH385621
Internal PSU/Fans/Contactor : 4A fused at FS2
Internal PSU/Fans/Contactor : 4A fused at FS2
Power Terminals
Terminal Description Terminal Function Signal Level Terminal
Number
Mains Supply L1 Three phase mains power input,
phase reference Line 1
500Vac maximum 50-60Hz
line-to-line
L1
Mains Supply L2 Three phase mains power input,
phase reference Line 2
500Vac maximum 50-60Hz
line-to-line
L2
Mains Supply L3 Three phase mains power input,
phase reference Line 3
500Vac maximum 50-60Hz
line-to-line
L3
Armature connection positive Converter dc power output,
reference Armature Positive
connection to dc motor
600Vdc maximum with respect to A-
(maximum voltage dependent upon
the supply voltage, the ratio being:
Vout is approximately equal to 1.2Vac
supply)
A+
Armature connection negative Converter dc power output,
reference Armature Negative
connection to dc motor
600Vdc maximum with respect to A+
(maximum voltage dependent upon
the supply voltage, the ratio being:
Vout is approximately equal to 1.2Vac
supply)
A-