Table 29: Prc7300 - Mechanical Data; Table 30: Prc7300 - Environmental Data; Table 31: Prc7300 - Electrical Data - Bosch Rexroth PRC 7000 Betriebsanleitung

308 / 334 Bosch Rexroth AG
Technical data
Table 29: PRC7300 - Mechanical data
Designation
Weight
Dimensions
Connection terminals for power supply
and transformer connection
Required tightening torque
Table 30: PRC7300 - Environmental data
Designation
Inverter basic losses
Inverter basic losses standby
Inverter losses nominal current in cabinet
Max. cooling losses
Water cooling: min. flow quantity
Water cooling: typ. pressure drop
max. pressure drop
Fan hood
Table 31: PRC7300 - Electrical data
Designation
Line voltage range
IT mains
Mains voltage tolerance
IT mains
Mains nominal current (max. thermal continu­
ous current)
max. primary current
(output current to the transformer)
max. secondary current
(transformer-dependent output current to the
electrode)
Required connection cross-section
(for mains and transformer connection)
Power input Power system
Power input Nominal current logic
Power Input Making current logic
Power input Nominal current fan hood
L1 L2
approx.13.8 kg approx.13.8 kg
Also refer to dimensioned drawings
HDFK lead-through terminal; max. 50 mm
L1
34 W approx.36 W
22 W approx..22 W
103 W ca.136 W
approx.270 W
-
-
13 W (of ext. 24V
L1
400 ... 480V 500 ... 690V
400 ... 480V 500 ... 580V
400V: -15 % 500V: -15 %
480V: +10 % 690V: +10 %
480V: +10 % 580V: +10 %
110 A 80 A
550 A 420 A
33 kA 33 kA
with trans­
with trans­
former trans­
former trans­
mission ratio
mission ratio
= 72
= 55
Dependent on the integrated power unit
approx. 1 A (at 24V
DC
and without additional consumers at XDS1)
approx. 2 A for 1 s (at 24V
module and without additional consumers at XDS1)
approx. 570 mA (at 24V
PRC7000 | R911172834 / 02
W1
13.1 kg approx.13.1 kg
approx.
2 for clamping
6 ... 8 Nm
L2 W1
34 W
22 W
103 W
approx. 270 W
4 l/min.
0.25 bar at 4 l/min.
0.5 bar at 4 l/min
) -
DC
L2 W1
400 ... 480V
400 ... 480V
400V: -15 %
480V: +10 %
480V: +10 %
110 A
550 A
33 kA
with trans­
former trans­
mission ratio
= 55
2
min. 35 mm
; without fan hood, without I/O module
; without fan hood, without I/O
DC
) -
DC
W2
W2
approx.36 W
approx..22 W
ca.136 W
W2
500 ... 690V
500 ... 580V
500V: -15 %
690V: +10 %
580V: +10 %
80 A
420 A
33 kA
with trans­
former trans­
mission ratio
= 72