A
Technical appendix
Festo – GDCP-CMMD-AS-HW-EN – 1404NH – English
53
Nominal output current1)
Nominal output current I
eff
at a cumulative nominal current for both axes
≤
8 A
Axis 1, connection [X6.1]
[A]
0.2 ... 7
Axis 2, connection [X6.2]
[A]
0.2 ... 4
1)
The intermediate circuits are connected internally. Additional information on this
Section 4.8.2.
Tab. A.9
Nominal output current: Motor connection [X6.1], [X6.2]
Motor connection [X6.2] – Axis 2
Like motor connection [X6.1], but for axis 2
Tab. A.8 and Tab. A.9
A.2.8
Power supply and braking resistor [X9]
Power supply
Cabling
cable
[m]
l
≤
2, unshielded
Conductor cross-section (plug connector)
Flexible conductor
–
Wire end sleeve without insulating collar
[mm²]
0.25 … 2.5
–
Wire end sleeve with insulating collar
[mm²]
0.25 … 2.5
Terminal tightening torque
[Nm]
0.5 … 0.6
Load supply
Nominal operating voltage
[V AC]
230
Input voltage range
[V AC]
95 … 250
Nominal operating voltage phases
1-phase
Nominal current
[A]
10
Rated output (intermediate circuit)
Mounting grid 133 mm
Equipment clearance 21 mm
[W]
800
Mounting grid 192 mm
Equipment clearance 80 mm
[W]
1200
Intermediate circuit voltage
[V DC]
320
Max. intermediate circuit voltage
[V DC]
400
End stage power loss
[W]
60 … 70
Own power loss control section
[W]
16
Mains frequency
[Hz]
50 … 60
Surge resistance
[kV]
4
Logic supply
Nominal voltage
[V DC]
24 ± 20%
Max. ripple in input voltage
[V]
1.0 at 100 Hz
current consumption
–
Outputs load-free
–
Without current for holding brake
[A]
0.7
Peak current (incl. holding brake)
[A]
3.6
Tab. A.10
Connection data: Power supply [X9]
