DEMAG ZBA Assembly Instructions Manual page 25

Tables 3 – 8
3
Common power supply to
motor and brake
(not suitable for inverter
operation)
Switch-off Switch- Brake size for
method ing
element
ZBA / ZBP
In DC Contact ≤ B050
circuit
≥ B140
1) 2)
SE ≤ B050
≥ B140
Internal –
In AC Contact
≤ B050
circuit
≥ B140
In motor – ≤ B050
circuit
≥ B140
4
Separate brake AC power supply
Switch-off Switch- Brake size for
method ing
element
ZBA / ZBE
In DC circuit Contact
1) 2)
SE
1)
VE
In AC circuit Contact
5
Separate DC brake power supply
Switch-off Switching
method element
In DC circuit Contact
1) Fitted in the terminal box
2) Not suitable for inverter operation
3) Up to B050
4) GU modules can also be used for 24 V DC control voltage and/or 24 V DC brake coil voltage.
Single speed
ZBF GE GS
≤ B140
037 875 84 037 892 84
–
– 038 006 84
≤ B140
037 882 84 037 894 84
–
– 038 008 84
≤ B050
– –
≤ B140 037 875 84 037 892 84
– – 038 006 84
≤B140
037 875 44 037 892 84
–
– 038 006 84
Single speed
ZBF GE
ZBP
≤ B050 ≤ B140 037 875 84
≥ B140 – –
≤ B050 ≤ B140 037 882 84
≥ B140 – –
≤ B050 ≤ B140 037 876 84
≥ B140 – –
≤ B050 ≤ B140 037 875 84
≥ B140 – –
Brake size for
ZBA / ZBE
ZBF
ZBP
≤ B050 ≤ B140
Motor type
Control module in the terminal box
3) 2)
GU GP GF
410 050 84 037 872 84 –
– – –
– 037 873 84 –
– – –
– – 038 337 84
– 037 872 84 –
– – –
– 037 872 84 –
– – –
Motor type
Control module in the terminal box
3)
GS GU GE
037 892 84 410 050 44 037 860 84 037 886 84 410 053 84
038 006 84 – –
037 894 84 – 037 861 84 037 887 84
038 008 84 – –
037 893 84 – 037 862 84 037 888 84
038 007 84 – –
037 892 84 – 037 860 84 037 886 84
038 006 84 – –
Single speed
No control module in the terminal box
037 897 84
Two speeds
(separate windings)
Y / Y
3)
GE GS GU
037 860 84 037 886 84 410 053 84
– 038 001 84 –
– – –
– – –
– – –
037 860 84 037 886 84 –
– 038 001 84 –
– – –
– – –
Two speeds
(separate windings)
Y / Y
3)
GS GU
038 001 84 – 038 017 84
–
038 002 84 – 038 018 84
–
038 003 84 – 038 020 84
–
038 001 84 – 038 017 84
Motor type
Two speeds
(separate windings)
4)
037 898 84
∆ / Y
3)
GS GU
– 410 051 84
038 017 84 –
– –
– –
– –
– –
038 017 84 –
– –
– –
∆ / Y
3)
GS GU
– 410 051 84
–
– –
–
– –
–
– –
–
25