Motor chokes AX2090-MD50
A motor choke must be installed between the AX5000 and the motor from a certain motor cable length onwards. The motor choke reduces the commutation current flowing via the screen back into the AX5000 to a permissible value and can also provide a solution to EMC problems.
Scope of supply
- Motor choke
- Spacer including bolts (only necessary for 2-channel AX5000)
- Documentation
Technical data
Motor rated current | Motor cable length | Servo drives | Motor choke |
---|---|---|---|
max. 400 V | ≥25 m to 100 m | AX5101, AX5103, AX5106, AX5112,A X5201, AX5203, AX5206 |
AX2090-MD50-0012 |
max. 480 V | >20 m up to 100 m |
Data | AX2090-MD50-0012 |
---|---|
Rated voltage | 480 V AC |
Rated frequency | 0- 60 Hz |
Test voltage cable/cable for 2 s | 1770 V DC |
Test voltage cables/housing for 2 s | 2700 V DC |
Rated temperature | 50 °C |
Inductance | 0,2 mH |
Continuous load operation (S1) | 12 A |
Climate category (IEC 60068-1) | 25/100/21 |
Resistance [type] | 25 mW |
Weight | 2.9 kg |
Installation of the motor choke AX2090-MD50-0012
WARNING | |
Risk of injury through electric shock! De-energize all electrical components (servo drive, control cabinet etc.) before commencing the installation or deinstallation of the motor choke. |
CAUTION | |
Destruction of the motor choke!
|
The motor chokes for the AX5000 (a) with a max. rated channel current of 12 A are bolted to the mounting plate (d) below the device.
‘Figure 1’ shows a motor choke (b) for one channel.
In the case of 2-channel devices, the motor chokes are bolted on top of one another; see ‘figures 2 and 3’. The spacer (e) is supplied with the motor choke.
Electrical connection
The motor choke is connected using the ‘plug & play’ method. The two plugs of the existing motor cable are unplugged from the AX5000 and plugged into the sockets on the motor choke. The two plugs of the integrated motor choke cable are then plugged into the socket of the AX5000.
Connection cables Use exclusively Beckhoff motor cables and firmly tighten the connecting plugs. Max. brake away torque - M4 thread = 1,5 Nm ±0,1 Max. brake away torque - M3 thread (motor plug) = 0,6 Nm ±0,1 |
Dimensions