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General| Type | Controller |
|---|---|
| Model | 482 |
| Degree of Protection | IP20 |
| Supply Voltage | 24 V DC |
| Communication Interface | CANopen |
| Input Voltage | 24 V DC |
General safety, qualifications, handling, and transport of drive controllers.
Intended use, directives, electrical connection standards, and EMC compliance.
Safety during erection, operation, and maintenance procedures.
Detailed specifications including output power, voltage, current, and fuses for each controller type.
Physical dimensions and diagrams for the 480 series controllers.
Lists the items included in the scope of supply for the controllers.
Defines the intended application and system integration for the controllers.
Details on RFI filters and mains chokes, including types, specifications, and dimensions.
Lists mains fuses and fuse holders compatible with the 480 series controllers.
Mentions optional boards for added functionality.
Ensuring ventilation, ambient temperature, and correct terminal orientation during installation.
Connecting controllers, handling static charges, using RCDs, and specific wiring notes.
Ensuring EMC compliance by integrating controllers into a CE-typical drive system or testing separately.
Configuration for field voltage using 0.9 times the mains voltage (VL1, L2).
Diagram and settings for connecting field voltage using an autotransformer.
Diagram and settings for connecting field voltage using a transformer.
Explanation of terminal designations, their meanings, and associated functions.
Procedure for replacing fuses, including safety precautions and fuse type.
Steps to set the current limit for the motor, including safety observations.
Procedure for setting armature voltage control with I x R compensation.
How to enable the controller using the RFR switch and signal cables.
How to inhibit the controller using the RSP function and signal cables.
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