Key Technical Specifications
- Product Model: MAC112C-0-ED-2-C/130-B-0
- Manufacturer: INDRAMAT
- Product Type: Not fully confirmed; likely servo motor or servo-related component
- Series Family: MAC series
- Rated Voltage: Not confirmed
- Rated Current: Not confirmed
- Rated Speed / Torque: Not confirmed
- Encoder / Feedback Type: Not confirmed
- Mounting Format: Not confirmed
- Shaft / Flange Type: Not confirmed
- Connector Type: Not confirmed
- Dimensions: Not confirmed
- Documentation Requirement: Verify against physical nameplate, original machine drawing, and Indramat / Rexroth documentation
Product Introduction
INDRAMAT MAC112C-0-ED-2-C/130-B-0 is an Indramat industrial automation component, most likely belonging to the MAC-series servo motor or servo-drive-related product family.Indramat MAC-series parts are typically used in industrial servo drive systems, machine tools, automation lines, conveyor systems, positioning systems, and other equipment requiring precise motion control.Because the full technical parameters for MAC112C-0-ED-2-C/130-B-0 are not confirmed, this unit should be treated as a nameplate-dependent replacement part. Compatibility cannot be determined from the model prefix alone.
Installation & Configuration Guide
Preparation — 10 minutes
- Confirm the removed part is marked MAC112C-0-ED-2-C/130-B-0.
- Photograph the full nameplate, connectors, mounting side, shaft, and flange.
- Identify the host system: servo driver, controller, CNC, motion controller, or automation cabinet.
- Prepare ESD protection if the unit has electronic feedback or encoder connections.
- Prepare tools: screwdriver set, torque wrench if required, label tape, camera, multimeter, and insulation tester if applicable.
- Review site lockout/tagout procedures before disconnecting power.
Removal — 5 to 15 minutes
- Place the machine or axis into maintenance mode if supported.
- Label all power, feedback, brake, and communication cables.
- Photograph wiring and connector orientation.
- Disconnect feedback/encoder cables first if required by the procedure.
- Disconnect power and brake wiring only after confirming a zero-energy state.
- Release mounting bolts or flange hardware.
- Remove the unit carefully and inspect the mounting interface.
Installation — 10 to 15 minutes
- Compare the old and new units side by side.
- Confirm model number, flange type, shaft type, connector type, and mounting hole pattern.
- Mount the replacement unit without forcing alignment.
- Tighten mounting hardware evenly and to the correct torque if specified.
- Reconnect feedback, power, brake, and communication wiring according to original labels.
- Check that no pins are bent, corroded, or pushed back.
- Confirm the unit is mechanically secure before applying power.
Power-On & Test — 10 to 15 minutes
- Restore control power first, then drive power if separately supplied.
- Check for abnormal heat, noise, vibration, or smell.
- Confirm the servo driver recognizes the motor or module.
- Check for encoder feedback, phase errors, or drive alarms.
- Perform a low-speed or no-load test if the system allows.
- Verify direction, feedback count, braking function, and position accuracy.
- Do not return the machine to production until the axis is stable and alarms are clear.
Troubleshooting Quick Reference
| Symptom | Most Likely Cause | First Check |
|---|---|---|
| Drive does not recognize motor | Wrong model, feedback cable fault, or connector issue | Verify MAC112C-0-ED-2-C/130-B-0 and reseat connectors |
| Encoder / feedback error | Damaged cable, wrong pinout, or encoder fault | Check feedback wiring and connector pins |
| Overcurrent alarm | Short circuit, wrong wiring, or mechanical binding | Check motor cables and mechanical load |
| Motor overheating | Overload, brake not released, or wrong parameters | Check brake release and load condition |
| Vibration or noise | Misalignment, loose mounting, or bearing issue | Inspect mounting, coupling, and shaft |
| Axis will not move | Drive enable, brake, or parameter mismatch | Check drive enable, brake release, and parameters |
Dimensions, Mounting & Wiring Notes
- Height × Width × Depth: Not confirmed. Measure the existing unit before ordering.
- Mounting Method: Likely flange or foot mounting, but confirm from the physical unit.
- Shaft / Flange: Not confirmed. Verify shaft diameter, keyway, flange size, and mounting hole pattern.
- Connector Type: Not confirmed. Check whether it uses power, encoder, brake, or combined connectors.
- Wiring Notes: Keep power cables separated from encoder/feedback cables where possible. Use shielded cables if required by the original system design.
- Inspection Notes: Look for cracked housing, corroded pins, burnt connectors, oil contamination, bearing noise, or missing nameplate information.
FAQ
What is INDRAMAT MAC112C-0-ED-2-C/130-B-0?
It is an Indramat industrial automation component, most likely a MAC-series servo motor or servo-related module. The exact function and technical parameters are not confirmed from the available references.
Is MAC112C-0-ED-2-C/130-B-0 a servo motor?
Very likely, but not confirmed. The MAC series is commonly associated with Indramat servo motors and servo drive systems. You must verify the physical nameplate, connectors, and host documentation before treating it as a servo motor.
Can I replace it with another MAC112C model?
Not automatically. Even within the MAC112C family, differences in encoder type, winding, brake, flange, shaft, connector, or drive compatibility can make models non-interchangeable.
What is the biggest risk when buying this part?
The biggest risk is ordering by model prefix alone. The replacement may have a different feedback type, mounting format, connector, or electrical rating, which can cause installation or drive faults.
Can this part be used with a different Indramat or Rexroth drive?
Only if the drive documentation explicitly supports the motor or module type. Do not assume compatibility without checking motor parameters, feedback type, and drive configuration.
What should I check before powering it up?
Check mounting security, shaft alignment, connector seating, feedback cable wiring, brake wiring, insulation condition, and drive parameter settings. If anything is mismatched or forced, do not apply power.
