We specialize in the following series:

Servo Drives:

• Example model designations for Omron servo drives: R7D-AP02H, R7D-AP01H, R7D-AP08H, R88D-UT60H, R88D-UA12H, R88D-UP20V, R88D-UA04V, R88D-UT40V, R88D-UA12H, R88D-WT01H

Servo Motors:

• Example model designations for Omron servo motors: R88M-U5K515V-S1, R88M-U4K415V-BS1, R88M-W85015F-S2, R88M-UE75030V-S1, R88M-W1K030H-S2, R7M-A20030-BS1 etc.

Encoders:

• Example model designations for encoders: TRD-Y2000, TRD-FY2000, UTOPH-81AWF, UTOPE-10ANK, TRD-Y1024, UTOPH-40AWM, UTSIH-B17CK, TRD-FWAG13 etc.

Important: Omron servo drives may include different versions. Feel free to contact us regarding the different software and hardware specifications.

Our repair process is preventive and includes a series of steps to ensure high repair quality.

The repair process for Omron servo drives and Omron servo motors includes the following steps

• Preventive overhaul - replacement of all necessary defective and worn parts.
• Intensive cleaning.
• Comprehensive final and stress tests on our test benches.
• Parameter matching or parameter recovery.
• Completion of documentation and checklists.

For Omron servo drives and servo motors, we replace

• Electrolytic capacitors
• Large buffer capacitors
• Relays
• Current sensing modules
• Optocouplers

Additionally, we replace certain parts that have been statistically identified as frequently failing after multiple repairs.

To counteract shortages and discontinuations, we use process-oriented software solutions that monitor our inventory. We pre-order some parts, and for serial repairs, we secure sufficient spare parts for up to one year to ensure access to a large stock at any time.

The test is carried out on a test bench that simulates processes as in a real processing plant.

The following is tested:

• BUS control
• POT/NOT (positive and negative over travel)
• Encoder connection
• Alarm states
• Speed
• Current and voltage consumption
• Temperature
• Parameters