Yaskawa CIMR-MTIII-3.7K Drives-AC Spindle is supported for repair and exchange services. Precision Zone has proven expertise and unique capabilities to perform the highest quality repair services of the supported products.
At Precision Zone, we dynamically test repaired units in our custom-built test stands where the product is paired with the matching components for real-world load performance verification. We are on standby to address your requests and questions.
PRODUCT INFORMATION | |
---|---|
OEM: | Yaskawa |
Product Line: | Drives-AC Spindle |
Series: | CIMR-MTIII-3.7K |
CIMR-MTIII-3.7K
is an
Drives-AC Spindle
manufactured by
Yaskawa
Discovered issues:
Bad Capacitor(s), Bad Circuit Board Component(s), Bad Cooling Fans, Bad Gate Section/Board, Leaky Capacitors (Open, Corroded Traces)
Repaired on:
6/26/2024
CIMR-MTIII-3.7K
is an
Drives-AC Spindle
manufactured by
Yaskawa
Discovered issues:
Bad Capacitor(s), Bad Circuit Board Component(s), Bad Cooling Fans, Bad Gate Section/Board, Bad Precharge Resistor, Excessive Dirt/Debris, Leaky Capacitors (Open, Corroded Traces), Parameter/Setting Adjustment
Repaired on:
7/21/2022
CIMR-MTIII-3.7K
is an
Drives-AC Spindle
manufactured by
Yaskawa
Discovered issues:
Bad Capacitor(s), Bad Circuit Board Component(s), Leaky Capacitors (Open, Corroded Traces)
Repaired on:
6/25/2021
CIMR-MTIII-3.7K
is an
Drives-AC Spindle
manufactured by
Yaskawa
Discovered issues:
Bad Cooling Fans, Bad Fuse, Bad Power Section/Board, Excessive Dirt/Debris, Leaky Capacitors (Open, Corroded Traces), Missing parts/components
Repaired on:
10/21/2019
CIMR-MTIII-3.7K
is an
Drives-AC Spindle
manufactured by
Yaskawa
Discovered issues:
Bad Capacitor(s), Bad Control Section/Board, Bad Cooling Fans, Bad Gate Section/Board, Bad Regen Section
Repaired on:
8/20/2019
CIMR-MTIII-3.7K
is an
Drives-AC Spindle
manufactured by
Yaskawa
Discovered issues:
Bad Capacitor(s), Bad Cooling Fans, Bad Gate Section/Board, Blown Circuit Board (Through Hole), Blown Input Power Components, Board Replacement Required, Physical Damage to the Circuit Board/s
Repaired on:
4/8/2019