Original Pulse Coder Fanuc Servo Motor Encoder A860-2002-T321

Original Pulse Coder Fanuc Servo Motor Encoder A860-2002-T321

New original FANUC Servo Encoder Pulse coder A860-2020-T301

New Original Fanuc Pulse Coder CNC Rotary Encoder A860-2002-T321

Japan original Fanuc Servo Motor Pulsecoder A860-2050-T321

New and original MITSUBISHI Encoder OSA18-130 use for HC-SFS52/102/202/352/502/702

Mitsubishi New Original CNC Machine Servo Encoder OSA24R-C10

Mitsubishi Motor Sensor Encoder CNC OSA105S5

Mitsubishi Absolute Position Encoder OSA105S5A

After the failure of Fanuc servo motor encoder A860-2002-T321 maintenance instruments and meters, several possibilities of failure are preliminarily judged. In the fault range area, disconnect the suspicious part of the circuit to determine whether the fault occurred before or after disconnection. If the A860-2020-T301 fault disappears in the power-on inspection, it indicates that the fault is mostly in the disconnected circuit. If the A860-2002-T321 fault still exists, further open-circuit segmentation inspection will be carried out to gradually eliminate doubts and narrow the fault range until the real cause of the fault is found out.

Step 1: Evaluate the repairability of this product. Step 2: The customer sends/delivers it to our company, registers in the warehouse and waits for testing. Step 3: The engineer detects the fault point, issues a test report, and determines the maintenance price and maintenance cycle. Step 4: Repair the quotation and wait for the customer's confirmation. If you agree, repair it; if you don't agree, the original machine will return. Step 5: Maintenance is ok, and the test is normal. Step 6: The commissioning was successful. Step 7: customer payment; Check out of the warehouse. Step 8: Deliver it to customers. Step 9: Intimate tracking service.