How to repair the shale shaker when it fails

In the first stage of solid control system, the shale shaker plays a crucial role. The drilling cuttings are separated from the drilling fluid or mud, enabling the recovery and reuse of the drilling fluid while removing solid waste. Of course, in the process of using the shale shaker, sometimes there will be some failures, this article will take you to understand how to repair the common failure of the shale shaker.

The most prone to failure of the shaker is the motor and drive shaft. Today we first understand the motor may occur failure and how to repair the shale shaker:

Repair the shale shaker- both motors can not rotate

Possible reasons for power failure include a shutdown of the main power supply. Investigate the cause and solve it. In the first, check the isolator or switch to ensure it is in the correct position. If off, turn it on to diagnose the problem. Next, verify the power connection and wiring for secure connections and no damage. Inspect the fuse or circuit breaker, as blowing or tripping them can disrupt the power supply. Replace the fuse or reset the circuit breaker to restore motor function. Step-by-step examination of isolators, power supply, and fuses can identify and address issues.

The situation is that a motor cannot rotate

the main reason is the thermal overload setting, which needs to be reset to the correct setting. After resetting the thermal overload, reconnect the motor to the power supply and turn it back on. If the thermal overload protection trips repeatedly or if the motor does not rotate after resetting Settings, there may be a potential problem that causes overheating or current depletion. In this case, we recommend consulting a qualified electrician or motor technician for further troubleshooting and repair.

The motor fails after starting

Possible causes for motor failure include a blown fuse or an internal motor issue. To diagnose the problem, follow these steps:

• Check the fuse: Locate the fuse associated with the motor and check for any blown or damaged fuses. Replace with the same grade if necessary.
• Test the power supply: Ensure the circuit breaker or main switch is on and check for any electrical problems or interruptions.
• Check the motor connection: Inspect the wires, terminal connections, and signs of damage or overheating. Repair or replace any damaged parts.
• Ensure that the connected equipment does not overload the motor by checking for motor overload. If necessary, reduce the load or consider a higher power rating motor.
• Test the motor: Disconnect the motor from the power supply and use a multimeter or continuity tester to check for continuity or resistance in the windings. Lack of continuity or resistance indicates an internal motor failure.

Consult the AIPU for further assistance if a qualified technician confirms a motor fault.