What are the areas where the encoder coupling needs to be improved

The encoder coupling is a coupling specially used to connect the motor and the encoder.

When customers choose an encoder coupling, they will consider its performance, service life, reliability and whether there is noise, etc., but there are still unsatisfactory places in use, then the encoder coupling is in use Which areas in the database need to be changed?

The encoder coupling is a one-piece metal elastic coupling. It is suitable for shaft coupling with smaller torque, zero backlash, encoder coupling production has many advantages, and the machining accuracy is high. Let's take a look at the areas where the encoder coupling needs to be improved.

1. The structure is more complicated, and the adjustment and maintenance of the machine are more difficult.

2. The efficiency is low, and the movement speed is slow, which reduces the production efficiency. For the fast and small encoder coupling, it is not as simple and flexible as the crank press.

3. Due to manufacturing, installation, load deformation and temperature change of the encoder coupling, it is difficult to maintain strict and accurate alignment of the two shafts after installation and adjustment.

The quality of the encoder coupling directly affects the working efficiency between the two shafts. Therefore, structural improvements have been made. The self-aligning structure that can automatically align the rotor relative to the stator is designed, and some parts are reworked. Design and related experiments. The results show that the improved encoder coupling is greatly reduced, the main performance indicators are greatly optimized, and the cost is reduced, which has great promotion and application value.

What happens if the encoder coupling is broken?

If the encoder coupling is broken, the following results may be produced:

1. The equipment cannot be rotated;

2. The measurement result of the encoder is inaccurate;

3. Cause the shaft of the coupling to shift, damage the encoder, and cause the encoder to be scrapped;