Flexible precise coupling is a component which connects a shaft and an encoder and has flexibility. Its main features is as below:

1) Good rigidity for anti-torsion;

2) Small shaft imbalance;

3) To be able to absort small shaft axial movement;

4) Good balance for rotation, no friction at all;

5) To be able to transfer rotation perfectly;

6) No maintenance is required;

7) Different dimension to be selectable.

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Features:

1) Housing dimension 58mm, to be used in light industry;

2) Pulse rate from 10 to 5000ppr, max.output frequency is up to 300KHz;

3) Metal housing, upgrading the ability of shock resistance;

4) Stainless steel shaft 6mm, 8mm, 10mm or 15mm, flexible coupling insures safety use of encoder;

5) Protection is up to IP64. With reverse connection protected and short-circuit proof;

6) Direct cable output or different kinds of socket to be optional connection, more flexibility, convenient to maintenance and repair, output terminal with water proof protection, more safety;

7) With up to 8 kinds of output mode, with or without inverted signal.

Features:

1) Housing dimension 50mm, to be used in light industry;

2) Pulse rate from 10 to 2500ppr, providing many choices to customers;

3) Metal housing, upgrading the ability of shock resistance;

4) 8mm diameter stainless steel shaft improves the stability and protection;

5) Protection is up to IP54. With reverse connection protected and short-circuit proof;

6) With cable output, waterproof at the outlet;

7) With up to 8 kinds of output mode, with or without inverted signal.

Features:

1) Housing dimension 38mm, to be used in light industry;

2) Pulse rate from 10 to 2500ppr, providing many choices to customers;

3) Metal housing, upgrading the ability of shock resistance;

4) 6mm diameter stainless steel shaft improves the stability and protection;

5) Protection is up to IP54. With reverse connection protected and short-circuit proof;

6) With cable output, waterproof at the outlet;

7) With up to 8 kinds of output mode, with or without inverted signal.