N32HSHK-LNK-NS-02
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The N32HSHK-LNK-NS-02 was manufactured by Pacific Scientific but has since been passed to Kollmorgen. The N32HSHK-LNK-NS-02 features a phase inductance of 5.1 mH Typical and a phase resistances of 0.45 Ohms +/- 10%. The N32HSHK-LNK-NS-02 features a rated current of 6.1 Amps DC and a dentent torque of 0.25 Nm making it a top choice for any motor needs.
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Product Description:
The N32HSHK-LNK-NS-02 step motor has a hybrid construction with an IP 65 protection rating. The hybrid motor is equipped with two rotor stacks. This product from Pacific Scientific generates both torque producing flux and non-torque producing flux. It experiences some leakage of flux during operation. The acceleration boost offered by the unit combined with special rotor design assists in fast movement and positioning of loads. The device has a special construction style. The motor has a more linear torque than other hybrids when a current more than its rated current is applied. There is less chance of demagnetization when the current level is more than the rated current.
The step motor has a current rating of 5A per phase. The device can function without a heatsink when it is operated in the ambient temperature range. It is equipped with a heavy-duty front-end bell with a NEMA rating. This makes the product capable of high output torque. The unit has the ability to withstand continuous performance as long as the temperature of the windings does not exceed 130°C. The device features a K type standard winding code. The thermal limit of the motor cannot be exceeded. The N32HSHK-LNK-NS-02 unit has a one-year warranty period and can be sent to any address of your choice.
The motor is a good choice for applications that require moderate speed. The front part of the bearing is locked in position using an in-steel insert. The rotor is fitted with rare-earth neodymium-iron-boron magnets that have high energy. These magnets contribute to offering high demagnetization resistance. The device has a special sequence code of 02. The four lead wires have a parallel connection. The housing-less frame ensures optimal magnetic circuitry. It can be used with multiple stepping drives from the manufacturer with varying specifications. The two-phase design ensures that less input power is required for operation.
