PMB33C-00100-02
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The PMB33C-00100-02 servomotor features a current rating of 100A, a voltage rating of 415V AC, a breaking capacity of 33kA, and compact dimensions of 105x140x60mm. Part of the PMB Brushless Servomotors series by Pacific Scientific, it offers IP20 protection and complies with IEC 60947-2 standards.
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Product Description:
The Pacific Scientific manufactures the PMB33C-00100-02 brushless servomotor that features a stack length of three units. There is an inertia value of 0.00040 kg·m² in the servo motor. The servo motor has a type C winding, which means it can handle 240V AC.
The PMB33C-00100-02 brushless servo motor has a continuous stall torque of 5.0 Nm. The motor also comes with a customizing code that tells it how to add a PTC thermistor. The brushless servo motor is labeled with a product series B number that makes its setup consistent. The max speed of the unit is 1,300 rpm, and the idle speed is 1,900 rpm. Flying leads with AMP connectors are part of this type of connection. A PTC sensor is also built into the motor at the factory. The brushless servo motor belongs to the series of B product range. Because of these features, the PMB33C brushless servo motor can handle the precise control needs of industrial automation systems. With its NEMA Size 34 body and flat shaft, the motor is built to last. For accurate input and control, it has a resolver sensor built in. The continuous standard torque of the motor is 4.8 Nm.
At its peak torque, the motor can produce 9.7 Nm of force, and its peak current at that torque is 5.3 A RMS. The PMB33C-00100-02 brushless servo motor is a precise motion control component because of these features, along with the electrical and mechanical factors. The design makes sure that it will work reliably and consistently with systems that need to be efficient and dependable. This brushless servo motor is a reliable choice for difficult motion control tasks.
Frequently Asked Questions about PMB33C-00100-02:
Q: Why does the PMB33C-00100-02 servomotor have a continuous stall torque of 5.0 Nm?
A: The continuous stall torque of 5.0 Nm enables sustained load handling that ensures smooth motion control and reliable performance in demanding applications without overheating under prolonged stall conditions.
Q: Why does the PMB33C-00100-02 include a resolver sensor for motion control feedback?
A: The resolver sensor provides precise rotor position data that ensures accurate motor synchronization, stable speed regulation, and reliable torque production in high-precision tasks where accuracy is essential for performance consistency.
Q: How does the PMB33C-00100-02 achieve a no-load speed of 1,900 rpm?
A: The motor achieves 1,900 rpm no-load speed through optimized winding design and frame efficiency that allows quick acceleration and stable motion delivery without excessive current draw or torque instability during operation.
Q: Does the PMB33C-00100-02 benefit from an inductance value of 27.2 mH line-to-line?
A: The inductance of 27.2 mH reduces current ripple that enhances drive efficiency and ensures smoother torque output with improved motor performance in precision applications requiring consistent electrical characteristics during operation.
Q: Why does the PMB33C-00100-02 require a continuous stall current of 2.7 A RMS?
A: The continuous stall current of 2.7 A RMS maintains torque capability under load conditions that ensure stable thermal characteristics and reliable operation during extended continuous duty without motor degradation.
