PMB33F-10216-00

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The PMB33F-10216-00 brushless servomotor features a continuous stall torque of 5.4 Nm, a peak torque of 11.7 Nm, an encoder resolution of 4096 ppr, and neodymium iron-boron rotor magnets. Part of the PMB Brushless Servomotors series by Pacific Scientific, it boasts a rated speed of 4,600 RPM.

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Product Description:

The PMB33F-10216-00 is a high-performance brushless servomotor by Pacific Scientific.The motor combines robust construction with reliable specifications for demanding applications. It belongs to the PMB Brushless Servomotors series and is designed for precise motion control.

The PMB33F-10216-00 has a sustained stall torque of 5.4 Nm and a peak torque of 11.8 Nm. At a constant working speed of 4,600 rpm, the rated torque reaches 4.0 Nm. Its rated no-load speed is 5,700 rpm. The motor has a 6.245 mm shaft diameter and a square key shaft type. With tolerance, the overall key length is 20.6 mm and the keyway width is 1.91 mm. The flange mounting diameter for this motor is 98.43 mm. The diameter of the mounting holes is 5.59 mm, and the front shaft is 12.695 mm in diameter. The entire length of the motor body is 210.3 mm. The cable must be at least 457 mm long. It comes with a shielded 26 AWG feedback cable and a shielded 18 AWG motor cable. At peak torque conditions, the motor continuous stall current rises to 21.2 A RMS from 9.0 A RMS. To provide smooth load transitions, the rotor inertia is specified at 0.40 kg·cm². Neodymium iron-boron magnets are used in the motor to generate torque in a compact manner. It complies with Class F insulation and has double-shielded bearings. At 2.8 mH, the line-to-line inductance is measured. The voltage bus that is supported spans from 240V AC to 320V DC. High-performance control systems can be used with the PMB33F-10216-00 without any issues.

The Pacific Scientific ensures the PMB33F-10216-00 meets precision requirements across industrial environments. With an IP40 protection rating, the motor runs safely. It has industry-standard mounting and satisfies NEMA 34 frame standards. It maintains a minimum cable bend radius of 57.2 mm. The PMB servo series integrates endurance and capability in one frame.

Connector Type
Flying leads with MS connectors
Continuous Current
9.0 ARMS
Continuous Stall Torque
5.4 Nm (48 lb-in)
Encoder Resolution
4096 ppr
Inertia (with Resolver)
0.40 kg·cm² (3.57 lb-in·sec²×10⁻³)
Motor Size
NEMA Size 34
Nominal Stall Current @240vac Max
11.0 ARMS
Peak Current
20 ARMS
Peak Torque
11.7 Nm (104 lb-in)
Rated Speed
4,600 RPM
Rated Voltage
240 V AC - 320 V DC
Sensor Type
Digital Encoder with commutation
Stack Length Multiple
3
Torque Constant
0.40 Nm/ARMS
Winding Resistance (line-to-line)
2.8 Ω
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Frequently Asked Questions about PMB33F-10216-00:

Q: Why is double-shielded bearing design important in PMB33F-10216-00?

A: Double shielding prevents contamination and extends motor life in industrial settings. It reduces maintenance needs in continuous operation systems.

Q: Why does PMB33F-10216-00 include shielded cables for motor and feedback?

A: Shielded cables reduce electromagnetic interference in feedback signals. This ensures accurate motor control in sensitive applications.

Q: Can PMB33F-10216-00 operate with both AC and DC systems?

A: Yes, it supports 240V AC to 320V DC buses. This allows flexible integration into multiple drive platforms.

Q: What is the benefit of using Neodymium Iron-Boron magnets in this motor?

A: These magnets provide higher torque in compact motor sizes. They enable efficient performance in limited space environments.

Q: How does the 57.2 mm bend radius affect cable routing in PMB33F-10216-00?

A: Maintaining this radius prevents internal conductor stress. It ensures long-term cable reliability in moving systems.


Internal Product Review

  • ‘‘The PMB33F-10216-00 is a brushless servo motor built for controlled positioning. It features 9.0 A RMS continuous current and a 457 mm shielded cable. Widely used in semiconductor handling and automated inspection systems, it ensures performance in compact industrial automation setups.’’

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