PMB33C-00214-00

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The Pacific Scientific PMB33C-00214-00 is part of the PMB Brushless Servomotors series and features a NEMA Size 34 motor frame. It delivers a continuous stall torque of 5.4 Nm, a rated speed of 950 RPM, and a peak torque of 15.9 Nm. With a weight of 27.2 kg, it includes a digital encoder with commutation.

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Product Description:

The PMB33C-00214-00 is manufactured by Pacific Scientific which is a PMB Brushless Servo motor. It provides accurate positioning and it is designed to fit applications that require steady torque and stability. The servo motor has a flat shaft design to provide a smooth cavitation to other mechanical loads.

The PMB33C-00214-00 PMB brushless servo motor is designed to work at ambient temperatures of -20 to +60 °C. It has a continuous rotational speed which is rated at 1300 rpm. The servo motor maximum torque it produces is about 16.1 Nm capable of high demand settings. It has 2048 ppr and a digital incremental encoder with a communication interface to provide the correct feedback. The servo motor mechanical feedback system on the product improves position accuracy on closed loop systems. It has a thermal resistance of 0.78 °C/W to aid in the dissipation of heat. The PMB33C-00214-00 PMB Brushless Servo motor winding boasts of 27.2 mH inductance correcting energy control of rapid motor transition. It has a thermal time rating of 32 min. The servo motor moment of inertia of the rotor is specifically made at 0.000404 kgm² to enable smooth acceleration. Its total mass is 6.3 kg. The servo motor casing has the IP40 rating that protects internal components against solid foreign objects. It conforms to the NEMA 34 standard frame size that gives structural compatibilities with standard mounts.

The PMB33C-00214-00 PMB brushless servo motor includes reliable engineering with critical specifications. It supplies electrical interconnection through flying leads built in MS type connectors to ensure good signal integrity. The servo motor has a motor length of 210.3 mm. It has a continuous phase current rating of 3.8 A at steady torque delivery.

Connector Type
Flying leads with MS connectors
Continuous Current (arms)
2.9
Continuous Stall Torque
5.4 Nm (48 lb-in)
Encoder Resolution
2048 ppr
Max Speed
1,900 RPM
Motor Size
NEMA Size 34
Motor Weight
27.2 kg
Nominal Stall Current @240vac Max
3.8 ARMS
Peak Current (arms)
8.7
Peak Torque
15.9 Nm (141 lb-in)
Rated Speed
950 RPM
Rated Torque
5.0 Nm (44.5 lb-in)
Rotor Inertia
0.40 kg·cm² (3.57 lb-in·s²)
Sensor Type
Digital Encoder with commutation
Stack Length Multiple
3
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Frequently Asked Questions about PMB33C-00214-00:

Q: How does the 2048 PPR encoder benefit the PMB33C-00214-00 servo motor?

A: The 2048 PPR encoder improves positioning accuracy, providing high-resolution feedback for precise motion control in closed-loop systems.

Q: Why is the thermal resistance of 0.78 °C/W important for the PMB33C-00214-00?

A: The thermal resistance of 0.78 °C/W aids in efficient heat dissipation, preventing overheating and maintaining optimal performance during high-demand operations.

Q: How does the IP40 rating protect the PMB33C-00214-00 motor?

A: The IP40 rating ensures protection against solid foreign objects, enhancing durability and reliability in harsh environments, ensuring the motor remains free from dust or debris.

Q: How does the PMB33C-00214-00’s 27.2 mH inductance improve performance?

A: The 27.2 mH inductance ensures smooth energy transitions during motor operation, reducing rapid changes in current and improving overall motor control stability.

Q: What role does the thermal time rating of 32 minutes play in the PMB33C-00214-00?

A: The 32-minute thermal time rating indicates how long the motor can operate at high power before heat buildup becomes an issue, enhancing operational safety and longevity.


Internal Product Review

  • ‘‘The PMB33C-00214-00 brushless servo motor delivers impressive performance with 16.1 Nm torque and a 1300 rpm speed. Its 2048 PPR encoder ensures high positioning accuracy, while the thermal resistance of 0.78 °C/W enhances heat dissipation for sustained performance. Ideal for demanding applications needing reliability and precision.’’

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