PACIFIC 33VM52-000-29 permanent magnet DC Motor

Description

PACIFIC 33VM52-000-29 Motor Detailed Information Report

Model

Model: PACIFIC SCIENTIFIC 33VM52-000-29

Function

Type: Low inertia PMDC (permanent magnet DC) servo motor

Features: Suitable for high-frequency repetitive motion, with small spindle inertia, low heat generation, fast response speed, good braking performance, suitable for light loads and high-speed positioning situations.

Performance parameters

Electrical parameters

Rated voltage: 18-36V (some say 24V)

Rated current (continuous): 3.1-5.7A (also known as 0.6A to 100-400A, which may contain peak or erroneous data)

Power: 2.3 watts (data from different sources may vary, subject to specific application scenarios)

Mechanical parameters

Speed: Up to 5000 RPM

Output shaft: Circular shaft with a diameter of 6.35 millimeters

Weight: approximately 2.6kg (may vary slightly from different sources)

Other parameters

Encoder: Unconnected analog tachometer and unconnected optical encoder

Cooling method: No forced air cooling requirement

Application field

Main applications: medical equipment, printing machinery, robots, automation equipment, ships, etc

Applicable industries: medical, printing, automation, machinery, mining, oil, natural gas, automotive, etc

Precautions

Usage environment: Avoid using in high temperature or humid environments to ensure normal operation and extend service life.

Price and Supply: Prices may vary due to changes in suppliers and market demand. It is recommended to directly contact suppliers or manufacturers for the latest information when making specific purchases.

Conclusion

PACIFIC SCIENTIFIC 33VM52-000-29 is a high-performance, low inertia PMDC servo motor suitable for light load applications that require fast response and high-frequency repetitive motion. Its small spindle inertia and good braking performance make the motor have a wide range of application prospects in medical equipment, automation equipment, and other fields. When purchasing, please pay attention to choosing legitimate channels and consider the matching of electrical and mechanical parameters according to specific application scenarios.