PMB33E-00100-01
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The PMB33E-00100-01 from Pacific Scientific's PMB Brushless Servomotors series features a high-strength alloy steel construction. This servomotor is flange mounted, measures 120mm x 40mm x 28mm, and weighs 1.43kg. It offers corrosion resistance, operates within a -20°C to 80°C temperature range, and is RoHS compliant.
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Product Description:
Pacific Scientific provides motion control systems for demanding industrial requirements. The PMB33E-00100-01 Brushless Servomotor is developed for reliable servo applications. It offers consistent performance in a wide range of environments.
The PMB33E-00100-01 Brushless Servomotor has a size of 34 . It has a flat shaft designed for precise torque delivery. The motor supports a continuous current of 7.4 A. This rating enables strong and stable torque in dynamic applications. It delivers efficient rotation and accurate load handling in machinery. The servomotor has a resolver sensor for advanced position feedback. The resolver ensures real-time tracking of shaft movement. This enhances motion accuracy across all speed ranges. The motor uses flying leads fitted with AMP connectors. These connections support quick and stable electrical installations. The wiring is designed for direct and reliable integration in machines. The product has a peak stall torque of 16 Nm with a maximum operating torque of 15.9 Newton meter. The temperature range in which the motor runs is -10°C to +50°C. This makes it suitable for various controlled industrial environments. The PMB33E-00100-01 Brushless Servomotor is designed to maintain motor consistency. It works well with robotic mechanisms, conveyors, and machine tools.
The Brushless Servomotor
Frequently Asked Questions about PMB33E-00100-01:
Q: Why does the PMB33E-00100-01 use a resolver sensor instead of an encoder?
A: The resolver offers superior durability and real-time position tracking in harsh environments. It ensures high-speed accuracy without susceptibility to electrical noise.
Q: How does the 0.40 × 10⁻³ kg·m² moment of inertia help in motion control?
A: The moment of inertia allows for fine-tuned acceleration and deceleration. This is critical for applications requiring smooth transitions and minimal overshoot.
Q: Why are AMP connectors used in the PMB33E-00100-01 servomotor wiring?
A: AMP connectors offer reliable and secure terminations in high-vibration setups. They simplify machine-side integration, reducing installation time and wiring errors.
Q: What benefits does the flat shaft design of PMB33E-00100-01 provide?
A: The flat shaft ensures firm mechanical coupling and precise torque transfer. It's ideal for applications needing direct, backlash-free drive configurations.
Q: How does a line-to-line inductance of 6.8 mH impact motor performance?
A: The inductance smooths current flow, minimizing electrical noise. This contributes to consistent torque output during rapid load changes.
