PMB33C-10201-02
Wake Industrial LLC is not an authorized distributor of this product.
- Straightforward Pricing: No Rush Fees, No Credit Card Fees
The Pacific Scientific PMB33C-10201-02 belongs to the PMB Brushless Servomotors series and features a stainless steel housing. It operates efficiently with a supply voltage range of 10–30 V DC and an output signal of 4–20 mA. With IP65 protection, it withstands up to 20 bar overload pressure and has a vibration resistance of 10 g.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Pacific Scientific designs the PMB33C-10201-02 Servomotor to meet performance needs in automation. It provides efficiency across motion control environments. The motor suits applications that requires accurate torque and controlled thermal performance.
The PMB33C-10201-02 servomotor has a winding current rated at 3.8 A. The motor generates 16.1 Nm of peak torque output. It delivers a continuous stall torque of 5.42 Nm. These torque values support consistent performance in load-heavy applications. The continuous stall current is rated at 2.9 A. This current rating provides thermal stability during prolonged duty cycles. The servomotor includes a motor-only weight of 6.3 kg. Its size offers integration flexibility in compact systems. Inertia is rated at 0.404 kgm² for balanced motion control. Inertia stability helps reduce overshooting and improves acceleration profiles. It has a static friction of 0.169 Nm supports initial load movement. It has a viscous damping coefficient of 0.038 Nm/KRPM. Damping improves shaft control during rapid speed changes. Stable torque and accurate movement contribute to long machine life. It supports complex industrial applications that needs feedback-controlled drive output. Its parameters provide low noise and minimal heat under normal conditions. This motor offers energy-efficient winding and balanced mechanical behavior. It is designed to support diverse industrial drive and automation environments.
The PMB33C-10201-02 servomotor enables efficient torque output and thermal reliability. The brushless servomotor offers a thermal resistance of 0.78 min. This resistance supports heat dissipation during extended motor use. The motor inductance is rated at 27.2 mH. High inductance improves current smoothing and magnetic field generation. These specifications make it suitable for robotics and precision tools. The design is optimized for continuous use in automated setups. It functions well across systems that requires stable motion and minimal loss.
Frequently Asked Questions about PMB33C-10201-02:
Q: How does the 0.038 Nm/KRPM damping coefficient affect servo responsiveness in high-speed applications?
A: It smooths sudden speed transitions by reducing shaft vibration. This improves machine stability when changing motion profiles frequently, such as in pick-and-place or indexing systems.
Q: Why is the PMB33C-10201-02 servomotor well-suited for robotic arms and lightweight actuators?
A: With a motor weight of just 6.3 kg and low friction at 0.169 Nm, it enables agile movement. These traits support fast cycle performance in compact robotic environments.
Q: What happens if inductance is too low in precision control environments?
A: Low inductance may lead to current ripple and unstable field strength. That can result in erratic torque delivery and loss of position fidelity, especially under micro-step control.
Q: In what way does the Pacific Scientific PMB33C-10201-02 reduce overshooting during sudden stops?
A: Its 0.404 kgm² rotor inertia stabilizes motion output. This moderates deceleration and enhances safety when motors must halt without mechanical braking systems.
Q: Can the PMB33C-10201-02 maintain output in tightly enclosed panels without heat damage?
A: Yes, its 0.78 Min thermal resistance helps dissipate internal heat effectively. Combined with low continuous current, it operates reliably in ventilation-limited environments.
