PMB33C-00200-00
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The PMB33C-00200-00 servomotor offers an IEC IP67 protection structure, a maximum output current of 200 mA, and a response frequency of 1 kHz. Designed under the PMB Brushless Servomotors series by Pacific Scientific, it features a sensing distance of 2 mm and is constructed with durable nickel-plated brass.
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Product Description:
The PMB33C-00200-00 Brushless Servo Motor suits demanding automation tasks with a peak torque of 16.1 Nm and continuous stall torque of 5.42 Nm. The motor operates efficiently at 1300 RPM.
This PMB33C-00200-00 brushless servo motor from Pacific Scientific is built for efficiency and performance in industrial motion systems. It features an exposed lamination design to maximize torque and power transfer. The motor uses double shielded bearings which enhance durability and reduce maintenance. Its NEMA and industry standard mountings ensure compatibility across a wide range of applications. The motor shaft is designed with a flat configuration. This geometry enhances torque transmission and ensures a secure coupling when used in direct drive systems. The rated speed of the motor at 240 V AC (320 V DC bus) is 1300 RPM that is suitable for moderate to high speed operations. The resistance measured line-to-line is 8.6 Ohms and inductance line-to-line is 27.2 mH. This indicates effective thermal management and extended duty cycles. The viscous damping coefficient is 0.038 Nm/kRPM that helps maintain smooth motion in dynamic conditions. The electrical integration of this servo motor is streamlined through the use of flying leads. In addition, MS type circular connectors are provided to facilitate robust and reliable electrical interfacing in industrial environments.
The PMB33C-00200-00 brushless servo motor’s lightweight 4.4 kg build combined with robust torque output makes it optimal for compact systems. The servo motor’s thermal characteristics support long operating durations without rapid overheating. Its resolver feedback system allows it to operate in closed loop control systems for accurate motion control. These characteristics make the motor a reliable option for tasks requiring consistent torque output, minimal vibration and high precision control.
Frequently Asked Questions about PMB33C-00200-00:
Q: How does the PMB33C-00200-00 maintain smooth motion during dynamic operating conditions?
A: The motor uses a viscous damping coefficient of 0.038 Nm/kRPM to stabilize response. This reduces vibration and ensures consistent motion control in automation tasks.
Q: What design features of the PMB33C-00200-00 improve torque transfer and long-term durability?
A: Its exposed lamination design enhances torque density and efficiency. The double-shielded bearings further extend operational life and reduce maintenance requirements.
Q: How does the PMB33C-00200-00 manage thermal performance during extended duty cycles?
A: The thermal time constant of 32 minutes supports stable heat dissipation. This allows long operating durations without compromising motor efficiency or safety.
Q: What integration advantages does the PMB33C-00200-00 provide for automation and drive systems?
A: It features NEMA-standard mounting and a flat shaft for secure coupling. The electrical connection uses flying leads and MS connectors for flexible installation.
Q: How does the feedback system of PMB33C-00200-00 improve precision in industrial motion control?
A: The integrated resolver supports closed-loop control for accurate position tracking. This enables repeatable motion and precise synchronization across automation applications.
