PMB33E-00201-00
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The Pacific Scientific PMB33E-00201-00 is part of the PMB Brushless Servomotors series, equipped with an Intel GL40 Express Chipset for optimal performance. It features two DDR2 SO-DIMM memory slots supporting up to 4 GB, alongside expansion ports like Mini PCIe and SATA. The motor operates in temperatures from 0°C to 40°C.
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Product Description:
The PMB33E-00201-00 Servomotor is engineered for demanding control applications. It is built by Pacific Scientific and used in automated industrial systems.
The PMB33E-00201-00 servomotor delivers peak stall torque of 11.0 Nm. It also provides the same 11.0 Nm as peak rated torque. This performance allows the motor to maintain stability under full load. It offers a continuous stall torque of 4.6 Nm. This enables constant rotation under static holding conditions. The rated operating speed for this servomotor is 3000 RPM. It can also reach a no-load speed of up to 3600 RPM. This high-speed capability offers quick response during acceleration phases. The servomotor draws 5.8 A at continuous stall torque. At peak torque levels, the current reaches up to 12 A. This current capacity supports short bursts of high torque when needed. The rotor inertia is rated at 0.408 kgm² x 10^-3. This value indicates low inertia for dynamic speed changes. The Pacific Scientific servomotor fits industrial equipment that needs speed and torque accuracy. The servomotor is built to handle repetitive start-stop operations. It works efficiently in machinery that requires quick and accurate adjustments. The electrical performance is matched to handle thermal stress over time. The internal design balances torque production and energy consumption effectively. It performs efficiently in linear axes, conveyors and CNC systems. The mechanical output remains stable even in extended duty applications. This model supports tight control in both speed and holding operations.
The PMB33E-00201-00 brushless servomotor combines fast acceleration, low inertia and high torque output. It is perfect for motion control systems that require constant servo operation. The compact structure supports real-time response in servo systems. It is ideal for positioning and motion platforms that requires repeatable cycles. Its torque and speed characteristics enable smooth load transitions.
Frequently Asked Questions about PMB33E-00201-00:
Q: Which performance aspect makes the servomotor ideal for dynamic speed adjustments?
A: It features low rotor inertia, allowing for rapid speed changes without compromising performance. This is essential in applications requiring quick adjustments and precise control during motion transitions.
Q: What function does the 11.0 Nm peak torque provide in the motor during load handling?
A: The 11.0 Nm peak torque ensures that the motor maintains stability even under full load. It supports short bursts of high torque during acceleration or demanding operational moments without compromising performance.
Q: How does the continuous stall torque of 4.6 Nm benefit the PMB33E-00201-00 in holding operations?
A: With 4.6 Nm continuous stall torque, the motor provides reliable and consistent rotation, ensuring stable positioning during static holding tasks. This makes the motor ideal for systems requiring precise positioning under constant load.
Q: Why is the 3600 RPM no-load speed important for the PMB33E-00201-00 in high-speed applications?
A: The 3600 RPM no-load speed enables the PMB33E-00201-00 to quickly reach target speeds, offering rapid response in dynamic applications. This high-speed capability makes it ideal for systems requiring fast acceleration and real-time adjustments.
Q: Which design feature in the motor ensures its efficiency during high-speed acceleration?
A: The low rotor inertia in the servomotor is a key design feature that allows for quick speed transitions. This enables the motor to respond efficiently during rapid acceleration phases, maintaining high performance and precision throughout the movement.
