PMB31D-00214-03
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The PMB31D-00214-03 servo motor offers a NEMA Size 34 frame, a continuous stall torque of 2.1 Nm, a rated speed of 5000 rpm, and an encoder resolution of 2048 ppr. As part of the PMB Brushless Servomotors series by Pacific Scientific, it is equipped with digital encoder commutation and flying leads with MS connectors.
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Product Description:
Pacific Scientific created the PMB31D-00214-03 servo motor that takes electrical energy and redirects smooth rotation, controlled by encoder feedback in order to get exact positioning. The company has gained a position as a well-known product designer in terms of mechanical and electrical stability.
The PMB31D-00214-03 servo motor works with the standardization of NEMA with a Size 34 type frame for mounting systems. The stack length of the motor is given as a multiple of an inch by yielding a balanced form as it offers assistance in the provision of efficient delivery of torque without a high cost in terms of space. It can run a winding with a nominal stall current of 5.4 A RMS with a voltage limit of 240 V AC for durable functioning even under load conditions without the problem of overheating or compromised performance. A key mechanical feature is its flat shaft which ensures secure coupling with mechanical linkages by minimizing slippage during rotation. The electrical interfacing is facilitated through flying leads terminated with MS connectors by promoting a secure and stable electrical connection even in environments where vibration or movement could disrupt other connections.
The PMB31D-00214-03 servo motor includes an oil seal which aids in enhancing its resistance to contaminants like dust and fluids which is critical for maintaining operational working in industrial automation settings. The built-in PTC thermistor offers temperature monitoring capability by protecting the unit from thermal overload by enabling efficient system adjustments or shutdowns when necessary. It integrates a digital encoder that offers 2048 pulses per revolution as (ppr) which helps in enabling precise position feedback and reliable communication with control systems.
Frequently Asked Questions about PMB31D-00214-03:
Q: What is the nominal stall current of the PMB31D-00214-03 servo motor from Pacific Scientific?
A: The PMB31D-00214-03 servo motor is specified with a nominal stall current of 5.4 ARMS, allowing stable torque performance under maximum load conditions.
Q: Which sensor technology is integrated into the PMB31D-00214-03 for position tracking?
A: The Pacific Scientific's PMB31D-00214-03 utilizes a digital encoder with 2048 pulses per revolution, ensuring high-resolution feedback for precise motor positioning control.
Q: What makes the shaft design of the PMB31D-00214-03 servo motor unique?
A: The PMB31D-00214-03 features a flat shaft configuration that facilitates secure coupling to mechanical drives, reducing slippage and improving transmission efficiency.
Q: Why does the PMB31D-00214-03 include flying leads with MS connectors?
A: The Flying leads with MS connectors on the PMB31D-00214-03 provide robust and secure electrical connectivity, ideal for environments with constant vibrations or motion.
Q: Which voltage limit defines the operational boundary of the PMB31D-00214-03 motor?
A: The PMB31D-00214-03 supports a maximum operational voltage of 240VAC, ensuring safe and efficient performance in industrial electrical systems.
