PMA23B-00114-00
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The Pacific Scientific PMA23B-00114-00 motor, part of the PMA Brushless Motors series, features a compact 70 mm square body and a right-angle connector orientation. It delivers a continuous stall torque of 2.0 Nm with a peak torque of 7.2 Nm, and its winding nominal stall current is 2.7 ARMS. The motor weighs 2.9 kg.
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Product Description:
The Pacific Scientific PMA23B-00114-00 Brushless Motor features a 6PP, 12PSO connector, a closed keyway shaft with key fitted to DIN42995 N standards and an advanced anti-cog stator design due to which it ensures seamless integration and smooth operation in demanding automation and motion control applications.
The PMA23B-00114-00 brushless motor at a maximum operating voltage of 240V AC delivers robust and consistent power and its small 55 mm square motor body frame allows for easy integration into space-limited environments while maintaining high structural integrity. This module is a 6-pole motor that can provide high dynamic response and efficiency and that is coupled with a relatively low rated torque of 1.7 Nm, the module is capable of providing a reliable performance at different load conditions. With a stall current of 2.7 Arms, it is able to manage brief overload conditions without affecting performance or safety and it features an integrated sensor system that enables accurate motion control and consistent, smooth operation. With a common rated speed of 36001/min and a stack length multiple of 3, it balances between torque and speed and allows greater power to be produced in a compact size.
This PMA series brushless motor is using high strength neodymium iron boron magnets that provide maximum amount of torque with compact size that also guarantees high efficiency in applications of high requirements and it has a thermistor based thermal sensor that will have good thermal protection to ensure safe working temperatures. It weighs just 2.9 kg and its B-type winding is precisely engineered for balanced electrical performance which makes it a dependable choice for precision driven industrial automation systems that requires consistent output and long term durability.
Frequently Asked Questions about PMA23B-00114-00:
Q: What is the benefit of the anti-cog stator design in precision motion control?
A: It reduces torque ripple, resulting in smoother rotation at low speeds. This is especially important for applications requiring fine positioning accuracy.
Q: How does the 2048 ppr encoder improve motion accuracy?
A: Higher pulse count enhances position resolution and speed feedback. This allows tighter control loops and smoother dynamic performance in servo systems.
Q: Is the B-type winding of the PMA23B-00114-00 motor compatible with standard servo drives?
A: Yes, B-type windings are commonly supported by industrial servo drives. Always confirm electrical compatibility with your drive’s winding configuration settings.
Q: How does the 6-pole configuration affect torque and speed characteristics?
A: More poles typically enhance low-speed torque and smoothness. It trades off some top-end speed compared to lower-pole-count motors.
Q: Can the PMA23B-00114-00 motor handle rapid load fluctuations?
A: Yes, its 2.7 Arms stall current supports brief overloads. This allows temporary torque boosts without overheating under dynamic conditions.
