PWM3656-5102-84-3
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PWM DC Treadmill Motor Series manufactured by Pacific Scientific. This Treadmill Motor features a Voltage (DC) of 140 and a Current (Amps) of 11.9 and 2 H.P..
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Product Description:
Pacific Scientific offers a wide variety of energy appliances and carries a reputation and good-will built over many years is one of the best companies making motors, drives, controllers, etc. They also make various fully compatible, matching accessories. Their PWM Motor Series is made particularly for the home treadmill machines range and is accordingly designed as discreet, small in size, rugged, reliable and maintenance-free construction quality with ease of operation.
The part number PWM3656-5102-84-3 refers to one such 140 Volts DC-motor in the PWM Series of permanent-magnet based treadmill motors, working on 11.9 Amps current with 2 H.P power rating and the peak velocity as 2800 RPM. Its configuration also sustains all the regular PWM series attributes like a sturdy commutator made using a design that renders the facility of on-site replacement of brushes making it easy to maintain. The Class-H insulation furnished inside provides a high threshold and reduces wear and tear. It also features maintenance-free, self greasing bearings which ensure its long maintenance-free operations, increasing its cost-effectiveness.
Additionally, the PWM3656-5102-84-3 carries the superior anti-cog technology and displays high sensitivity in controlled speed variations. Its stable housing is based on a fully sealed unit using the NEMA frame has innovatively placed mounting studs for easy attachment to the equipment. These motors are created adhering to the stringent safety norms and are extremely safe and explosion-proof. Their lighter frame and the shielded design pattern further supplements their inherent protection. The lightweight alloys used for designing magnetic poles lead to the higher efficiency of flux concentration and, at the same time, helps in achieving a smaller frame size which makes it versatile since that increases its usability as compared to other similar motors.
