PSC135/6-71-P-PMB-4692 Danaher
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The Danaher PSC135/6-71-P-PMB-4692 motor, part of the Slo-Syn Synchronous Motors series, features a patented RRC network for smoother operation. This single-phase AC motor operates at 72 RPM on 60 Hz and delivers up to 1500 oz-in of torque. It has an IP42 enclosure rating and is UL listed for safe, reliable performance.
Internal Product Review
The PSC135/6-71-P-PMB-4692 excels in dynamic positioning and industrial applications, offering 3.2 kW power and 4000 RPM speed. Its low cogging torque and high torque-to-inertia ratio ensure smooth, rapid acceleration, making it ideal for precision control systems and CNC machinery.
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Product Description:
The PSC135/6-71-P-PMB-4692 is a permanent magnet AC servo motor from the slo-syn synchronous motors series by Danaher. It is suitable for dynamic positioning tasks. The PSC135 servo motor’s mounting is compliant with IEC motor frame standards while the mass and inertia are suitable for fast response systems, compatible with industrial automation and CNC machinery.
The PSC135/6-71-P-PMB-4692 servo motor has a power rating of 3.2 kW and nominal voltage supply 310 V. It draws a continuous current of 15.1 A under normal conditions while the peak current reaches 82 A under overload conditions. The PSC135 servo motor has a maximum rotational speed of 4000 revolutions per minute and its peak torque reaches 30.5 Nm in full-load operations. The PSC135 servo motor features resolver feedback with 1X-RX resolution for absolute position and motion control that requires 24 V input and consumes 1.0 A. Its enclosure abides to IP65 ingress protection standard against dust and low-pressure water jets. The PSC135 servo motor has insulation class F that allows 155°C maximum winding temperature. It supports closed-loop vector and position control. The PSC135 servo motor’s rotor has surface-mounted permanent magnet construction and the stator windings are optimized for thermal efficiency.
The PSC135/6-71-P-PMB-4692 servo motor’s low cogging torque allows smooth motion at low speed and high torque-to-inertia ratio supports rapid acceleration. It can integrate with high-performance drive systems while its back EMF constant matches controller voltage scaling. The PSC135 servo motor features thermal sensor that allows winding temperature monitoring. Its shaft and bearing design support radial and axial loads. The PSC135 servo motor has reduced harmonic distortion and the resolver wiring is shielded to prevent signal noise.
