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Warranty

Wake Industrial Warranty
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Product Description
Kolmorgen's SR3658-1996-7-56B DC motor provides dependable mechanical driving performance. The motor is appropriate for applications that require constant output and reversible control. The motor is useful in automation systems where voltage change directly affects speed regulation.
The rated conditions for the SR3658-1996-7-56B DC electric motor are 90 VDC and 9 Amps. This motor is ideal for uses requiring fixed-speed outputs because it operates at 1800 RPM. When used with suitable equipment, the C-Face mount design guarantees accurate positioning and makes alignment a breeze. As a result of conforming to NEMA dimensional compatibility standards, the motor's frame size is 56C. The motor may spin in either direction by simply changing its polarity; this is known as reversibility. Changing the voltage regulates the speed, enabling easy adjustment even in the absence of complex control systems. Continual use is assured by the ambient temperature rating, which ranges from -20°C to +40°C. To provide mechanical stability even during continuous motion, the design follows vibration compliance standards set by the IEC and NEMA. Commonly used DC supplies are compatible with the electrical input settings, minimizing compatibility issues. Easy integration into systems with restricted space or alignment is made possible by the compact frame and attachment.
The DC electric motor SR3658-1996-7-56B is designed to work reliably in automation systems that require consistent performance. The arrangement of the motor is such that it consistently produces output even when subjected to mechanical and electrical loads. There is no derating while using the SR3658 motor at altitudes up to 1000 meters. The temperature and altitude ratings allow performance to be maintained even in the absence of harsh conditions. Its vibration resistance makes it suitable for use in industrial automation systems. The mechanical mounting design supports fixed applications while minimizing the potential of misalignment.