SK24N-1040-000
The SK24N-1040-000 from Pacific Scientific is a robust entry in the Permanent Magnet DC Motors series, engineered for demanding industrial environments. This motor operates on a Voltage of 24V DC and delivers Horsepower of 3/4 HP, making it well suited for continuous operation. With a base Speed of 1800 RPM and a Rated Speed of 3000 RPM, the design balances low-speed torque and high-speed capability. It complies with Groupings of Class I & II, Groups C, D, F, G and carries a Temperature Code of T5 for hazardous-location approvals. The unit’s Duty rating is Continuous, ensuring sustained performance under load. Early integration is simplified by the motor’s industry-standard frame and mounting dimensions.
Performance characteristics center on precise motion control and thermal resilience. The motor’s Rated Power (S1) is 0.57 kW with a Rated Current draw of 1.44 A under smooth operating conditions. At peak demands in S3 mode, it reaches a Maximum Speed of 3000 RPM and delivers a Maximum Torque (S3) of 7.4 Nm. Continuous-duty torque peaks at 6.8 Nm, providing ample reserve for transient loads. The IP Rating of IP64 safeguards internal components from dust ingress and water splash, while the Insulation Class F withstands high winding temperatures. A high-resolution resolver sensor offers feedback for closed-loop control, and the 1X-RX configuration supports precise speed regulation in industrial automation systems.
Reliability is enhanced by the motor’s rugged construction and protection against environmental contaminants. Continuous-duty operation at elevated temperatures is managed by the high-temperature T5 code and robust insulation system. The motor’s compatibility with Rated Voltage inputs of 560 V allows for greater flexibility in drive selection and integration into higher-voltage architectures. Energy-efficient permanent magnet design minimizes electrical losses and reduces operating costs over long duty cycles. Ideal applications include conveyors, indexing tables, packaging machines, and other factory-automation tasks where precision, reliability, and compliance with hazardous-location standards are critical.
