SS452CT
The SS452CT is a robust synchronous motor engineered by Danaher as part of the Slo-Syn Synchronous Motors lineup. This Type CT (capacitor in terminal box) motor is built around a 90 mm frame size compatible with NEMA 23/34/42 standards. It delivers a steady 450 oz-in (318 N-cm) torque at a uniform 72 RPM (60 Hz) and 60 RPM (50 Hz), ensuring precise speed regulation. Rated for 208/240 VAC operation, it offers industrial-grade performance in automation and positioning systems.
The motor’s technical prowess stems from its Integrated phase-shifting capacitor rated at 3–4 µF, incorporated directly into a robust synchronous motor with terminal-box capacitor construction. It operates seamlessly across a 50/60 Hz frequency range, maintaining consistent torque under varying loads. The design supports dual-voltage compatibility of 208/240 VAC without the need for external capacitors. With a lightweight build of 3.00 lbs, the SS452CT achieves an optimal balance of power density and ease of installation.
Operationally, the SS452CT excels in applications requiring static lock speed and minimal drift. Its Compatible with planetary gearboxes mounting design allows integration with various reduction ratios for torque multiplication. The terminal box capacitor assembly simplifies wiring and eliminates external capacitor mounting. Built for endurance, the motor’s synchronous design maintains steady speed under voltage fluctuations, reducing process variability and downtime. The low inertia of the rotor combined with precise torque output enhances repeatability in industrial automation tasks.
Integration is streamlined with the Connector Part No. 225505-001 mating connector, ensuring reliable electrical connections and secure mounting. The compact 90 mm frame size and <>synchronous motor with terminal-box capacitor<>> configuration permit installation in confined spaces and multi-axis systems. Ideal for conveyor indexing, labeling machines, and robotic positioning, the SS452CT by Danaher adapts to diverse industrial environments. Its proven reliability and precise control make it a preferred choice for engineers seeking high-performance synchronous drive solutions.