Leviton Telcom MS602-BW Manual Motor Starter 2 Pole

Product Description

The LEVITON TELCOM MS602-BW is a 2-pole, non-reversing manual motor starter designed for direct motor control applications in commercial and industrial electrical systems. Manual motor starters provide on/off switching and overload protection without a separate contactor or relay, making them a compact solution for single-phase and small three-phase motor loads. Licensed electricians and industrial maintenance technicians install this type of device where a simple, manual means of motor control and overcurrent protection is required at or near the load.

This motor starter is suited for use in light commercial and industrial environments where motors require local manual control. Typical applications include fans, pumps, compressors, conveyor drives, and similar motor-driven equipment. The non-reversing configuration means the motor runs in a single direction only, which is appropriate for the majority of fixed-direction drive applications. It is sold as an individual unit.

Key Features

• 2-pole configuration for single-phase motor control
• Non-reversing design for fixed-direction motor operation
• Manual operation provides direct on/off control without external control voltage
• Compact form factor suitable for panel or surface mounting near the load
• Integrated overload protection characteristic of manual starter design

Compatibility

Designed as an OEM-style manual motor starter replacement or new-installation component for single-phase motor control circuits in light commercial and industrial electrical systems.

Installation Notes

Installation must be performed by a qualified electrician in accordance with the National Electrical Code (NEC) and all applicable local codes. De-energize and lock out the circuit before wiring or servicing this device. Verify that the motor full-load amperage does not exceed the starter rating before installation. Do not use this non-reversing starter in applications that require forward and reverse motor operation.