2062272 - ESAB Rocker Switch DPST 15A 125V Spade Terminals

Technical Overview of the ESAB 2062272 Rocker Switch

The ESAB 2062272 is a high-quality electromechanical rocker switch designed specifically for the rigorous demands of industrial welding environments. As a genuine OEM component, this switch is engineered to meet the precise electrical and mechanical specifications required by ESAB power sources and auxiliary equipment. The switch features a Double Pole Single Throw (DPST) configuration, which means it controls two separate circuits simultaneously, closing both when actuated to the 'On' position and opening both in the 'Off' position. This configuration is critical for applications requiring the simultaneous isolation of both live and neutral lines or the control of dual-voltage systems.

Electrically, the unit is rated for a current load of 15 Amperes at 125 Volts AC. This rating ensures the switch can safely handle the inrush and steady-state currents typical of control power circuits, fans, or auxiliary solenoids within welding machinery without overheating or contact degradation. The contacts are housed within a durable, insulating body that resists heat and mechanical stress. The actuator is a standard rocker style, providing tactile feedback and visual indication of the switch state, which is essential for operator safety and machine status verification.

Installation and maintenance are streamlined via the switch's termination style. It utilizes standard spade terminals (also known as quick-connect or blade terminals). These terminals allow for rapid connection and disconnection of wiring harnesses without the need for soldering, significantly reducing replacement time during maintenance intervals. The spade design also ensures a vibration-resistant connection, a necessary feature for equipment that may be subject to the high-frequency vibrations of welding operations or transport. When replacing a faulty switch, utilizing the ESAB 2062272 ensures that the dielectric strength, thermal properties, and physical dimensions match the original design intent of the machine, preserving safety certifications and operational reliability.