TIMERS

Product DescriptionThe Intermatic GM40AV-W is a robust, 40 amp DPDT electromechanical time switch designed for flexible, high-amperage operations in both residential and commercial settings. Equipped with auto voltage capability, it adapts seamlessly across 120 to 277 VAC inputs. This model is housed within a...

Product Description The Intermatic WG433-20D Electromechanical Time Switch Motor operates at a voltage range of 208 to 277 VAC with a frequency of 60 Hz. Suitable for T180 and T500 Mechanical Timers, T100, T170, T100R201, T1400, T100-20, and WH Series Timer Switches. Supports indoor...

Product DescriptionThe ICM Controls ICM206B is a 24 VAC Delay On Break Timer designed for various industrial applications. This timer helps prevent short cycling of air conditioning, refrigeration, and heat pump equipment, ensuring equipment protection and operational efficiency. Adjustable delay range from 3 to...

Product DescriptionThe Intermatic ET2745C Electronic Timer is engineered to provide reliable time control across a range of applications. Ideal for energy management and automated functions within industrial, commercial, and institutional environments, this timer supports 120 to 277VAC voltage and operates on a 7/365 day...

Product DescriptionThe Intermatic 156PB10398A cycle timer ON/OFF trippers, compatible with PB and PF1100 series timers, offer reliable timing control for various electrical applications. These trippers include 2 red ON and 2 green OFF plastic switch trippers designed for effective scheduling. ON/OFF trippers for efficient...

Product DescriptionThe ICM ICM102 is a delay-on-make timer designed for various electrical applications. This timer provides adjustable time delays ranging from zero point one to six hundred seconds. It operates on a voltage range of eighteen to two hundred forty volts, ensuring compatibility with...

Product DescriptionThe Intermatic FF312H Mechanical Timer is engineered for reliability and precision. Designed to operate without electricity, these timers replace standard wall switches to control lighting, motors, heaters, and other energy-consuming loads with automatic shut-off for energy efficiency. Utilizes a robust time dial plate...

Product DescriptionThe ICM bypass timer model ICM175B operates at 240VAC and is designed for a range of timing applications. This device features an adjustable time delay from ten to one thousand seconds. It is suitable for various HVAC controls and aids in bypassing switches...

Product DescriptionThe Intermatic FF34H is a spring wound timer that operates without the need for electrical power. This timer is designed to replace standard wall switches. It is perfect for controlling lighting, fans, electric motors, and other devices. Operates without electricity 4-hour maximum timing...

Product DescriptionThe Intermatic FM1D14-AV-U digital timer is a versatile time-based control solution for various electrical loads. This one-channel electronic timer supports both 24-hour and 7-day programming schedules, making it ideal for commercial and industrial applications. Brand: Intermatic MPN: FM1D14-AV-U Supports ventilating, heating, cooling, lighting,...

Product DescriptionThe Intermatic FF6HH is a robust commercial timer designed to automate the operation of fans, lighting, motors, and other energy-consuming loads. This timer, suitable for replacing any standard wall switch, offers a maximum duration of six hours and includes a hold feature for...

Product DescriptionThe Modine 3H36849-1 Time Delay Relay Board Replacement Kit offers reliable control of electrical circuits timing in industrial applications. Designed for seamless integration with specific Modine systems, this kit ensures consistent performance and efficient operation of your equipment. Provides precise electrical timing control...

Product DescriptionThe Intermatic T7801B is a robust mechanical time switch designed to provide precise scheduling and control. Ideal for commercial, industrial, and residential applications, this device allows for distinct daily operation schedules. Separate clock motor terminals enhance flexibility by enabling switching of loads not...