Industrial Controls
Take control of your power system and processes. ASCO Power Technologies provides solutions, including emergency stops, lighting control panels, AC and DC relay panels, and more. ASCO Industrial Controls include products designed with solid-state rectifiers for longer device life. They are also crafted with dust-tight industrial relays and are easy to install. Simplify operations – review ASCO Industrial Control products below.
Ranges
ASCO 108D10C DC Relay Panel
Gas Flow Control Panel | 120V 60Hz Input | 80VDC Output 0.8A Valued for silent, highly reliable operation, the ASCO 108D10C gas flow control panel operates on standard 120V 60Hz input, with an 80VDC output at 0.8A maximum, making it suitable for control of a wide range of DC solenoid valves controlling gas flow to school kitchens, domestic cooking classes, ceramic and metal shops.
View DetailsASCO 108D90C AC Relay Panel
108D90C AC Relay Panel | 120V 60Hz | 24 VAC, 24 VDC, 208 VAC, and 240 VAC The ASCO 108D90C gas flow control panel operates on 120V 60Hz input, but with 120/60VAC output for control of AC valves more commonly used in heavier duty applications. This model features a key-operated switch with manual “on” and “off” buttons directly on the cover.
View DetailsASCO 216C89 Master Control Station
Open and Cut Gas Flow The normally-closed pushbutton of the ASCO 216C89 Master Control Station cuts off gas flow when pressed. A key operated, normally-open switch restores gas flow. One Master Control Station is required for each 108D10C panel installation. Not required for or applicable to 108D90C.
View DetailsASCO 911 Remote Control Switch
Remotely-Controlled Feeder Disconnect The ASCO 911 single-throw mechanically-held remote control switch is used for remotely-controlled feeder disconnect applications such as bulk load control and energy management.
View DetailsASCO 920 Lighting Contactors
Feeder Circuit Lighting Control Easy to use and quick to install, ASCO 920 Lighting Contactors for Feeder Circuits feature all-position mounting, no derating for high inrush loads and a reliable single-solenoid operator. They can be used with energy management systems which automatically control lighting and power circuits.
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