Products

Carling Technologies is one of the world's largest manufacturers of Hydraulic Magnetic and Thermal Circuit Breakers, Electrical Switches and Assemblies, and Advanced Systems including Power Distribution Centers, Electronic Controls, and Multiplexed Power Management and Monitoring Systems. For over nine decades Carling has been setting the pace in new product design so that we may offer you innovation of the highest quality at the lowest cost.

Switches

Carling Technologies offers one to four pole switches in numerous single throw and double throw maintained and momentary circuits. Our rocker, toggle, push button, and rotary style switches come with a wide variety of aesthetic and functional options including circuit configurations, AC & DC ratings, insulated and watershedding constructions, termination options, mounting options, custom colors and imprinting.

Circuit Protection

Carling Technologies offers a complete line of circuit protection products, from 3 to 40 amp push button thermal circuit breakers, to an expansive 0.02 to 700 amp range of hydraulic/magnetic circuit breakers, to 0.10 to 50 amp Equipment Leakage and Ground Fault circuit protectors.

Power Distribution Units

Drawing on over 80 years of experience in the development of power switching and protection components, Carling Technologies offers standard and custom designed AC and DC power distribution units that exceed the tough demands of today's applications while still offering safety, reliability and performance.

Custom Solutions

If you can imagine it, Carling Technologies can create it. From a minor modification to an existing product to a co-development concept, no one can develop, design and manufacture a custom engineered product with greater ease, more efficiency, or more cost effectively than Carling Technologies.

OctoPlex™ Multiplexing Power Distribution System

The Carling Technologies’ Octoplex™ system puts the user in complete control of all AC and DC components within the vessel. Utilizing an NMEA 2000 CAN bus network, system reliability and safety are achieved through a redundant architecture that eliminates single point failures.

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