Custom Control Sensors, LLC (CCS) products

Highly reliable devices utilizing the CCS Dual-Snap® Belleville disc spring principle pioneered by CCS’ engineers. Engineering based on aerospace technology. Rigid, midsize and internally adjustable for convenient field set point adjustment. Repeatable and stable set points. Vibration and shock resistant. High cycle life. High over-pressure compatibility. (System and Proof).

Highly reliable devices utilizing the CCS Dual-Snap® Belleville disc spring principle pioneered by CCS’ engineers. Engineering based on aerospace technology. Rigid, midsize and internally adjustable for convenient field set point adjustment. Repeatable and stable set points. Vibration and shock resistant. High cycle life. High over-pressure capability. (System and Proof). Various options for wetted materials and electrical ratings to meet a wide range of application requirements and media compatibility. Suitable for ultra low pressure and vacuum to pressure applications.

Highly reliable devices utilizing the CCS Dual-Snap® Belleville disc spring principle pioneered by CCS’ engineers. Engineering based on aerospace technology. Rigid, midsize and internally adjustable for convenient field set point adjustment. Repeatable and stable set points. Vibration and shock resistant.   High cycle life. High over-pressure capability. (System and Proof). Various options for wetted materials and electrical ratings to meet a wide range of application requirements and media capability. Well suited for high impulse hydraulic applications.

Highly reliable devices utilizing the CCS Dual-Snap® Belleville disc spring principle pioneered by CCS’ engineers. Engineering based on aerospace technology. Rigid, midsize and internally adjustable for convenient field set point adjustment. Repeatable and stable set points. Vibration and shock resistant. High cycle life. High over-pressure capability. (System and Proof). Bottom electrical conduit prevents the entry of ambient moisture and lessens mounting interference. Suitable for cable gland entry.