CUSTOM CONTROL SENSORS INTERNATIONAL
Founded in 1958, Custom Control Sensors introduced to the world an innovative range of products that revolutionised the accuracy, reliability and performance of mechanical sensing pressure and temperature switches used th......Founded in 1958, Custom Control Sensors introduced to the world an innovative range of products that revolutionised the accuracy, reliability and performance of mechanical sensing pressure and temperature switches used throughout industry. An initiative by the founder of the company responding to problems experienced and reported in aerospace industry led to the development of the CCS DUAL-SNAP disc-spring operating system. Hitherto, conventional technology was unreliable and erratic, tracing pumping variables and irregularities and every shock and vibration in the system being sensed and switching prematurely with set-point drift reduced cycle life. ["Trace Switches"]. So successful was the CCS DUAL-SNAP negative rate disc-spring principle that it was widely adopted by the military and aerospace industries meeting their rigorous specifications and high quality expectations in these most technologically advanced and demanding of applications. The same proven features and benefits and cost effective competitiveness are maintained in the CCS DUAL-SNAP industrial product range. As a world leader in this innovative technology our product is used internationally by the following industries Oil, Gas, Petrochemical, Chemical, Pharmaceutical, Power generating, Pulp and Paper, Hydraulic, Utilities, Transportation systems, Machinery and Machine tools. For industrial hazardous area use product is certified by the following approved authorities Underwriters laboratories, Canadian Standards Association, BASEEFA, CENELEC and ATEX. The company is quality audited to ISO 9002 by the Electrical Equipment Certification Service, United Kingdom and is fully committed to continual development of its products, manufacturing processes and materials to maintain the highest quality and reliability of the finished product.
