Descriptions of CS Instruments Standard Pressure Sensor CS 100 CS Instruments Standard Pressure Sensor CS 100 0…100 bar measures with an accuracy of full scale 0,5%. Since 2002, the name CS INSTRUMENTS stands for proven and innovative measurement technology for compressed air and gases, with subsidiaries and sales partners worldwide. The number of employees increased […]
Descriptions of CS Instruments Standard Pressure Sensor CS 250 CS Instruments Standard Pressure Sensor CS 250 0…250 bar measures with an accuracy of full scale 0,5%. Since 2002, the name CS INSTRUMENTS stands for proven and innovative measurement technology for compressed air and gases, with subsidiaries and sales partners worldwide. The number of employees increased […]
Descriptions of CS Instruments Standard Pressure Sensor CS 40 CS Instruments Standard Pressure Sensor CS 40 0…40 bar measures with an accuracy of full scale 1%. For more exact measurements in the same pressure ratio, we offer the CS 40 sensor with an accuracy of the full scale of 0,5%. Features Standard pressure sensor CS […]
About Silver Instrument Mineral insulated thermocouple Sensor A thermocouple is an electrical device used as a sensor for temperature measurement. This device senses low to high temperatures in the form of voltage changes and displays the temperature digitally by calculating the voltage changes. It was discovered in 1821 by Thomas Seeback and thus has been […]
Honeywell Temperature Sensor These immersion and air-duct temperature sensors can be employed for hot and cold water as well as for air-duct applications in systems using Pt 1000, NTC 10k, or NTC 20k temperature sensing elements. The sensors with a stainless steel immersion well are also suitable for registering potable water temperature. LF Duct Temperature […]
About Silver Instrument Platinum-rhodium thermocouple assembly Sensor A thermocouple is an electrical device used as a sensor for temperature measurement. This device senses low to high temperatures in the form of voltage changes and displays the temperature digitally by calculating the voltage changes. It was discovered in 1821 by Thomas Seeback and thus has been […]