Press Release Summary:
Field-mountable SOR 107 Differential Pressure Switch accurately reads very low pressures by utilizing diaphragm with large sensing area. Switching element is single pull double throw and features external set point adjustment with visual indication for simplified calibration. Designed for wide variety of industrial process applications, standard models are available in weathertight or explosion proof versions.
Original Press Release:
SOR® Compact Pressure Switch Reads Low Pressure Ranges
The SOR 107 Differential pressure switch is a robust, field-mounted instrument designed for a wide variety of industrial process applications. It accurately reads very low pressures by utilizing a diaphragm with a large sensing area. The switching element is Single Pull Double Throw (SPDT) and features an external Set Point adjustment with visual indication as standard for simplified calibration in the field.
Highlights include: external Set Point adjustment with visual scale, fine Set Point resolution, narrow dead band, and high repeatability.
Built to high-quality standards for reliability, the 107 is ideal for draft ranges commonly associated with HVAC applications and burner management systems. It is also suited for other industrial air and gas services compatible with the wetted parts. Standard models are available in weathertight or explosion proof versions.
"The 107 is more robust than its competitors" says SOR Mechanical/Nuclear Engineer, Joe Modig, "while also being much simpler and compact in its explosion proof version."
Quality, service and delivery have formed the foundation of SOR service to the process industry since 1956. SOR offers a comprehensive line of pressure, temperature, level and flow instrumentation for a wide variety of industries and applications. SOR has a registered quality system to ISO 9001:2008. World headquarters are located in Lenexa, Kansas USA with satellite offices in the United Kingdom and China. SOR supports its markets with more than 120 sales representatives worldwide.