Dwyer Instruments 1823-00 ".07/.22"" Low Differential # Sw"

".07/.22"" Low Differential # Sw"

The Dwyer Instruments 1823-00 .07/ .22'' Low Differential Pressure Switch is ideal for portable equipment to protect the pump and operator from dangerous fluid extremes that can cause expensive damage. The high differential range of the switch has a wide operating pressure range, making it ideal for applications using light hydrocarbons or water.

Dwyer Instruments 1823-00 0.07/0.22 INCH LOW DIFFERENTIAL SWITCH 70 PSI 014-00  is made for the residential and commercial HVAC industry. It is ultra low differential switch is designed with a simple application, but not lacking in quality or durability.

The Dwyer 1823-00 is a low differential pressure switch that reads in inch of water or kPa and has a hose diameter of .07/22mm (1/16". It has a 2-Pin Non-locking snap socket. The 1823-00 has a 2 1/2'' dial size and is 0.5"" diameter. The switch also features a long contact life.

The 1823-00 is a # sine wave output low differential manometer with 0-200 PSI range and 2" H2O resolution. This instrument has 316 SS tube, a dielectric liquid filled, fluid compartment and 15/16"" connections. The 1823-00 is designed for measuring pressure in vacuum systems and other low differential applications.

Needle/diaphragm type differential pressure switch, -0.07/+0.22 psid (1" wg/in H2O), 2-way, on/off operation, 4-terminal base

Designed for a variety of industrial purposes, the 1823-00 is constructed from the highest quality materials. This valve has an NPT connection and a range of .07 in/ H2O to .22 in/ H2O. For additional precision and accuracy, this valve features a nylon seat seal and a brass plug body.

"When connected to an indicating pressure gauge or manometer, the low differential manometer gives the same indication as a regular manometer to which a 0-2"Hg vacuum is applied. This device has been devised for when it is desired to have a reading on an indicating pressure gauge or manometer, but not be affected by variations in atmospheric pressure."