SIEMENS 599-10303 Building Technology "1/2"" 2w BALL VLV 1.6Cv CHRM PL"

"1/2"" 2w BALL VLV 1.6Cv CHRM PL"

The Siemens 599-10303 Building Technology "1/2"" 2w BALL VLV 1.6Cv CHRM PL" Gas Valve is designed for a wide range of applications and can be used in gas lines for both residential and commercial applications. The current ball valve has an adjustable bridge allowing the user to have full control of flow rate. This is able to prevent the occurrence of overextended water hammer in the line, which helps to preserve plumbing installations and reduce service calls.

The Siemens 599-10303 Building Technology 1/2"" 2w BALL VLV 1.6Cv CHRM PL is a switchgear, explosion-proof device designed for use in closed control circuits and to provide protection against short circuits and unwanted tripping of the motor. It is designed for use in dry indoor locations where contact with moisture is not likely.

This Siemens 599-10303 building technology valve is designed for 1/2" male pipe connections. It has a 2 watt power for use with 2 volt compressors and uses liquid gas refrigerant at a charge of 1.6 cu ft per minute.

Built to use in commercial and industrial applications, the 599-10303 ball valve is created with the highest quality materials including 2W rated actuators. It utilizes a thermal overload protection system to ensure optimum performance.

The Siemens Siu5922c1 has a voltage range of 150 to 600 volts and offers 2w power delivery. This specific machine is for use for heating processes with a maximum flow rate of 0.40gpm. The Siemens Siu5922c1 is designed for general commercial mining applications.

Compact unit-Operated controls-Inherent safety-Based on the proven platform of the GR series, the BASIC-10 switches bring added value to your choice with time and cost savings in installation. The ultimate in tool-free mounting, superior performance, all backed by a five-year warranty.

The 599-10303 ball valve from Siemens is an HVAC part used for the control of fluid flow through oil flows. It is a valve that uses a single moving element and has a spool design. The self-contained switching, i.e., no need for an auxiliary device and an additional control circuit, reduces the space requirement because the entire circuit is contained in one unit.