Peter Paul Electronics, Inc.

In response to market demands, Peter Paul Electronics has designed and engineered many styles of manifolds using a variety of materials including but not limited to Stainless Steel (various grades), Aluminum, Brass and Plastics. With the recent purchase of some of the latest CNC equipment, Peter Paul maintains the ability to manufacture manifolds at competitive rates whilst controlling the quality required to seal with our operators. Some of these manifolds are manufactured as a standard item but Peter Paul also designs and manufactures extremely custom manifolds for specialty applications. Please contact your local Regional Sales Manager sales@peterpaul.com or call Peter Paul at 860-229-4884 for assistance with any of your manifold requirements.

Peter Paul explosion hazardous location valves are used where fire or explosion hazards exist due to the presence of flammable gases or vapors, flammable liquids, combustible dust, or easily ignitable fibers. Hazardous location valves are recommended, or in some cases compulsory, where a high level of protection from explosion is required. For applications that require low power, a low watt version is also offered.

Peter Paul low watt valves are general purpose or safety valves for pneumatic and hydraulic applications. The versatility of these valves is increased to include the handling of hot air, hot water, refrigerants and many other media, by the use of different seals.

Peter Paul high pressure valves operate with a pressure between 1000 and 3000 PSI. Medical, Laboratory, Instrumentation and Industrial companies, etc. that require high pressure bottled gas with media such as 02, C02 and compressed Nitrogen use our valve in various applications.

Through the use of a permanent magnet, the latching valves are bi-stable in either shifted state. This allows the valve to stay in either state indefinitely without drawing power. To shift the valve from one state to another, a short 50 millisecond DC voltage is applied to the coil. To shift the valve back, a reverse polarity pulse is applied to the coil. This feature makes this valve suitable for use in remote areas where continuous power may be limited. It is also valuable in equipment where coil heating, due to a continuous application of power, is undesirable such as in medical and chemical analyzers.