All Stainless Steel Pressure Gauges With Magnetic Contact-1
Model : 651.23With magnetically assisted contact, designed to prevent damage from high dynamic pressureload to circular contact.
With magnetically assisted contact, designed to prevent damage from high dynamic pressureload to circular contact.
For filter and pump control on liquied and gases. Housing in all PP material can resist transient overpressure and maintain leaktight connection. It is also designed to satisfy requirements in corrosive atmosphere & fluids.
For filter and pump control on liquied and gases. Housing in all PP material can resist transient overpressure and maintain leaktight connection. It is also designed to satisfy requirements in corrosive atmosphere & fluids.
For gases, pressurized gases (oxygen, air ect.) and low viscosity liquids up to 60 degrees celcius, with liquid filling for measurement points subject to vibrations and high dynamic pressure loads, no formation of condensation.
This industrial pressure gauge is designed for fluid medium which does not clog connection or corrode copper alloy and gas processes compatible with cupreous metals of the sensing element and connection. Field include: Penumatics, hydraulics, compressors, mechanical and energy system engineering, heating, ventilation, air conditioning, cryogenics, food industry, ...
This industrial pressure gauge is designed for fluid medium which does not clog connection or corrode brass alloy. Also for gas compatible with cupreous metals of the sensing element and connection. Field include: Penumatics, hydraulics, compressors, mechanical and energy system engineering, heating, ventilation, air conditioning, cryogenics, food industry, ...
This industrial pressure gauge is designed for fluid medium which does not clog connection or corrode brass alloy. Also for gas compatible with cupreous metals of the sensing element and connection. Field include: Penumatics, hydraulics, compressors, mechanical and energy system engineering, heating, ventilation, air conditioning, cryogenics, food industry, ...
For gases, pressurized gases (oxygen, air ect.) and low viscosity liquids up to 60 degrees celcius, with liquid filling for measurement points subject to vibrations and high dynamic pressure loads, no formation of condensation.
For gases, pressurized gases (oxygen, air ect.) and low viscosity liquids up to 60 degrees celcius, with liquid filling for measurement points subject to vibrations and high dynamic pressure loads, no formation of condensation.
For gases, pressurized gases (oxygen, air ect.) and low viscosity liquids up to 60 degrees celcius, with liquid filling for measurement points subject to vibrations and high dynamic pressure loads, no formation of condensation.