Two-way

Two-way electromagnetic valves are used for two-pole flow control of gaseous and liquid media. The control element of the valve is an electromagnet.

Two-way electromagnetic valves have two connections on the body, an inlet and an outlet, with an indication of the direction of flow of the medium through the valve. Two-way electromagnetic valves are manufactured depending on the position of the closing element in two functional states, either in the basic position with the outlet closed on the valve seat or with the outlet open. After applying an electrical signal to the coil of the electromagnet, the closing element either opens or closes the flow at the seat.

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Showing 1 - 9 from 9 products

Electromagnetic valve in the basic position closed

Function principle: directly controlled Function: 2/2 NC DN and connection: 1,2 – 2,5 mm / M5; G1/8 Work pressure: max. 2,5 MPa Industry use: Water, Industry
Function principle: directly controlled Function: 2/2 NC DN and connection: 1,2 – 2,5 mm / M5; G1/8

Electromagnetic valve in the basic position closed

Function principle: directly controlled Function: 2/2 NC DN and connection: 2 - 10 mm / G1/4 – G1/2 Work pressure: max. 3 MPa Industry use: Oil and gas, Energy, Water, Industry
Function principle: directly controlled Function: 2/2 NC DN and connection: 2 - 10 mm / G1/4 – G1/2

Electromagnetic valve in basic position open

Function principle: directly controlled Function: 2/2 NO DN and connection: 2 - 6 mm / G1/4 Work pressure: max. 2,5 MPa Industry use: Oil and gas, Energy, Water, Industry
Function principle: directly controlled Function: 2/2 NO DN and connection: 2 - 6 mm / G1/4

Electromagnetic valve for heating gases

Function principle: directly controlled Function: 2/2 NC, 2/2 NO DN and connection: 6 mm / G1/4 Industry use: Oil and gas, Energy, Industry Enclosure: IP 65
Function principle: directly controlled Function: 2/2 NC, 2/2 NO DN and connection: 6 mm / G1/4

Electromagnetic valve in the basic position closed

Function principle: indirectly controlled Function: 2/2 NC DN and connection: 6 - 50 mm / G1/4 - G2 Work pressure: max. 1,6 MPa Industry use: Oil and gas, Energy, Water, Industry
Function principle: indirectly controlled Function: 2/2 NC DN and connection: 6 - 50 mm / G1/4 - G2

Electromagnetic valve in the basic position closed

Function principle: forcibly controlled Function: 2/2 NC DN and connection: 10 - 40 mm / G3/8 - G1 1/2 Work pressure: max. 1 MPa Industry use: Oil and gas, Energy, Water, Industry
Function principle: forcibly controlled Function: 2/2 NC DN and connection: 10 - 40 mm / G3/8 - G1 1/2

Electromagnetic valve in basic position open

Function principle: indirectly controlled Function: 2/2 NO DN and connection: 6 - 50 mm / G1/4 - G2 Work pressure: max. 1,6 MPa Industry use: Oil and gas, Energy, Water, Industry
Function principle: indirectly controlled Function: 2/2 NO DN and connection: 6 - 50 mm / G1/4 - G2

Electromagnetic valve in stainless steel

Function principle: directly controlled Function: 2/2 NC DN and connection: 2 - 25 mm / G1/8 - G1 Work pressure: max. 3 MPa Industry use: Oil and gas, Energy, Water, Industry
Function principle: directly controlled Function: 2/2 NC DN and connection: 2 - 25 mm / G1/8 - G1

Solenoid valve with "Ex" version of control solenoid

Function principle: directly controlled Function: 2/2 NC DN and connection: 2 - 50 mm / G1/8 - G/2 Work pressure: max. 1,2 MPa Industry use: Oil and gas, Energy, Water, Industry
Function principle: directly controlled Function: 2/2 NC DN and connection: 2 - 50 mm / G1/8 - G/2