Flanged Solenoid Valve With Manual

Stainless Steel Flanged Solenoid Valve with Manual Override for Water, Air and Industrial Fluids

The stainless steel flanged solenoid valve is designed for automatic ON/OFF control of water, air, gas and other compatible industrial fluids.

It features a durable stainless steel valve body, flanged process connections and an integrated manual override, allowing the valve to be operated manually when electrical power is unavailable or during system commissioning and maintenance.

Available in normally closed and normally open configurations, the valve is suitable for industrial pipelines requiring reliable flow control, corrosion resistance and easy manual operation.

Key Features

Stainless steel valve body with excellent corrosion resistance

Flanged connection suitable for medium and large pipelines

Integrated manual override for emergency and maintenance operation

2/2 way ON/OFF flow control

Normally closed or normally open versions available

Suitable for water, air and various compatible industrial fluids

Large flow capacity

How to order

1 2 3 4 5 6 7 8 9
Series Port Size Voltage Seal Material Orifice (mm) Body Material Operation Coil Type Thread Standard
2WFM 15 U2 N 15L A C D N
10: 3/8″ 15: 1/2″20: 3/4″ 25: 1″ 40: 1-1/2″ 55: 2″ 65: 2-1/2″ U1: 110VAC U2: 220VAC U3: 380VAC U4: 24V DC U5: 12V DC U6: 36V AC U7: 24V AC N: NBR E: EPDM V: VITON 15mm – 50mm B: Brass A: Aluminum C: Normally Closed O: Normally Open D: DIN Standard W: Lead Wire X: EX-Proof A: Water-Proof B: BSP G: G N: NPT

Technical Specifications

Type 2/2 ways
Acting type direct acting
Series 2WF-M
Body Material Stainless Steel
Actuation solenoid valve
Pressure Resistance 0-1.0 Mpa
Sealing Material NBR, VITON, EPDM
Temperature -5 ~ 80 ℃ (120℃ optional)
Port Size 1/2“-2”
Working Status N.C. Normally Closed
Wiring Flying Leads / DIN connector
Industry Safety Protection industry

Applications

Thanks to its dual-mode (electric and manual) operation, this valve is highly recommended for critical fluid control systems where power failures cannot compromise process safety:

  • Automated water supply and irrigation systems

  • Industrial pneumatic and hydraulic piping

  • Water treatment plants and filtration equipment

  • HVAC systems and cooling water control

  • Emergency shut-off and safety bypass lines