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Direct-actingMedia-separatedIP65

BURKERT 20035090 3/2-Way Direct-Acting Solenoid Valve, Flange, Brass, 24V AC

BURKERT 20035090 (Type 0331) is a direct-acting 3/2-way pivoted armature solenoid valve. Features a brass body, EPDM seal, 2mm orifice, and 0-12 bar pressure range for universal circuit functions.

BURKERT 20035090 3/2-Way Direct-Acting Solenoid Valve, Flange, Brass, 24V AC

BURKERT 20035090 (Type 0331) is a direct-acting, media-separated pivoted armature solenoid valve. It is configured as a 3/2-way valve with circuit function T (for universal use, flow direction optional). The solenoid actuator and the medium chamber are separated by a diaphragm system, making it highly suitable for critical or aggressive media. This specific model features a brass body, EPDM seal, 2.0 mm orifice, and a Bürkert specific flange connection. It operates at 24 V (50/60 Hz AC) and supports a pressure range of 0 to 12 bar.

General Technical Data ​

PropertyValue
OrificeDN 2 mm
Body MaterialBrass
Seal MaterialEPDM
Circuit FunctionT (3/2-way, universal use)
Voltage24 V AC (50/60 Hz)
Pressure Range0 - 12 bar
Medium Temperature-30 °C to +90 °C
Ambient TemperatureMax. +55 °C
Degree of ProtectionIP65 with cable plug
Port ConnectionFlange interface according to Bürkert standard

Circuit Function ​

The 20035090 is configured for Circuit Function T (CF T).

BURKERT 20035090 Circuit Function T

3/2-way solenoid valve, direct-acting, flow direction optional, normally closed.

Material Specifications ​

BURKERT 20035090 Material specifications

No.ElementMaterial
1CoilEpoxy
2DiaphragmEPDM
3O-ringEPDM
4SeatBrass
5Valve bodyBrass

Dimensions ​

Standard Variant - Metal Body

Note

Dimensions in mm. The dimensions of the cable plug Type 2518/2509 can be found in the respective data sheets.

BURKERT 20035090 Dimensions metal body

Performance Specifications ​

Pressure range and flow rate (Brass body, Standard variant)

Circuit functionDNKv value water (AC)Pressure range (Standard)
T2.0 mm0.10 m³/h0...12 bar

Functional Safety Note

During a long period of downtime, at least 1–2 switching operations per restart are recommended. High switching frequency and high pressure will reduce overall service life.