Brahma 13330301 E11*25*1/4*A3C oil valve

The Brahma E11*25*1/4* A3C 13330301 valves normally closed type, quick-release, used in household and industrial installations, operate on direct and alternating current. To avoid damage to the seals and ensure safe use, E11*25*1/4* A3C 13330301 gas valves must be used in strict accordance with the specified type of working environment.

Technical data

Power Supply: 230V/50Hz

Ambient temperature: 80°C

Ambient temperature: 0 – 60°C

Opening and closing time: 1 s

Installation position: Any

Body Material Brass

Maximum working pressure: 35 bar

Connection type: ?Rp 1/4″

Power consumption: 20 VA

Dust and moisture protection class: IP 65

Solenoid valves V1 and V2: Class A

Weight: 0.7 kg

Dimensions: 6.3×5.1×8.4 cm

Permissions

Brahma E11*25*1/4* A3C 13330301 compact gas units comply with the European standard DIN EN 264.

Installation

• The installation is carried out in accordance with national and European standards, such as EN 60335-1, on electrical safety.
• Ensure the connection of the Brahma E11*25*1/4* A3C 13330301 gas valve body with ground during installation for adequate protection against electric shock, according to EN 60335-1.
• Install the valve so that the arrow on its body coincides with the flow direction.
• When installing the Brahma E11*25*1/4* A3C 13330301 gas control block on the pipeline, avoid dislodging the protective shell and always use an appropriately sized hex wrench.
• Make sure that no foreign objects have entered the valve.
• Connect the filter to the valve inlet, where the cell size of the filter element does not exceed 0.5 mm.
• Check the reliability of the grounding.
• Ensure that the pressure at the valve inlet does not exceed the pressure indicated on the valve itself.

Checking at startup

Check the Brahma E11*25*1/4* A3C 13330301 gas solenoid valve at the first start, after repair or long downtime of the system. In particular, check the tightness of the pipeline connection and the valve inlet, check the opening and closing according to the signals coming to the valve coil.