SKU: 13151201, 246.322.086
Price on request
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The E7/B*AFD 13151201 valves are designed for light liquid fuels. These magnetic valves E7/B*AFD 13151201, normally closed type, have a fast response and are used in both domestic and industrial installations, operating on both direct and alternating current.
The E7/B*AFD 13151201 oil valves are available in various versions, which simplifies assembly and eliminates the need for a large number of connecting parts, thereby increasing the reliability of the design.
Technical data:
– Supply voltage: 230 V / 50 Hz
– Working pressure: 0-20 bar (nozzle ø1.5 mm)
– Ambient temperature: 0 – 60 °C
– Maximum fuel temperature: 80 °C
– Opening and closing time: <= 1 sec
– Power Consumption: 11 VA
– Consumption: 0.055 m3/h
– Weight: 230 g
– Installation position: any
– Body: brass
– Input: G1/4”M
– Output: G1/4”M
– Winding type: alternating current
– Connection: quick-release connection for DIN 43650-IP 65
Installation:
- The installation is carried out in accordance with national and European standards (e.g. EN 60335-1) for electrical safety.
- The installation must ensure that the Brahma E7/B*AFD 13151201 solenoid valve body is connected to the ground to provide adequate protection against electric shock (EN 60335-1).
- Install the Brahma E7/B*AFD 13151201 magnetic valve body so that the arrow on the valve body coincides with the flow direction.
- When installing the Brahma E7/B*AFD 13151201 oil valve 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 Brahma E7/B*AFD 13151201 oil valve.
- Connect the filter to the valve inlet (the cell size of the filter element should not exceed 0.5 mm).
- Check the reliability of the grounding.
- Make sure that the pressure at the valve inlet does not exceed the pressure indicated on the valve.
Checking at startup:
- Check the Brahma E7/B*AFD 13151201 solenoid valve at the first start, after repair or long system downtime.
- In particular, check the tightness of the pipeline connection and the valve inlet, check the opening and closing in accordance with the signals coming to the valve coil.
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