Solenoid Valve - G1/2 - 230V AC



Best current price£79.72from Tameson UK
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Burkert Solenoid Valve G1/2'' Nc Brass Nbr 0.5-10Bar/7-145Psi 24Vdc 6213 245231
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Best current price£79.72from Tameson UK
Shopping.co.uk recommended and popular offers
Burkert Solenoid Valve G1/2'' Nc Brass Nbr 0.5-10Bar/7-145Psi 24Vdc 6213 245231
Visit shop16 offers from £79.72 - £107.87
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This Bürkert 2/2-way solenoid valve (model 221609) is designed for automated control of neutral fluids, water, and hydraulic oil. It offers reliable operation without requiring a differential pressure, making it ideal for applications needing precise flow control. A key caveat is that the DIN connector is not included and must be ordered separately. Key features include a G 1/2 inch port, 230 V AC coil, normally closed (voltage = open) function, and a brass housing suitable for drinking water applications.
| Model Part Number | 221609 |
|---|---|
| Brand | Burkert |
This valve is suitable for neutral fluids, water, hydraulic oil, and oil without additives. It requires clean media and is not designed for aggressive chemicals, abrasive particles, or viscous liquids.
No, this is a semi-direct operating valve that functions without requiring a differential pressure. It will open when energized and close when de-energized across its entire operating pressure range (0-10 bar).
No, the DIN connector is not included and must be ordered separately. This allows users to select the appropriate connector for their specific installation needs.
The valve can operate with media temperatures ranging from -10°C to 80°C (14°F to 176°F).
It means that when the coil is not powered (de-energized), the valve remains shut. When the 230V AC coil receives power, the valve opens.
While the valve design can handle gases, it's primarily specified for fluids. For compressed air applications, ensure the specific air type and conditions are compatible with the NBR seals and operating parameters.
The Kv value is 1.9 m³/h. It represents the flow rate of water in cubic meters per hour that will pass through the valve with a pressure drop of 1 bar. It's an indicator of the valve's flow capacity.
Verify 230V AC power supply to the coil. Check for a properly seated and connected electrical connector. Ensure the media is within the specified temperature and pressure range. Confirm fluid is clean and compatible.
Check for debris or scale preventing the diaphragm from seating properly. Ensure the spring mechanism is not obstructed. Verify system pressure is not exceeding the valve's maximum rating.
Inspect and tighten fluid line connections. Check the integrity of the NBR seals; if damaged, the valve may require replacement. Ensure the valve is not subjected to pressures or temperatures outside its specifications.
While designed for damped closing, severe pressure fluctuations can still cause noise. Ensure the valve is correctly sized for the application. Check for other system components contributing to pressure surges.
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