UNLOADER Regulating Valve H284 G 3/8 F M - 280 BAR - ZKH284 - XS75220230
UNLOADER Regulating Valve H284 G 3/8 F M with plastic KNOB - 280 BAR - 41 LPM
| SKU | XS75220230 |
|---|---|
| Manufacturer SKU | ZKH284000 |
| Thread tipe | FM |
| Thread | 3/8" - 3/8" |
| Connections | IN G3/8" F - OUT G3/8" M |
| Bypass | G 3/8" F |
| Rated Pressure | 280 BAR - 28 MPa - 4050 psi |
| Rated Flow Rate | 41 l/min - 10.8 USGpm |
| Rated Temperature | 85°C - 185 °F |
| Pressure type category | High pressure |
| Material | Brass |
| Plastic knob (P.Regulators) | Yes |
| Manufacturer/Brand | Interpump |
| Made in | Italy |
UNLOADER Regulating Valve H284 G 3/8 F M with plastic KNOB - 280 BAR - 41 LPM
The H284 Unloader Valve is a reliable and durable pressure control valve designed for high-performance pressure washing systems. Rated for a maximum pressure of 280 BAR and a flow rate of 41 LPM, this unloader valve is suitable for demanding applications requiring precision and reliability. Built with brass and steel construction, it ensures durability and long-lasting performance, even under harsh conditions.
The trapped pressure valve design helps regulate pressure efficiently, while the regulator knob allow for easy adjustments. The 3/8" G (BSPP) F inlet, outlet, and bypass ports provide compatibility with a variety of setups. With a temperature rating of up to 90°C*, the H284 Unloader is capable of handling high-temperature water applications effectively.
* The valve is designed for continuous use at 90°C (194°F).
Key Features:
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Pressure Rating: Up to 280 Bar for demanding applications.
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Flow Rate: Maximum flow of 41 Lpm.
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Temperature Resistance: Handles water temperatures up to 90°C*.
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Durable Build: Brass and steel construction for long-term durability.
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Adjustable Design: Plastic regulator knob for precise control.
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Connections: 3/8" G (BSPP) F inlet, outlet, and bypass ports for compatibility.
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No Gauge Port: Streamlined design without a gauge port.
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Made in Italy: engineered for excellence, unmatched quality and guaranteed reliability.