Reliance 10bar Temperature and Pressure Relief Valve With Male BSP 1/2 in BSP Male Connection
- RS Stock No.:
- 794-8457
- Mfr. Part No.:
- PTEM550755
- Brand:
- Reliance Water Controls
Currently unavailable
We don’t know if this item will be back in stock, it is being discontinued by the manufacturer.
- RS Stock No.:
- 794-8457
- Mfr. Part No.:
- PTEM550755
- Brand:
- Reliance Water Controls
Specifications
Technical Reference
Legislation and Compliance
Product Details
Find similar products by selecting one or more attributes.
Select all | Attribute | Value |
|---|---|---|
| Brand | Reliance Water Controls | |
| Connection | 1/2 in BSP Male | |
| Maximum Set Pressure | 10bar | |
| Maximum Temperature | +95°C | |
| For Use With | Hot Water | |
| Connection Gender | Male | |
| Thread Size | 1/4in | |
| Thread Standard or Connection Type | BSP | |
Select all | ||
|---|---|---|
Brand Reliance Water Controls | ||
Connection 1/2 in BSP Male | ||
Maximum Set Pressure 10bar | ||
Maximum Temperature +95°C | ||
For Use With Hot Water | ||
Connection Gender Male | ||
Thread Size 1/4in | ||
Thread Standard or Connection Type BSP | ||
RoHS Status: Not Applicable
- COO (Country of Origin):
- US
Full Cartridge Pressure and Temperature Relief Valve
All Reliance pressure vessels are supplied with a replaceable membrane, which separates the water and air, to prevent contamination of the water system, corrosion of the pressure vessel or pressure loss in the water system.
Typically pressure vessels are used in pumped systems. When the pump starts, the pressure inside the vessel begins to increase. Once the vessel is full and the pump has reached its high pressure setting it will switch off. When water is then drawn off from the system the air pressure surrounding the membrane will force the water out of the pressure vessel and into the system. Once the membrane is fully deflated and the system has reached its minimum pressure, the pump will start on its low pressure setting and will begin the cycle again.
The purpose of this system is to prevent constant cycling of the pump and continuous running when the system is being used
Typically pressure vessels are used in pumped systems. When the pump starts, the pressure inside the vessel begins to increase. Once the vessel is full and the pump has reached its high pressure setting it will switch off. When water is then drawn off from the system the air pressure surrounding the membrane will force the water out of the pressure vessel and into the system. Once the membrane is fully deflated and the system has reached its minimum pressure, the pump will start on its low pressure setting and will begin the cycle again.
The purpose of this system is to prevent constant cycling of the pump and continuous running when the system is being used
Protect against temperature rising above 95ﾟC
Prevent over pressurisation
Twist toop cartridge design for easy servicing
Range of different pressure settings and different probe lenghts
Prevent over pressurisation
Twist toop cartridge design for easy servicing
Range of different pressure settings and different probe lenghts
Note
Approvals
WRAS
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