Reliance 7bar Temperature and Pressure Relief Valve With Male BSP 1/2 in BSP Male Connection
Documentos Técnicos
Especificações
Connection
1/2 in BSP Male
Maximum Set Pressure
7bar
Maximum Temperature
+95°C
For Use With
Hot Water
Connection Gender
Male
Thread Size
1/4in
Thread Standard or Connection Type
BSP
País de Origem
United States
Detalhes do produto
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
Approvals
WRAS
Informações de estoque temporariamente indisponíveis.
Verifique novamente mais tarde.
R$ 2.051,14
R$ 2.051,14 Each (Sem VAT)
1
R$ 2.051,14
R$ 2.051,14 Each (Sem VAT)
1
Comprar em grandes quantidades
| Quantidade | Preço unitário |
|---|---|
| 1 - 4 | R$ 2.051,14 |
| 5 - 9 | R$ 2.018,21 |
| 10+ | R$ 1.983,13 |
Documentos Técnicos
Especificações
Connection
1/2 in BSP Male
Maximum Set Pressure
7bar
Maximum Temperature
+95°C
For Use With
Hot Water
Connection Gender
Male
Thread Size
1/4in
Thread Standard or Connection Type
BSP
País de Origem
United States
Detalhes do produto
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
Approvals
WRAS