Section Code 1350 :
Back To Directory SectionsRange of indirect heat interface units with copper brazed stainless-steel heat exchangers, providing heating and instantaneous hot water. The products incorporate an expansion vessel on the cold-water supply to the plate heat exchanger and a safety relief valve on the space heating circuit set @ 3.0 bar. The domestic hot water and space heating circuit are both fitted with drain valves incorporating cover caps. Maximum working pressures: Domestic hot water 10.0 bar. Space Heating 2.5 bar. District Heating 3.0 bar. Maximum operating temperature 85˚C.
Range of stainless-steel heat exchangers. Maximum working pressure of primary Circuit 3.0 bar. Maximum working pressure of secondary Circuit 10.0 bar. Maximum operating temperature 80˚C
Electronically controlled heat interface units (HIU) with twin stainless-steel plate heat exchangers providing space heating and instantaneous hot water. The cold inlet supply to the plate heat exchanger incorporates an isolation valve and a water hammer arrestor. The space heating circuit incorporates an expansion vessel and a pressure relief valve (set at 3.0 bar). The product is supplied with a filling loop assembly consisting of an elbow shaped copper pipe, isolation valve and double check valve assembly (suitable for backflow protection against fluid category 3) which incorporates an isolation valve. The cold mains inlet and the domestic hot water outlet each incorporate a brass bodied spherical valve with a butterfly handle. Maximum working pressures and operating temperatures: Primary: 16.0 bar and 90˚C. Domestic hot water (DHW): 10 bar and 65˚C. Secondary (space heating): 2.5 bar and 85˚C.
Range of RINNAI continuous flow water heaters with stainless steel plate heat exchangers providing heating and instantaneous hot water .The hot water is generated via a plate heat exchanger. Also supplied is a drain valve and a flow sensing device. Maximum working pressure - 10 bar Maximum working pressure - 85˚C
Shower waste water heat recovery unit, consisting of a PVC-U waste pipe with an internal copper tube which provides a double wall separation between the waste water and cold mains supply. Maximum working pressure 10.0 bar. Maximum operating temperature 30°C.
Electronically controlled heat interface units (HIU) with twin stainless-steel plate heat exchangers providing space heating and instantaneous hot water. The cold inlet supply to the plate heat exchanger incorporates an isolation valve and a water hammer arrestor. The space heating circuit incorporates an expansion vessel and a pressure relief valve (set at 3.0 bar). The product is supplied with a filling loop assembly consisting of an elbow shaped copper pipe, isolation valve and double check valve assembly (suitable for backflow protection against fluid category 3) which incorporates an isolation valve. The cold mains inlet and the domestic hot water outlet each incorporate a brass bodied spherical valve with a butterfly handle. Maximum working pressures and operating temperatures: Primary: 16.0 bar and 90˚C. Domestic hot water (DHW): 10 bar and 65˚C. Secondary (space heating): 2.5 bar and 85˚C.
Range of waste water heat recovery systems incorporating a twin wall copper coil (7773414 models) or stainless steel (7771332 models). Maximum working pressure 10.0 bar. Cold water use only.
Electronically controlled heat interface units (HIU) with twin stainless-steel plate heat exchangers providing space heating and instantaneous hot water. The cold inlet supply to the plate heat exchanger incorporates an isolation valve and a water hammer arrestor. The space heating circuit incorporates an expansion vessel and a pressure relief valve (set at 3.0 bar). The product is supplied with a filling loop assembly consisting of an elbow shaped copper pipe, isolation valve and double check valve assembly (suitable for backflow protection against fluid category 3) which incorporates an isolation valve. The cold mains inlet and the domestic hot water outlet each incorporate a brass bodied spherical valve with a butterfly handle. Maximum working pressures and operating temperatures: Primary: 16.0 bar and 90˚C. Domestic hot water (DHW): 10 bar and 65˚C. Secondary (space heating): 2.5 bar and 85˚C.
Copper heat transformer. Maximum working pressure 11.0 bar. Maximum operating temperature 95°C.
Range of domestic hot water units incorporating instantaneous or semi-instantaneous plate heat exchanger assemblies. The product incorporates a motorised control valve, managed primary and secondary pumps (see model), and a drain valve on both circuits. Maximum working pressures: 10.0 bar primary, 9.5 bar secondary. Maximum operating temperatures: 110°C primary, 85°C secondary.
Range of wastewater heat recovery systems incorporating stainless steel corrugated pipe. Maximum working pressure 16.0 bar. Cold water use only.
Range of wastewater heat recovery systems incorporating stainless steel corrugated pipe. Maximum working pressure 16.0 bar. Cold water use only.
Range of outdoor air to water heat exchanger units incorporating a pump, drain valve and isolation valve. Maximum working pressure 5.0 bar. Maximum operating temperature 90°C
Copper brazed micro plate heat exchanger with copper and stainless-steel (316/1.4401) plates. Maximum working pressure 25.0 Bar. Maximum operating temperature 100°C
Range of stainless-steel plate heat exchangers with EPDM gaskets. The primary circuit, (excluding the E2 prefix models), incorporates a drain valve and a pump (excluding STP prefix models including an ‘N’ as the 14th figure). Operating parameters: Maximum working pressure of the secondary circuit: 6.0 bar or 10.0 bar (see model). Maximum working pressure of the primary circuit: E4 models: 6.0 bar. C3, E3, E2, i2: 10.0 bar. Models added February 2023 – Econoplate STP3, STC3, STP2, STC2 & STP4: 10.0 bar. Maximum operating temperature: Primary 140°C & Secondary 85°C.
Domestic hot water heat recovery unit incorporating a stainless-steel plate heat exchanger and cylinder. Maximum working pressure 3.0 bar. Maximum operating temperature 60°C.
Range of plate heat exchanger with stainless steel bodies. Maximum working pressure10 bar. Maximum operating temperature 100°C.
‘POD’ range of indirect and direct heat interface units providing space heating and instantaneous hot water. The heat transfer is generated via plate heat exchangers. The domestic hot water (DHW) circuit incorporates an adjustable temperature mixing valve. The indirect models incorporate an expansion vessel (on the CW inlet of the DHW circuit) and a pressure relief valve set at 3.0 bar (on the space heating circuit). The indirect models only are supplied with a temporary filling loop, which comprises of a stainless steel braided EPDM lined flexible hose assembly and a lever operated spherical valve for connection to the primary circuit. The angled cold water inlet incorporates an isolation valve and a branch to connect to the filling loop, which includes a double check valve assembly (verified by test, suitable for backflow protection against Fluid Category 3). Maximum working pressure for indirect units: Primary circuit: 16.0 bar. Space heating: 2.5 bar. Secondary circuit (DHW): 10.0 bar. Maximum working pressure for direct units: Primary circuit: 10.0 bar. Space heating: 10.0 bar. Secondary circuit (DHW): 10.0 bar. Maximum operating temperature for domestic hot water 65°C. Maximum operating temperature for central heating and primary circuit 85°C.
Range of stainless-steel plate heat exchangers. Maximum operating pressures - primary circuit: 3.0 bar, secondary circuit (DHW): 10.0.bar. Maximum working temperature 80°C.
Range of heat exchangers connected to copper waste pipe, Where the waste is discharged down a “rotator” into a copper waste pipe, and potable water is returned to the shower/heating device via a copper double walled jacket around the copper waste pipe. Maximum working pressure 8.0 bar. Maximum operating temperature 60°C
Page 2 of 3
We use cookies to give you the best possible experience with WRAS. Some are essential to provide website functions and ensure the website is secure. We also use cookies to help us understand how people use the site and to make improvements. Click "Accept All" to enable recommended settings or click "Manage cookies" to adjust your settings. For more details, see our Cookie Policy.
