China High Quality Solar Controller Manual Factory – Safety Solar Working Station for Split Type Solar Water Heater Systems – solarshine

The major functions of the station:

Supply water tank overheating protection for the solar water heater system, emergent stop of system overheating, temperature difference circulation.

It can automatic adjust the flow rate, display the time and system pressure. And supply the frost protection for solar water collectors and pipelines.

Perfect for solar water heater applications. The 1″ inlet/ outlets provide less restriction in flow of the fluids when passing.

Work station FSP-SP106 for solar water heater is suitable for basic closed loop solar water heater system. It includes:

• Wilo pump model Star RS15/ 6, assembly with pipes, fittings and gauge.

• 2 Gallon expansion tank.

• Controller, display unit and temperature sensors.

Please be aware that some adapting may need to be done due to the threads. The pump is rated with a max lifting height is 5.4 meters (about 17 feet).

However, if you can bleed out all of the air in your system and apply a bit of pressure to the fluid, this pump can handle much higher heights when used in closed loop.

The maximum height in closed loop is unknown but can be approx 10 meters (32 feet) with plenty of head from many elbows and turns in the system and get good flow once the fluid is under some pressure (basically, no air pockets).

This heavy duty variable speed solar water heater pump is a must have. It operates very quietly circulating your fluids from the separated solar water heater to your storage tank.

The 115v AC input voltage matches the output voltage provided from the controller for the system. Variable speeds allow you to control how fast this pump pushes your hot fluids.

If there is a need for more pressure to push through extra piping, higher speeds will do the trick. All metal casing. This pump can handle very high temperatures.

Perfect for solar water heater applications. The 1″ inlet/outlets provide less restriction in flow of the fluids when passing