The Streamline 322MCS07V system is available Solahart's CSA2007 solar collectors to harvest the sun's heat and transfer it to the water. The high efficiency Australian designed CSA2007 Envelope collector with its sputtered selective surface copper absorber plate is suitable for use in lower solar gain areas.
Solar energy is transferred directly to the water as it is moved through the collectors by an electric circulator and the heated water is stored in the ground mounted MDV series tank. The electric boosted models are equipped with an in-tank element to ensure a supply of hot water during periods of poor or no solar gain. Alternatively the system can be installed as a preheater with an inline Solahart gas booster water heater.
- Stylish slimline design
- Minimum visual impact
- Can cut water heating energy use by up to 85%^
- Choice of collectors to suit high to low solar gain areas
* The suggested price is comprised of RRP less the applicable solar incentive and excluding installation. Solar incentive value applies to 322MCS07V system in Zone 3.
^ Energy savings of up to 49% to 85% shown are based on Australian Government approved TRNSYS simulation modelling using a large load. Savings and incentives will vary depending upon your location, type of Solahart system installed, orientation and inclination of the solar collectors, type of water heater being replaced, hot water consumption and fuel tariff. Maximum financial savings off your hot water bill are achievable when replacing an electric water heater on continuous tariff.
† Solahart Warranty Details: 5/3/2 warranty; 5 year cylinder and collectors supply, 3 year parts, 2 year labour.
|Solar Storage Tank|
|Boost Capacity (Electric)||litres||170|
|Solar Controller Kit||PN 299284|
|Electric Boost Specifications|
|Heating Unit Type||Cooper sheath immersion element|
|Supply Voltage||240V 50hz|
|Recovery rate @ 240V and temperature rise of:|
|TPR Valve Setting||kPa||1000|
|Max. Supply Pressure|
|Min. Supply Pressure||kPa||200|
|Solar||DN15 compression fittings (solar hot and solar cold inlets to tank Rp3/4|
|Aperture (heating) area||m2||1.87|
|Absorber Surface||Blue Tinox sputtered selective|
|Riser Material||copper tube|
|Tray Material||extruded aluminium frame with 0.40mm Zincalume backing sheet|
|Insulation Material - Base||38mm glass wool blanket|
|Glass||3.2mm tempered low iron glass|
|Collector Installation||No. of Collectors|
|Roof Area Dimensions||2||3||4|
|Solar Kits - CSA2007 Collectors|
|Collector Kit (PN 12103016)||1||1||N/A|
|Collector Add on Kit (PN 12103017)||0||1||N/A|
How Split System Solar Water Heaters Work
With open circuit split systems the water is circulated from the tank at ground level through the solar collectors by an electric pump called a 'circulator'. Cooler water is circulated in a continuous cycle from the bottom of the tank and through the solar collectors where it absorbs the heat extracted from the sun before being returned to the tank. A control unit on the water heater regulates the circulator. When the controller senses an 8°C differential in temperature between the top of the solar collectors and the bottom of the tank, the circulator is activated until the temperature differential falls to 2°C. This ensures the optimum use of the sun's free energy.
The Solahart 322MCS07V split solar water heater is designed to be installed as an electric boosted solar water heater with its booster heating unit connected to a power supply, however it may be installed with an in-series continuous flow or storage booster. If installed with an in-series booster, then the electric booster heating unit will not be connected to a power supply.
As the sun heats the water in the solar collectors, the increase in temperature activates the circulator. The circulator switches on whenever the water in the solar collectors is hotter than the water in the solar storage tank. The circulator moves the hotter water from the solar collectors through the solar hot pipe to the solar storage tank and the cooler water from the solar storage tank is circulated to the solar collectors via the solar cold pipe to be heated by the sun’s energy.
This process continues whilst solar energy is available and the water in the solar storage tank requires heating. The circulator will deactivate when the water temperature in the solar storage tank is around 70°C to 75°C. The water heater will then enter Over-temperature operation.
During normal operation if the amount of solar energy available reduces, such as when the sky becomes very cloudy or the sun becomes lower in the sky in the late afternoon, and the water no longer gains usable heat from the solar collectors, the circulator will deactivate. The water heater will then enter standby mode.
The purpose of Freeze Protection operation is to prevent freezing of water in the solar collectors and solar pipe work in very cold conditions. The water in the solar collectors will cool during periods of no solar gain. In very cold conditions, such as overnight and very early in the morning before sunrise, the water temperature can approach freezing point.
If the hot sensor measures that the water temperature in the solar collectors is approaching freezing, the circulator will activate. Water from the solar storage tank, containing more energy than the water in the solar collectors, will circulate through the solar collectors keeping the water temperature above freezing point. The circulator will remain on for some minutes and until the hot sensor measures a water temperature at a safe level above freezing. When both of these conditions are met, the circulator will deactivate. The water heater will then enter standby mode.
Why Solahart Solar Hot Water Systems: Download
Solahart In-Line Gas Booster Brochure: Download
Solahart Split Solar Hot Water System Owner's Guide and Installation Manual: Download
Solahart In-line Gas Booster Owner's Guide and Installation Manual: Download
Solar Incentive Forms
Small-scale Technology Certificate Assignment Form: Download