The controllable electric solution
Ultilizing renewble energy sources such as solar, air and ground source
heat pumps.
| Technical Information | 210 |
|---|---|
| Total Capacity | 210 litres |
| Dedicated solar volume capacity | 118.9 litres |
| Heated by direct power volume | 81.1 litres |
| Weight empty | 44kg |
| Weight full | 244kg |
| Coil rating | 20.5 kW |
| Coil surface area | 0.75 M2 |
| Reheat time (Delta T=60°c) | 38 minutes |
| Power | 9 kW |
| Voltage | 240 V |
| Maximum temperature | 70°c |
| Heat loss at 60°c in 24h | 1.23 kWh |
| Titanium heater length | 40cm |
- Unvented Cylinder
- Tri-Core heater
- Thermal cut out Stat
- Combination valve
- Unvented Control Kit
- Smart Controller
- Heating filling loop
- Motorised valve
- Mains Isolator including RCD & MCB
- Thermostatic mixing valve
- 8 litre complete sealed system kit for heating
- Isolating valves 22mm x 2
- Central heating pump and valves
- Tundish
- Filling Loop
Electrastream Plus
The Electrastream Plus system is supplied with a cold water storage. The accumulator has an internal controlled butyl diaphragm, incoming cold water is stored within this diaphragm at mains pressure. The air space between the diaphragm and the accumulator case is pressurised, this balances the supply and maintains pressure to the unvented hot water cylinder and cold outlets.
When hot and cold water outlets are turned on, the stored water from the accumulator supplements water from the incoming main, this results in consistent pressure and flow to all taps, showers and baths even when outlets are used simultaneously. Pressure will be sustained for as long as the accumulator is holding sufficient volume of water.
Standard Assessment Procedure (SAP)
- Heating system is direct-acting electric boiler
- Heating controls as specified for the dwelling
- DHW by electrastream immersion
- The dedicated solar volume for the 210 is 118.9 litres
- The direct heated volume for the electrastream 210 is 81.1 litres
- Cylinder loss rate according to measures value for the product
Twin Coil Technical Information Chart
| 210 | |
|---|---|
| Dedicated Solar Volumes | 118.9 |
| Direct Power Reheat Time | Reheat time to 60 degrees = 38 minutes |
| Heat Loss | 1.23 Kwh in 24 hours @ 60 degrees |
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