100 LPD FPC V-Guard Non Pressure Solar Water Heater
|You Save:||₹ 6,059 (19%)|
|Inclusive of all taxes|
Delivery to pincode 560037 - Bangalore Karnataka is available.
|Capacity:||100 LPD / 100 Litre|
|Inner Tank Material||SS 304-L (Stainless Steel)|
|Maximum Water Hardness||200 ppm|
|Minimum Height of Overhead Tank from roof||1.575 meter|
|No. Of Utility Points||2|
|Outer Tank Material||Pre-Coated GI (Galvanized Iron)|
|Pressure||Non Pressure Application|
|Space Required||2.587 x 1.172 meter|
|System Height from roof||1.425 meter|
|Type :||Flat Plate Collector (FPC)|
Bring home comfort with a V-Guard 100 LPD FPC Solar Water Heater. It comes with a long life heating element that delivers superior performance and extended durability for many years. This 100 Liter V-Guard Water Heater keeps your power bill and heating status optimized. Its sleek aesthetic looks will add to your Kitchen and bathroom decor. This heater is perfect to provide you with hot water anytime of the day when you need it promptly. Multiple safety system of this water heater ensures a safe operation. V-Guard Water Heater comes with an outer cover made of rust proof. V-Guard solar water heater is available in different capacities: 100 L, 150 L, 200L, 300L, and 500L.
V-Guard Solar Water Heater Working Principle
Solar water heater is a device used to heat water by trapping sunlight in it. It consists of an insulated box that is painted black from inside. The copper pipes or tubes are fitted in this box in the form of a coil. The copper's pipes painted black from outside. The box is covered with a glass lid to prevent the loss of sunlight or heat due to convection and radiation. The ends of the tubes are connected to the storage tank. The cold water enters the storage tank from the bottom and flows into the tubes. The sun rays fall on the heating system and get trapped inside the box. As a result water inside the tubes starts getting heat up and becomes lighter. The heavier cold water from a storage tank which is at relatively lower temperature flows down into the tubes. And the hot water that is lighter flows into the storage tank. The circulation of water continues. The process by which the water gets heated is called a thermal siphon effect thus we get hot water by trapping solar energy. The solar energy is renewable, non-polluting and abundantly available.