Heat Pump Commercial
Uses heat from the air to heat water and saves energy as much as 60-80%, when compared to oil fired boilers or electric water heaters. It is ideal for commercial applications like in hotels, hospitals, spas, hostels etc. where hot water is needed in large volumes. This range saves on operating costs by tapping into the heat in the air in a safe and affordable way. You can satisfy your customers while saving on your energy bills.
APPLICATIONS
Heat pump water heaters are highly energy efficient as most of the energy for heating comes from the external environment, and only a fraction comes from electricity. Thus for 1kW electricity consumed the heat transferred will be 4kW. The amount of electrical energy needed to heat water is greatly reduced compared to a conventional electric water heater in which, for 1kW electricity consumed the heat transferred is only 1kW. Thus in heat pump water heaters the coefficient of performance (ratio of output power to input power) can be as high as 4.
HOW DOES A HEAT PUMP WORK
- Major components of a heat pump water heater include a compressor, a refrigerant, two heat exchangers (a condenser and an evaporator) and an expansion valve.
- The operation begins with air being forced through an evaporator which contains a liquid refrigerant, with the help of a fan.
- This refrigerant evaporates to a gas and extracts heat from the ambient air.
- The warm gaseous refrigerant then passes through the compressor, which increases its pressure and it becomes a hot gas.
- This hot gas enters a heat exchanger (condenser) and transfers its heat to the water inside a storage tank.
- The refrigerant cools down in the condenser and becomes a warm liquid.
- It then passes through an expansion valve and becomes a cool liquid and enters the evaporator again.
- The cycle is then repeated in this manner.
- Thus heat absorbed from the air is transferred to the water and the heating continues till the desired temperature is reached.
KEY FEATURES
Eco-friendly technology - using eco-friendly refrigerant.
Intelligent digital controller for precise control and easy operation.
Wide temperature range operation, from -10ºC to 43ºC. Can work at night as well as on cloudy or rainy days just like on sunny days
Can be scaled to meet any requirement of hot water - 500 L & above.
Rugged and reliable Scroll compressor with high efficiency heat exchanger - reliable and durable.
High energy efficiency - COP of 4.2.
Easy to install. Just need to connect the pipelines and electrical connections.
Occupies very little space and can be installed on the terrace or roof.
Heat input as low as 2.86 kW; delivers heat output up to 12 kW (for VCHX10i model).
Long life and corrosion-resistant cabinet to withstand severe climates.
Features
Eco-friendly Refrigerant:
Eco friendly technology as an Eco friendly refrigerant is used.
Higher requirements
of hot water:
Can be scaled to meet any requirement of hot water - 500 L & above.
Low operating cost - more savings:
Heat input as low as 2.86 kW; delivers heat output up to 12 kW (for VCHX10i model).- More Savings.
Condensor:
The hot gas enters a heat exchanger (condenser) and transfers its heat to the water inside a storage tank.
Evaporator:
Wide temperature range operation, from -10ºC to 43ºC. Can work at night as well as on cloudy or rainy days just like on sunny days.
Intelligent Electronic
controller:
Intelligent digital controller for precise control and easy operation.
Expansion valve:
The expansion valve is an important component in the Heat pump water heater operation.
Compressor - heart of the heat pump:
Rugged and reliable Scroll compressor with high efficiency heat exchanger - reliable and durable.
Circulation Pump:
The circulation pump circulates hot water from the storage tank to the heat pump to enable heat transfer.
High Energy Efficiency - cop of 4.2
Utilizes as low as 0.83 / 1.19 / 1.79 kW input; delivers heat output up to 3.5 / 5.0 / 7.5 kW COP of 4.2
Specification
Model :
Heating Capacity:
Heating Capacity:
COP
Rated Hot Water Output Inlet Water Temp.15°C:
Rated Hot Water Output Inlet Water Temp.20°C:
Rated Hot Water Output Inlet Water Temp.25°C:
Rated Hot Water Output Inlet Water Temp.30°C:
Rated Power Input:
Rated Input Current :
Power Supply:
Rated Output Water Temperature :
Maximum Output Water Temperature:
Ambient Temperature Range:
Fan Type:
Fan Direction:
Heat exchanger:
Noice Level:
Compressor:
Cabinet:
Refrigerent:
Product size (A x B x C):
Net weight:
Gross weight:
Pipeline dia:
Hot Water Storage Tank:
Guarantee:
-
KW
BTU/h
-
L/h
KW
A
V/Ph/Hz
°C
°C
°C
-
-
-
DBA
-
-
-
mm
Kg
Kg
-
-
-
VCHX10i
12.0
40900
4.2
260
295
345
415
2.8
13.0
220-240V/1PH/50Hz
55
60
(-10°C 43°C)
Low Noice Axial Fan
Vertical Discharge
Tube in Tube
<54dB(A)
Scroll°1
Powder Coated
R410A
715 x 715 x 830
90
100
1inch
Available in 500 L, 1000 L, 1500 L, 2000 L and above (Pressure & Non-pressure models)
1 year
VCH 20i
19.3
65850
4.2
415
475
555
665
4.5
7.41
400 440V/3PH/5Hz
55
60
(-10°C 43°C)
Low Noice Axial Fan
Vertical Discharge
Tube in Tube
<54dB(A)
Scroll°1
Powder Coated
R407C
810 x 810 x 1060
140
160
1inch
Available in 500 L, 1000 L, 1500 L, 2000 L and above (Pressure & Non-pressure models)
1 year
*Higher capacity models - 35 kW, 45 kW, etc. available on demand
* Testing condition - Heating: Ambient temp. (DB/WB): 20°C/15°C, water temp. (input/output): 15°C/55°C.
* Specifications subject to change without prior notice
Installation
.png)
TESTIMONIALS
