Modular design, more flexible installation
Unit modules of different capacity specifications can be freely combined, and a maximum of 16 units can be connected in parallel, with strong compatibility and scalability. According to the site characteristics of the installation site, the user can choose a variety of combination connection methods to realize the parallel use of 1-16 modules, and the maximum cooling capacity is as high as 2080kW, fully meeting different needs. The air source module units of the same system are started in stages and run in a balanced manner, reducing the impact of the starting current of the units on the power grid.
Modular rotation work
According to the load conditions of the system, the unit rotates the module units that are turned on first, and distributes the running time of each module unit in a balanced manner, which greatly improves the reliability and service life of the unit.
Building intelligent control to improve management reliability
Modbus is an open protocol that is widely used, especially in BMS building control systems. The unit can be connected to the BMS system through the Modbus protocol to realize remote control of multiple air cooling and heat pump modules.
Panasonic compressor: "Small size" "Big horsepower"!
Relying on the mature technology of B series. More optimized motor design.
Excellent vibration and noise characteristics.
High reliability bearings, increased oil pool volume.
Multiple protection functions
To ensure the safe operation of the system, a modular structure is adopted, and the units are started in stages to reduce the impact of the starting current of the units on the power grid. The unit is equipped with high and low pressure switches, antifreeze protection devices, water flow switches, overload protection devices, power supply phase sequence protection devices, etc., and is equipped with an operation control device. When a fault occurs, the controller will automatically alarm in real time.
Wifi function for option
Control your heat pump in your smartphone anywhere, anytime.
High precision electronic expansion valve
High precision electronic expansion valve: use electronic expansion valve for controlling, reach 500 steps adjustment, adjust super heat degrees accurately, achieve high efficiency operation system.
Gas-liquid separator
A large gas-liquid separator is used to prevent liquid from entering the compressor under low temperature conditions, ensuring more reliable system operation
Water side heat exchanger
High-efficiency shell & coil heat exchanger with both cooling and heating is adopted, with water in the tube and fluorine outside the tube. High heat exchange efficiency, small size, excellent water quality, strong antifreeze ability, stable and reliable.
Electric control
The electric control adopts famous and high-quality components, and the quality is guaranteed; at the same time, the electric control box is set on the front, which is quick to install and easy to maintain.
Company Profile
AirValley is a heat pump manufacturer focusing on OEM and ODM. We have excellent R&D engineers and cooperate with excellent components manufacturers to provide customers with cost-effective products, and can provide customized services according to customer requirements.
All of our current sales and R&D engineers have worked in the heat pump industry for more
than 10 years, and we can provide professional and timely products and services. We have set up a professional 15HP heat pump laboratory, and at the same time have strategic cooperation with Dan-foss China. All DC Inverter commercial units have been tested for a long time in Dan-foss local laboratory to ensure the product's ultra-high performance and strong stability.
We look forward to working with you!
Our Advantages
Advanced Production Line
Work flow chart
The cooperation of Dan-foss & AirValley
The commercial DC Inverter heat pump were supported by Dan-foss, the heart of heat pump - Compressor comes from Dan-foss, and the
economizer of EVI system comes from Dan-foss too, Not only that, Dan-foss help AirValley to test commercial DC Inverter heat pumps in Dan-foss
laboratory.
Advanced Laboratory
-35ºC 15HP heat pump performance laboratory Dan-foss laboratory in Haiyan China
Ultra-low temperature laboratory, Dan-foss Enthalpy difference laboratory,
Dan-foss data monitoring center, long-term operation laboratory.
Testing temperature from -40ºC ~55ºC
Maximum heat pump can be tested up to 300kW
Product Parameters
| WS80 Series High Temperature Water Source Heat Pump Water Heater |
| Model |
WRS-8IG |
WRS-14IG |
WRS-8IIG |
WRS-14IIG |
WRS-19IIG |
WRS-28IIG |
WRS-40IIG |
WRS-50IIG |
WRS-65IIG |
WRS-85IIG |
WRS-100IIG |
WRS-130IIG |
| Rated heating capacity |
KW |
8.5 |
14 |
8.5 |
14 |
19 |
28 |
40 |
50 |
66 |
84 |
100 |
132 |
| Rated power |
KW |
1.91 |
3.10 |
1.90 |
3.07 |
4.21 |
6.19 |
8.97 |
11.29 |
14.83 |
18.96 |
22.42 |
29.86 |
| Rated current |
A |
8.36 |
13.61 |
3.57 |
5.77 |
7.92 |
11.65 |
16.86 |
21.22 |
27.88 |
35.65 |
42.15 |
56.14 |
| Maximum power |
KW |
2.44 |
3.97 |
2.43 |
3.93 |
5.39 |
7.93 |
11.48 |
14.45 |
18.98 |
24.27 |
28.70 |
38.23 |
| Maximum current |
A |
11.35 |
18.48 |
4.60 |
7.43 |
10.19 |
14.99 |
21.70 |
27.30 |
35.88 |
45.87 |
54.24 |
72.25 |
| Performance coefficient |
COP |
4.46 |
4.51 |
4.47 |
4.56 |
4.51 |
4.52 |
4.46 |
4.43 |
4.45 |
4.43 |
4.46 |
4.42 |
| Rated hot water yields |
△t40 |
L/H |
183 |
301 |
183 |
301 |
409 |
602 |
860 |
1075 |
1419 |
1806 |
2150 |
2838 |
| △t60 |
L/H |
122 |
201 |
122 |
201 |
272 |
401 |
573 |
717 |
946 |
1204 |
1433 |
1892 |
| Setting water temperature |
ºC |
70ºC(default) 28-80ºC(adjustable) |
| Power supply |
1N 220V/50Hz |
3N 380V/50Hz |
| Compressor |
Type |
Rotary |
Hermetic scroll type |
| Quantity |
Unit |
1 |
1 |
1 |
1 |
1 |
2 |
2 |
2 |
2 |
3 |
3 |
4 |
| Start mode |
Direct(Soft start for option) |
| Application side heat exchanger |
Type |
Shell & tube heat exchanger
(Tube in tube heat exchanger or Plate type heat exchanger for option) |
Shell & tube heat exchanger |
| Water flow |
M3/h |
1.5 |
2.4 |
1.5 |
2.4 |
3.3 |
4.8 |
6.9 |
8.6 |
11.4 |
14.4 |
17.2 |
22.7 |
| Water pressure drop |
KPa |
≤50 |
≤50 |
≤50 |
≤50 |
≤50 |
≤50 |
≤60 |
≤60 |
≤70 |
≤70 |
≤70 |
≤70 |
| Pipe connection |
DN |
DN25 |
DN25 |
DN25 |
DN25 |
DN25 |
DN32 |
DN50 |
DN50 |
DN50 |
DN65 |
DN65 |
DN65 |
| Pipe type |
Inner thread |
Flange |
| Heat source side heat exchanger |
Type |
Shell & tube heat exchanger |
| Water flow |
M3/h |
1.1 |
1.9 |
1.1 |
1.9 |
2.5 |
3.8 |
5.4 |
6.7 |
8.8 |
11.3 |
13.4 |
17.7 |
| Water pressure drop |
KPa |
≤50 |
≤50 |
≤50 |
≤50 |
≤50 |
≤50 |
≤60 |
≤60 |
≤70 |
≤70 |
≤70 |
≤70 |
| Pipe size |
DN |
DN25 |
DN25 |
DN25 |
DN25 |
DN25 |
DN32 |
DN50 |
DN50 |
DN50 |
DN65 |
DN65 |
DN65 |
| Connection type |
Inner thread |
Flange |
| Protections |
1. High and low pressure protection, 2. Anti-freeze protection, 3. High temperature protection, 4. Overload protection, 5. Reverse of phase protection, Lack of phase protection, etc. |
| Refrigerant |
Type |
R134A |
| Quantity(KG) |
2.2 |
3.3 |
2.2 |
3.3 |
4.2 |
3.3x2 |
6.5x2 |
8x2 |
8.8x2 |
8.2x3 |
8.8x3 |
8.8x4 |
| Noise |
DB(A) |
≤53 |
≤55 |
≤55 |
≤55 |
≤58 |
≤58 |
≤62 |
≤65 |
≤65 |
≤70 |
≤75 |
≤75 |
| Net weight |
KG |
68 |
95 |
65 |
95 |
135 |
195 |
320 |
480 |
885 |
985 |
1180 |
1210 |
| Gross weight |
KG |
78 |
105 |
75 |
105 |
145 |
215 |
340 |
515 |
920 |
1020 |
1215 |
1245 |
| Unit dimensions |
MM |
956x556x680 |
1050x840x800 |
1650x1050x1200 |
2000x1100x1250 |
| Note: 1. Hot water heating standard condition: use side initial water temperature 15ºC, end water temperature 75ºC; heat source side water input temperature 15ºC. |
| 2. The above parameters are based on refrigerant R134A, for parameters based on other refrigerant please contact us. |
Q: What are the advantages of water source heat pumps?
-------------------------------------------------------------------- A: Water source heat pumps are low-grade thermal energy resources formed by using shallow surface water sources, such as solar energy, groundwater, rivers, and geothermal energy absorbed by lakes. Based on the heat pump principle, through a small amount of electrical energy input, the low-level thermal energy is converted into high-level thermal energy technology.
1. Water source heat pump is a renewable energy utilization technology.
2. High operating efficiency, low cost and energy saving.
The available water temperature of the water source heat pump unit in winter is 12-22, which is higher than the outdoor air temperature in winter, and the evaporation temperature and energy efficiency ratio of the heat pump cycle are improved. Compared with electric heating, a well-designed water source heat pump unit can reduce power consumption by more than 70%.
3. Stable and reliable operation
The temperature of water bodies is relatively stable all year round, especially groundwater, whose fluctuation range is much smaller than that of air, and is a good cold and heat source for heat pumps. Therefore, the operation of the heat pump unit is reliable and stable, and there is no problem such as defrosting of the air source heat pump in winter.
4. Significant environmental benefits
The water source heat pump unit has no pollution in operation and can be built in residents' homes without combustion, smoke exhaust, waste, no need to pile up fuel waste sites, and no need for long-distance heat transfer.
5. One machine with multiple functions, wide application range
The system can provide heating, cooling and domestic hot water. One machine with multiple functions, one system can replace two sets of boilers and air conditioners. Especially for buildings with both heating and cooling requirements, it has obvious advantages. It not only saves a lot of energy, but also reduces the initial investment of equipment.
6. Available water sources
In theory, water source heat pumps can utilize all water resources. In fact, in actual engineering, the cost of using different water resources is very different. Therefore, whether there are suitable water sources in different regions becomes the key to the application of water source heat pumps. The ability to find a suitable water source becomes the limiting condition for using water source heat pumps, and the water source requirements must meet certain temperature, water volume and cleanliness.
7. The geographical structure of the water layer
To use groundwater recharge, the geological structure must be considered to ensure that wells are drilled under economical and reasonable conditions, to find a suitable water source, and to realize recharge at the same time.
Water source heat pump technology is not only widely used in all kinds of civil buildings, public buildings, and other central air-conditioning systems that need cooling and heating to supply hot water for bathing, but also involves freezing, refrigeration and cooling process systems in the industrial field, becoming an energy-saving One of the important technologies for emission reduction.
Q: How to become a AirValley partner?
A: It's very simple, just place an order with us and you are our partner.
If you want to become our local agent, you need to reach a certain order volume and then sign an agency agreement with us. For agents, we have better terms of service. for example:
1.The best product price;
2.Priority production arrangements;
3.Rich product training;
4.First-hand new product consultation;
5.Free brochure design;
6.More timely email reply and so on.
Q: What is the delivery time?
A: Sample order 35~45 days after receiving deposit; Bulk order 25~40 days after receiving deposit.
Q: What is the warranty time?
A: We give two years warranty time after shipping time.
During the warranty time, we can supply free spare parts if any problem casued by AirValley.
Water to water heat pump, Geothermal heat pump, Air to water heat pump, Air source heat pump, Heat pump water heater, DC Inverter heat pump, Water source heat pump
){kind=link}