Swimming Pool Heat Pump
New Times Swimming Pool Heat Pump applies titanium coil exchanger and heat pump technology which can move heat from the surroundings to the pool water. The use of R410A and R407C refrigerant makes the unit in perfect performance and more eco-friendly. New Times Swimming Pool Heat Pump is specially suitable for the following sites: Household swimming pool, commercial swimming pool.
Features
1. Tube in tube titanium heat exchanger/tube in shell
2. Scroll compressor
3. R407c refrigerant
4. Emerson thermal expansion valve
5. Intelligent defrosting
6. Compact structure
7. Easy installation & operation
8. Stable running, economic & durable
9. All range of capacity from 11 KW to 110KW
|
Model |
|
HLRD9-YC |
|
Heating Capacity |
KW |
13.5 |
|
COP |
|
4.33 |
|
Cooling Capacity |
KW |
8.8 |
|
EER |
|
2.67 |
|
MaxWaterOutlet Temperature |
° C |
45 |
|
Rated Input Power (Heating/Cooling) |
KW |
3.12/3.30 |
|
Rated Input Current (Heating/ Cooling) |
A |
14.5/15.3 |
|
MaxInputPower |
KW |
3.4 |
|
MaxInputCurrent |
A |
15.5 |
|
Power Supply |
Voltage/Hz/Ph |
220-240V/50Hz/1Ph |
|
Compressor Type |
|
Scroll |
|
Number of Compressors |
|
1 |
|
Heat Exchanger |
|
Tube in tube titanium heat exchanger/Titanium tube in PVC shell |
|
Throttling device |
|
Emersonthermal expansion valve |
|
Fan type |
|
Low noise high efficiency axial type |
|
Fan Direction |
|
Vertical |
|
Number of Fans |
|
1 |
|
Fan Air Flow Volume |
m 3 /h |
3900 |
|
Fan Power Input |
w |
180 |
|
Fan Rotation Speed |
RPM |
850 |
|
Ambient Temperature |
° C |
-10° C-43° C |
|
Refrigerant/Chare Qty |
KG |
R407C/1.5 |
|
Noise |
Db(A) |
≤ 54 |
|
Piping Diameter |
MM |
DN40 |
|
Cabinet |
|
Steel with powder coated |
|
Discharge Pressure |
Mpa |
2.5 |
|
Suction Pressure |
Mpa |
0.3-0.8 |
|
Rated Water Pressure |
Mpa |
0.2~0.6 |
|
Max Water-in Pressure |
Mpa |
1 |
|
Min Water-in Pressure |
Mpa |
/ |
|
Water Flow Volume |
m 3 /h |
2.52 |
|
Product Dimensions |
mm |
695/688/740 |
|
Shipping Size |
mm |
860/830/930 |
|
Net Weight |
kg |
90 |
|
Shipping Weight |
kg |
131 |
|
Certificates |
CE/CB/C-TICK/SAA |
|
Testing condition |
Heating working condition: Outdoor DB/WB temp = 24 ° C /19 ° C, 62.5%RH, inlet/outlet water temp = 26° C /28 ° C. Cooling working condition: Outdoor DB/WB temp = 35° C /24 ° C, 68%RH, inlet/outlet water temp = 30 ° C /28° C. |
Established in 1994, Dongguan New Times New Energy Science & Technology Co., Ltd. is one of the famous enterprises specializing in manufacturing air source heat pump water heater in Guangdong Province, China. With more than 20, 000 square meters manufacturing factory and 15 years of technology experiences of R&D, we have owned independent intellectual property right and more than 30 patented technologies.
Our main product lines, with annual output of 30, 000 sets, include household and commercial air to water heat pump, integration of heating and cooling module unit, swimming pool air source heat pump, and high-temperature air source heat pump(up to 80ºC) as well. They can provide hot water from 45ºC to 80ºC, and also for heating in winter, cooling in summer. Our products have heating and cooling capacities ranging from 9, 000 to 1000, 000BTU.
The annual output value reaches over RMB200 million. All of our products are of high quality, good appearance, durable, and well performance in low temperature environment. We used advanced production equipment and testing machines, such as America Copland Compressor, Japan Panasonic Compressor, America high efficiency shell and tube heat exchanger, Freon inspectors, and electrical safety testing equipment. What's more, we are certified by 3C, CE, ISO9001: 2000 (UKAS) and ISO14001.
Our main markets include Europe, America, the Middle East, Southeast Asia, South Africa and Australia. With a highly effective management team, modern facilities, and excellent pricing, we endeavor to offer high quality products and the latest technology for incredible success and growth. We look forward to expanding our customer base and invite you to contact us for more products and company information.
