Products
LRK-16IBM-C1 High Quality Electric Air Source Heat Pump Swimming Pool For Household Heat Pump Heating Water Heater
Product parameters
| Model | LRK-16IBM/C1 |
| power supply | 220V~ 50Hz |
| Anti-shock level/protection level | Class I/IP×4 |
| Nominal cooling capacity/power consumption | 15.70kW/4.92kW |
| Nominal refrigeration EER | 3.19W/W |
| Nominal cooling IPLV | 4.48W/W |
| Nominal heating capacity/power consumption | 17.00kW/5.34kW |
| Maximum power consumption/working current | 6.40kW/29.10A |
| Circulating water flow | 2.70m³/h |
| Water side pressure loss | 78kPa |
| High/low pressure side maximum working pressure | 4.2/4.2MPa |
| Maximum working pressure on discharge/suction side | 4.2/1.2MPa |
| The maximum pressure of the evaporator | 4.2MPa |
| Circulating water pipe diameter/pipe connection | DN25/1"DN25/1" inner wire |
| Noise | ≤63dB(A) |
| Refrigerant charge | R410A 4.0kg |
| Dimensions (L×W×H) | 1000×390×1380(mm) |
| Net weight | 142kg |
| Feature function code | S01ZWB |
Integrated host
The AMA cooling and heating combined supply series adopts an integrated host design, which does not need to connect copper pipes or welding during the installation process, which saves installation costs and makes installation easier. Secondly, there is almost no risk of cold coal leakage during use, which is safe, reliable and guaranteed.
1. Compressor
The core part makes the product stable and reliable.
AMA cooling and heating co-supply series adopts the double-rotor DC inverter compressor of the international top brand.
The speed range is 15Hz~110Hz, the volume is smaller, the core is powerful, and the operation is more efficient and stable.
1. Compressor structure optimization, compact design, small and light.
2. Double rotor design, more stable, quieter and more efficient operation.
3. Permanent magnet DC motor, reduce energy loss and operate more efficiently.
4. Environmentally friendly R410A refrigerant, more efficient and more environmentally friendly.
2. High-efficiency finned heat exchanger
The heat exchanger is the core component of the heat pump system. The quality of the heat exchanger directly affects the heat exchange efficiency of the entire system. The energy-cooling and heating combined supply series adopts a new type of high-efficiency fin heat exchanger, and the copper tube adopts a special internal threaded steel pipe form to achieve the purpose of enhancing heat transfer efficiency. Combined with the design of three-dimensional window corrugated fins, the overall heat transfer efficiency of the system is improved. 15% increase.
Advantage: Efficient heat exchange to prevent frosting
1. During heating, the refrigerant pipeline runs normally.
2. The temperature at the bottom of the evaporator is higher than the air dew point temperature.
3. There is no frost on the bottom of the evaporator, and at the same time, it also ensures the smooth drainage of the chassis of the unit and does not freeze.
4. The use of high-tooth internal thread copper pipes has a large heat exchange area and a large water path, which is not easy to scale and block.
3. Frequency conversion technology
The DC frequency conversion adjusts the load in a wide range, which can efficiently and quickly make the indoor temperature reach the target temperature. The unit can automatically adjust the operating speed of the compressor and motor according to the changes in the outdoor environment to meet the needs of different rooms.
1. The electronic expansion valve PD is used to achieve extremely fast cooling and heating, and the cooling and heating time is shortened by more than 20%.
2. The high-quality advanced frequency conversion controller perfectly combines the stepless frequency conversion linear control technology and the 180° sine wave DC frequency conversion drive technology, which not only achieves the energy saving purpose of reducing the energy consumption of the compressor, but also realizes high-precision temperature control. To ensure a comfortable indoor temperature.
3. The advanced three-dimensional sensing technology has higher control of indoor temperature, the precise temperature change is ±0.5℃, and the fluctuation of DC frequency conversion temperature is small, avoiding the occurrence of sudden cold and sudden heat.
