All in One Hot Water Heat Pump Hot Sale Products

• Energy Efficiency Grade: One
• Heat Temperature: 50-70°C
• Work Environment: Common Heat Pump
• Heat Source: Air-source
• Heating Type: Multi-power Heat
• Application: Villa Family, Sauna and Swimming Pool, Hotels, Factory Hospital, Student Apartments, Beauty Salons
• Model NO.: 28kw
• Certification: CE, ISO9001, CCC, RoHS
• Wi-Fi: Optional
• Noise Level: 50dB(a)
• Ambient Temp: -15°c-46°c
• Function: Heating & Cooling
• Voltage: 220V 50Hz/60Hz
• Color: White, Black, Red, etc
• Refrigerant: R401A, R32, CO2, R290
• Fan Motor: DC Fan Motor
• Compressor: DC Inverter Compressor
• Heat Exchanger: High Titanium Tube Heat Exchanger
• Casing/Colour: ABS Plastic/Black Cabinet
• Transport Package: Wooden Box Export Package
• Specification: 3kw,5kw,,7kw,9kw,10kw,14kw,15kw,16kw,20kw27kW, 41k
• Trademark: Leomon Heat Pumps
• Origin: China
• HS Code: 84189910
• Production Capacity: 50000/PCS

Product Description

R290 Heat Pump Water Heater COP 4.53
The compact heat pumps we have, 150L, 200L, 270L, 340L. GMO has solutions for your home or commercial project.

Our broad product range can serve one-bedroom/bathroom residences, all the way to multi-storey offices, hotels, motels, resorts, leisure facilities, retail stores. We can also tailor solutions for your specific commercial application.

R290 is a near-perfect refrigerant: negligible global warming potential (GWP), zero ozone depletion potential (ODP), degradation time in months, a permanent green alternative in the long run, Less load, lower energy consumption and higher efficiency under the same performance.

Features

1. Save electricity bills
Reduce running costs by up to 80% compared to some power storage devices.

2. Suitable for harsh water conditions
The water does not come into contact with any operating parts, only the lining of the tank.

3. Solar power without panels
Hot water from solar energy, no direct sunlight or roofing required. The heat pump produces hot water day and night.

4. Easy installation
The compact design reduces labor and installation costs.

How does this work
Solar heat pump water heaters use heat from the ambient air around the system, and reverse the cooling process to heat the water. This means no sunlight exposure is required, and more importantly, it is so efficient that it can provide reliable hot water 24 hours a day, even at temperatures as low as -10°C, without the need for booster elements. 1. The sun heats the air. Heat pumps rely on ambient air temperature rather than occasional sunlight. Using the principle of refrigeration, heat pumps can extract heat from the air without requiring direct sunlight, and can produce hot water in the presence of rain, hail or sunlight without the need for a booster element. 2. Energized air is introduced into the heat pump. Once the air is drawn into the heat pump, it passes through an evaporator containing refrigerant, which boils at a very low temperature. The boiling refrigerant is then compressed, causing its temperature to rise and even further convert it into superheated steam. 3. Energy is transferred to heating cold water. Using tank wrapping technology, this superheated steam is fed through a copper coil (condenser) wrapped around the outside of the tank to heat the water evenly and efficiently from outside to inside. 4. Cold air is exhausted. Once the heat is extracted from the air and transferred to the water, the remaining cool air is expelled from the heat pump by a fan. Once the desired water temperature is reached, the system will enter an energy-saving standby mode until it is time to start heating again. Using tank wrapping technology, this superheated steam is fed through a copper coil (condenser) wrapped around the outside of the tank to heat the water evenly and efficiently from outside to inside. 4. Cold air is exhausted. Once the heat is extracted from the air and transferred to the water, the remaining cool air is expelled from the heat pump by a fan. Once the desired water temperature is reached, the system will enter an energy-saving standby mode until it is time to start heating again. Using tank wrapping technology, this superheated steam is fed through a copper coil (condenser) wrapped around the outside of the tank to heat the water evenly and efficiently from outside to inside. 4. Cold air is exhausted. Once the heat is extracted from the air and transferred to the water, the remaining cool air is expelled from the heat pump by a fan. Once the desired water temperature is reached, the system will enter an energy-saving standby mode until it is time to start heating again.

Quality parts
1. SCI compressor for R-290 refrigerant as R-290 is a new alternative refrigerant with lower ODP and GWP than other traditional refrigerants.
2. High quality liquid line filter dryer
3. High quality expansion valve 290
4. High quality sight glass
5. 100% copper material 55m heat exchanger wraps 95% of the outer surface area of the cylinder, the fastest hot water recovery rate
6. GMO Enamel Coated Heat Pump Water Tank
7. Titanium blue liner
8. P/T safety valve,
9. Watermark Authentication

 

Model		LMAD-100	LMAT-150	LMAT-200	LMAT-240	LMAT-280	LMAT-330
The refrigerant		R134a
Heating	KW	100	150	200	240	280	330
Input power (rated condition)	KW	38	55	70	85	100	113
power supply		3φ-380V-50HZ
protective device		Reverse phase loss protection, over current protection, motor temperature protection, high and low voltage protection, high and low temperature protection, water flow protection
Refrigeration circuit		1
Energy control (%)		0,50,75,100
Refrigerant charge (kg)		100	150	160	180	200	220
Finned heat exchanger		Copper tube wearing hydrophilic corrugated aluminum sheet
Fan	Form	Axial Flow
	Flow (m3/h)	60000	60000	90000	90000	120000	120000
	Power (kw)	6	6	9	9	12	12
Water side maximum pressure MPa	Form	Shell and tube heat exchanger
	Water side maximum pressure MPa	1
	Import and export pipe diameter	DN65	DN80	DN100	DN100	DN125	DN125
	Hot water flow	17.2	25.8	34.4	41.3	49	56.8
	Water pressure drop	38	42	45	48	52	55
Running noisedB(A)		75	77	78	80	81	82
Unit length(mm)		3360	3360	5000	5000	6000	6000
Unit width(mm)		2260	2260	2230	2230	2230	2230
Unit height(mm)		2500	2500	2500	2500	2500	2500
Unit weight(kg)		4000	4300	6400	6700	8100	8500
Running weight(kg)		4500	4800	7000	7300	8700	9200
1. According to GB/T 25127.1-2010, the nominal heating standard: ambient dry bulb temperature -12°C, ambient wet bulb temperature -14°C, hot water outlet temperature 41°C, water flow 0.172 m3 / h * kW; 2, The ambient temperature range: -25 ° C ~ 21 ° C; Tot water temperature range: 35°C ~ 70°C; 3. The unit parameters are subject to change without prior notice. The specific parameters are subject to the product nameplate; 4. KMAD-100 unit is a heating and cooling unit, GB/T 25127.1-2010 national standard nominal cooling capacity is 5. ★ for the upcoming product model.

 

Model		LMAT-130A*	LMAT-190A*	LMAT-290A*	LMAT-350A	LMAT-350AV
The refrigerant		R22
Heating	KW	130	190	290	350	350
Input power (rated condition)	KW	45	65	98	118	120
power supply		3φ-380V-50HZ
protective device		Reverse phase loss protection, over current protection, motor temperature protection, high and low voltage protection, high and low temperature protection, water flow protection
Refrigeration circuit		1
Energy control (%)		0,50,75,100
Refrigerant charge (kg)		160	180	200	220	220
Finned heat exchanger		Copper tube wearing hydrophilic corrugated aluminum sheet
Fan	Form	Axial Flow
	Flow (m3/h)	60000	90000	120000	120000	120000
	Power (kw)	6	9	12	12	12
Water side maximum pressure MPa	Form	Shell and tube heat exchanger
	Water side maximum pressure MPa	1
	Import and export pipe diameter	DN80	DN100	DN125	DN125	DN125
	Hot water flow	22.4	32.7	49	60.2	60.2
	Water pressure drop	45	48	52	55	55
Running noisedB(A)		80	80	82	85	85
Unit length(mm)		3500	5000	6000	6000	6000
Unit width(mm)		2230	2230	2230	2230	2230
Unit height(mm)		2500	2500	2500	2500	2500
Unit weight(kg)		4500	6200	8000	8500	8500
Running weight(kg)		5000	6700	8700	9000	9000
1. According to GB/T 25127.1-2010, the nominal heating standard: ambient dry bulb temperature -12°C, ambient wet bulb temperature -14°C, hot water outlet temperature 41°C, water flow 0.172 m3/h*kW; 2. The ambient temperature range: -35°C ~21°C; Tot water temperature range: 35°C ~55°C; 3. The unit parameters are subject to change without prior notice. The specific parameters are subject to the product nameplate. 4. ★ for the upcoming product model.