Evi Low Ambient Heat Pump for Central Heating and Cooling

• Certification: ISO9001, CE
• Working Medium: R407c, R410A
• Heat Source Type: Air Source Heat Pump
• Compressor: Emerson Copeland Evi Series
• Throttle Unit: Electric Expansion Valve
• Structure: Monoblock Type
• Model NO.: ESSA Series
• Application: Cooling and Heating
• OEM/ODM: Available
• Warranty: 2 Years, 18 Months, 1 Year
• Power Source: Electric
• Water Side Heat Exchanger: Tube in Shell Type/Plate Type(Optional)
• Power Supply: 50Hz, 60Hz(Optional)
• DC Inverter: Optional
• Housing Material: Galvanized Steel
• Working Ambient Termp.: -25deg C~43deg C
• Refrigerant: R407c, R410A(Optional)
• Air Side Heat Exchanger: Blue Aluminum Fin Arround Copper Tube
• Overseas Service: Available
• Transport Package: Standard Export Package
• Specification: CE
• Trademark: ESACIR
• Origin: Guangdong, China
• HS Code: 8418692090
• Production Capacity: 2000PCS/Year

Product Description

1.Application of Air Source Heat Pump
--Eurostars EVI air source heat pumps are designed for house heating and cooling. User can change the working mode by operating the controller. Compressor starts/stops according to return water temperature. When all rooms reach preset temperature by room thermostat, heat pump will be turned off through linkage switch.
--Wide Range of Applications: these EVI low temperature heat pumps could meet the heating and cooling requirements of different places, such as villas, houses, schools, factories, hotels, hospitals, spa centers, sauna centers, greenhouses, flower gardens, farms, etc. 

2.Eurostars Air Source Heat Pump Features:
Eurosatrs EVI air source heat pumps are designed for domestic/commercial house heating and cooling in cold areas where lowest air temperature is above -25ºC,They are featured with: 
---Efficient and Energy-saving 
Air to water heat pumps absorb hot energy from the air freely, while the electricity is only used to drive the compressor to pump up the heat from the air, so they consume just a quarter of power of traditional electric water heaters, saving a lot of electric cost for users.  
---Green and Environmental Protection
By using air source energy and electric power, there is no harmful gas being discharged during the operation of heat pumps. R410A and R407C refrigerant guarantees fluoride-free emission. 
---All-weather Operation
Stable operation without being influenced by windy, rainy or snowy weather. 
--- Endurable 
The Enhanced Vapor Injection (EVI) technology from Copeland compressor with crankcase heater for special cold area, famous brand electronic expansion valve, Eaton/ Schneider/FUJI AC contactor and thermal relay as well as other brand components of the heat pump guarantee high product quality and a long lifespan. All of our screws and clips (both external and internal) are rust resistant , stainless steel is optional. The cabinet we are using is made of galvanized steel, making the product more rust resistant and durable.
---Multiple Protections
Eurostars heat pumps with multiple protections: For example, if water flow is not enough in the system, the system will show high pressure protection and stop the heat pump automatically to protect the compressor from being damaged. Also, there is high current protection: if the power supply is not stable, the heat pump will show the high current error to stop the heat pump and avoid compressor damage.
---Guaranteed Safety
Complete isolation of water and electricity avoids electric shock, explosion and poisoning. 
---Convenient: 
EVI heat pumps are easy to install. They can be placed in many places, such as garages, balconies, kitchens, etc. 

3. Air Source Heat Pump Technical Data

Air Source Heat Pump Unit(EVI Low Ambient Temp.Type)  (Heating&Cooling)
Model			ESSA-05LHN	ESSA-05LHN	ESSA-05LHN	ESSA-05LHN
			2.5ES	3ES	4.5ES	5ES
Working mode			Heating&Cooling
Power supply			220V/50HZ	380V/50HZ	220V/50HZ	380V/50HZ
Heating	Air DB/WB: 7ºC/6ºC, water In/outlet: 40ºC/45ºC	Heating capacity (kW)	7.6	8.4	14.0	15.2
		Input power(kW)	2.32	2.58	4.38	4.75
		Current(A)	11.1	4.7	21.0	8.7
		COP(W/W)	3.28	3.26	3.20	3.20
		Water flow(m^3/h)	1.7	1.9	3.1	3.4
	Air: -10ºC/ , Water In/outlet: 40ºC/45ºC	Heating capacity (kW)	5.32	5.88	9.8	10.64
		Input power(kW)	2.20	2.45	4.16	4.51
		COP(W/W)	2.41	2.40	2.36	2.36
	Air: -20ºC/   , Water In/outlet: 40ºC/45ºC	Heating capacity (kW)	4.0	4.4	7.4	8.0
		Input power(kW)	2.09	2.33	3.95	4.29
		COP(W/W)	1.91	1.89	1.86	1.86
	Air: -25ºC/ ,   Water In/outlet: 40ºC/45ºC	Heating capacity (kW)	3.9	4.2	6.4	7
		Input power(kW)	2.35	2.52	4.40	4.30
		COP(W/W)	1.66	1.67	1.45	1.63
Cooling	Air DB/WB: 35ºC/24ºC, water In/outlet: 12ºC/7ºC	Cooling capacity (kW)	6.8	7.6	12.6	13.7
		Input power (kW)	2.39	2.66	4.51	4.89
		Current (A)	11.4	4.8	21.6	8.9
		COP(W/W)	2.86	2.84	2.79	2.80
		Water flow (m^3/H)	1.5	1.7	2.8	3.1
Model			ESSA-10LHN	ESSA-10LHN	ESSA-10LHN	ESSA-15LHN
			5.5ES	7ES	2*5ES	2*7ES
Working mode			Heating&Cooling
Power supply			220V/50HZ	380V/50HZ	380V/50HZ	380V/50HZ
Heating	Air DB/WB: 7ºC/6ºC, water In/outlet: 40ºC/45ºC	Heating capacity (kW)	17.5	19.0	30.4	40.8
		Input power(kW)	5.46	5.94	9.5	12.75
		Current(A)	26.1	10.8	17.3	23.2
		COP(W/W)	3.2	3.2	3.2	3.2
		Water flow(m^3/h)	3.9	4.2	6.8	9.1
	Air: -10ºC/ , Water In/outlet: 40ºC/45ºC	Heating capacity (kW)	12.25	13.3	21.28	28.56
		Input power(kW)	5.19	5.64	9.03	12.11
		COP(W/W)	2.36	2.36	2.36	2.36
	Air: -20ºC/   , Water In/outlet: 40ºC/45ºC	Heating capacity (kW)	9.2	10.0	16.0	21.4
		Input power(kW)	4.93	5.36	8.57	11.51
		COP(W/W)	1.86	1.86	1.86	1.86
	Air: -25ºC/ ,   Water In/outlet: 40ºC/45ºC	Heating capacity (kW)	7.5	9	14	19
		Input power(kW)	5.10	5.80	8.60	12.00
		COP(W/W)	1.47	1.55	1.63	1.58
Cooling	Air DB/WB: 35ºC/24ºC, water In/outlet: 12ºC/7ºC	Cooling capacity (kW)	15.8	17.1	27.4	36.7
		Input power (kW)	5.62	6.12	9.79	13.13
		Current (A)	26.9	11.2	17.8	23.9
		COP(W/W)	2.80	2.79	2.80	2.80
		Water flow (m^3/H)	3.5	3.8	6.1	8.2
Model			ESSA-20LHN	ESSA-30LHN	ESSA-40LHN
			4*5ES	4*7ES	4*9ES
Working mode			Heating&Cooling
Power supply			380V/50HZ	380V/50HZ	380V/50HZ
Heating	Air DB/WB: 7ºC/6ºC, water In/outlet: 40ºC/45ºC	Heating capacity (kW)	60.0	76.0	115
		Input power(kW)	18.7	23.76	35.9
		Current(A)	34.1	43.3	65.5
		COP(W/W)	3.21	3.20	3.20
		Water flow(m^3/h)	13.4	17.0	25.7
	Air: -10ºC/ , Water In/outlet: 40ºC/45ºC	Heating capacity (kW)	42	53.2	80.5
		Input power(kW)	17.77	22.57	34.11
		Current(A)	2.36	2.36	2.36
	Air: -20ºC/   , Water In/outlet: 40ºC/45ºC	Heating capacity (kW)	31.5	39.9	60.4
		Input power(kW)	16.88	21.44	32.40
		Current(A)	1.87	1.86	1.86
	Air: -25ºC/ ,   Water In/outlet: 40ºC/45ºC	Heating capacity (kW)	28	38
		Input power(kW)	17.20	24.00
		Current(A)	1.63	1.58
Cooling	Air DB/WB: 35ºC/24ºC, water In/outlet: 12ºC/7ºC	Cooling capacity (kW)	54.0	68.4	103.5
		Input power (kW)	19.26	24.47	36.98
		Current (A)	35.1	44.6	67.4
		COP(W/W)	2.80	2.79	2.80
		Water flow (m^3/H)	12.1	15.3	23.1

4.Air Source Heat Pump Main Components Introduction
1) Base frame and external panels are made of galvanized sheet.
2) High efficiency compressor with R407C/R410A/R134A Refrigerant.

3) Touch design LCD control panel, and the control signals are easier to be transferred to the control system;
4) Openable cabinet door design for faster and simpler checking and maintenance
5) Well heat insulation inside the unit to increase the COP. 
6) Exterior rotor fan ensures lower noise and vibration

7) Lovely outlook and sharp edges reduction cabinet design
8) High quality copper tube coils constructed of thread technology

9) Automatic defrosting function included.

10) Clock & Timing on/off function.
11) General testing and operational test carried out for every unit before package in the factory.
12) With full protection functions including water flow, high/low pressure, phase order, over-current etc.
13) Big evaporator to extract more heat from the air.
14) Metal Galvanized powder coated frame
15) Copeland /Panasonic compressor, green refrigerant
16) Intelligent controller and Convenient LCD panel

17) For low temperature area: -25ºC(optional);

5. EUROSTARS Heat Pump Range:
(1) Water source heat pump
(2) Geothermal source heat pump
(3) Air source heat pump, including swimming pool heat pump
(4) EVI air source heat pump 
(5) Split heat pump
(6) DC Inverter heat pump

6.About US
We, EUROSTARS, which established in year 2006, is a modern hi-tech enterprise, specializing in Heating Ventilation Air Conditioning and Industrial Refrigeration research, development, production, sales and engineering services.
Webiste 1: http://eurostarschiller.en.made-in-china.com
Website 2: http://eurostarschiller.en.made-in-china.com
 
Instagram: https://eurostarschiller.en.made-in-china.com
Facebook: https://eurostarschiller.en.made-in-china.com
Youtube https://eurostarschiller.en.made-in-china.com
 


7.FAQ
Q: How much does it cost to run a Heat Pump?
This depends on the amount of heating required. Heat pumps transfer heat from outside air and in this way produce three to four times more heat. Its efficiency is 300% to 400%. This means for 5kW of heating you pay for around 1.5kW of electric energy. Heat pump heating is roughly one quarter the cost of electric heating and about one third the cost of gas heating.

Q:Why it can work at -25ºC?
Because of the Enhanced Vapor Injection (EVI) technology from Copeland compressor, EUROSTARS designed EVI gas piping system and controlling system, make EVI air source heat pump can work stably in the low temperature condition.

8.Customer visit us

9.Air source heat pump delivery or container loading


10.Installation instruction or installation photo, project photos


A,Place selection of installation Heat pump
 1). Heat pump should be installed in a large space, and have good air flow condition.
 2). Air inlet and outlet must be a clear road, the distance from barrier to inlet and outlet must be longer than 2m.
 3). Set drain ditch or drain outlet, so that can drain water easily.
 4). The installation base or bracket must be firm, make sure heat pump work balancely.
 5). Make sure heat pump is vertical, can't be slanted.
 6). Don't install heat pump at the place in where there is plenty of pollutional and corrosive gas or sand or fallen leaves.
 7). The installation place can't be near inflammable, flammable thing or fire.
 8). Installation:
---The installation base can be concrete construction, or steel bracket, and must use anti-vibration rubber pad, And the surface should be smooth.
---The design of installation base can be according to heat pump weight.
---The heat pump bottom should be fixed by bolt.
B,Pipe connection
The drain pipe and overflow pipe should be installed near drain ditch or drain outlet, easy to drain, and install drain water valve on drain pipe before magnetic valve there should be service valve on water pipe.
 If use plastic pipe (such as PPR pipe or ABS pipe), users should consider pipe expand and contract problem between heat pump and water tank.
 Water supply valve and cut-off valve maybe need insulation (according to local weather condition),avoid frost crack.
C,Water pipe system installation
Water pipe should be straight, and the arrange should be reasonable, reduce bend as little as possible. Reduce the water pipe resistance.
There can't be leaking at any place of pipe.
After all equipments and pipes installation finished, users should test water pressure, and drive air out, drain dirty out, make sure water cycle system is  clean. After confirm there is not any problem, then insulate all hot water pipes.
D,Power supply wiring
 220V heat pump use single phase power supply, 380V heat pump use three phase power supply, wire line is 3phase 4lines, A B C connects live line, N connects null line, E connect earth. Be sure not to connect N line to live line of power supply.
 1).When repairing, please turn power supply at "off" side.
 2).Power supply connecting process:make sure a equipment power supply is cut off before its installation is finished. Install power supply switch at suitable place, Use rubber hole for wiring line in electric box.
Power supply demand:
220V rated voltage±10%
380V rated voltage±10%
frequency:50Hz rated frequency±2%
 3).if power supply fluctuation is out of demand, please don't start your heat pump.