Air Source Heating Cooling Heat Pump

Air Source Heating Cooling Heat Pump

one.Software of Air Resource Warmth Pump
CZPTstars EVI air source heat pumps are developed for residence heating and cooling. Consumer can adjust the operating mode by working the controller. Compressor starts/stops in accordance to return drinking water temperature. When all rooms achieve preset temperature by space thermostat, heat pump will be turned off via linkage change.
Wide Range of Purposes: these EVI low temperature warmth pumps could meet up with the heating and cooling requirements of distinct places, these kinds of as villas, houses, faculties, factories, hotels, hospitals, spa facilities, sauna centers, greenhouses, flower gardens, farms, and so forth. 

two.CZPTstars Air Resource Heat Pump Features:
one) Foundation frame and exterior panels are made of galvanized sheet.
2) Higher effectiveness compressor with R407C/R410A/R134A Refrigerant.
three) Contact layout Liquid crystal display manage panel, and the handle alerts are simpler to be transferred to the handle program
4) Openable cabinet door design for more quickly and easier examining and routine maintenance
5) Properly heat insulation within the device to enhance the COP.
six) Exterior rotor fan guarantees decrease sound and vibration
seven) Wonderful outlook and sharp edges reduction cabinet design and style
8) Substantial good quality copper tube coils made of thread technology
9) Computerized defrosting function provided.
10) Clock & Timing on/off function.
11) CZPT tests and operational take a look at carried out for each device before package deal in the factory.
12) With total defense functions which includes water flow, higher/reduced strain, stage get, above-recent etc.
13) Massive evaporator to extract far more warmth from the air.
fourteen) Steel Galvanized powder coated frame
fifteen) For lower temperature region: -25ºC(optional)

three. Air Resource Warmth Pump CZPT Info

Air Supply Warmth Pump Unit(EVI Low Ambient Temp.Variety)  (Heating&Cooling)
2.5ES 3ES 4.5ES 5ES
Operating manner Heating&Cooling
Power provide 220V/50HZ 380V/50HZ 220V/50HZ 380V/50HZ
Heating Air DB/WB:
drinking water In/outlet:
Heating capability (kW)  seven.6 eight.4 14. fifteen.two
Enter electricity(kW)  2.32 two.fifty eight four.38 4.75
Recent(A) 21. 8.7
COP(W/W) three.28 3.26 three.20 three.twenty
Drinking water flow(mthree/h) one.7 one.9 three.four
Air: -10ºC/ ,
H2o In/outlet:
Heating ability (kW)  5.32 5.88 nine.8 10.64
Enter electrical power(kW)  two.20 two.45 4.sixteen four.51
COP(W/W) two.forty one two.40 2.36 2.36
Air: -20ºC/   ,
Water In/outlet:
Heating capacity (kW)  four. 4.four seven.4 8.
Enter energy(kW)  two.09 2.33 three.95 four.29
COP(W/W) one.91 1.89 one.86 one.86
Air: -25ºC/ ,  
Water In/outlet:
Heating capability (kW)  three.9 4.2 6.four 7
Input energy(kW)  2.35 two.52 four.forty four.thirty
COP(W/W) one.66 1.67 one.forty five one.sixty three
Cooling Air DB/WB:
water In/outlet:
Cooling capacity (kW) 6.eight seven.6 twelve.six 13.7
Enter power (kW) two.39 two.sixty six four.fifty one 4.89
Existing (A) 11.four 4.8 21.six 8.9
COP(W/W) two.86 two.eighty four two.seventy nine two.eighty
H2o stream (mthree/H) one.5 1.7 two.eight 3.1
5.5ES 7ES two*5ES two*7ES
Operating manner Heating&Cooling
Power source 220V/50HZ 380V/50HZ 380V/50HZ 380V/50HZ
Heating Air DB/WB:
water In/outlet:
Heating capacity (kW)  seventeen.5 19. 30.four 40.8
Enter power(kW)  5.forty six five.94 nine.five twelve.seventy five
Present(A)  26.1 10.eight seventeen.3 23.two
COP(W/W) three.two three.two three.2 3.2
Water circulation(mthree/h) three.nine four.2 6.eight
Air: -10ºC/ ,
Drinking water In/outlet:
Heating ability (kW)  twelve.25 thirteen.3 21.28 28.56
Input electricity(kW)  five.19 five.sixty four nine.03 twelve.11
COP(W/W) 2.36 two.36 two.36 2.36
Air: -20ºC/   ,
H2o In/outlet:
Heating potential (kW)  9.2 10. 16. 21.four
Input electricity(kW)  4.93 5.36 eight.57 11.51
COP(W/W) 1.86 1.86 one.86 1.86
Air: -25ºC/ ,  
Water In/outlet:
Heating ability (kW)  7.5 9 fourteen 19
Input power(kW)  five.ten five.eighty eight.60 twelve.00
COP(W/W) one.47 1.fifty five one.63 1.58
Cooling Air DB/WB:
h2o In/outlet:
Cooling ability (kW) fifteen.eight 17.1 27.4
Enter electrical power (kW) 5.sixty two six.12 nine.seventy nine thirteen.thirteen
Recent (A) 26.nine eleven.2 seventeen.eight 23.9
COP(W/W) two.80 two.seventy nine two.eighty two.eighty
Drinking water flow (m3/H) 3.5 three.eight eight.two
four*5ES 4*7ES 4*9ES  
Operating manner Heating&Cooling
Energy provide 380V/50HZ 380V/50HZ 380V/50HZ  
Heating Air DB/WB:
drinking water In/outlet:
Heating capability (kW)  60. 76. a hundred and fifteen  
Input electrical power(kW) 23.76 35.nine  
Current(A)  34.1 43.three 65.five  
COP(W/W) three.21 three.20 three.twenty  
H2o flow(m3/h) 13.4 17. twenty five.7  
Air: -10ºC/ ,
Water In/outlet:
Heating capability (kW)  forty two fifty three.two eighty.five  
Enter power(kW)  seventeen.seventy seven 22.57 34.11  
Present(A)  2.36 2.36 two.36  
Air: -20ºC/   ,
H2o In/outlet:
Heating ability (kW)  31.five 39.nine 60.4  
Input power(kW)  sixteen.88 21.forty four 32.forty  
Recent(A)  1.87 1.86 1.86  
Air: -25ºC/ ,  
Drinking water In/outlet:
Heating potential (kW)  28 38    
Enter energy(kW)  seventeen.20 24.00    
Existing(A)  one.63 1.fifty eight    
Cooling Air DB/WB:
water In/outlet:
Cooling potential (kW) fifty four. sixty eight.four 103.five  
Enter power (kW) 19.26 24.forty seven 36.98  
Recent (A) forty four.6 67.4  
COP(W/W) 2.eighty 2.79 2.80  
H2o flow (m3/H) fifteen.three  

4.Air Supply Heat Pump Main Components Introduction
1)Copeland Compressor :High quality Scroll Compressor .

two)Enthusiast: Effectively picked axial enthusiast motor merged with huge enthusiast blade, which give heavy air blow at reduced rotate velocity, decreasing vibration and noise.

3)Expansion Valve: SXIHU (WEST LAKE) DIS./Danfoss Expansion valve, with more exact manage of refrigerant movement system, which enhance heat pump functioning ability and efficiency below different ambient situations.

4)Large Efficient tube in shell h2o side heat trader: Improve design and style of equally inner and outer screwed tube, it aids to boost heating trade efficiency, and provide much better heating potential. The unique layout of liquid refrigerant circulating tube on the bottom of condenser ensures the warmth pump method run effortlessly in significant operating condition.

5)Air Side Heat exchanger: Blue hydrophilic fin and copper tube heat exchanger.
six)Outfitting both liquid-storage & fuel-liquid separator: Our heat pump outfitting each liquid-storage and fuel-liquid separator guarantees models run easily in distinct types of extreme hostile setting.
7)AC contactor & Thermal relay: High top quality FUJ/Schneider /EATON or other manufacturer contactor and thermal relay can freely change on/off a lot more moments.
eight)Xihu (West Lake) Dis.nized PCB Design and style: Navy stage PCB elements, clever managing program strengthened a trustworthy operation of the warmth pump device. Unique colored wiring layout on the PCB offers great usefulness in set up and more maintenance.

nine)Sound Isolated Substance: Making use of higher top quality aerial noise isolated content, sound and vibration is prevented flawlessly.

five. CZPTS Heat Pump Selection:
(1) Water resource heat pump
(two) Geothermal source heat pump
(3) Air supply heat pump, such as swimming pool warmth pump
(4) EVI air supply warmth pump
(five) Split heat pump
(six) DC Inverter heat pump

six.About US
We, CZPTS, which proven in year 2006, is a contemporary hi-tech organization, specializing in Heating Ventilation Air Conditioning and CZPT Refrigeration analysis, advancement, production, income and engineering solutions
One End Remedy For Your Cold Storage Venture
— Undertaking Session
–Expert CZPTized Style & PlHangCZPT
–Offer Total Set Ideal Equipment & Accessary Appropriately
–Total Undertaking Set up & Commissioning
–Task Running Administration, Engineer and Operator Coaching, Turnkey
–Extended Lifestyle Top quality Assurance & Routine maintenance

Q:What’s your payment phrases?
Typically we acknowledge T/T or LC. thirty% deposit. Other payment phrases can be talked about when orders confirmed.

Q:Where is your manufacturing unit Located? How can I visit there?
We found in HangCZPT, ZheJiang Province, which is around HangCZPT CZPT Airport. We can pick you up from the airport . You are warmly welcome to check out us

Q:Do you offer OEM service?
Of course! We provide OEM and ODM support.

Q:What is the lead time for your items?
 Normally twenty five~30 workdays. For urgent orders, we can make particular arrangement to fulfill your ask for. 

Q:Why it can function at -25ºC?
Since of the Improved Vapor Injection (EVI) technologies from Copeland compressor, CZPTS made EVI gasoline piping system and managing technique, make EVI air resource heat pump can perform stably in the lower temperature problem.

8.CZPTer check out us

nine.Air resource warmth pump supply or container loading

ten.Installation instruction or installation image, undertaking photos

A,Location variety of installation Heat pump
 1). Heat pump need to be installed in a massive area, and have very good air stream situation.
 2). Air inlet and outlet need to be a distinct street, the distance from barrier to inlet and outlet must be longer than 2m.
 3). Set drain ditch or drain outlet, so that can drain h2o easily.
 4). The installation foundation or bracket should be agency, make positive warmth pump perform balancely.
 5). Make certain heat pump is vertical, are unable to be slanted.
 6). Never install heat pump at the place in in which there is a lot of pollutional and corrosive fuel or sand or fallen leaves.
 7). The set up place can’t be in close proximity to inflammable, flammable point or fireplace.
 8). Installation:
—The installation foundation can be concrete development, or steel bracket, and need to use anti-vibration rubber pad, And the floor must be smooth.
—The design of set up base can be according to heat pump fat.
—The heat pump base ought to be mounted by bolt.
B,Pipe link
The drain pipe and overflow pipe ought to be set up near drain ditch or drain outlet, effortless to drain, and put in drain h2o valve on drain pipe before magnetic valve there must be service valve on drinking water pipe.
 If use plastic pipe (such as PPR pipe or Abs pipe), end users ought to think about pipe expand and contract difficulty between warmth pump and h2o tank.
 Water source valve and lower-off valve possibly need insulation (according to local temperature situation),steer clear of frost crack.
C,Drinking water pipe program installation
Drinking water pipe must be straight, and the organize should be affordable, minimize bend as little as feasible. Reduce the drinking water pipe resistance.
There can’t be leaking at any spot of pipe.
Following all equipments and pipes installation concluded, end users should test drinking water force, and generate air out, drain filthy out, make certain water cycle program is  clean. Soon after affirm there is not any problem, then insulate all hot drinking water pipes.
D,Electrical power offer wiring
 220V warmth pump use single phase electricity offer, 380V heat pump use a few section electrical power offer, wire line is 3phase 4lines, A B C connects stay line, N connects null line, E join earth. Be certain not to hook up N line to dwell line of energy source.
 1).When repairing, make sure you switch power source at “off” aspect.
 2).Electrical power offer connecting procedure:make positive a equipment power provide is reduce off just before its set up is finished. Put in power supply switch at suitable place, Use rubber hole for wiring line in electric box.
Electricity offer desire:
220V rated voltage±10%
380V rated voltage±10%
frequency:50Hz rated frequency±2%
 3).if electricity offer fluctuation is out of need, make sure you do not start your heat pump.


Air Source Heating Cooling Heat Pump