1.Application of Air Resource Warmth Pump
EVI air supply heat pump (for DHW and/or house heating) is designed for domestic very hot water and/or home heating, with three-way valve, warmth pump controller can adjust the circulating path of drinking water among very hot h2o tank and residence heating method, and very hot h2o is precedence.
two.CZPTstars Air Resource Warmth Pump Functions:
1) EVI compressor special developed for large COP (Coefficient of Overall performance): four.0 even in bad climate situation or location.
2) Base frame and exterior panels created of galvanized powder coated steel
three) Water exchanger equipped with higher efficiency tube in shell warmth exchanger
four) CZPT compressor with R407C/R410A refrigerant
5) Steady drinking water movement switch & backflow proof.
six) Totally sealed management box with water evidence degree IPX4
7) CZPT microprocessor manage systems
eight) Air exchanger (fin-coil) with hydrophilic coating
nine) Thermostatic heating element for evaporator, anti-frosting
10)CZPTy capillary tube of SXIHU (WEST LAKE) DIS./DANFOSS/EMERSON enlargement valve total-covered by silicon/comfortable pipe refucing buffer friction, subtle vibration from compressor/admirer, maintaining strong as 15-twenty a long time operating life, even more time.
11)No want of auxiliary electrical heating and works effectively even at -25 ºC~30 ºC.
12) Most affordable noise that supporter motor & Copeland large effective compressor, thermostability PE content with bond for soundproof & warmth preservation.
three. Air Resource Heat Pump CZPT Info
| Air Supply Warmth Pump Unit(EVI Minimal Ambient Temp.Kind) (Heating Only) | ||||||
| Design | ESSA-05LHN | ESSA-05LHN | ESSA-05LHN | ESSA-05LHN | ||
| 2.5ES | 3ES | four.5ES | 5ES | |||
| Doing work mode | Heating | |||||
| Energy source | 220V/50HZ | 380V/50HZ | 220V/50HZ | 380V/50HZ | ||
| Air DB/WB: 7ºC/6ºC,h2o In/outlet: 40ºC/45 |
Heating potential (kW) | seven.6 | eight.4 | fourteen. | fifteen.two | |
| Input electrical power(kW) | 2.32 | 2.58 | 4.38 | 4.seventy five | ||
| Recent(A) | eleven.1 | 4.seven | 21. | eight.seven | ||
| COP(W/W) | three.28 | 3.26 | 3.20 | three.twenty | ||
| Drinking water movement(m3/h) | one.seven | 1.9 | 3.one | three.four | ||
| Air: -10ºC/ , H2o In/outlet: 40ºC/forty five |
Heating capacity (kW) | five.32 | 5.88 | 9.eight | ten.64 | |
| Input energy(kW) | two.20 | 2.45 | four.sixteen | 4.51 | ||
| COP(W/W) | 2.forty one | two.40 | two.36 | 2.36 | ||
| Air: -20ºC/ , Water In/outlet: 40ºC/45 |
Heating capacity (kW) | 4. | four.4 | 7.4 | 8. | |
| Enter power(kW) | 2.09 | two.33 | three.95 | four.29 | ||
| COP(W/W) | 1.91 | one.89 | 1.86 | 1.86 | ||
| Air: -25ºC/ , Drinking water In/outlet: 40ºC/45 |
Heating capability (kW) | three.nine | 4.2 | six.four | 7 | |
| Input electricity(kW) | two.35 | two.fifty two | three.ninety six | 4.30 | ||
| COP(W/W) | one.sixty six | one.67 | 1.62 | one.63 | ||
| Model | ESSA-10LHN | ESSA-10LHN | ESSA-10LHN | ESSA-15LHN | ||
| 5.5ES | 7ES | two*5ES | two*7ES | |||
| Functioning method | Heating | |||||
| Energy offer | 220V/50HZ | 380V/50HZ | 380V/50HZ | 380V/50HZ | ||
| Air DB/WB: 7ºC/6ºC,h2o In/outlet: 40ºC/45 |
Heating ability (kW) | 17.5 | 19. | 30.4 | forty.eight | |
| Input power(kW) | five.forty six | five.94 | 9.5 | 12.seventy five | ||
| Present(A) | 26.1 | ten.8 | 17.3 | 23.two | ||
| COP(W/W) | 3.two | 3.2 | 3.2 | three.two | ||
| Water flow(m3/h) | three.9 | four.2 | six.8 | nine.one | ||
| Air: -10ºC/ , Drinking water In/outlet: 40ºC/forty five |
Heating capacity (kW) | 12.twenty five | thirteen.three | 21.28 | 28.56 | |
| Enter power(kW) | five.19 | five.64 | nine.03 | 12.eleven | ||
| COP(W/W) | two.36 | two.36 | 2.36 | 2.36 | ||
| Air: -20ºC/ , Water In/outlet: 40ºC/45 |
Heating potential (kW) | nine.2 | 10. | 16. | 21.four | |
| Enter power(kW) | 4.93 | 5.36 | 8.fifty seven | 11.fifty one | ||
| COP(W/W) | one.86 | one.86 | 1.86 | 1.86 | ||
| Air: -25ºC/ , Water In/outlet: 40ºC/45 |
Heating potential (kW) | seven.5 | 9 | fourteen | 19 | |
| Input energy(kW) | 5.ten | five.eighty | 8.60 | 12.00 | ||
| COP(W/W) | one.forty seven | one.fifty five | one.63 | 1.58 | ||
| Model | ESSA-20LHN | ESSA-30LHN | ESSA-40LHN | |||
| four*5ES | four*7ES | four*9ES | ||||
| Doing work method | Heating | |||||
| Energy offer | 380V/50HZ | 380V/50HZ | 380V/50HZ | |||
| Air DB/WB: 7ºC/6ºC,water In/outlet: 40ºC/45 |
Heating capability (kW) | sixty. | 76. | a hundred and fifteen | ||
| Enter electrical power(kW) | 18.70 | 23.76 | 35.ninety | |||
| Existing(A) | 34.1 | forty three.3 | 65.five | |||
| COP(W/W) | 3.21 | 3.twenty | three.20 | |||
| Drinking water stream(mthree/h) | 13.4 | 17. | twenty five.seven | |||
| Air: -10ºC/ , H2o In/outlet: 40ºC/45 |
Heating potential (kW) | 42.00 | fifty three.20 | 80.fifty | ||
| Enter electrical power(kW) | 17.77 | 22.57 | 34.eleven | |||
| COP(W/W) | two.36 | 2.36 | two.36 | |||
| Air: -20ºC/ , Drinking water In/outlet: 40ºC/45 |
Heating capability (kW) | 31.five | 39.nine | sixty.four | ||
| Enter energy(kW) | 16.88 | 21.44 | 32.forty | |||
| COP(W/W) | one.87 | 1.86 | 1.86 | |||
| Air: -25ºC/ , H2o In/outlet: 40ºC/forty five |
Heating capability (kW) | 28.00 | 38.00 | |||
| Input energy(kW) | 17.20 | 24.00 | ||||
| COP(W/W) | 1.63 | 1.fifty eight | ||||
4.Air Supply Heat Pump Primary Factors Introduction
1)Copeland Compressor :High top quality Scroll Compressor .
two)Enthusiast: Well chosen axial admirer motor blended with big enthusiast blade, which provide weighty air blow at minimal rotate pace, decreasing vibration and sounds.
three)Enlargement Valve: SXIHU (WEST LAKE) DIS./Danfoss Growth valve, with more specific manage of refrigerant stream system, which improve warmth pump operating capability and efficiency underneath diverse ambient problems.
four)Higher Productive tube in shell drinking water aspect heat trader: Optimize style of both internal and outer screwed tube, it will help to increase heating trade performance, and give much better heating capability. The particular design and style of liquid refrigerant circulating tube on the base of condenser assures the heat pump method run efficiently in severe doing work problem.
5)Air Aspect Warmth exchanger: Blue hydrophilic fin and copper tube warmth exchanger.
six)Outfitting each liquid-storage & gasoline-liquid separator: Our heat pump outfitting each liquid-storage and gas-liquid separator assures units operate easily in distinct varieties of intense hostile surroundings.
seven)AC contactor & Thermal relay: Large good quality FUJ/Schneider /EATON or other brand name contactor and thermal relay can freely turn on/off more moments.
eight)Xihu (West Lake) Dis.nized PCB Layout: Navy level PCB elements, smart managing program reinforced a dependable operation of the heat pump device. Specific coloured wiring style on the PCB provides wonderful convenience in set up and even more routine maintenance.
nine)Sound Isolated Material: Employing substantial high quality aerial sound isolated material, sounds and vibration is averted flawlessly.
five. CZPTS Heat Pump Selection:
(one) Water source heat pump
(two) Geothermal source heat pump
(three) Air resource warmth pump, such as swimming pool warmth pump
(4) EVI air supply heat pump
(5) Split warmth pump
(six) DC Inverter warmth pump
6.About US
We, CZPTS, which established in yr 2006, is a contemporary hi-tech company, specializing in Heating Air flow Air Conditioning and CZPT Refrigeration research, improvement, production, revenue and engineering companies
One Cease Solution For Your Undertaking:
-- Undertaking Consultation
--Skilled CZPTized Design & PlHangCZPT
--Source Complete Set Optimum Gear & Accessary Accordingly
--Whole Venture Set up & Commissioning
--Undertaking Working Administration, Engineer and Operator Instruction, Turnkey
--Prolonged Daily life Good quality Assurance & Routine maintenance
seven.FAQ
Q:In contrast with other items, what's the gain of CZPTstars warmth pumps?
a. High heating efficiency
b. Low cost: in comparison with the fuel or gasoline furnace, the heat pump can help save 70% of the vitality.
c. Environmental safety: there is no emission resulting from burning. The refrigerant for the warmth pump is environmentally-pleasant refrigerant these kinds of as R410A, R407C, R134A which will not destroy the ozonosphere.
d. Safety: the procedure of the warmth pump is protected and automated.
e. Provide OEM/ODM provider
Q: How a lot does it price to operate a Warmth Pump?
This relies upon on the volume of heating necessary. Warmth pumps transfer warmth from outside air and in this way create a few to 4 instances a lot more warmth. Its performance is 300% to four hundred%. This indicates for 5kW of heating you shell out for around one.5kW of electrical energy. Warmth pump heating is about 1 quarter the value of electric heating and about one particular third the expense of gasoline heating.
Q:Why it can perform at -25ºC?
Since of the Enhanced Vapor Injection (EVI) engineering from Copeland compressor, CZPTS made EVI gas piping method and managing method, make EVI air source warmth pump can operate stably in the low temperature condition.
eight.CZPTer check out us
nine.Air source warmth pump delivery or container loading
ten.Set up instruction or installation photo, project photographs
A,Place selection of installation Heat pump
1). Warmth pump must be set up in a huge area, and have very good air flow issue.
2). Air inlet and outlet have to be a very clear street, the distance from barrier to inlet and outlet should be lengthier than 2m.
3). Established drain ditch or drain outlet, so that can drain drinking water simply.
4). The installation foundation or bracket need to be organization, make certain warmth pump operate balancely.
5). Make certain heat pump is vertical, can't be slanted.
6). Do not set up heat pump at the location in exactly where there is lots of pollutional and corrosive gas or sand or fallen leaves.
7). The set up location are unable to be in close proximity to inflammable, flammable point or fire.
8). Installation:
---The installation foundation can be concrete design, or metal bracket, and should use anti-vibration rubber pad, And the area need to be clean.
---The style of set up base can be in accordance to heat pump bodyweight.
---The warmth pump bottom must be set by bolt.
B,Pipe connection
The drain pipe and overflow pipe need to be put in close to drain ditch or drain outlet, simple to drain, and install drain h2o valve on drain pipe before magnetic valve there must be service valve on drinking water pipe.
If use plastic pipe (this sort of as PPR pipe or Stomach muscles pipe), consumers need to take into account pipe increase and contract dilemma in between heat pump and water tank.
Water provide valve and lower-off valve maybe want insulation (according to local weather condition),stay away from frost crack.
C,Drinking water pipe system set up
Water pipe need to be straight, and the arrange ought to be sensible, lessen bend as tiny as achievable. Minimize the h2o pipe resistance.
There cannot be leaking at any location of pipe.
Soon after all equipments and pipes set up finished, users need to test drinking water stress, and drive air out, drain soiled out, make positive water cycle technique is clean. Right after affirm there is not any dilemma, then insulate all very hot drinking water pipes.
D,Electricity source wiring
220V heat pump use one stage electrical power provide, 380V warmth pump use 3 stage energy provide, wire line is 3phase 4lines, A B C connects dwell line, N connects null line, E connect earth. Be certain not to join N line to stay line of electricity offer.
1).When fixing, remember to turn power source at "off" facet.
2).Electrical power provide connecting procedure:make positive a equipment electrical power provide is minimize off before its set up is concluded. Set up electricity supply switch at suitable place, Use rubber gap for wiring line in electric powered box.
Energy supply demand from customers:
220V rated voltage±10%
380V rated voltage±10%
frequency:50Hz rated frequency±2%
3).if electrical power source fluctuation is out of demand, make sure you will not commence your warmth pump.
