Smart controlled Inverter Hybrid Boiler System The Inverter Hybrid Boiler System enables heating,...
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Inverter Hybrid Boiler System Smart controlled
Transcript of Smart controlled Inverter Hybrid Boiler System The Inverter Hybrid Boiler System enables heating,...
Inverter Hybrid Boiler SystemSmart controlled
Low Noise
·Ultra Slim
The unique inverter technology provides highly pleasant atmosphere to a building with lower energy consumption.
Eco-Friendly & high efficiency Inverter Hybrid Boiler System
CLK 28 years innovation
Connected with a heat pump outdoor unit, the inverter hybrid boiler system makes heating, floor heating and hot tap water possible. In addition, it consumes lower electricity and minimizes carbon dioxide emission significantly, comparing with a conventional fossil fuel boiler and a conventional electric boiler.
High Efficiency
In the climate of below -20 degree Celsius, provide 80 degree hot water for heating and tap water.
Technology
The state of the art dual inverter cascade compression technology
Eco-Friendly
Minimized carbon dioxide emission vs. a conventional fossil fuel boiler
Installation
Compact split system for easy installation and maintenance
(Inverter Hybrid Boiler System)
(Inverter Hybrid Boiler System)
Economics
Maximum 67% electricity savings vs. a conventional electric boiler
Convenience
Smart remote control and monitoring system
Low Noise
Lowest Noise level in Korea -52dB
Inverter Hybrid Boiler SystemThe unique inverter technology provides highly pleasant atmosphere to a building with lower energy consumption.
Duel Inverter Cascade compression technology is applied
R-410a and R-134a refrigerants are applied for minimizing ozone depletion potential
For replacing a conventional thermic wiring boiler
Energy saving & Eco-friendly Eco Green SystemSmart functioned Inverter Hybrid Boiler System
The Inverter Hybrid Boiler System enables heating, floor heating and hot tap water simultaneously with the unique technologies of a duel cascade compression and of optimal plate heat transfer. Since it consumes lower electricity consumption and minimizes carbon dioxide emission. Compared with a conventional fossil fuel boiler and an electric thermic boiler, it is an ultra-energy saving, eco-friendly, high efficiency solution for floor heating, radiated heating and hot tap water.
Principle of the Inverter Hybrid Boiler System
With the dual inverter cascade compression technology, the high efficiency inverter hybrid boiler system can be applicable for the purposes of heating and hot water utilities.
Dormitory / School
■Nursery school, Hotel facilities, Dormitory, Fitness center, Training cente, Silver town, Pension house, Nursing home, Farming house, Guest house, Hospital, Spa,Postpartum clinic, Commercial facilities
Hot tap water
Floor heating
Farming household Pastoral house Silver town / Guest house
(Inverter Hybrid Boiler System)
Hydro unitHeat pump outdoor unit
Air – Refrigerant Refrigerant – Refrigerant Refrigerant – Water
R-410aRef. Cycle
R-134aRef. Cycle
Usage of the Inverter Hybrid Boiler System
Hot tap water
Floor heating
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Inverter Hybrid Boiler SystemEconomy
Dual Inverter Cascade Compressor appliedIntelligent Energy Saving Operation
Inverter to Inverter Control
Both of inverter compressors in an outdoor unit and a hydro unit are self-controlled in accordance with ambient temperature.
The cascade system with two inverter compressors generates high energy saving comparing to a conventional boiler.
Pressure
Enthalpy
Inverter
Inverter
Water
Air
Electric Characteristics of Inverter Compression
100% kwPower
consumption
50% kwPower
consumption
32% kwPower consumption
50% Load100% Load
High efficiency inverter technology – Vector controlled inverter system offers optimal heating and reduces electricity consumption.
Inverter Outdoor unit (Energy saving)
BLDC Fan Motor•Energy efficiency control
R-410a Refrigerant
•Eco-friendly R-410a refrigerant is applied
DC Inverter Control•Vigorous power control•Strapping energy saving control
Flow rate control by electric expansion valve• Energy efficiency with feedback/feedforward control•High reliability using superheat active control
Twin Rotary Cylinder
•Low noise and low vibration due to two rotors compression•Rotational frequency controlled•Low compressor motor loads lead high reliability•Unique Design for R-410a
PMSM Motor•Energy saving with high motor efficiency
Low in Electricity Bill Operation Cost Saving
High Efficiency Inverter ControlCost comparison vs. Kerosene boiler
With a high efficiency inverter control, maximum 67% of electricity consumption is saved comparing to a conventional electricity boiler.
Up to 84% operation cost is saved with high efficiency inverter technology.
Kerosene boiler LNG boiler Inverter Hybrid Boiler
84% Saving
48% SavingMonthly electricity bill calculation = consumed electricity(KW)
X billing rate X Op. hours per a day X 30 daysConventional
electricity boilerInverter
Hybrid Boiler
Reduced67%
Vs. Conventional
electricity boiler
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Eco- friendly R-410a and R-134a refrigerants are used in the cascade system.
Eco-Friendly / Technology Inverter Hybrid Boiler System
Eco-Green System
Minimized Operation Hours
R-410a
Ozone Depletion Potential ‘0’ R-410a and R-134a refrigerants Carbon dioxide emission is minimized
The system uses eco-friendly refrigerants known as Ozone Depletion Potential ‘zero’.
(ODP)
R-22
0.05
R-410a
ZeroODP
500
400
300
200
100
0Kerosene Boiler LNG boiler Inverter Hybrid boiler
50%
The cooling fan is integrated into Hydro unit, so that make quiet operation
The operation hours for 80 degree hot water supply are minimized
Cooling fan integrated into Hydro unit
Low noise Operation
Whisper
Library
Office
RoadNoise Level 20
dB40
dB
50dB 55dB
80dB
Conversation
Quick&High Heating
In the climate of below minus 15 degree Celsius, it make possible to supply 80 degree hot water and to operate heating in the climate of below minus 20 degree Celsius.
Applicable in extremely cold climate
Inverter Hydro Unit (unique technology for hot water supply)
-15℃ -20℃
Hot water & heating applicable in extremely cold climate
80
70
60
50
40
30
Outlet temp(℃)
Inverter Hybrid Boiler System
Conventional boiler
Inverter Hybrid Boiler System
80
70
60
50
40
30
Outlet temp(℃)
Operation Operation
Refrigerant – Hot water HX
Refrigerant – Refrigerant HX
Hot water outlet
Low temp water inlet
Water Pipe
Inverter compressor
Inverter control
Refrigerant Piping
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Convenience
Compact split system provides easy installation and maintenance and requires small installation space.
Smart remote Control (Option)
The operation, setting control and operation monitoring can be managed by a smart phone(Android).
Self-Diagnosis Function
In case of malfunction, the self-diagnosis function displays error messages on the wired remote control.
Inverter Hybrid Boiler System Error Alert Display
Improved convenient Operation
Repeat hours, quiet mode, outing mode are adopted for user convenience.
Optimized remote control function
Easy to control and monitor the operation, so that keeps your indoor environment comfortable.
Optimized remote control function
Convenient and various remote control functions
Door Close Door Open
•Op./Stop Setting: operation mode, temp setting•OP. status: present operation display•Self-diagnosis: diagnosis on operation system•Auto-restoration: restore previous setting in case of blackout
Split system for easy Installation and Conveyance
Outdoor unit storage tanker
expansion tank
outlet pipe
inlet pipe
heating inlet
heating outlet
Inverter Hybrid Boiler System
Indoor unit
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Inverter Hybrid Boiler System - Applicable Location
Smart
•Nursery school•Hotel facilities•Dormitory•Fitness center•Training center •Silver town•Pension house
•Nursing home•Farming house•Guest house•Hospital•Spa•Postpartum clinic•Commercial facilities
1036
570400
330
333
575
619.11
975
1364
400
326
353
900
900
Dimension
Outdoor unit (AWH025-XO)
Hydro unit (AWH025-XI)
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Specification
Rated Heating Capacity *(1) [W] 25,000
Hot water
Inlet Temp Standard(KEPCO)Usage range
[℃][℃]
4015 ~ 80
Outlet Temp Max. [℃] 80
Flow Rate Recommended flowUsage range
[LPM][LPM]
35 ~ 4020 ~ 60
Electricity
Rated power consumption *(1)
[W] 9,600
Rated electric currency *(1)
[A] 17.5
Integrated Efficiency *(1)
KSCOP_C [W/W] 2.5
Max power consumption (System required) [W] 11,860
Leakage Breaker (3Ph4C) [A] 30
Inverter Hybrid Boiler System(AWH-025X)
Power input - 380V, 50Hz/60Hz (3Ph4C)
Compressor(HDU)SpecRefrigerant(charging)
--
DC Inverter Twin RotaryR134a (1,800g)
Heat exchange1(refrigerant – refrigerant)
Spec - Plate HX (R410A : R134a)
Heat exchange2(refrigerant – water)
SpecPressure loss
-[kPa]
Plate HX (R134a : hot water)4 (2 ~ 9)
Size & weight DimensionWeight
[mm][kg]
W570 x H1030 x D33093
Outdoor unit connection piping(R410a)
Liquid pipe( )Gas pipe( )
[mm][mm]
9.5215.88
Water pipe size(hot water)
Inlet pipe( )Outlet pipe( )
[mm][mm]
25A25A
Ambient Temp range [℃] 5 ~ 43
Hydro unit Specificaiton(AWH-025XI)
Hydro Unit Wiring *(3)
Electric wiring for night electricity power (3Ph380V) [mm2] 4.0 x 4cores (Grounding excluded, shorter than 20m distance)
6.0 x 4cores (Grounding excluded, longer than 20m distance)
Electric wiring for ordinary power (1Ph220V) [mm2] 1.0 x 2cores (Grounding excluded, shorter than 20m distance)
1.5 x 2cores (Grounding excluded, longer than 20m distance)
Hydro unit to Outdoor unit Wiring *(3)Electric wiring for night electricity power (3Ph380V) [mm2] 2.5 x 4cores (Grounding excluded, shorter than 20m distance)
4.0 x 4cores (Grounding excluded, longer than 20m distance)
Hydro unit to Pump WiringStorage Pump(1Ph220V) [mm2] 1.0 x 2cores
Heating Pump(1Ph220V) [mm2] 1.0 x 2cores
Data CableHydro unit to Outdoor unit [mm2] CVV-SB(Shield cable) 1.5 x 2cores
Hydro unit to Remote control - UTP(Cat.5e)
Installation Wiring Specification
Power input - 380V, 50Hz/60Hz (3Ph4C)
Compressor(ODU)Spec Refrigerant (charging)
--
DC Inverter Twin RotaryR410A (2,540g)
Heat Exchange SpecRefrigerant
-- Pin&TubeR410A
Fan & motor Fan(type x q’ty)Motor(type x q’ty)
--
Propeller x 2eaBLDC x 2ea
Size & weight DimensionWeight
[mm] W900 x H1360 x D320
[kg] 95
Refrigerant piping(R-410a)
Liquid pipe(ф)Gas pipe(ф)
[mm] 9.52
[mm] 15.88
Ambient temp range [℃] -20 ~ 43
Outdoor unit specification(AWH-025XO)
Tank Type Unit Storage capacity
Standard
Cylinder type [L] 2000, 2300, 2500, 2700
Square type [L] 2000, 2300, 2500, 2700
Customized Contact your dealer [L] 1000, 1200, 1400, 1600, 1800
Storage Tank Specification
1 Rated heating capacity is based on 7 degree DB/6 degree WB of outdoor temperature and 20 degree DB/ 15 degree WB of indoor temperature and 40 degree circulated inlet water temp, 23LPM water flow, 5m piping length and 0m piping head.
2 Capacity, power consumption are subject to differ from specification upon usage condition.
3 Hydro unit power cable, outdoor/hydro unit connection cable shall be used with higher than IEC60245-4 IEC57, H07RN-F.
4 The specifications above mentioned are subject to be changed without notice.
Notes
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Contents of this catalogue are subject to change without notice.Revision No of this catalogue : CLKAC140206 Inform us the Revision No. for your needed information.
4F, 12, Seonyu-ro 43na-gil, Yeongdeungpo-gu, Seoul, 150-103, Korea Site : www.carrier.co.kr E-mail : [email protected] : 82-2-6965-1463 Fax : +82-2-6965-1498
