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Water Cooled Chillers
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Air Cooled Heat Pumps
AQS-M Series - Modular Scroll AQS-E Series - Scroll R410A i-AQS-N Series - Residential Inverter AQS.E-HW Series - Water Heater CSRAN Series - Screw R22 ERACS.C-N&ERACS.E-N Series - Screw R134a ERACS.E-N1 Series - Grade1 R134a/R513A ERACS.E-N-LT-X Series - LowTemp R407C ERACS.E-N-R&ERACS.E-Q Series - 4 Pipe/Heat Recovery ERACS.E-Q1 Series - R513A/R134a 4 Pipe ERACS.E-Q-SL-6P Series - 6 Pipe
Air Cooled Chillers
AQS.E-FC - Scroll Freecooling CSRAT Series - Screw R22 ERACS.C Series - Screw R134a ERACS.C-INV Series - Inverter R134a CSRAT-FC Series - Screw Freecooling TECS2 Series - OilFree
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ClimaPRO+ Chiller Plant Control System With Active Optimization Management High Efficient Plant Optimization Monitoring System Remote Management Service -NOC Management Center FWS 3000 Network Server MANAGER 3000 Group Control System SEQUENCER Group Control System W3000 Unit Control System
TECS2 Series - OilFree
TECS2 Series - OilFree

TECS2 series Cooling capacity: 233～1324kW The air-cooled magnetic levitation variable frequency centrifugal chiller is the successful application of the air-cooled magnetic levitation variable frequency compressor technology. Compared with the water-cooled chiller, the air-cooled magnetic levitation variable frequency centrifugal chiller has no problem of cooling water splashing and breeding legionella bacteria. Compared with the air-cooled screw and vortex chillers, it has excellent partial load performance. The application of oil-free technology eliminates the complex oil circuit system while the ultra-low noise unit vibrates, making it the preferred comfort air conditioner for grade A office buildings, general hospitals, museums and other places with large load changes and strict noise requirements.

Extended Functions：

1- Magnetic levitation compressor 2- refrigeration 3- environmental refrigerant R134a

Frame Structure Description：

■ The whole frame and bottom plate of the unit are made of galvanized steel plate which has been coated with polyester, so that the whole unit is not suitable for rust.
■ The layout of the unit after three-dimensional optimization design, compact layout, optimized shape proportion, the need for small maintenance space, small machine room area, significantly save space.

Compressor Description：

Two stage, variable speed, centrifugal compressor with aluminium impellers, designed requiring no oil for lubrication. Compressor constructed with cast aluminium casing and highstrenght thermoplastic electronics enclosures. Compressor provided with radial and axial magnetic bearings to levitate the shaft thereby eliminating metal to metal contact, and thus eliminating friction and the need for oil. Each bearing position is sensed by position sensors to provide real-time repositioning of the rotor shaft, controlled by the on-board digital electronics.
Compressor speed is reduced as condensing temperature and/or heat load reduces, optimizing energy performance through the entire range.
Continuous modulation is possibile thanks to the integrated inverter. Signals from the compressor controller determine the inverter output frequency, voltage and phase, thereby regulating the motor speed. In case of power failure, the compressor is capable of allowing for a normal de-levitation and shutdown. Inlet Guide Vanes is built-in to further trim the compressor capacity in conjuction with the variable-speed control, to optimize compressor performance at low loads.
The compressor is provided with a direct drive, high effi ciency, permanent-magnet synchronous motor powered by pulsewidth-modulating (PWM) voltage supply. Motor cooling is by liquid refrigerant injection.
A non-return valve on the discharge port of the compressor is installed to protect against backflow of refrigerant during coastdown;
a thermal protection protects against over-currents while a soft-charge device reduces inrush starting current under 2 amps.

Evaporator Description：

Heat exchanger, with function of evaporator, shell and tubes, flooded type, with water fl owing inside and refrigerant flowing outside the pipes. The steel shell is insulated with a foamed polyethylene closed-cell mat of 10 mm thikness and a thermal condcuctivity of 0,033 W/mK at 0°C to avoid condensation on its surface. The copper tubes are internally and externally grooved to improve heat exchange. A drop´s separator is integrated in the evaporator to protect the compressor against the possibility of liquid´s suction. A differential pressure switch is already fitted in order to monitor the waterfl ow while the unit is working, avoiding the risk of ice generation. The heat exchanger comply with PED standards, concerning to operating pressure.

Condenser：

Condenser adopts inverted M design to reduce ventilation resistance, homogenize air flow rate and improve heat transfer efficiency;
Fins according to the model selection of window type/corrugated type hydrophilic aluminum fins, to ensure the heat transfer efficiency or enhance the strength of the fins.

Control Cabinet：

■ The starting and microcomputer control part of the unit are integrated in the same control cabinet, located at the front of the unit, which is convenient for on-site operators to operate in the machine room and between the units, and all the maintenance of electrical parts can be carried out in the front of the unit.
■ The electrical control box is made of high quality steel plate, and the outer surface has been coated with galvanized powder, so that it has good weather resistance and can effectively protect the electrical components of the unit.
■ For the safety of the operator, once the host is switched on, the operator will not be able to open the control and electrical parts of the isolation board, to ensure the safety of the operator.

Control System：

The microcomputer controller optimized for maglev unit, friendly user interface, excellent control and adjustment function, strong expansion ability, strong compatibility and advanced complex central air conditioning control concept perfect combination.
Man-machine interface for LCD display, graphical display interface, menu management, display running status, real-time data information to help detection and diagnosis, support parameter adjustment and setting, unique ""black box"" fault recording and analysis system.

Certification and Honor：

Electric Control：

■ The unit is designed, manufactured and tested in strict accordance with international and domestic STANDARDS of AHRI, EN, UNI, JIS, GB/T18430.1, with reliable quality;
■ Electrical system according to iec60204-1 /GB5226.I standard design, manufacture, intelligent microcomputer control system monitoring unit operation;
■ All units have passed strict performance tests before leaving the factory to ensure the reliability of units and meet the strict requirements of customers.

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：

：

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Cooling Capacity 233kW-1324kW
Compressor type Magnetic levitation variable frequency compressor
Number of compressors 1-4
Refrigerant circuit Single/double refrigeration loop
Refrigerant R134a
Power Input 380V/3Ph/Hz
CICC technology research and development base

CICC technology research and development base

Area：Shanghai‎
Cooling Capacity：9012kW
Period：2019
Heating Capacity：
Building Function：Office Buildings
System：
Installed Units：
6 x ERACS4252C-B
Shanghai Xinyi Pharmaceutical Co.LTD

Shanghai Xinyi Pharmaceutical Co.LTD

Area：Shanghai
Cooling Capacity：745kW
Period：2019
Heating Capacity：
Building Function：Healthcare / Hospitals
System：
Installed Units：
1X ERACS2102C-B
Xiamen Haichen New Energy Technoiogy Co. LTD

Xiamen Haichen New Energy Technoiogy Co. LTD

Area：Fujian
Cooling Capacity：
Period：2021
Heating Capacity：
Building Function：Industrial Process
System：
Installed Units：
2X ERACS2102C-B-D 1X ERACS2402C-B
First People's Hospital Zhangjiagang

First People's Hospital Zhangjiagang

Area：Jiangsu
Cooling Capacity：1800KW
Period：2019
Heating Capacity：
Building Function：Healthcare / Hospitals
System：
Installed Units：
2X ERACS2652C-B
Trilan Bayer Medicine

Trilan Bayer Medicine

Area：Beijing
Cooling Capacity：470kW
Period：2015
Heating Capacity：
Building Function：Healthcare / Hospitals
System：
Installed Units：
1×ERACS1301C-B-HE 1×ERACS4653C-B
Learn More > >

Tel:400-880-7575

Copyright © 2022 Chat Union Climaveneta All Rights Reserved

Products

PRODUCT
TECS2 Series - OilFree
AQS.E-FC - Scroll Freecooling CSRAT Series - Screw R22 ERACS.C Series - Screw R134a ERACS.C-INV Series - Inverter R134a CSRAT-FC Series - Screw Freecooling TECS2 Series - OilFree
TECS2 Series - OilFree Air-cooled Magnetic Levitation Variable Speed Centrifugal Chiller

TECS2 series Cooling capacity: 233～1324kW The air-cooled magnetic levitation variable frequency centrifugal chiller is the successful application of the air-cooled magnetic levitation variable frequency compressor technology. Compared with the water-cooled chiller, the air-cooled magnetic levitation variable frequency centrifugal chiller has no problem of cooling water splashing and breeding legionella bacteria. Compared with the air-cooled screw and vortex chillers, it has excellent partial load performance. The application of oil-free technology eliminates the complex oil circuit system while the ultra-low noise unit vibrates, making it the preferred comfort air conditioner for grade A office buildings, general hospitals, museums and other places with large load changes and strict noise requirements.
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Extended Functions：

1- Magnetic levitation compressor 2- refrigeration 3- environmental refrigerant R134a

Frame Structure Description：

■ The whole frame and bottom plate of the unit are made of galvanized steel plate which has been coated with polyester, so that the whole unit is not suitable for rust.
■ The layout of the unit after three-dimensional optimization design, compact layout, optimized shape proportion, the need for small maintenance space, small machine room area, significantly save space.

Compressor Description：

Two stage, variable speed, centrifugal compressor with aluminium impellers, designed requiring no oil for lubrication. Compressor constructed with cast aluminium casing and highstrenght thermoplastic electronics enclosures. Compressor provided with radial and axial magnetic bearings to levitate the shaft thereby eliminating metal to metal contact, and thus eliminating friction and the need for oil. Each bearing position is sensed by position sensors to provide real-time repositioning of the rotor shaft, controlled by the on-board digital electronics.
Compressor speed is reduced as condensing temperature and/or heat load reduces, optimizing energy performance through the entire range.
Continuous modulation is possibile thanks to the integrated inverter. Signals from the compressor controller determine the inverter output frequency, voltage and phase, thereby regulating the motor speed. In case of power failure, the compressor is capable of allowing for a normal de-levitation and shutdown. Inlet Guide Vanes is built-in to further trim the compressor capacity in conjuction with the variable-speed control, to optimize compressor performance at low loads.
The compressor is provided with a direct drive, high effi ciency, permanent-magnet synchronous motor powered by pulsewidth-modulating (PWM) voltage supply. Motor cooling is by liquid refrigerant injection.
A non-return valve on the discharge port of the compressor is installed to protect against backflow of refrigerant during coastdown;
a thermal protection protects against over-currents while a soft-charge device reduces inrush starting current under 2 amps.

Evaporator Description：

Heat exchanger, with function of evaporator, shell and tubes, flooded type, with water fl owing inside and refrigerant flowing outside the pipes. The steel shell is insulated with a foamed polyethylene closed-cell mat of 10 mm thikness and a thermal condcuctivity of 0,033 W/mK at 0°C to avoid condensation on its surface. The copper tubes are internally and externally grooved to improve heat exchange. A drop´s separator is integrated in the evaporator to protect the compressor against the possibility of liquid´s suction. A differential pressure switch is already fitted in order to monitor the waterfl ow while the unit is working, avoiding the risk of ice generation. The heat exchanger comply with PED standards, concerning to operating pressure.

Condenser：

Condenser adopts inverted M design to reduce ventilation resistance, homogenize air flow rate and improve heat transfer efficiency;
Fins according to the model selection of window type/corrugated type hydrophilic aluminum fins, to ensure the heat transfer efficiency or enhance the strength of the fins.

Control Cabinet：

■ The starting and microcomputer control part of the unit are integrated in the same control cabinet, located at the front of the unit, which is convenient for on-site operators to operate in the machine room and between the units, and all the maintenance of electrical parts can be carried out in the front of the unit.
■ The electrical control box is made of high quality steel plate, and the outer surface has been coated with galvanized powder, so that it has good weather resistance and can effectively protect the electrical components of the unit.
■ For the safety of the operator, once the host is switched on, the operator will not be able to open the control and electrical parts of the isolation board, to ensure the safety of the operator.

Control System：

The microcomputer controller optimized for maglev unit, friendly user interface, excellent control and adjustment function, strong expansion ability, strong compatibility and advanced complex central air conditioning control concept perfect combination.
Man-machine interface for LCD display, graphical display interface, menu management, display running status, real-time data information to help detection and diagnosis, support parameter adjustment and setting, unique ""black box"" fault recording and analysis system.

Certification and Honor：

Electric Control：

■ The unit is designed, manufactured and tested in strict accordance with international and domestic STANDARDS of AHRI, EN, UNI, JIS, GB/T18430.1, with reliable quality;
■ Electrical system according to iec60204-1 /GB5226.I standard design, manufacture, intelligent microcomputer control system monitoring unit operation;
■ All units have passed strict performance tests before leaving the factory to ensure the reliability of units and meet the strict requirements of customers.

：

：

：

：

：

Cooling Capacity 233kW-1324kW
Compressor type Magnetic levitation variable frequency compressor
Number of compressors 1-4
Refrigerant circuit Single/double refrigeration loop
Refrigerant R134a
Power Input 380V/3Ph/Hz
Changji Yanyue Bay

Changji Yanyue Bay

Area：Henan Period：2018 Building Function：Residential buildings System： Cooling Capacity：11111.5kW Heating Capacity：14642.7kW
Installed Units：

1 x PSRHH4802-Y-R 1 x PSRHH4502-Y-R 1 x PSRHH5103 1 x PSRHH5003.C-Y 1 x PSRHH9004.C-Y 3x PSRHH2401M

Qianshan Old Village

Qianshan Old Village

Area：Guangdong Period：2014 Building Function：Residential buildings System： Cooling Capacity：22950kW Heating Capacity：7080kW
Installed Units：

1 x FOCSWATER4102 3 x FOCSWATER6004C 3 x KMC800LH 3 x PSRHH6003C-R-Y

Zhengzhou Olympic Sports Center

Zhengzhou Olympic Sports Center

Area：Henan‎ Period：2018 Building Function：Sport structures System： Cooling Capacity：15509kw Heating Capacity：
Installed Units：

1 x KMC-1100LY-INV 1 x KMC1100LY 2 x KMC-1100LY-D 1 x CCS0500-INV 2 x CCS0500-INV 2 x FOCSWATER2501

Five Pine Ice Sports Center

Five Pine Ice Sports Center

Area：Beijing‎ Period：2019 Building Function：Sport structures System： Cooling Capacity：4600kW Heating Capacity：
Installed Units：

3 x TECS-W4503L-E

‎State Grid Chongqing Zhiwang Science and Technology Comprehensive Office Building‎

‎State Grid Chongqing Zhiwang Science and Technology Comprehensive Office Building‎

Area：Chongqing‎ Period：2021 Building Function：Office Buildings System： Cooling Capacity：4800kW Heating Capacity：5000kW
Installed Units：

2 x ERACS3622E-N-D-B 1 x ERACS3602E-N-B 2 x ERACS3622E-N-B 52 x MFC 900 x FCU

Tel:400-880-7575
Copyright © 2022 Chat Union Climaveneta All Rights Reserved