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Water Cooled Heat Pumps
AQSW-H/-N Series - Scroll R410A AQSW-DHW/-N Series - Residential FOCSWATER.C-HL/H Series - Flooded Screw PSRHH.C-Y Series - Screw R134a FOCSWATER.E-HL-INV Series - High Efficiency Inverter FOCSWATER.E-HL Series - High Efficiency RECS-W Series - Reversible Screw PSRHH.H-T1 Series - Superior High-temp
Water Cooled Chillers
AQSW Series - Scroll R410A CSRH.E-Y Series - Screw R134a FOCSWATER Series - Flooded Screw FOCSWATER.E Series - High Efficiency FOCSWATER.E-INV Series - High Efficiency Inverter KMC Series - Centrifugal R134a CCS/CCSF1/CCS-INV/CCSF1-INV Series - Centrifugal R134a TECS-W/L-M Series - OilFree R134a Modular TECS-W/L-E Series - OilFree R134a
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
Hydronics Terminals
Fan Coil Unit Combined Air Handling Unit Air-Side Unit
High Precision Air Conditioning
SA/DA Series - Air-Cooled DX SW/DW Series - Water-Cooled DX SA/DA-M Series - Air-Cooled Modular DX Constant Temperature And Humidity AC Series SA/DA-M-INV2 Series - Inverter Air-Cooled Modular DX SC Series - Single Coil Chilled Water SC-B Series - Dual Coil Chilled Water IN-ROW AC Series - Air-Cooled DX IN-ROW AC Series - Chilled-Water MDC Series
Control Systems
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
High Efficient Plant Optimization Monitoring System
High Efficient Plant Optimization Monitoring System
High efficiency optimization monitoring system is the leading control solution for improving energy efficiency and optimizing management of chiller/heat pump room.

Extended Functions：

Frame Structure Description：

Compressor Description：

Evaporator Description：

Condenser：

Control Cabinet：

Control System：

Certification and Honor：

Electric Control：

System Introductions：

High efficiency optimization monitoring system is the leading control solution for improving energy efficiency and optimizing management of chiller/heat pump room.
  High efficiency optimization monitoring system ensures that the chilled/hot water system achieves and maintains high efficiency, and fully reduces the energy consumption of each part.
The performance feedback loop is used to analyze, diagnose, measure, adjust and verify the system in real time, so as to continuously adjust the system equipment of the cold water/heat pump room in the best running state.
The built-in programming wizard system is used to adapt to different equipment room configurations, and functions such as human-machine interface, report analysis, and real-time alarm are configured to meet user customization requirements. 

System architectures：

    
The software development of the system is based on a reliable software platform, embedding a set of complex control and optimization procedures and displaying information in a transparent way. The physical level uses industry standard communication protocols for upstream and downstream data interaction, thus reducing on-site design activities. 

Architecture features:
● Cloud deployment applications are suitable for multi-project customers, integrating important data into the cloud platform to facilitate project benchmarking management and unified deployment.
● The local deployment application is suitable for single project customers. The software adopts B/S network architecture to realize distributed access to multiple customers at the same time. 
● The protocol standard and stable bus network are used to integrate the underlying devices, optimize the system structure and shorten the debugging time.
● The system has stronger openness, compatibility, convenient integration with the third party control system.

Logical energy saving strategies are listed as follows:：

● Intelligent sequencing and segmental control based on unit performance curve
● Adjust the temperature setting value based on the algorithm
● Variable flow optimization of primary pump
● Variable flow optimization of secondary pump
● Combined fan frequency conversion
                        
                           

Software Function Description：

● The whole system equipment monitoring: through the visual interface display, convenient for operators and managers to achieve the overall deployment of data can catch the tide of the whole system.
● Logical optimization control: The system optimizes the management system by providing logical policies with multi-dimensional complexity.
● Alarm protection reminder: when abnormal information is detected, the system will issue a fault alarm and prompt the management personnel to check and troubleshoot the fault.
● Real-time data curves and reports: the software stores the running data in the data server, so that it is convenient to view all kinds of real-time data curves and export customized data reports, so as to facilitate the management personnel to re-disk, energy analysis and precise management of project data.

Hardware configuration description：

Relying on the international first-line brand controller, the energy-saving optimized control cabinet is developed, which integrates the system operation strategy, control logic, alarm protection and other functions. Relying on the external signal parameters of access, the energy-saving optimized control logic is applied to the underlying equipment, which can comprehensively improve the operation energy efficiency of the unit, so as to achieve the effect of energy saving.
                             
Hardware functions:
● Unified control, collection and management of on-site equipment, sensors, intelligent instruments, etc
● Real-time load is calculated according to temperature,humidity, pressure, flow and other parameters
● Record unit running time to avoid frequent start and stop of equipment
● According to the designed control strategy one - click switch related equipment
● When the network communication fails, it can run independently locally
● Configure the interlock protection logic for underlying devices
● As a logical operation center, it executes upper-level commands and integrates lower-level data information
● It provides the extension and integration of the third party for RS485 and Ethernet standardized communication interfaces

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Tel:400-880-7575

Copyright © 2022 Chat Union Climaveneta All Rights Reserved

Products

PRODUCT
High Efficient Plant Optimization Monitoring System
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
High Efficient Plant Optimization Monitoring System
High efficiency optimization monitoring system is the leading control solution for improving energy efficiency and optimizing management of chiller/heat pump room.
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Extended Functions：

Frame Structure Description：

Compressor Description：

Evaporator Description：

Condenser：

Control Cabinet：

Control System：

Certification and Honor：

Electric Control：

System Introductions：

High efficiency optimization monitoring system is the leading control solution for improving energy efficiency and optimizing management of chiller/heat pump room.
  High efficiency optimization monitoring system ensures that the chilled/hot water system achieves and maintains high efficiency, and fully reduces the energy consumption of each part.
The performance feedback loop is used to analyze, diagnose, measure, adjust and verify the system in real time, so as to continuously adjust the system equipment of the cold water/heat pump room in the best running state.
The built-in programming wizard system is used to adapt to different equipment room configurations, and functions such as human-machine interface, report analysis, and real-time alarm are configured to meet user customization requirements. 

System architectures：

    
The software development of the system is based on a reliable software platform, embedding a set of complex control and optimization procedures and displaying information in a transparent way. The physical level uses industry standard communication protocols for upstream and downstream data interaction, thus reducing on-site design activities. 

Architecture features:
● Cloud deployment applications are suitable for multi-project customers, integrating important data into the cloud platform to facilitate project benchmarking management and unified deployment.
● The local deployment application is suitable for single project customers. The software adopts B/S network architecture to realize distributed access to multiple customers at the same time. 
● The protocol standard and stable bus network are used to integrate the underlying devices, optimize the system structure and shorten the debugging time.
● The system has stronger openness, compatibility, convenient integration with the third party control system.

Logical energy saving strategies are listed as follows:：

● Intelligent sequencing and segmental control based on unit performance curve
● Adjust the temperature setting value based on the algorithm
● Variable flow optimization of primary pump
● Variable flow optimization of secondary pump
● Combined fan frequency conversion
                        
                           

Software Function Description：

● The whole system equipment monitoring: through the visual interface display, convenient for operators and managers to achieve the overall deployment of data can catch the tide of the whole system.
● Logical optimization control: The system optimizes the management system by providing logical policies with multi-dimensional complexity.
● Alarm protection reminder: when abnormal information is detected, the system will issue a fault alarm and prompt the management personnel to check and troubleshoot the fault.
● Real-time data curves and reports: the software stores the running data in the data server, so that it is convenient to view all kinds of real-time data curves and export customized data reports, so as to facilitate the management personnel to re-disk, energy analysis and precise management of project data.

Hardware configuration description：

Relying on the international first-line brand controller, the energy-saving optimized control cabinet is developed, which integrates the system operation strategy, control logic, alarm protection and other functions. Relying on the external signal parameters of access, the energy-saving optimized control logic is applied to the underlying equipment, which can comprehensively improve the operation energy efficiency of the unit, so as to achieve the effect of energy saving.
                             
Hardware functions:
● Unified control, collection and management of on-site equipment, sensors, intelligent instruments, etc
● Real-time load is calculated according to temperature,humidity, pressure, flow and other parameters
● Record unit running time to avoid frequent start and stop of equipment
● According to the designed control strategy one - click switch related equipment
● When the network communication fails, it can run independently locally
● Configure the interlock protection logic for underlying devices
● As a logical operation center, it executes upper-level commands and integrates lower-level data information
● It provides the extension and integration of the third party for RS485 and Ethernet standardized communication interfaces

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