Power Supply RT. Model. Ph, V, Hz 54 LSBLG190H-M 3,380~415V,50 85 LSBLG290H-M 3,380~415V,50 92 LSBLG325H-M. Model Name 3,380~415V, LSBLG430H-M

Transcription

1

2 1. MODELS LIST 1. NOMENCLATURE 3 3. FEATURES 3 4. PRODUCT DATA 6 5. PERFORMANCE CORRECTION 9 6. ANTIFREEZE 1 7. INSTALLATION ELECTRICAL DATA ELECTRICAL DIAGRAM SCHEMATIC WIRING DIAGRAM WIRED CONTROLLER 1.MICROPROCESSOR CONTROLLER 4 13.LONG-DISTANCE MONITORING SYSTEM 4 14.CENTRAL AC BMS INTERFACE 8 15.APPLICATION DATA ACCESSORIES 31 1 MODELS LIST Nominal Capacity Model Power Supply RT Refrigerant Model Name Ph, V, Hz 54 LSBLG190H-M 3,380~415V,50 85 LSBLG90H-M 3,380~415V,50 9 LSBLG35H-M 3,380~415V,50 1 LSBLG430H-M 3,380~415V, LSBLG480H-M 3,380~415V, LSBLG550H-M 3,380~415V,50 R 185 LSBLG650H-M 3,380~415V,50 LSBLG780H-M 3,380~415V,50 4 LSBLG850H-M 3,380~415V,50 74 LSBLG960H-M 3,380~415V, LSBLG1160H-M 3,380~415V, LSBLG1360H-M 3,380~415V, LSBLG1560H-M 3,380~415V, LSBLG1700H-M 3,380~415V,50

3 Flooded Screw Chiller Technical Sales Guide NOMENCLATURE LS BLG H -M Model Model Number Description Options LS BLG Water Chiller Screw Compressor 190=190 kw=54rt 90=98 kw=85rt 35= 35 kw=9rt 430= 430 kw=1rt 480= 48 kw=137rt 550= 550 kw=156rt 650= 650 kw=185rt Nominal Cooling Capacity 780= 780 kw=rt 850= 85 kw=4rt 960= 964 kw=74rt 1160= 1160 kw=300rt 1360= 1360 kw=386rt 1560= 1560 kw=443rt 1700= 1704 kw=484rt H Flooded M Power 380~415V,3ph,50Hz 3 FEATURES 3.1 Description With a wide cooling capacity range from 190 to 1700 KW, GREE water-cooled screw chillers are being selected by more and more user for high efficiency and absolute dependability, GREE chillers are now widely applied in hotel, apartment, restaurant, office building, shopping mall, theater, gymnasium, hospital and so on, as well as supplying cool water for machine cooling purpose based on customized design all over the world. 3. Standard Specifications High Efficiency Full Load Operation Utilizing new screw compressor technology, the chillers meet or exceed the performance requirements of ASHRAE All system components are selected for optimum performance, including the condenser and evaporator sizes. Excellent part load performance Because the units are not operated in full load condition most of the time, integrated part load value

4 (IPLV is an important performance indicator as outlined in standard ARI550/ Thanks to the patented design of two system parallel connection technology, a excellent IPLV performance has been come true. Capacity control Step or stepless capacity control are optional available, enable the unit be turned on with the least load to reduce startup current; and match up capability output of the units to actual load, which make the units operate steadily and reduce operation cost. Compressor Compact suction gas cooled semi-hermetic twin screw compressors with high efficiency performance curve. Compressors are provided with high efficiency suction strainer, oil trainer crank case heater and built in safety pressure relief valve. Compressors are also provided with intelligent electronics including motor temperature monitoring, phase reversal protection, manual reset lock-out and discharge temperature protection by PTC`s sensors. Optimized oil management ensure minimum refrigerant dilution in oil. Cooler Flooded type, shell-and-tube type with refrigerant evaporated inside the shell and water flowing in the tubes. With special high efficiency pool boiling heat-exchange tubes, which are expanded into a steel plate, the flooded type structure enable both the theories of pool boiling and nucleation boiling be well applied. Thus, the uniform refrigerant distribution, optimized temperature field of heat transferring, heightened evaporating temperature are achieved, and cooling capacity and EER of the unit are improved greatly. All evaporator are designed, constructed, inspected, and stamped according to the requirements of the ASME Boiler and Pressure Vessel Code. Condenser The condenser is shell-and-tube type, carbon steel fin and seamless high efficiency copper tubes with Refrigerant condensing inside the shell and water flowing through the tubes. Each condenser is designed, constructed, inspected, and stamped according to the requirements of the ASME Boiler and Pressure Vessel Code. Reliable oil return In order to ensure the oil in refrigeration system returning to compressor, the secondary oil separator with both centrifugal and absorption setups is used for improving the separating efficiency of oil from refrigerant, and a kind of injection equipment of refrigerant is specially designed which can be a great help of oil returning into compressor from refrigeration circuit; At the same time, the low oil location protection is applied to avoid the damnification to compressor from low oil to ensure reliability of the chiller. Strict Out-going test Each unit will be tested strictly not only on nominal operation condition but also minimum/maximum operation condition when leave factory by advanced on-line test system. 4

5 Flooded Screw Chiller Technical Sales Guide Control panel The Control panel provides a friendly interface for the operator with the color touch LCD(liquid crystal display which can display chiller's operating status, diagnostic message and date curve. Superior Controls GREE has provided the latest technology in controlling the chillers. The control logic is designed to provide maximum efficiency, to help provide continuous operation in unusual operating conditions through proactive controls, and to provide the history record of operating to aid in trouble shooting. Protocol for integrating with your building automation system (BAS are optional available. 3.3 Standard Accessories New throttling setup The new throttle setup can calculate optimal value of EER through control logic and adjust it automatically from actual value to optimal value because refrigerant flux and the high of the liquid in flooded evaporator can be control accurately by electronic expansion valve the efficiency of unit will be maximized in either full load operation or part load operation. Water flow switch A water flow switch is available for field installation in the chilled water piping to protect against evaporator freeze-up under low, or no flow conditions. Interface are provided in the unit control center for field connection of the water flow detection switch. The flow detection device need to be prepared on field. Pump control output Provides a digital output to control the secondary chilled water pump. Standard unit has one pump control output. Unit on-off switch ON-OFF switch is provided for manually switching the unit control circuit. Indicator lights LED lights of indicating power on of unit, running state and fault indications. Filter drier Refrigerant circuits are kept free of moisture, sludge, acid and oil contamination by filter drier. Under voltage and phase protection Protects against low voltage as well as phase fault reversal. Sight glass An color indicator shows moisture contents and provides a mean for checking the system refrigerant charge volume. Liquid line solenoid valve It will be closed when the compressor is off to prevent any liquid refrigerant from accumulating in the evaporator. 5

6 3.4 Standard Control & Safety Devices Safety valve Protecting the unit against high discharge pressure. Compressor built-in protection device Motor winding temperature, discharge gas temperature and phase reversal for direction of rotation. Crankcase heaters Protects the unit against from refrigerant migration, oil dilution and potential compressor failure. 4 PRODUCT DATA 4.1 Ratings Model Capacity(kW / RT EER LSBLG190H-M 190/ LSBLG90H-M 98/ LSBLG35H-M 35/ LSBLG430H-M 430/ LSBLG480H-M 48/ LSBLG550H-M 550/ LSBLG650H-M 650/ LSBLG780H-M 780/ LSBLG850H-M 85/ LSBLG960H-M 964/ LSBLG1160H-M 1160/ LSBLG1360H-M 1360/ LSBLG1560H-M 1560/ LSBLG1700H-M 1704/ EER=Energy Efficiency Ratio at full load-the cooling capacity in Btu's per hour(btu/h divided by the power input in watts, expressed in Btu/h per watts((btu/h/watt. 6

7 Flooded Screw Chiller Technical Sales Guide 4. Physical Data Models Nominal Cooling Capacity kw RT LSBLG H Power Consumption kw Capacity control stepless capacity control Power Supply 380~415V 3N 50Hz Running Control The multicolor touch LCD(liquid crystal Display Safeties Compressor Type Refrigerant Type Cooler Water Flow Loss of Pressure Heat Exchanger Max.Pressure Water In/Out Pipe Diameter L/s GPM High/low pressure protection, discharge temp. protection, anti-freeze water flow protection, low water flow protection,phase-sequence protection, compressor overload protection, low oil location protection, Safety valve, Crankcase heaters Semi-Hermitic Screw Compressor R Flooded Shell and Tube Evaporator Condenser Water Flow Loss of Pressure Heat Exchanger GPM Shell and Tube Condenser Max. Pressure.0 Water In/Out Pipe Diameter L/s DN15 DN15 DN15 DN00 DN00 Height Dimension Width Depth Shipping Weights Operation Weights NOTES: 1 1 mm= in. Nominal Operate Condition. Inlet/Outlet chilled water temperature: 1/7 (44.6/53.6. Inlet/Outlet cooling water temperature: 30/35 (86.4/

8 Models LSBLG H Nominal Cooling Capacity kw RT Power Consumption kw Capacity control stepless capacity control Power Supply 380~415V 3N 50Hz Running Control The multicolor touch LCD(liquid crystal Display Safeties Compressor Type Refrigerant Type Cooler Water Flow Loss of Pressure Heat Exchanger Max.Pressure Water In/Out Pipe Diameter L/s GPM High/low pressure protection, discharge temp. protection, anti-freeze water flow protection, low water flow protection,phase-sequence protection, compressor overload protection, low oil location protection, Safety valve, Crankcase heaters Semi-Hermitic Screw Compressor R Flooded Shell and Tube Evaporator 1.4 DN00 DN00 DN00 DN00 DN00 Condenser Water Flow Loss of Pressure Heat Exchanger GPM Shell and Tube Condenser Max. Pressure.0 Water In/Out Pipe Diameter L/s DN00 DN00 DN00 DN50 DN50 DN50 Height Dimension Width Depth Shipping Weights Operation Weights NOTES: 1 1 mm= in. Nominal Operate Condition. Inlet/Outlet chilled water temperature: 1/7 (44.6/53.6. Inlet/Outlet cooling water temperature: 30/35 (86.4/

9 Flooded Screw Chiller Technical Sales Guide 5 PERFORMANCE CORRECTION LSBLG190H-M LSBLG90H-M 70/77 50/71 30/65 10/60 190/54 170/48 380/ /10 340/97 30/91 300/85 80/ Leaving Chilled Water Temperature ( ( ( ( Leaving Chilled Water Temperature LSBLG35H-M LSBLG430H-M 400/ / /10 340/97 30/91 300/85 80/80 55/ /14 475/ /18 45/11 400/ ( ( Leaving Chilled Water Temperature ( ( Leaving Chilled Water Temperature 9

10 LSBLG480H-M LSBLG550H-M 600/ / / /153 50/ /14 480/ / /15 660/ /18 60/ / / / /153 50/ / Leaving Chilled Water Temperature ( ( ( ( Leaving Chilled Water Temperature LSBLG650H-M LSBLG780H-M 85/34 800/7 775/0 750/13 75/06 700/ /19 650/185 65/ / / /84 975/77 950/70 95/63 900/56 875/48 850/41 85/34 800/7 775/0 750/13 75/06 700/ ( ( Leaving Chilled Water Temperature ( ( Leaving Chilled Water Temperature 10

11 Flooded Screw Chiller Technical Sales Guide LSBLG850H-M LSBLG960H-M 1075/ /98 105/ /84 975/77 950/70 95/63 900/56 875/48 850/41 85/34 800/7 15/ / / /37 115/ / / /98 105/ /84 975/77 950/70 95/63 900/56 875/ ( ( Leaving Chilled Water Temperature ( ( Leaving Chilled Water Temperature LSBLG1160H-M LSBLG1360H-M 1360/ / / /35 100/ / / / / / / / / / / / / / / ( ( Leaving Chilled Water Temperature ( ( Leaving Chilled Water Temperature 11

12 LSBLG1560H-M LSBLG1700H-M 1950/ / / / / / / / / / / / / / / / / / / ( ( Leaving Chilled Water Temperature ( ( Leaving Chilled Water Temperature 6 ANTIFREEZE A glycol solution is required when ambient temperature is below 0 æ and there is water in evaporator or condenser for avoiding the copper in evaporate or condenser is frosted cleft. The use of glycol will reduce the performance of the unit depending on concentration. % By Weight Freezing Point -3.3(6-7.8( (7-1.7( (-9 Ambient Temperature 8.3(47-1.7(9-6.7(0-16.7( -6.7(-16 Cooling Capacity Correction Factor Water Flow Correction Factor Pressure Drop Correction Factor

13 Flooded Screw Chiller Technical Sales Guide 7 INSTALLATION 7.1 Dimensions Cooling water outlet Cooling water inlet Chilled water inlet Chilled water outlet The unit dimensions with single compressor LSBLG190H-M LSBLG850H-M Cooling water outlet Cooling water intlet Chilled water intlet Chilled water outtlet The unit dimensions with two compressors LSBLG960H-M LSBLG1700H-M Unit mm Models A B C D E F G J K LSBLG190H -M LSBLG90H -M LSBLG35H -M LSBLG430H -M LSBLG480H -M LSBLG550H -M LSBLG650H -M LSBLG750H -M LSBLG850H -M LSBLG960H -M LSBLG1160H -M LSBLG1360H -M LSBLG1560H -M LSBLG1700H -M

14 7. Rigging Instruction Attention to Riggers Center of gravity is not unit center line. Ensure center of gravity aligns with the main lifting point before lifting. Use spreader bar when rigging, to prevent the slings during the unit. Caution All panels should be in place when rigging. Care must be taken to avoid damage to the pipeline during handing. Rigging schematic plan according to the indication on unit 7.3 Mounting Location Footing of the unit Micro-stone concrete C300# (Secondary pour 100 Foundion bolt M18 (Self-supply by consumer Installation plane concrete C300# Compace soil Gutter Shock pad (Self-supply by consumer Back Left Right Front [Front of the unit] Mounting location schematic plan 14

15 Flooded Screw Chiller Technical Sales Guide Unit mm Models A B D M K LSBLG190H -M LSBLG90H -M LSBLG35H -M LSBLG430H -M LSBLG480H -M LSBLG550H -M LSBLG650H -M LSBLG780H -M LSBLG850H -M LSBLG960H -M LSBLG1160H -M LSBLG1360H -M LSBLG1560H -M LSBLG1700H -M Installation Clearance H D B A Installation clearance schematic plan 15

16 Models A B C D H Unit LSBLG190H-M LSBLG90H -M LSBLG35H -M LSBLG430H -M LSBLG480H -M LSBLG550H -M LSBLG650H -M LSBLG780H -M LSBLG850H -M LSBLG960H -M LSBLG1160H -M LSBLG1360H -M LSBLG1560H -M LSBLG1700H -M mm 8 ELECTRICAL DATA Model Sectional Area of Electrical Wire Model LSBLG190H -M LSBLG90H -M LSBLG35H -M LSBLG430H -M LSBLG480H -M LSBLG550H -M LSBLG650H -M 50mm 50mm 70mm 95mm 95mm 10mm 150mm LSBLG780H -M LSBLG850H -M LSBLG960H -M LSBLG1160H -M Sectional Area of Electrical Wire 40mm 150mm 150mm LSBLG1360H -M 185mm LSBLG1560H -M LSBLG1700H -M 40mm 40mm 40mm 16

17 Flooded Screw Chiller Technical Sales Guide 9 ELECTRICAL DIAGRAM LSBLG190H-M~LSBLG850H-M 17

18 18 LSBLG960H-M~LSBLG1160H-M

19 Flooded Screw Chiller Technical Sales Guide LSBLG1360H-M~LSBLG1700H-M 19

20 10 SCHEMATIC WIRING DIAGRAM Main Power Entrance Field Control Wiring Entrance Typical Control Box Lcations And Field Wiring (LSBLG190H-M~LSBLG850H-M Field Control Wiring Entrance Main Power Entrance Typical Control Box Locations And Field Wiring (LSBLG960H-M~LSBLG1360H-M Main power entrance 1# Main power entrance # Field Control Wiring Entrance Typical Control Box Locations And Field Wiring (LSBLG1560H-M~LSBLG1700H-M 0

21 Flooded Screw Chiller Technical Sales Guide Terminal Block L1 L L3 N E L1 L L3 N Field Provided Unit Power Supply Legend: Field Power Wiring Field Control Wiring Chilled water pump contactor(0v~ Cooling water pump contactor(0~ Cooling fan contactor(0~, Power breakers voltage releases(0v~(option Remote switch Chilled water flow switch Cooling water flow switch (LSBLG190H-M~LSBLG1360H-M Field Provided Unit Power Supply 1# E L1 L L3 N Field Provided Unit Power Supply # E L1 L L3 N L1 L L3 N L1 L L3 N Legend: Field Power Wiring Field Control Wiring 1 Chilled water pump contactor(0v~ Cooling water pump contactor(0~ 3 Cooling fan contactor(0~, 4 Power breakers voltage releases(0v~(option 1 Remote switch Chilled water flow switch 3 Cooling water flow switch (LSBLG1560H-M~LSBLG1700H-M 1

22 11 WIRED CONTROLLER 11.1 Operation View NO. Name Function description Indicator T Taskbar If Screen is touched, it show green. Consists of Indicator T and a blank column. A popped window with Minimize button can be minimized into the blank column of taskbar which can contain 6 minimized icons at most. The minimized window can be recovered in the screen after touching the minimized icon in taskbar. Taskbar Button Start COM PWR CPU LCD Touch Screen Frame Can be touched to hide or display taskbar. Can be touched to hide or display Start menu. Communication Indicator Power Indicator CPU Indicator Touch Screen and colored LCD.

23 Flooded Screw Chiller Technical Sales Guide 11. Menu Structure of Controller Clock Setting Startup/stop Setting User Setting Auto. Antifreeze Timming Time Setting Start Menu Temp. Seting Parameter Setting Low Temp. Mode Enable Heating Mode Enable Parameter Total Operation Duration Clear Operation Amount Clear Modify Password Touch Screen Operation System Setting of A System Setting of A System Info Remote Operation Restar Error Record Maintenance Software Version Total Operation Duration View Operation Amount Run State View Home Page View Graph View Current Error Information View 3

24 1 MICROPROCESSOR CONTROLLER After press startup button, the unit will be started-up after controls detect all inputed signals are normal. controls auto control compressor startup, capacity adjust and shutdown through the temperature of chilled in water detected; auto control the step of electrical expanding valve through degree of superheat temperature detected; auto prevent the chilled of water in evaporator to be frostbite through the prevent frostbite temperature detected; auto control startup or shutdown of cooling fan tower through the temperature of cooling in water detected; auto control overheat of the cooling water in condenser through the temperature of cooling out water detected; auto adjust the capacity of compressor through the press of evaporator and condense detected, so the unit can work in safe state once compressor startup, besides comes protective signals, operating time should be at least 6 min(adjustable,although the temperature of chilled in water has reached unload shutdown temperature after compressor stop, unit should be re-startup after at least 10 min(adjustable. after unit startup, firstly open chilled water pump, then open cooling water pump, and then open the cooling fan tower, at last control the startup or shutdown of compressor, adjust the capacity accordingto chilled in water. When unit shutdown, firstly shut down compressor, then close cooling fan tower, and then close cooling water pump, at last close chilled water pump. 13 LONG-DISTANCE MONITORING SYSTEM 13.1 Introduction to Long-distance Monitoring System As the development and improvement of manufacturing technology and in order to solve the problems of complex distribution of the central AC in the buildings and difficult control and maintenance of them, an platform easy and reliable to operate must be provided to the users for daily management and maintenance. So this long-distance monitoring system combining electronic communication and computer technologies is developed to collect the running state of the units and to monitor and control the units from a long distance. 13. Installation and Selection. Notice 1.The address code of the communication modules should not be conflicted in one project..optoelectronic Isolated Repeater: every 800m of communication distance equipped needs one and every 30 communication modules equipped needs one. 4

25 Flooded Screw Chiller Technical Sales Guide 3.the communication cable and heavy-current wire should be separated and the distance between them can not be below 15cm. 4.line A and line B of Bus 485 should respectively correspond with line A and line B. 5.crystal head(crystal head buckle is downwards. 4-core crystal phone plug 485 A line Crystal phone plug 485 B line 5

26 Scope of Supply S=Standard parts; O= User Optional; P= User Provided Parts Scope of Supply Type Selection Remarks PC P Please check 7.Installation Criteria ZJ03 Communication module ZJ04 Communication module Water cooled screw chiller Long -distance Monitoring System set FE30-18/A(M Optoelectronic isolated repeater Rs485 4-core twisted pair wire 3-way phone connector S S S O P P Including communication module ZJ03, power transfor -mer and connecting wire Including communication module ZJ04, power transfor -mer and connecting wire Including CD and optoelectronic isolated converter Rs3- RS485 and connecting wire One every 800m of communication distance equipped with one and One every 30 communication modules equipped with one. Confirmation of Quantity of Parts Types Qty of Communication Modules Long-distance Monitoring System Optoelectronic Isolated Repeater All type Water cooled screw chiller Long-distance Monitoring System set FE30-18/A(M One every 800m of communication distance equipped with one One every 30 communication modules equipped with one Selection Example 5 sets of units LSBLG90H, 5 communication modules ZJ03 are needed, 1 communication modules ZJ04 are needed. The communication distance is above 800m, then one repeater is necessary and the quantity of communication modules is below 30, the repeater is unnecessary, as follow: Project Requirements Quantity Qty set 5(LSBLG90H Water cooled screw chiller Long-distance Monitoring System set FE30-18/A(M Communication module Repeater 1 5 (ZJ03 1 (ZJ04 1 6

27 Flooded Screw Chiller Technical Sales Guide Wiring Diagram Network 1 H1 COM1 COM Unit 1 Touch Displayer ZJ03 1 D Network COM1 COM COM Monitoring Center PC D1 H Unit Displayer ZJ03 D RS3-485 Converter R+/D+--Rs485 A R-/D- --Rs485 B Network 54 H1 D COM COM COM COM1 D3 Unit 54 Touch Displayer ZJ03 54 D ZJ04 Description of above communication cables Cable D1 D D3 H1 H Description Crystal head and the other end is XH 4-core pin connector Both crystal head -core Type-V twisted pair wire -core Type-V twisted pair wire Crystal head and the other end connects of it connects with wiring terminal of converter. (-core Type-V twisted pair wire 9-core head and the other end is crystal head(standard parts Both 9-core head (Standard parts 7

28 14 CENTRAL AC BMS INTERFACE 14.1 Introduction to BMS interface of Gree Central AC BMS interface of Gree Central AC is only for Gree central AC devices. There is BMS interface or multifunctional gateway in the hardware and standard communication protocol and BMS software plug-in in the software. Gree central AC can be centrally monitored and managed through BMS interface together with other devices in the building. 14. Installation and Selection. Notice 1.The air conditioners could be connected with the BMS system with every different model, or several models together, below wiring diagram shows the connection way of single unit, just for easy drawing please check13. 8

29 Flooded Screw Chiller Technical Sales Guide Scope of Supply Scope of Supply File of protocol ZJ03 Communication module ZJ04 Communication module Long distance monitoring set FE30-18/A(M optoelectronic isolated converter Rs3- Rs485 Optoelectronic isolated repeater Rs485 4-core twisted pair wire 3-way phone connector S=Standard parts; O= User Optional; P= User Provided Parts Type Selection S S S O O O P P Remarks Modbus protocol is used for user to integrate with BMS system. Including communication module ZJ03, power transformer and connecting wire Including communication module ZJ04, power transformer and connecting wire Including CD and optoelectronic isolated converter Rs3- RS485 and connecting wire It is needed when the interface protocol of BMS system is Rs3 One every 800m of communication distance equipped with one and One every 30 communication modules equipped with one. Confirmation of Quantity of Parts Types Qty of Communication Modules Optoelectronic isolated converter Optoelectronic Isolated Repeater All type One unit equipped with a communication module ZJ03 One Project equipped with a communication module ZJ04 One if BMS COM is Rs3 One every 800m of communication distance equipped with one. One every 30 communication modules equipped with one Selection Example BMS COM is RS3,one converter is needed.5 sets of units LSBLG90H, 5 communication modules ZJ03 are needed, 1 communication modules ZJ04 are needed. the communication distance is above 800m and one repeater is necessary and the quantity of communication modules is below 30 repeater is unnecessary, as follow: Project Requirements Quantity Qty set 5(LSBLG90H 5 (ZJ03 Communication module 1 (ZJ04 Repeater 1 Optoelectronic Isolated Converter 1 9

30 Wiring Diagram Network 1 H1 COM1 COM Unit 1 Touch Displayer ZJ03 1 D COM1 BMS Network D1 COM COM Just for Rs3 interface of BMS Unit Displayer ZJ03 D RS3-485 Converter R+/D+--Rs485 A R-/D- --Rs485 B Network 54 H1 D COM COM COM COM1 D3 Unit 54 Touch Displayer ZJ03 54 D ZJ04 Description of above communication cables Cable D1 D D3 H1 Description Crystal head and the other end is XH 4-core pin connector Both crystal head Crystal head and the other end connects of it connects with wiring terminal of converter. 9-core head and the other end is crystal head(standard parts 30

31 Flooded Screw Chiller Technical Sales Guide 15 APPLICATION DATA 15.1 Work Range Chilled water Cooling water Leaving water temperature Temperature difference of outlet and inlet water( / Leaving water temperature Temperature difference of outlet and inlet water( / Installation Footing 16 a. The installation footing is required with concrete or steel structure,can bear the Operation Weight of the unit, with a level upper plane, and preform gutter. b. According to Mounting Location schematic plan, place steel plate and shock pad exactly on the installation footing, proceed secondary pour after the unit and foundation bolt is placed. The foundation bolt is out about 100 mm of installation plane usually Installation Clearance a. Need to perform installation, operation and maintenance spacing. b. Ensure the unit keep out of insolation and rain away from fire, combustibles, corrosive gas and discharge gas; preform ventilation spacing; should have suitable measure to reduce noise and shock. ACCESSORIES 1 ACCESSORIES PCS S Accessories Name Standard Option Provided Installer Water-Cooled screw chiller Water Flow Switch Touch Screen LCD Controller Remote Supervisory and control(display Remote Supervisory and control software Centralized Control System Convertor communicatin cable Communitation Switch Board thermometer pressure gauge Flexible tie-in pressure gauge PCS PCS PCS SET SET SET LOA ROT LOA LOA PCS PCS S S P p P P P P P O O O 31

32