Wcfx r134a - hermatic screw chiller

1. Products that perform...By people who care WCFX-R134a Water Cooled Hermetic Screw Chiller Cooling Capacity 198-1788kW 50Hz R 134a Features Vertical hermetic screw compressor Flooded evaporator Special economic cycle Muti compressors with one refrigerant circuit Unique oil return system High efficiency oil ballance system Throttle equipment composed by modulate、globe valve and liquid level sensor Advanced microcomputer control Option with environment-friendly refrigerant

2. 1 The Dunham-Bush WCFX Water-Cooled Rotary Screw Water Chillers are available from 57 to 508 Rtons. Their performance has been certified by the Air Conditioning and Refrigeration Institute (ARI). These units are WC F X 27 S D N INTRODUCTION Water cooled chiller Flooded evaporator Hermetic screw compressor Non-standard chiller S˖Single compressor T˖Dual compressors Blank˖Triple compressors STANDARD FEATURES gWCFX-R134a Size Range • 23 Models from 57 to 508 Rtons at ARI standard conditions with certified performance • Multiple compressor units provide redundancy, and favorable partload efficiency Compressor • Quiet, reliable MSC Rotary Screw Compressors • Multiple rotary screw compressor design for fail-safe reliability and redundancy • Hermetic Design eliminates problematic shaft seals, inspections, expensive teardowns, time consuming alignments, etc. • Consistent unloading with dependable slide valve mechanism Evaporator/Condenser • Cleanable and Removable Integral Fin Copper Tubes for easy serviceability • One, Two or Three Water Passes Available for a wide variety of applications supplied with rotary screw compressors that are backed by 48 years of experience. The side by side evaporator/condenser arrangement makes a split design optional for ease of movement throughany standard commercial doorway. All units are factory run tested before shipment. • Removable Water Heads for service • Victaulic Groove Water Connections for quick installation and/or service • Full Pump Down Capacity in Condenser, therefore, pump out unit not required Microcomputer/Electrical • Proactive Microcomputer Controller adapts to abnormal operating conditions • Tolerant and accommodating of extreme conditions at start-up • Capable of controlling multiple chillers, cooling towers, pumps, etc. • Circuit Breaker on each multiple compressor unit • Unit Mounted Contactor and Time Delay for reduced Inrush Start • Current and Voltage transformers • Under Voltage Phase Failure Relay • Indicator lights for Compressor Overloads, High Motor Temperature, Micro Alarm, Control Power, Compressor Control Circuit NOMENCLATURE Compressor Code R R134a Dual-operation

3. Economizer Cycle Liquid refrigerant passes through the first expansion device and into the flash economizer where flash gas and liquid refrigerant are separated. The gaseous refrigerant is then drawn out of the flash economizer and into the vapor injection port of the compressor. The remaining liquid refrigerant then passes through a second expansion device which reduces refrigerant pressure to evaporator levels where it is then distributed evenly into the evaporator. By removing the flash gas from the flash economizer at an intermediate pressure, the enthalpy of the refrigerant flowing into the evaporator is reduced which increases the refrigeration effect and improves the efficiency of the refrigeration cycle about 16%Ǆ First expansion Second expansion Condensation 㒣⌢఼ݙࠊދࠖ䮾থ䖛⿟㪌থ Evaporation without economizer Evaporation with economizer EnthalpyBTU/LB) Pressure(PSIA) Shell and Tube Flooded Coolers Compress process Flooded Coolers operate considerably different than Direct Expan-sion Coolers. They have the refrigerant in the shell side with the fluid to be cooled in the tubes. The liquid level of refrigerant in the shell covers the tubes with refrigerant. This direct contact enables the cooler to oper-ate more efficiently than a direct expansion cooler by having a closer total temperature difference (TTD). Flooded Coolers employ the most advanced vessel technology available today. Special internal and extern-al enhanced tubing provides excellent unit efficiency. These coolers are designed and constructed to meet the requirements of the JB4750-2003. and are stamped accordingly. The tubing is roll expanded into the tube sheets and the heads are removable and interchangeable from end-to-end for ease of tube maintenance. Vent and drain plugs are provided in each head. Two-pass coolers are supplied standard with one and three-pass optional. Shell and Tube Condenser The condenser is a cleanable shell and tube type with high efficiency external and internal enhanced copper tubes, mechanically expanded into heavy fixed steel tube sheets. The condenser is sized for full refrigerant pump down capacity and the shell side is equipped with dual refrigerant relief devices. Vent and drain fittings are provided in each head and the heads are removable for tube cleaning and serviceability. Compressor The Dunham-Bush rotary screw compressor is a positive displace-ment helical-axial design for use with high pressure refrigerants. • The compressor consists of two intermeshing helical grooved rotors, a drive rotor and a driven rotor, in a stationary housing with suction and discharge gas ports. • Uniform gas flow, even torque and positive displacement, all provided by pure rotary motion contributes to vibration-free operation over a wide range of operating conditions. Intake and discharge cycles overlap,effect-ively producing a smooth, continuous flow of gas. • No oil pump is required for lubrication or sealing purposes. Oil is dist-ributed throughout the compressor by the pressure differential between the suction and the discharge cavities. Discharge Port Oil Deflection Plate Hermetic Motor Housing Vapor Injection Port Slide Valve Compressor Shell Oil Seperator Motor Suction Filter Suction Port Rotors Oil Level Glass 2 g:);5D

4. Simplified Capacity Control The slide valve mechanism for capacity modulation and part-load operation is an outstanding feature. • The moving parts are simple, rugged and trouble-free. The slide mech-anism is hydraulically actuated. • Package capacity reduction can be down to as low as 25% without HGBP by progressive movement of slide valves away from their stops. • Capacity reduction is programmed by an exclusive electronically initi-ated, hydraulically actuated control arrangement. Positive Displacement Direct Connected The compressor is directly connected to the motor without any comp-licated gear systems to speed up the compressor and thus detract from the overall unit reliability. Oil Separator Each compressor is provided with an integral oil separator located adjacent to the discharge gas port. • The separator is a multi-layered mesh element which effectively sepa-rates oil from the gas stream. • The oil drains into the sump and the discharge gas passes around the deflection plate. An oil drain valve is located near the bottom of the oil sump. Main Bearings Each rotor is fitted with a set of anti-friction tapered roller bearings. They carry both radial and thrust loads. Rotors The latest asymmetrical rotor profiles of patented Dunham-Bush design assure operation at highest efficiencies. Rotors are precision machined from AISI 1141 bar stock and case hardened. 3 g:);5D Castings All housings are manufactured of high grade, low porosity,cast iron. Solid State Motor Protection. The motor winding protection module used in conjunction with sensors embedded in the compressor motor windings is designed to prevent the motor from operating at unsafe operating tem-peratures. The overloads for the motor are also solid state. Display Information The alphanumeric liquid crystal display utilizes easy-to-understand menu-driven software.Inexperienced operators can quickly work through these menus to obtain the information they require or to modify control parameters. More experienced operators can bypass the menu systems, if desired, and move directly to their requested control function. Easily accessible measurements include: • Leaving chilled water temperature • Evaporator pressure • Condenser pressure • System voltage • Number of compressor starts • Compressor contactor status • Water temperature reset value • Water flow switch status • External start/stop command status Advanced Microcomputer Control is a standard feature on all Dunham- Bush Rotary Screw Water Cooled Chillers monitoring analog and digital inputs to achieve precise control of the major operational and protective functions of the unit. Programmable Logic Controller (PLC) allows finger-tip user inter-action. Its simple-to-use push button keyboard and menu-driven software provide access to operating conditions, control setpoints and alarm hist-ory clearly displayed on a prominent multi-line alphanumeric display. An easy-to-install, inexpensive modem option allows remote reading of operating parameter updates. The Dunham-Bush microcomputer insures

5. 4 g:);5 ㋏㒳᥻ࠊ੠ֱᡸࡳ㛑䕧ܹ∈⏽䆒ᅮؐˈᑊᇚᖂ⬉㛥㕂Ѣ㞾ࡼ᥻ࠊԡ㕂ህৃᅲ⦄ދ∈ ߎষ⏽ᑺⱘ᥻ࠊǄᴎ㒘᥻ࠊ㋏㒳ḍ᥂ދ∈ߎষ⏽ᑺ䇗㡖⒥䯔ⱘᎹ԰ ԡ㕂Ǆय़㓽ᴎⱘࡴ䕑䖛⿟⬅⬉㛥⿟ᑣḍ᥂ὐᅛ᠔䳔㽕ⱘᅲ䰙䋳㥋໻ ᇣ䖯㸠᥻ࠊǄ ᴎ㒘ৃҹҎᎹᓔذˈгৃҹ䗮䖛ὐᅛ㞾ࡼ࣪㋏㒳ⱘ໪䚼ֵোᓔ ذǄᖂ⬉㛥㛑㓪ࠊҹϗ໽ЎϔϾ਼ᳳⱘ䖤㸠⿟ᑣǄ ᴎ㒘݋᳝ϟ߫㞾ࡼֱᡸࡳ㛑ˈֱ䆕њᴎ㒘䖤㸠ⱘৃ䴴ᗻ˖ ਌⇨य़࡯䖛Ԣ ᥦ⇨य़࡯䖛催 ⊍⏽䖛催䰆㒧ބֱᡸ ⬉ᴎ⏽ᑺ䖛催 य़Ꮒ䖛Ԣ ⊍ԡ䖛Ԣ य़㓽ᴎ䖤㸠ᬙ䱰 ᮁ⬉ ދ∈ϡ⌕ࡼ Ӵᛳ఼ᬙ䱰 य़㓽ᴎ⬉⌕䖛໻ 䰆ℶᴎ㒘䞡໡䍋ࡼ 㘨㔥㕸᥻੠䖰⿟ⲥ᥻ࡳ㛑˄ৃ䗝˅ ᴎ㒘䞛⫼PLC᥻ࠊ఼ˈ䜡㕂᳝ᷛޚⱘRS485᥹ষˈᓔᬒⱘ MODBUS˄RTU˅ⱘ䗮䆃ण䆂Ǆ䗮䖛RS485᥹ষˈᴎ㒘᥻ࠊ఼ৃϢ ὐᅛ㞾᥻㋏㒳᥹ᢼˈᅲ⦄໮⾡ᔶᓣⱘ䖰⿟ⲥ᥻Ǆ 䗮䖛RS485᥹ষ੠ᓔᬒⱘ䗮䆃ण䆂ˈᅶ᠋ৃᅲ⦄ᴎ㒘ⱘᱎ㛑ὐ ᅛ䲚Ёㅵ⧚੠᥻ࠊǄ䗮䖛ὐᅛ᥻ࠊ఼ˈৃⲥ᥻ᴎ㒘ⱘ䖤㸠খ᭄੠᡹ 䄺ֵᙃˈ䖰⿟ᓔ݇ᴎǃ䖰⿟᡹䄺໡ԡㄝᮍ֓᪡԰Ǆ 䗮䖛RS485᥹ষ੠ᓔᬒⱘ䗮䆃ण䆂ˈ䗝ᢽ䜡㕂㕸᥻ㆅᇍ໮ৄᴎ 㒘䲚Ё᥻ࠊˈᅲ⦄ᘏ䋳㥋ⱘ䇗㡖ˈ㡖ⳕ៤ᴀˈᅲ⦄᪡԰ᅸݙ⬉㛥䖰⿟ⲥ᥻↣Ͼᴎ㒘ⱘ䖤㸠⢊ᗕঞᓔ݇ᴎ᪡԰Ǆ 䗮䖛RS485᥹ষ੠ᓔᬒⱘ䗮䆃ण䆂ˈ䗝ᢽ乓∝ᏗҔϧϮᓔথⱘ 䕃ӊࣙˈৃҹ೼⬉㛥Ϟᰒ⼎໮ৄᴎ㒘ⱘ䖤㸠খ᭄ˈߚ߿ᅲ⦄↣Ͼᴎ 㒘ⱘᓔ݇ᴎㄝ᪡԰Ǆ ܙߚ߽⫼ҹ໾㔥䌘⑤ˈ㒭ᴎ㒘๲ࡴҹ໾㔥䗮䆃῵ഫˈ䗮䖛TCP/IP 䗮䆃ᮍᓣˈᇍᴎ㒘ᅲ⦄䖰⿟ⲥ᥻䖤㸠খ᭄੠䖰⿟ᓔ݇ᴎ᪡԰Ǆ g:);5D Capacity Control Leaving chilled water temperature control is accomplished by enter-ing the water temperature setpoint and placing the microcomputer in automatic control. The unit will monitor all control functions and move the slide valve to the required operating position. The compressor ramp (loading) cycle is programmable and may be set for specific building requirements. Remote adjustment of the leaving chilled water setpoint is accomplished through either direct connection of other Dunham-Bush control packages to the microcomputer through either the RS485 long distance differential communication port, via terminal or modem connec-ted to the RS232 communication port, or from an external building auto-mation system supplying a simple 0 to 5 VDC signal. Optional remote reset of compressor current limit may be accomplished in a similar fash-ion. System Control The unit may be started or stopped manually or through the use of an external signal from a Building Automation System. System Protection The following system controls will automatically act to insure system protection: • Low suction pressure • High discharge pressure • High motor temperature/overcurrent • Freeze protection • High motor temperature • Low differential pressure • Low oil level • Compressor run error • Power loss • Chilled water flow loss • Sensor error • Compressor overcurrent • Anti-recycle The microcomputer will retain the latest thirty alarm conditions complete with time of failure in an alarm history. This tool will aid service technicians in trouble shooting tasks enabling downtime and nuisance trip-outs to be minimized. Remote Monitoring The microcomputer is complete with an RS232 communications port and all hardware and software necessary to be remotely monitored and controlled from a simple terminal and optional phone modem. This valu-able enhancement to the refrigeration system allows the ultimate in serviceability. The microcomputer as standard is additionally equipped with history files which may be used to take logs which may be retrieved via the phone modem periodically. Now owners of multiple buildings have a simple and inexpensive method of investigating potential problems quickly and in a highly cost effective manner. Dunham-Bush has open Protocol on its microcomputer to allow direct interface with Building Management Systems.

6. 5 Network Topology Map for Multi Chillers Group Control and Remote Control DUNHAM-BUSH Software Ethernet Line 1# Chiller 2# Chiller 32# ៪ 254# Chiller g:);5D + telephone line Centrial Computer or Group Control Box MODEM + Public Telephone Network C e n t r a l i z e d C o n t r o l R o o m DUNHAM-BUSH Software or other Building Management System telephpone line MODEM RS-485/MODBUS Protocol or Ethernet/TCP-IP Protocol DUNHAM-BUSH Water Cooled Chiller Pr inter Pr inter PC Local Controller 1# Local Controller2# Local Controller 32# or 254# The group control system can be composed by 32 chillers˄RS-485/MODBUS Protocol˅or 254 chillers˄Ethernet/TCP-IP Protocol˅

7. 6 MODELWCFX kW RT 104kcal/h 10SR 201 57 17.3 1 38.8 69 252 35 25 4 41 24 4 3120 1025 1850 1340 1480 70 12SR 251 71 21.6 1 47.9 88 310 43 28 4 51 33 4 3120 1065 1850 1480 1630 85 15SR 300 85 25.8 1 56.4 110 360 52 31 4 61 35 4 3120 1100 1990 1800 1960 110 18SR 366 104 31.5 1 68.8 130 430 63 33 5 75 34 5 3200 1150 2030 2150 2350 115 20SR 432 123 37.1 1 81.8 152 460 74 38 5 88 55 5 3770 1175 2320 2800 3200 130 23SR 484 138 41.6 1 90.2 165 520 83 46 5 99 50 5 3770 1175 2290 2890 3250 145 24SR 532 151 45.71 1 101.4 186 560 91 46 5 109 50 5 3770 1175 2320 2930 3320 160 27SR 590 168 50.7 1 110.3 197 580 101 56 6 120 63 6 3790 1250 2340 3150 3570 180 30SR 650 185 55.9 1 122.3 224 655 112 55 6 133 68 6 3790 1250 2340 3300 3700 200 33TR 686 195 59.0 2 126.2 246 360/430 118 56 6 140 63 6 3790 1220 2180 3440 3850 210 36TR 755 215 64.9 2 138.6 272 430 130 54 6 154 60 6 3680 1220 2180 3560 3960 230 41TR 859 244 73.9 2 157.8 302 430/520 148 60 8 175 70 6 3680 1280 2400 4420 4920 265 46TR 965 274 83.0 2 178.2 328 520 166 55 8 197 66 8 4400 1330 2400 4780 5300 290 50TR 1073 305 92.3 2 198.6 366 520/580 185 54 8 219 73 8 4400 1370 2450 5010 5600 325 54TR 1163 331 100.0 2 215.1 400 580 200 54 8 237 75 8 4400 1410 2555 5330 5910 360 57TR 1268 361 109.0 2 234.6 434 580/655 218 56 8 258 70 8 4430 1370 2455 5620 6300 380 60TR 1344 382 115.6 2 248.8 468 655 231 64 8 274 75 8 4430 1370 2455 5760 6440 400 64R 1392 396 119.7 3 264.2 502 460/560 239 66 8 285 74 8 4700 1400 2490 6630 7230 425 69R 1497 426 128.7 3 284.6 524 460/560 257 73 8 306 74 8 4600 1465 2560 7020 7620 460 73R 1605 456 138.0 3 304.2 553 560 276 73 10 328 73 10 4780 1500 2600 7260 7880 490 75R 1660 472 142.7 3 315.2 578 560/655 285 67 10 340 70 10 4780 1500 2600 7450 8070 500 77R 1724 490 148.2 3 327.7 590 560/655 296 70 10 353 72 10 4780 1500 2600 7730 8350 520 81R 1788 508 153.7 3 340.4 602 655 307 72 10 366 71 10 4700 1560 2600 8020 8640 540 25-100% 12.5-100% 8.5-100% 380V/3P/50Hz Compressor Evaporator 1.05 Condenser 1.0 Dimension g:);5D WCFX-R134a TECHNICAL DATA Capacity Capacity Ragulation Range Power Quantity Input Power (kW) Rated Current (A) Starting Current (A) Flow (m3/h) Pressure Drop (kPa) Design Pressure (MPa) Flow (m3/h) Pressure Drop (kPa) Design Pressure (MPa) Length (mm) Width (mm) Height (mm) Shopping Weight (kg) Running Weight (kg) Refrigerant Weigh (kg) Note˖1ǃthe data in the table is based on the following operation condition˖Inlet/Outlet cooled water temperature12/7ćˈInlet/Outlet cooling water temperature 30/35ćˈFouling factor of condenser 0.044m2·ć/kW, fouling factor of evaporator 0.018m2·ć/kWǄ 2ǃthe models in above table is standard products, we can also design high efficient or Environment-friendly chillers according to the requirement of customer 3ǃNon-standard chillers can be designed accroding to dfferent requirements.

8. 7 MODELWCFX kW RT 104kcal/h 10SRD 198 56 17.0 132 37 11.3 1 38.7 37.9 69 252 37 29 4 41 23 4 3120 1025 1850 1340 1480 70 12SRD 247 70 21.3 164 47 14.1 1 47.8 46.8 88 310 46 33 4 51 32 4 3120 1065 1850 1480 1630 85 15SRD 296 84 25.4 197 56 16.9 1 56.2 55.1 110 360 55 36 4 60 34 4 3120 1100 1990 1800 1960 110 18SRD 361 103 31.0 240 68 20.6 1 68.6 67.2 130 430 67 39 5 74 33 5 3200 1150 2030 2150 2350 115 20SRD 426 121 36.6 283 80 24.3 1 81.6 79.9 152 460 80 44 5 87 54 5 3770 1175 2320 2800 3200 130 23SRD 477 136 41.0 317 90 27.3 1 89.9 88.1 165 520 89 54 5 97 49 5 3770 1175 2290 2890 3250 145 24SRD 524 149 45.1 348 99 30.0 1 101.1 99.1 186 560 98 54 5 108 49 5 3770 1175 2320 2930 3320 160 27SRD 581 165 50.0 386 110 33.2 1 110.0 107.8 197 580 109 65 6 119 61 6 3790 1250 2340 3150 3570 180 30SRD 640 182 55.1 426 121 36.6 1 121.9 119.5 225 655 120 64 6 131 66 6 3790 1250 2340 3300 3700 200 33TRD 676 192 58.1 449 128 38.6 2 125.8 123.3 246 360/430 126 65 6 138 61 6 3790 1220 2180 3440 3850 210 36TRD 744 211 63.9 495 141 42.5 2 138.2 135.4 272 430 139 63 6 152 58 6 3680 1220 2180 3560 3960 230 41TRD 846 241 72.8 563 160 48.4 2 157.3 154.2 302 430/520 158 70 8 173 68 6 3680 1280 2400 4420 4920 265 46TRD 951 270 81.7 632 180 54.4 2 177.7 174.1 328 520 178 64 8 194 64 8 4400 1330 2400 4780 5300 290 50TRD 1057 301 90.9 703 200 60.4 2 198.0 194.0 366 520/580 198 63 8 216 71 8 4400 1370 2450 5010 5600 325 54TRD 1146 326 98.5 762 217 65.5 2 214.5 210.2 400 580 214 63 8 234 73 8 4400 1410 2555 5330 5910 360 57TRD 1249 355 107.4 831 236 71.4 2 233.9 229.2 434 580/655 233 65 8 255 68 8 4430 1370 2455 5620 6300 380 60TRD 1324 376 113.8 880 250 75.7 2 248.1 243.1 468 655 247 75 8 270 73 8 4430 1370 2455 5760 6440 400 64RD 1371 390 117.9 912 259 78.4 3 263.4 258.1 502 460/560 256 77 8 281 72 8 4700 1400 2490 6630 7230 425 69RD 1475 419 126.8 981 279 84.3 3 283.7 278.1 524 460/560 276 85 8 302 72 8 4600 1465 2560 7020 7620 460 73RD 1581 450 135.9 1051 299 90.4 3 303.3 297.2 553 560 296 85 10 324 71 10 4780 1500 2600 7260 7880 490 75RD 1635 465 140.6 1087 309 93.5 3 314.3 308.0 578 560/655 306 78 10 335 68 10 4780 1500 2600 7450 8070 500 77RD 1698 483 146.0 1129 321 97.1 3 326.7 320.2 590 560/655 317 82 10 348 70 10 4780 1500 2600 7730 8350 520 81RD 1761 501 151.4 1171 333 100.7 3 339.4 332.6 602 655 329 84 10 361 69 10 4700 1560 2600 8020 8640 540 kW RT 104kcal/h 25-100% 12.5-100% 8.5-100% 380V/3P/50Hz Compressor Ice Storage Input Power(kW) Evaporator 1.05 Condenser 1.0 Dimension Data g:);5D WCFX-R134a Dual Operation Technical Data A/C Capacity Ice Storage Capacity Capacity modulating range Power Compressor Model (QTY) A/C Input Power (kW) Rated Current (A) Starting Current (A) Flow (m3/h) Pressure Drop (kPa) Design Drop (MPa) Pipe Diameter (in) Flow (m3/h) Pressure Drop (kPa) Design Pressure (MPa) Pipe Diameter (in) Length (mm) Width (mm) Height (mm) Shopping Weight (kg) Running Weight (kg) Refrigerant Weight (kg) Note：1、the data in above table is based on the following operation condition： A/C condition: Inlet/Outlet 25% glycol solution temperature 12/7ć，Inlet/Outlet cooling water temperature 30/35ć， Ice storage condition: 25% glycol solution outlet temperature: -5.6ćInlet cooling water temperature 30ćFouling factor of condenser 0.044m2·ć/kW, fouling factor of evaporator 0.018m2·ć/kW。 2、the models in above table is standard products, we can also design high efficient or Environment-friendly chillers according to the requirement of customer 3、Non-standard chillers can be designed accroding to dfferent requirements.

9. 8 Correction Factors of Cooling Capacity and Power at Different Situation 26 28 30 32 5 6 7 8 9 10 0.962 0.999 1.030 1.065 1.110 1.129 0.901 0.907 0.910 0.912 0.921 0.923 0.948 0.983 1.015 1.050 1.085 1.116 0.946 0.954 0.954 0.961 0.964 0.968 0.938 0.969 1.000 1.031 1.063 1.094 0.993 0.996 1.000 1.000 1.011 1.014 0.926 0.958 0.989 1.019 1.051 1.083 1.039 1.047 1.051 1.054 1.061 1.063 g:);5D Inlet/Outlet water temperature ć˄Difference between inlet and outlet temperature is 5ć˅ Capacity Input Power Capacity Input Power Capacity Input Power Capacity Input Power Outlet temperature of evaportor ć ˄Temperature difference between inlet and outlet is 5ć˅ Note： the data in the table is based on the following operation condition：Inlet/Outlet cooled water temperature 12/7ć，Inlet/Outlet cooling water temperature 30/35ć，the data of other conditions can be evaluated by the correction factors in above table

10. 9 MODEL Total Length A B C D E F G H L R S WCFX10SR WCFX12SR WCFX15SR WCFX18SR WCFX20SR WCFX23SR WCFX24SR WCFX27SR WCFX30SR 3120 3120 3120 3200 3770 3770 3770 3790 3790 1025 1065 1100 1150 1175 1175 1175 1250 1250 348 348 374 387 417 387 417 412 412 294 321 321 336 366 336 366 361 361 524 540 541 580 580 580 580 630 630 102 102 130 143 143 143 143 143 143 178 200 200 216 216 216 216 241 241 86 100 100 102 102 102 102 115 115 1850 1850 1990 2030 2320 2290 2320 2340 2340 2693 2693 2693 2693 3277 3277 3277 3277 3277 4 4 4 5 5 5 5 6 6 4 4 4 5 5 5 5 6 6 Recommendation Space WCFX10SR-30SR 'H' 'D' 'A' 'G' 'C' 'B' Condensor Outlet S Condensor Inlet S 152.5 760 'F' 'E' 460 'L' 3250 52 460 g:);5D Dimension Data Note˖ 1ǃWater Piping To Be Supported To Minimize Load On Unit 2ǃExpect water pipe dimension is in inch,the others are in minimeter 3ǃVent and drain connections provided on evapoator and condenser 4ǃSufficient room must be allowed for evaporator and condenser water connections 5ǃWhen looking at (2) pass evaporator head connections, water outlet is left connec-tion, water inlet is right connection as supplied by factory. Customer may reverse this arrangement, but leaving water temperature sensor must be relocated to water outlet. All water nozzles are IPS, with victaulic grooves. 6ǃDWG shows 2 pass right hand arrangment on both Con.and Evap

Wcfx r134a - hermatic screw chiller

Wcfx r134a - hermatic screw chiller

Wcfx r134a - hermatic screw chiller

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Wcfx r134a - hermatic screw chiller