Flooded Type WaterCooled Chillers
The HighEfficiency WaterCooled Flooded Chillers The New WaterCooled Flooded chiller with improved efficiency and functionality by incorporating several advanced technology and features. This series with the world s best standard semihermetic screw compressors and newly designed shell and tube heat exchangers that have powerful cooling ability, low noise, low vibration, high efficiency and high reliability is the perfect answer to all your needs! Hitachi SemiHermetic Screw Chillers Show a Remarkable EnergySaving Effect & are Friendly to the Global Environment Global Warming Prevention Energy saving by higherefficiency screw chillers Global warming refers to the phenomenon of global rising in average atmospheric s due to increased volume of CO & methane as a result of burning fossil fuels such as petroleum and coal. The995 IPCC* Report predicted that if the emission of CO,etc. continued as it was, the atmospheric would rise by as much as C by the end of the st century and, as a result, the sea level would rise by approx. 50 cm from the present level. In such circumstances, it is even more important to save the energy consumed by air conditioners in order to cut CO emission. *IPCC: Intergovernmental Panel on Climate Change Ozone Layer Protection Use of HFC34a refrigerant has an ozone depletion potential of zero Chlorofluorocarbons (CFCs) in the stratosphere are exposed to ultraviolet rays which decompose them, and generate chlorine atoms. It is thought that the chlorine atoms combine with oxygen atoms in ozone to destroy the ozone. Because HFC34a has no chlorine atoms, it does not destroy the ozone in the atmosphere. Enhanced Lineup: from 43RT to 458RT Highperformance Semihermetic Screw s High efficiency shell & tubes flooded type evaporators High efficiency shell & tubes condensers Highly efficient external 3 stages oil separator, up to 99.96% oil separation Harmful ultraviolet rays Ozone layer destruction (ozone hole) Sun Ordinary ultraviolet rays Surface of earth Ozone layer Chlorofluorocarbons, etc. The ozone layer cuts harmful ultraviolet rays Chlorofluorocarbons destroy the ozone layer to generate ozone holes Ozone holes are expanded to increase harmful ultraviolet rays. Serious menace to the existence of terrestrial life Skin cancer, cataract and reduced harvests
Technical Features High COP In the new model series, the power consumption is largely reduced over the current model series due to newly designed highefficiency cooling system. High efficiency oil separation Precise Capacity Control Technology The of the chilled water outlet can be kept at the set ± C by continuous capacity control, so it is suitable for industrial use. Loadup signal sec. When there is a big difference between set and actual. 8 6 4 Start Outlet water A given load status is maintained. Inlet water sec. sec. Loaddown signal Loadup signal Stop Inlet water Outlet water Lapsed time The inlet water is detected at a stop, and it is restarted by a rise in inlet water. Neutral zone standard Stop standard Excellent Control Function 3 Design of external 3stages oil separator 4 Suction gas inlet Discharge gas outlet st stage nd stage 3rd stage Liquid Crystal Screen Display Big colorful liquid crystal touch panel Message board function (for shift) Real time information Screw compressor Return to factory setting Oil return valve 3rd stage Time starting function Image of Display To connect Venturi tube Building Management System (BMS) A BMSconnecting interface can be supplied. Gas exhaust baffle inlet Special design of 3stage oil separator outside, oil separates rate up to 99.96% and more Provided by HITACHI Condenser profile water Oil BMS System (Supplied by BMS Maker) Interface (option) Other Building System outlet Lighting Elevator Alarm Flooded Type WaterCooled Chillers
General Data Model Size Cooling Capacity Range Capacity Control Condenser Safety Device Flow Control Circuit Qty. Type Qty. kw RT % RCU40WFYZXB RCU85WFYZXB RCU30WFYZXB RCU80WFYZXB RCU330WFYZXB RCU370WFYZXB RCU40WFYZXB RCU460WFYZXB 503 43 654 86 805 9 006 86 57 39 308 37 459 45 60 458 00~5, 0 00~5, (.5)*,0 Orifice Plate Orifice Plate SemiHermetic Twin Screw SemiHermetic Twin Screw Shell & Tube Type Flooded Type Oil Temperature Sensor, Opto electronical Oil Level Monitor, Overcurrent Relay, High Pressure Switch, High/Low Pressure Sensor, Oil Heater, Motor Internal Thermostat, AntiFreeze Temperature Sensor, Phasereverse Protector, Discharge Temperature Sensor, Safety Relief Valve and Water Pressure Differential Switch Shell & Tube Type Flooded Type Oil Temperature Sensor, Opto electronical Oil Level Monitor, Overcurrent Relay, High Pressure Switch, High/Low Pressure Sensor, Oil Heater, Motor Internal Thermostat, AntiFreeze Temperature Sensor, Phasereverse Protector, Discharge Temperature Sensor, Safety Relief Valve and Water Pressure Differential Switch Condenser Piping Connection Piping Connection Inlet Inlet Outlet Outlet Outer Dimensions Length Width Height,997,469,95,997 3,037,95 Packing Dimensions L x W x H 3,30 x,670 x,0 (Single Module) 3,30 x,670 x,0 (Single Module) Module Qty. Net Weight Packed Weight kg kg 3,565 3,95 3,688 4,038 4,000 4,350 7,30 7,830 7,53 7,953 7,376 8,076 7,688 8,388 8,000 8,700 5 Notes. The nominal cooling capacities are based on the GB/T8430. 3. Working Range: 6 Chilled Water Inlet / Outlet Temperature: /7 C Cooling Water Outlet Temperature: C to 40 C Condenser Water Inlet / Outlet Temperature: 30/35 C Chilled Water Outlet Temperature: 5 C to 3 C. Applicable Power Source: Main Power Source (3 ) Control Power Supplies ( ) 4. ( ) marked with * is available by selection switch. 380V 50Hz 0V 50Hz 45V 50Hz 40V 50Hz Dimensional Data RCU40 to 30WFYZXB RCU80 to 460WFYZXB Operation Panel (LCD) Front Face Front Face 95±0 Switch for Urgent Stop Condensor Cooling Water Outlet (4 40) Chilled Water Outlet Oil Separator Electrical Control Box 95±0 Operation Panel (LCD) Switch for Urgent Stop (4 40) Condensor Cooling Water Outlet No. No. (4 40) Chilled Water Outlet Oil Separator Electrical Control Box Cooling Water Inlet 30 357.5 50 304 709 38 469±0 6 33 Chilled Water Inlet 400 Mounting Holes (4 6) 406 997±0 Cooling Water Inlet 30 357.5 304 709 605 54 709 50 38 50 38 3037±0 6 33 Chilled Water Inlet 400 Mounting Holes (8 6) 406 997±0 Flooded Type WaterCooled Chillers
http://www.jcihitachi.com Printed in Japan (H) HRE68Q Oct. 05