The High-efficiency Water-cooled Chiller "H series"

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1 R07C

NEW The High-efficiency Water-cooled Chiller "H series" The Water-cooled chiller "H series" with improved efficiency and functionality by several advanced technology.

2 NEW The High-efficiency Water-cooled Chiller "H series" The Water-cooled chiller "H series" with improved efficiency and functionality by several advanced technology. This series with the world's best standard A-type screw compressor and newly designed shell and tube heat exchanger that have powerful cooling ability, low noise, low vibration, high efficiency and high reliablility is the perfect answer to all your needs!! E nhanced Line-up ~up to 570 HP~ T op Class High COP High-performance A-type Screw Highly Reliable Shell and Tube Heat Exchanger P recise Capacity Control Technology E xcellent Control Function 1

3 Products Series R07C RCUG-WHYZ(-E) Nominal Capacity Range (50Hz) 10 kw to 1,755 kw 7.0 USRT to 99.1 USRT 111,800 kcal/h to 1,509,00 kcal/h RCU-WHYZ(-E) Nominal Capacity Range (50Hz) 10 kw to 1,85 kw 9.7 USRT to USRT 119,970 kcal/h to 1,569,500 kcal/h Wide Line-up To meet the need for air conditioning systems for large facilities and the demand for higher capacity industrial cooling systems, we have added the large screw chillers, the HP, to our product line-up. RCUG-WHYZ(-E) (HP) R07C RCU-WHYZ(-E) (HP)

Technical Features T op Class High COP In the new model sereis, the power consumption is largely reduced over the current model series due to newly designed high-efficiency cooling system.

Large Capacity Operation Image Built-in Cyclone Oil Separator Low oil carrying-out is realized and reduction of heat transfer efficiency is minimized.

4 Technical Features T op Class High COP In the new model sereis, the power consumption is largely reduced over the current model series due to newly designed high-efficiency cooling system. Also COP is largely increased from. in the current 100HP model to 5.1 in the new 100HP model. COP Comparison Current Model New Model COP. Cooling Capacity (kw) 1 COP 5.1 Cooling Capacity (kw) COP 10% UP!! High-performance A-type Screw ~Newly Designed~ NEW Discharged Gas Cyclone Oil Separator Suctioned Refrigerant Gas Screw Rotor Oil Differential Pressure Lubrication Mechanism Oil Reservoir Image of Large Capacity Operation Image Built-in Cyclone Oil Separator Low oil carrying-out is realized and reduction of heat transfer efficiency is minimized. No outside pump is required due to the reliable differential-pressure oil-feeding system. This oil-feeding system, which does not use any electrical mechanism, prevents the compressor from being damaged and maintains long-term stable operation. High Technology by Internal Manufacture Because all manufacturing processes, from rotor manufacturing to unit assembly, are done internally, exceptional reliability is achieved. Low Vibration, Low Noise Without the conventional demister chamber system, no noise is produced during oil separation of discharge gas. A vibration-proof base is not required for the chiller body thanks to the firmly-secured, low-vibration screw compressor. Highly Reliable Shell and Tube Heat Exchanger ~Newly Designed~ Simple structure and easy for maintenance Reduced cost and adapted to satisfy various demands Freeze protection thermostat and other safety devices Integral and reliable performance

P recise Capacity Control Technology The temperature of the chilled water outlet can be kept at the set temperature ±1 C by continuous capacity control, so it is suitable for industrial use.

Stop water temperature water temperature Neutral zone standard Stop temperature standard Lapsed time The inlet water temperature is detected at a stop, and it is restarted by a raise in inlet water

5 P recise Capacity Control Technology The temperature of the chilled water outlet can be kept at the set temperature ±1 C by continuous capacity control, so it is suitable for industrial use. 8 6 Start water temperature sec. A given load status is maintained. Load-up signal 60sec. water temperature sec. sec. Load-up signal Load-down signal 60sec. 60sec. When there is a big difference between set temperature and actual temperature. Stop water temperature water temperature Neutral zone standard Stop temperature standard Lapsed time The inlet water temperature is detected at a stop, and it is restarted by a raise in inlet water temperature. Slide Valve Bypass Gas Suction Gas Capacity Controller Structural Outline (HITACHI Patented System) Rotor Load-up Pd SV1 High Pressure Oil Ps Low Pressure Gas SV SV Slide Valve Bypass Gas Suction Gas Rotor Pd: Discharge pressure, Ps: Suction pressure, SV1,, : Solenoid valve : Valve open : Valve close Load-down Pd SV1 Low Pressure Gas Ps SV SV High Pressure Oil E xcellent Control Function Liquid Crystal Screen Display (Optional Accessory) Big colorful liquid crystal display Man-machine conversation screen, display content completely. Show real time data Time starting function Building Management System (BMS) Leave message board (for shift) Communication adapter provides Communication with RS85 physics connection to BMS. The Hitachi chiller can be connected to the BMS system through an RS85 BOX as an option. Image of Display BMS System Supplied by BMS provider Other Building System Equipment below the dotted line is provided by HITACHI. RS85 physical connector (option) can be connected to max.8 units. RS85(option) : HITACHI will provide its own protocol for RS85 communication by using wiring connections. Please contact your local HITACHI dealer for more details. *

6 R07C Model Power Source Nominal Cooling Capacity Capacity Control Outer Dimensions Net Weight Refrigerant General Data Standard Condenser Water Flow Rate (No.1/No./No.) Chilled Water Flow Rate (No.1/No./No.) Liquid Crystal Display Width kw USRT kcal/h m /h m /h % mm Flow Control Number of Circuits RCUG0WHYZ RCUG0WHYZ-E RCUG50WHYZ RCUG50WHYZ-E RCUG60WHYZ RCUG60WHYZ-E RCUG80WHYZ RCUG80WHYZ-E Main (AC ) 80, 15V / 50Hz, Control (AC 1 ) 0, 0V / 50Hz , , , , ,07 100~15, 0 1,506 1, ,1 1,1 R07C 1 1,95,759 1,070 1,800 Condenser Water Cooler Safety Devices Shipping Dimensions Shipping Weight * for Condenser for Water Cooler Model (No.1/No./No.) Quantity Width mm Rc R 0 1 Thermostat for Motor, Fusible Plug, Freeze Protection Thermostat, Reverse Phase 1, ,77 1,898 1,106 1,0 60 1,10 With 78 Inner Diameter Companion Flange 0 1,765,960 1,50 1,960 With 1 Inner Diameter Companion Flange Model Power Source Nominal Cooling Capacity Capacity Control Outer Dimensions Net Weigh Refrigerant Safety Devices Shipping Dimensions Shipping Weight * for Condenser for Water Cooler Standard Condenser Water Flow Rate (No.1/No./No.) Chilled Water Flow Rate (No.1/No./No.) Condenser Water Cooler Liquid Crystal Display Width Width kw USRT kcal/h Flow Control Number of Circuits Model (No.1/No./No.) Quantity m /h m /h % mm mm Rc R RCUG00WHYZ RCUG00WHYZ-E RCUG0WHYZ RCUG0WHYZ-E RCUG80WHYZ RCUG80WHYZ-E RCUG10WHYZ RCUG10WHYZ-E Main (AC ) 80, 15V / 50Hz, Control (AC 1 ) 0, 0V / 50Hz ,70 x 99. x , , / /81.9 1, ,006,00 x 11.8 x , ,11, /99.1/ /81.8/59. 5,716 10/10,6 1,9 5,86 5,976 R07C 170/10 170/ ~15, (5)* 1, 0,98 1,9 8, 10/10/100 Thermostat for Motor, Fusible Plug, Freeze Protection Thermostat, Reverse Phase x,150 x,150,7,7 x 1,6 x 1,6 6,00 6,170 6,00 8,98 x With 116 Inner Diameter Companion Flange x With 116 Inner Diameter Companion Flange x With 1 Inner Diameter Companion Flange x With 1 Inner Diameter Companion Flange 5

7 R07C RCUG100WHYZ RCUG100WHYZ-E , ,980 RCUG10WHYZ RCUG10WHYZ-E RCUG150WHYZ RCUG150WHYZ-E RCUG180WHYZ RCUG180WHYZ-E RCUG0WHYZ RCUG0WHYZ-E Main (AC ) 80, 15V / 50Hz, Control (AC 1 ) 0, 0V / 50Hz , , , ,680 x 71.7 x 59. 1,95,759 1,070, ~15, (5)* 1, 0 1,685,179 1,0,010,0 R07C 1,810,6 1,9 5,5 RCUG60WHYZ RCUG60WHYZ-E ,00 99./ /59.,6 1,9 5,58 50,10 1,765,960 1,50 60 Thermostat for Motor, Fusible Plug, Freeze Protection Thermostat, Reverse Phase,0 50,0 With 1 Inner Diameter Companion Flange 1,998,0 1,58 60,0 With 1 Inner Diameter Companion Flange 100 5,776 x,150,7 x 1,6 10/100 5,908 x With 116 Inner Diameter Companion Flange x With 1 Inner Diameter Companion Flange RCUG50WHYZ RCUG50WHYZ-E RCUG90WHYZ RCUG90WHYZ-E RCUG50WHYZ RCUG50WHYZ-E RCUG570WHYZ RCUG570WHYZ-E Main (AC ) 80, 15V / 50Hz, Control (AC 1 ) 0, 0V / 50Hz 1, ,8,080 x 99.1 x , ,1, /99.1/ /81.8/81.8 1, ,15, /11.8/ /100.6/81.8 1, ,509,00 x 11.8 x ~15, (5)* 1, 0,98 1,9 8,57 8,70 8,8 8,96 R07C 10/10/10 170/10/10 170/170/10 170/170/170 Thermostat for Motor, Fusible Plug, Freeze Protection Thermostat, Reverse Phase x,150,7 x 1,6 9,060 9,190 9,0 9,50 NOTES: 1. The nominal cooling capacities are based on the following conditions. Chilled Water / Temperature: 1 C / 7 C Condenser Water / Temperature: 0 C / 5 C. Working Range Condenser Water Temperature: C to 7 C Chilled Water Temperature: 5 C to 0 C. ( ) marked with *1 is available by selection switch.. The units greater than 0WHYZ including 0WHYZ consist of two modules or more and are separately shipped(*). 5. Communication adapter connecting the unit to BMS (Building Management System) is an optional accessory, please contact with HITACHI or HITACHI distributor if required.. The unit with liquid crystal display differs from the unit with segment code display in electric box, however, both have the same outer dimensions. x With 116 Inner Diameter Companion Flange x With 1 Inner Diameter Companion Flange 6

8 Model R Power Source Nominal Cooling Capacity Capacity Control Outer Dimensions Net Weight Refrigerant General Data Standard Condenser Water Flow Rate (No.1/No./No.) Chilled Water Flow Rate (No.1/No./No.) Liquid Crystal Display Width kw USRT kcal/h m /h m /h % mm Flow Control Number of Circuits RCU0WHYZ RCU0WHYZ-E RCU50WHYZ RCU50WHYZ-E RCU60WHYZ RCU60WHYZ-E RCU80WHYZ RCU80WHYZ-E Main (AC ) 80, 15V / 50Hz, Control (AC 1 ) 0, 0V / 50Hz , , , , ,07 100~15, 0 1,506 1, ,1 1,1 R 1 1,95,759 1,070 1,800 Condenser Water Cooler Safety Devices Shipping Dimensions Shipping Weight * for Condenser for Water Cooler Model (No.1/No./No.) Quantity Width mm Rc R 0 1 Thermostat for Motor, Fusible Plug, Freeze Protection Thermostat, Reverse Phase 1, ,77 1,898 1,106 1,0 60 1,10 With 78 Inner Diameter Companion Flange 0 1,765,960 1,50 1,960 With 1 Inner Diameter Companion Flange 7 Model Power Source Nominal Cooling Capacity Capacity Control Outer Dimensions Net Weigh Refrigerant Safety Devices Shipping Dimensions Shipping Weight * for Condenser for Water Cooler Standard Condenser Water Flow Rate (No.1/No./No.) Chilled Water Flow Rate (No.1/No./No.) Condenser Water Cooler Liquid Crystal Display Width Width kw USRT kcal/h Flow Control Number of Circuits Model (No.1/No./No.) Quantity m /h m /h % mm mm Rc R RCU00WHYZ RCU00WHYZ-E RCU0WHYZ RCU0WHYZ-E RCU80WHYZ RCU80WHYZ-E RCU10WHYZ RCU10WHYZ-E Main (AC ) 80, 15V / 50Hz, Control (AC 1 ) 0, 0V / 50Hz ,060 x 99.6 x 8.5 1, ,80 1.8/ /8.5 1, ,06,60 x 1.8 x , ,1, /99.6/ /8.5/61. 5,716 10/10,6 1,9 5,86 5,976 R 170/10 170/ ~15, (5)* 1, 0,98 1,9 8, 10/10/100 Thermostat for Motor, Fusible Plug, Freeze Protection Thermostat, Reverse Phase x,150 x,150,7,7 x 1,6 x 1,6 6,00 6,170 6,00 8,98 x With 116 Inner Diameter Companion Flange x With 116 Inner Diameter Companion Flange x With 1 Inner Diameter Companion Flange x With 1 Inner Diameter Companion Flange

9 RCU100WHYZ RCU100WHYZ-E , ,980 RCU10WHYZ RCU10WHYZ-E RCU150WHYZ RCU150WHYZ-E RCU180WHYZ RCU180WHYZ-E RCU0WHYZ RCU0WHYZ-E Main (AC ) 80, 15V / 50Hz, Control (AC 1 ) 0, 0V / 50Hz , , , ,180 x 7.9 x 61. 1,95,759 1,070, ~15, (5)* 1, 0 1,685,179 1,0,010,0 R 1,810,6 1,9 5,5 RCU60WHYZ RCU60WHYZ-E , / /61.,6 1,9 5,58 50,10 1,765,960 1,50 60 Thermostat for Motor, Fusible Plug, Freeze Protection Thermostat, Reverse Phase,0 50,0 With 1 Inner Diameter Companion Flange 1,998,0 1,58 60,0 With 1 Inner Diameter Companion Flange 100 5,776 x,150,7 x 1,6 10/100 5,908 x With 116 Inner Diameter Companion Flange x With 1 Inner Diameter Companion Flange RCU50WHYZ RCU50WHYZ-E RCU90WHYZ RCU90WHYZ-E RCU50WHYZ RCU50WHYZ-E RCU570WHYZ RCU570WHYZ-E Main (AC ) 80, 15V / 50Hz, Control (AC 1 ) 0, 0V / 50Hz 1, ,5,00 x 99.6 x 8.5 1, ,57,90 1.8/99.6/ /8.5/8.5 1, ,6, /1.8/ /10.6/8.5 1, ,569,500 x 1.8 x ~15, (5)* 1, 0,98 1,9 8,57 8,70 8,8 8,96 R 10/10/10 170/10/10 170/170/10 170/170/170 Thermostat for Motor, Fusible Plug, Freeze Protection Thermostat, Reverse Phase x,150,7 x 1,6 9,060 9,190 9,0 9,50 NOTES: 1. The nominal cooling capacities are based on the following conditions. Chilled Water / Temperature: 1 C / 7 C Condenser Water / Temperature: 0 C / 5 C. Working Range Condenser Water Temperature: C to 0 C Chilled Water Temperature: 5 C to 0 C. ( ) marked with *1 is available by selection switch.. The units greater than 0WHYZ including 0WHYZ consist of two modules or more and are separately shipped(*). 5. Communication adapter connecting the unit to BMS (Building Management System) is an optional accessory, please contact with HITACHI or HITACHI distributor if required.. The unit with liquid crystal display differs from the unit with segment code display in electric box, however, both have the same outer dimensions. x With 116 Inner Diameter Companion Flange x With 1 Inner Diameter Companion Flange 8

10 LOW LOW HIGH HIGH LOW HIGH 16 LOW LOW LOW HIGH HIGH HIGH Dimensional Data R07C RCUG0, 50 and 60WHYZ(-E) R RCU0, 50 and 60WHYZ(-E) High pressure gauge Low pressure gauge 7 80 Control Panel Control Switch Electrical Box Hole for Power Supply Wiring ( 6.5) Hole for Control Circuit Wiring (.5) Condenser Water (With 78mmInner Condenser Water Intlet (With 78mmInner Chilled Water (Rc) Chilled Water (Rc) 1, Condenser Water Cooler Mounting Holes (- 6) ,110 (1,76) Mounting holes (- 6) R07C RCUG80, 100 and 10WHYZ(-E) R RCU80, 100 and 10WHYZ(-E) 1,11 1, Control Switch Control Panel Electrical Box Hole for Power Supply Wiring ( 6.5) Hole for Control Circuit Wiring(.5) Condenser Water (With 1mm Inner Condenser Water (With 1mm Inner 00 Chilled Water (With 1mm Inner 1, No.1 No No.1 No. (- 0) 0 1 1,010 1,070 Chilled Water (With 1mm Inner 7 1,86,090,759 Mounting Holes(- 6) NOTE: The unit with the refrigerant R differs from the unit with refrigerant R07C in the location of the discharged tube, however, both have the same outer dimensions. R07C RCUG150 and 180WHYZ(-E) R Hole for Power Supply Wiring ( 6.5) Hole for Control Circuit Wiring (.5) RCU150 and 180WHYZ(-E) 8 No.1 No. 1,96 1,10 Low Pressure Gauge No.1 Low Pressure Gauge No. Low Pressure Gauge No. High Pressure Gauge No.1 High Pressure Gauge No. High Pressure Gauge No. Control Panel Control Switch No.1 6D No. 6D No. 6D Electrical Box No. Condenser Water (With 1mm Inner Condenser Water (With 1mm Inner 1, No. No Chilled Water (With 1mm Inner Chilled Water (With 1mm Inner No.1 No. No. (- 0) 6 7 1,058 1,0 Mounting Holes(- 6) 96 5,00,51,150 (,179) 9

11 R07C RCUG0WHYZ(-E) R RCU0WHYZ(-E) Control Panel (- 0) Semi-Hermetic Screw Electrical Box Chilled Water (With 1mm Inner 190 (- 0) Condenser Water (With 116mm Inner 1,779 1,810 Condenser Water (With 116mm Inner Chilled Water (With 1mm Inner ,161 1, , ,61 1,61 1,161 1,61 70 Mounting Holes (- ) 1,8 1,9,6 R07C RCUG60, 00, 0 and 80WHYZ(-E) R RCU60, 00, 0 and 80WHYZ(-E) Electrical Box (- 0) (- 0) Chilled Water (With 1mm Inner 190 Condenser Water (With 116mm Inner Condenser Water (With 116mm Inner Chilled Water (With 1mm Inner , , , , , , , ,61,6 Mounting Holes (- ) 1,8 1,9 R07C R RCUG10, 50, 90, 50 and 570WHYZ(-E) RCU10, 50, 90, 50 and 570WHYZ(-E) (- 0) (- 0) Electrical Box Chilled Water (With 1mm Inner (- 0) 190 Condenser Water (With 116mm Inner 1, , , ,161 1, ,61 1, ,61 1, ,61 1, ,61 1,61,98 70 Condenser Water (With 116mm Inner Chilled Water (With 1mm Inner Mounting Holes (- ) 1,8 1,9 10

12 ISO 9001 ISO 1001 Printed in Japan (H) HR-E576Q Apr. 009

The High-efficiency Air-cooled Chiller "H series"

R07C NEW The High-efficiency Air-cooled Chiller "H series" The air-cooled chiller "H series" with improved efficiency and functionality by several advanced technologies. This series with the world's best