/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank

/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank

/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank

0.10.25/0.38 (at 20 l/min)20Approx. 15Approx. 16Rc 3/4Stainless steel, EPDM, Copper brazing (Heat exchanger), PPS, Silicone, Fluororesin(C)(MPa)5/5Rc 1/2Stainless steel, EPDM, Copper brazing (Heat exchanger), Silicone, Brass3-phase 200 VAC 50 Hz, 3-phase 200 to 208 VAC 60 Hz Allowable voltage fluctuation ?

/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank

/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank

/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank

/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank

/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank

/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank

0.10.25/0.38 (at 20 l/min)20Approx. 15Approx. 16Rc 3/4Stainless steel, EPDM, Copper brazing (Heat exchanger), PPS, Silicone, Fluororesin(C)(MPa)5/5Rc 1/2Stainless steel, EPDM, Copper brazing (Heat exchanger), Silicone, Brass3-phase 200 VAC 50 Hz, 3-phase 200 to 208 VAC 60 Hz Allowable voltage fluctuation ?

/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank

Series 10-MGF Guide table ø40, ø63, ø100

M12 x 1.75 M10 x 1.5 M8 x 1.25 M Bore size Standard stroke (mm) 170 140 10 10 38 38 36.5 E B F KC GB D A 11 11 8.7 120 X T V M6 M6 M5 18.5 KA KB 46 46 38 PP 70 50 M12 x 1.75 M10 x 1.5 M8 x 1.25 N H GA C 1/4 1/4 1/8 40 P 100 63 30, 50,75, 100 40 78 73 58 66.5 61.5 48.5 4 4 3.5 8 100 90 120 160 1/8 1/8 1/8 7.5 200 160 20 20 11.5 11.5 9.5 96 Guide table10-MGF Air cylinder Rotary actuator Air

CJP

X 1.5 20 23.5 29.5 36 5 37.5 43.5 50 6 CJPB6SCJP6, #6 CJPB10SCJP10, #6 CJPB15SCJP15, #6 1.2-10

Ozone Resistant

Rubber Materials Ozone Concentration and the Time It Takes for Ozone to Generate Cracks (Deterioration) on Rubber In most cases, there is a clear-cut relationship between ozone concentration (C) and the time it takes for ozone to generate cracks ().

/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank

/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank capacity Note 8) ( l )Port sizeWetted

/humidity Note 1)Circulating fluid systemCooling water systemElectrical systemMass Note 10) (kg)Safety standardsCirculating fluid Note 2)Temp. range setting Note 1) (C)Cooling capacity Note 3) (kW)Heating capacity Note 3) (kW)Temp. stability Note 4) (C)Pump capacity Note 5) (50/60 Hz)(MPa)Rated flow Note 6) ( l/min)Main tank capacity Note 7) ( l )Sub-tank

Series IDF can accommodate an inlet temperature of 40°C. Corrosion resistance is improved by using a stainless steel, plate type heat exchanger. 50/60 Hz operation ; Max. inlet air temperature: 50°C / 122°F ; Available in flow rating up to 12.4 m³/min (ANR) 438 scfm (@10°C / 50°F PDP) ; Connections: R/Rc threads are standard; NPT adapters are available

EC Directive compliant (with CE marking) for use in Europe, Asia and Oceania ; 50 Hz operation  ; Max. inlet air temperature: 50°C / 122°F ; Available in flow rating up to 822 m³/hr (ANR) / 484 scfm (@10°C / 50°F PDP) ; Connections: R/Rc threads are standard; NPT adapters are available