A31. Aluminium heat exchanger A31

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1 Aluminium heat exchanger A A Before using the heat exchanger, carefully read the document entitled GENERAL OPERATING INSTRUCTIONS FOR HEAT EXCHANGER USE 98SAE7EN

2 A V-V Dimensions ± 5 5 L MAX ,5 Bypass C 5,5 H ±5 8 9 ±5 5,5 MX,5 T 5 ±5 ±5 N G -/ N Ø 5,5 5 ± 55 Code Description Φ Fan FR75 FR7 A EAX V bypass T5 V.T. bar A ESX V bypass T5 V.T. bar Air flow m³/h Voltage V Amperage A L Max H Weight Kg Capacity FR75 A EAX V bypass T5 VNR.5 bar FR7 A ESX V bypass T5 VNR.5 bar FR75 FR7 A EAX V bypass T5 V.T. bar A ESX V bypass T5 V.T. bar FR75 A EAX V bypass T5 VNR.5 bar FR7 A ESX V bypass T5 VNR.5 bar FR7 A EAP V FR7 A ESP V FR75 A EAX V FR7 A ESX V FR7 A EAP V FR7 A ESP V FR75 A EAX V FR7 A ESX V l 98SAE7EN

3 Characteristic curves V-V A Heat exchange (thermal) capacity Radiator passage pressure drop Temperature difference Constant temperature Constant viscosity [kw] 9 75 l/min 7 l/min 5 l/min..9 T OIL = 8 C cst cst 8 cst µ OIL = cst C 8 C Bypass passage load loss Q = l/min VT thermostatic bypass T = n VNR pressure bypass T = 5 T OIL = C µ OIL = cst d OIL =.87 kg/dm T OIL = C µ OIL = cst d OIL =.87 kg/dm T OIL = C µ OIL = cst d OIL =.87 kg/dm Bypass valves Legend Thermostatic T5 VT bar,8 Pressure T5 VNR.5 bar,8 A E AP SP Exchanger type Fan unit High power aspirating High power blower AX Extra high power aspirating 9 SX Extra high power blower V V M7x M7x T5 VT Thermostatic bypass valve bar ubc T5 VNR Pressure bypass valve at.5 bar 98SAE7EN

4 A V-8V Dimensions ± L MAX ,5 5 Bypass C 5,5 5,5 H ±5 9 ±5 8 T 5 ±5 ±5 MX,5 N G -/ 5,5 N Ø 5 ± 55 Code Description Φ Fan FR7 FR7 A EA V bypass T5 V.T. bar A ES V bypass T5 V.T. bar Power W 5 5 FR7 A EA V bypass T5 VNR.5 bar 5 FR7 A ES V bypass T5 VNR.5 bar 5 FR7 FR7 A EA V bypass T5 V.T. bar A ES V bypass T5 V.T. bar 5 5 FR7 A EA V bypass T5 VNR.5 bar 5 FR7 A ES V bypass T5 VNR.5 bar 5 FR7 A EA V 5 FR7 A ES V 5 FR7 A EA V 5 FR7 A ES V 5 Frequency Hz Velocity min-¹ IP L Max Rating H Weight Capacity Kg l SAE7EN

5 Characteristic curves V-8V A Heat exchange (thermal) capacity Radiator passage pressure drop Temperature difference Constant temperature Constant viscosity [kw] 9 75 l/min 7 l/min 5 l/min..9 T OIL = 8 C cst cst 8 cst µ OIL = cst C 8 C Bypass passage load loss Q = l/min VT thermostatic bypass T = n VNR pressure bypass T = 5 T OIL = C µ OIL = cst d OIL =.87 kg/dm T OIL = C µ OIL = cst d OIL =.87 kg/dm T OIL = C µ OIL = cst d OIL =.87 kg/dm Bypass valves Legend Thermostatic T5 VT bar,8 Pressure T5 VNR.5 bar,8 A E AP SP AX Exchanger type Fan unit High power aspirating High power blower Extra high power aspirating 9 SX Extra high power blower V V M7x M7x T5 VT Thermostatic bypass valve bar ubc T5 VNR Pressure bypass valve at.5 bar 98SAE7EN

6 A V-8V-B Dimensions ± L MAX ,5 Bypass C 5,5 5,5 H ±5 T 8 9 ±5 5 ±5 ±5 MX,5 N G -/ N Ø 5,5 5 ± 55 Code Description Φ Fan FR7 FR7 FR75 FR75 FR75 FR75 A EA V-B bypass T5 V.T. bar A EA V-B bypass T5 VNR.5 bar A EA 8V-B bypass T5 V.T. bar A ES 8V-B bypass T5 V.T. bar A EA 8V-B bypass T5 VNR.5 bar A ES 8V-B bypass T5 VNR.5 bar Power W Frequency Hz Velocity min-¹ IP Rating L Max H Weight Kg Capacity FR7 A EA V-B FR7 A ES V-B FR75 A EA 8V-B FR75 A ES 8V-B l 98SAE7EN

7 Characteristic curves V-8V-B A Heat exchange (thermal) capacity Radiator passage pressure drop Temperature difference Constant temperature Constant viscosity [kw] 9 75 l/min 7 l/min 5 l/min..9 T OIL = 8 C cst cst 8 cst µ OIL = cst C 8 C Bypass passage load loss Q = l/min VT thermostatic bypass T = n VNR pressure bypass T = 5 T OIL = C µ OIL = cst d OIL =.87 kg/dm T OIL = C µ OIL = cst d OIL =.87 kg/dm T OIL = C µ OIL = cst d OIL =.87 kg/dm Bypass valves Legend Thermostatic T5 VT bar,8 Pressure T5 VNR.5 bar,8 A E AP SP AX Exchanger type Fan unit High power aspirating High power blower Extra high power aspirating 9 SX Extra high power blower V V M7x M7x T5 VT Thermostatic bypass valve bar ubc T5 VNR Pressure bypass valve at.5 bar 98SAE7EN

8 A Hydraulic actuation Dimensions ± 5 5 L MAX 7 H ±5 T Bypass C 5 5,5 9 ±5 5,5 8 5 ±5 5,5 ±5 MX,5 N G -/ 5,5 N Ø 5 ± 55 Code Description Φ Fan FR7 FR7 FR7 FR7 A IA HYDR.MOT. GR bypass T5 V.T. bar A IS HYDR.MOT. GR bypass T5 V.T. bar A IA HYDR.MOT. GR bypass T5 VNR.5 bar A IS HYDR.MOT. GR bypass T5 VNR.5 bar Displacement motors cm/h L Max H Weight Kg Capacity FR7 A IA HYDR.MOT. GR FR7 A IS HYDR.MOT. GR l 8 98SAE7EN

9 Characteristic curves Hydraulic actuation A Heat exchange (thermal) capacity Radiator passage pressure drop Temperature difference Constant temperature Constant viscosity [kw] min. T OIL = 8 C µ OIL = cst 9 75 l/min 7 l/min 5 l/min.9 cst cst 8 cst C 8 C Bypass passage load loss Q = l/min VT thermostatic bypass T = n VNR pressure bypass T = 5 T OIL = C µ OIL = cst d OIL =.87 kg/dm T OIL = C µ OIL = cst d OIL =.87 kg/dm T OIL = C µ OIL = cst d OIL =.87 kg/dm Bypass valves Legend Thermostatic T5 VT bar,8 Pressure T5 VNR.5 bar,8 A E AP SP AX Exchanger type Fan unit High power aspirating High power blower Extra high power aspirating 9 SX Extra high power blower V V M7x M7x T5 VT Thermostatic bypass valve bar ubc T5 VNR Pressure bypass valve at.5 bar 98SAE7EN

10 A Accessories Characteristic curves Connector Code AMP connector 898 Left supporting foot Code Left supporting foot FR ± Code Right supporting foot FR ± SAE7EN

11 Characteristic curves Accessories A Thermostats Ch 9 5 Trigger temperature C Code 5-5 Mx.5 FR 55-5 Mx.5 FR Mx.5 FR Mx.5 FR X 85-7 Mx.5 FR IP5 protected thermal switch Trigger temperature C Code 5-5 Mx.5 FR Mx.5 FR 5-5 Mx.5 FR 5.5 Ch Mx.5 FR Mx.5 FR 87 X ø IP5 protected thermal switch M Trigger temperature C Code 5-5 Mx.5 FR Mx.5 FR 55-5 Mx.5 FR 55 Ch Mx.5 FR 587, X Ø 98SAE7EN

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