TECHNICAL DATA SHEET GL40TG VE01 200-240/220-230V 50 ...
TECHNICAL DATA SHEET GL40TG VE01 200-240/220-230V 50 ...
TECHNICAL DATA SHEET GL40TG VE01 200-240/220-230V 50 ...
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<strong>TECHNICAL</strong> <strong>DATA</strong> <strong>SHEET</strong><strong>GL40TG</strong> <strong>VE01</strong><strong>200</strong>-<strong>240</strong>/<strong>220</strong>-<strong>230V</strong> <strong>50</strong>/60Hz ~1COMPRESSORDisplacement (cm3) 4.04Diameter (mm) 20.9Stroke (mm) 11.83Net Weight (Kg) 8.4Oil typeISO VG 22 ESTEROil charge (cm3) 300APPLICATIONApplicationHigh/Mid. back pressureRefrigerantR134aEvaporating (°C) -25 to 10ExpansionCapillar/ValveComp. coolingFan cooledMax. ambient temp. (°C) 43MOTORNOMINAL PERFORMANCE CYCLE C CYCLE DApproximate Power (CV) 1/8Cooling capacity (kcal/h) 259 310Voltage/Frequency (V/Hz)<strong>200</strong>V <strong>50</strong>HzInput power (W) 173 178Voltage range (V) 170-255EER (kcal/Wh) 1.<strong>50</strong> 1.74Code 63.115COP (W/W) 1.74 2.02TypeCSIRCurrent (A) 1.27 1.29Phase number1 PHTEST CONDITIONSLocked rotor current (A) 7.2Evaporating temp. (°C) 5.0 7.2Main W. resist. at 25ºC (Ω) 14.15Condensing temp. (°C) 55.0 55.0Start W. resist. at 25ºC (Ω) 42.1Liq.t. entering expan. (°C) 55.0 46.0Ambient t. and return (°C) 32.0 35.0Tens/Freq (V/Hz) <strong>200</strong>V <strong>50</strong>Hz <strong>200</strong>V <strong>50</strong>HzELECTRICAL COMPONENTSRelayPick-Up (A)Drop-Out (A)2014 113.3,252,75ProtectorMRT77AMKT0068Current (A)5.8 5.8Time check (seg)7.5-14 7.5-14Disc temp. (Open/Close) (°C)105.0 / 61.0 105.0 / 62.0Starting capacitor (µF/V)F/V) 47- 56 / 330DIMENSIONS AND ELECTRICAL DIAGRAMDESIGNATIONINTERNAL DIAM. (MM)1 Suction/Service 6,52 Service/Suction 6.53 Discharge 4.9DOC 080326 1 / 2
<strong>TECHNICAL</strong> <strong>DATA</strong> <strong>SHEET</strong><strong>GL40TG</strong> <strong>VE01</strong><strong>200</strong>-<strong>240</strong>/<strong>220</strong>-<strong>230V</strong> <strong>50</strong>/60Hz ~1TEST CONDITIONSVoltage/frequency<strong>200</strong>V <strong>50</strong>HzAmbient t. and return 35 °CLiq.t. entering expan.Subcooling 9 KMASS FLOWINTENSITYCONSUMPTIONCOOLING CAPACITYDOC 080326 2 / 2
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