ADW SERIES COMPRESSOR

Product Description

R**4a-LBP COMPRESSOR PERFORMANCE PARAMETER This ADW series compressor belongs to the hermetical piston rod type by electromotor driving. It adopts PTC starter and matches overload protection. Widely used for refrigerating show box, automatic selling machine, deepfreeze of auto and ship, for family and business refrigerator, freezing refrigeration, dehumidifier, low temperature experiment equipments, and other low temperature equipments etc. Feature 1. Excellent starting performance 2. Small space, light weight 3. Reasonable structure and compact size 4. Low noise, little vibration 5. High efficiency, energy saving 6. Stable performance, high security 7. Good adaptability of voltage 8. Excellent refrigeration 9.Wild range of refrigerant capacity Series Model Displacement(cm) Capacity （W） Input power (W） ***** Current （A） Cooling Type Motor Type HP ADWSeries**0V*0/*0Hz ADW*3 4.3 **2 **3 0.*9 0.*2 ST RSIR 1/*- ADW*1 5.1 **3 **1 1.*0 0.*5 ST RSIR 1/6 ADW*7 5.7 **9 **4 1.*2 0.*7 ST RSIR 1/6+ ADW*6 6.6 **6 **2 1.*8 1.*0 ST RSIR 1/5 ADW*7 7.7 **5 **7 1.*8 1.*0 ST RSIR 1/*- ADW*6 8.6 **5 **3 1.*0 1.*0 ST RSIR 1/4+ ADW*1 9.1 **5 **9 1.*0 1.*0 ST/OC RSIR 1/3 ADW**0 *1.0 **5 **5 1.*8 1.*0 ST/OC RSIR 1/2 ADWSeries **0V/*0Hz ADW*3M 4.3 **1 **2 0.*9 0.*2 ST RSIR 1/*- ADW*1M 5.1 **1 **0 1.1 0.*4 ST RSIR 1/6 ADW*7M 5.7 **0 **2 1.*5 0.*5 ST RSIR 1/6+ ADW*6M 6.6 **3 **3 1.*5 1.*0 ST RSIR 1/5 ADW*7M 7.7 **0 **3 1.*8 1.*5 ST RSIR 1/*- ADW*6M 8.6 **0 **1 1.*8 1.*6 ST RSIR 1/4+ ADW*1M 9.1 **0 **5 1.2 1.*5 ST/OC RSIR 1/3 ADW**0M *1.0 **0 **7 1.2 1.*5 ST/OC RSIR 1/2 ADWSeries**5V*0Hz ADW*3U6 4.3 **5 **0 1.*5 0.*5 ST RSIR 1/*- ADW*1U6 5.1 **6 **7 1.*5 1.*6 ST RSIR 1/6 ADW*7U6 5.7 **5 **8 1.2 1.*0 ST RSIR 1/6+ ADW*6U6 6.6 **5 **4 1.2 1.*0 ST RSIR 1/5 ADW*7U6 7.7 **0 **3 1.2 1.*0 ST RSIR 1/*- ADW*6U6 8.6 **5 **9 1.*8 1.*2 ST RSIR 1/4+ ADW*1U6 9.1 **5 **7 1.*2 1.*5 ST/OC RSIR 1/3 ADW**0U6 *1.0 **5 **6 1.2 1.*8 ST/OC RSIR 1/2 ADWSeries **0V*0Hz ADW*3T6 4.3 **0 **4 1.*5 0.*5 ST RSIR 1/*- ADW*1T6 5.1 **5 **1 1.1 1.*5 ST RSIR 1/6 ADW*7T6 5.7 **8 **2 1.*8 1.*6 ST RSIR 1/6+ ADW*6T6 6.6 **6 **5 1.2 1.2 ST RSIR 1/5 ADW*7T6 7.7 **1 **4 1.2 1.*8 ST RSIR 1/*- ADW*6T6 8.6 **8 **2 1.*8 1.*2 ST RSIR 1/4+ ADW*1T6 9.1 **7 **3 1.2 1.*5 ST/OC RSIR 1/3 ADW**0T6 *1.0 **8 **4 1.*2 1.4 ST/OC RSIR 1/2 ADWSeries**0V*0Hz ADW*3J6 4.3 **5 **0 0.*5 0.*5 ST RSIR 1/*- ADW*1J6 5.1 **5 **5 1.*8 0.*5 ST RSIR 1/6 ADW*7J6 5.7 **7 **1 1.*2 1.*2 ST RSIR 1/6+ ADW*6J6 6.6 **5 **5 1.*4 <, FONT style="FONT-SIZ, E: *2px" color=#**3d*6 size=2>1.*3 ST RSIR 1/5 ADW*7J6 7.7 **5 **1 1.*5 1.*8 ST RSIR 1/*- ADW*6J6 8.6 **5 **3 1.2 1.2 ST RSIR 1/4+ ADW*1J6 9.1 **9 **2 1.*4 1.3 ST/OC RSIR 1/3 ADW**0J6 *1.0 **5 **1 1.2 1.*5 ST/OC RSIR 1/2 Test Conditions(ASHRAE) 　 　 　 　 Ｃonversion Table: 　 Ｅvaporting Temp.:**3.3°C Kcal/h×１.１６３＝Ｗ 　 Ambient Temp.:*2.2°Ｃ Kcal/h×３.９６８＝Ｂtu/h 　 Ｓuction Temp.:*2.2°Ｃ W×３.４１２＝Ｂtu/h 　 Subcooling Temp.:*2.2°Ｃ W×0.**4＝Ｂtu/h 　 Ｃondensing Temp.:*4.4°Ｃ