DC inverter air to water heat pump

Description

　 Model 　 AVH**2V1DAA/B AVH**4V1D* Power Supply 　 　 ******0V/*0Hz/1Ph Refrigerant 　 　 R**0A Nominal Cooling Capacity 　 Btu/h *********0 *********0 　 W ********0 ********0 Nominal Heating Capacity 　 Btu/h *********0 **********0 　 W ********0 ********0 Input Power (Cooling ) 　 W *******0 ********0 Input Power (Heating) 　 W *******0 ********0 Input Current(Cooling) 　 A 2.**7.5 ***5.5 Input Current(Heating) 　 A 2.**7.4 4.***2.5 ***** 　 Btu/h.W 7.***2.0 7.***1.0 ***** 　 W/W 2.**3.*5 2.**3.8 Compressor Type 　 Inverter Rotary Twin Rotary Quantity/System 　 1 1 Fan Type 　 Axial Axial Quantity 　 1 1 Airflow m3/h ***0 ***0 Rated power W *5 **0 Air Side Heat Exchanger Heat Exchanger Type 　 Tube-Fin Tube-Fin Face area m2 0.**5 0.**5 Row-Fins/Inch 　 2 Rows**4 2 Rows**4 Tube.Dia Inch 3/8 O.D. 3/8 O.D. Noise Level Indoor/Outdoor dB(A) *5/*4 *9/*4 Water Side Heat Exchanger Type 　 Tube in tube High Efficiency Tube in Shell Water Pressure Drop kPa 8 8 Piping Connection Inch G3/4" G3/4" Max Water Head m m 6 6 Max Water Flow m3/h 0.*5 1.3 Net Dimension(L×D×H) Indoor Unit mm **0×**0×**0 **0×**5×**0 Outdoor Unit mm **0×**5×**0 **0×**0×**0 Packing Dimension(L×D×H) Indoor Unit mm **5×**5×**5 **0×**5×**0 Outdoor Unit mm **0×**0×**0 **0×**0×**5 Net Weight Indoor Unit Kg *0 *4.5 Outdoor Unit Kg *3 *8 Shipping Weight Indoor Unit Kg *2.5 *9.5 Outdoor Unit Kg *6 *3 Note: 1) Cooling condition: water in/out temperature:*2℃/7℃, ambient temperature:*5℃; 2) Heating condition: water in/out temperature: *0℃/*5℃, ambient temperature:DB/WB 7/6℃