• Air Conditioner
  • Daikin VRV System Slim Ceiling Mounted Duct Indoor Unit Inverter (2.0Hp) FXDSQ50AVM
Inverter

Daikin VRV System Slim Ceiling Mounted Duct Indoor Unit Inverter (2.0Hp) FXDSQ50AVM

  • Price: contact
  • The selling price includes VAT and is committed to a genuine 100 percent NEW-WARRANTY NATIONWIDE.
  • Free delivery within Ho Chi Minh City-fast installation, overtime installation as required. Support delivery and installation in the province.
Specifications
Made in Japanese Brand
Refrigerant R-410A
Type Inverter
Cooling Capacity 2.0 Hp - 19.100 Btu/h - 5.6 kW
Heating Capacity 21.500 Btu/h - 6.3 kW
Power Input (Ph/V/Hz) 1 Phase 220 - 240 V 50Hz
Power consumption (kW) Cooling: 0.049 kW Heating: 0.045 kW
Refrigerant/ Liquid Pipe Diameter (mm) 6.4 / 12.7
Dimensions (H x W x D) 200 × 900 × 450 mm
Weigh 20 kg
Panel
Panel Dimensions (mm) 180 × 922 × 70 mm
Panel Net Weight (Kg) 1.5 kg
Area and air volume calculated by room in ideal conditions, closed room, concrete wall, good insulation, no direct ventilation wc, washbasin...
Product Description

Specifications

Note: Specifications are based on the following conditions:

  • Cooling: Room temp 27 ° CDB, 19.0 ° CWB, Outdoor temp 35 ° CDB, Solvent equivalent length: 7.5m, Level difference: 0m.
  • Heating: Room temp 20 ° CDB, Outdoor temp 7 ° CDB, 6 ° CWB, Piping medium equivalent length: 7.5m, Level difference: 0m.
  • The capacity of the indoor unit is for reference only. The actual capacity of the indoor unit is based on the total capacity rating. (See Technical documentation for details.)
  • Noise level: Convertible in non-anechoic conditions. The measurement position below is 1.5m from the center of the machine.

During actual operation, these values ​​are usually slightly higher due to ambient conditions.

  1. Values ​​are based on conditions when the static pressure is outside 10 Pa.
  2. External static pressure can be changed by setting on the remote, it means ‘High static pressure- Standard’ (Factory setting is 10 Pa).
  3. The noise values ​​given above are for the rear escapement. In the case of the bottom retracement, it can be calculated by adding 5dB(A).