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TECHNICAL SPECIFICATION SHEET · DAIKIN

FXUQ100AVEB

Indoor unit · FXUQ-A · 4-way ceiling suspended

Data extracted from the English catalogue; not all specifications have been manually verified. Check the original source before use.

FXUQ100AVEB specifications
Rated capacity
Cooling capacity · Btu/h38,200
Cooling capacity · kW11.2
Heating capacity · Btu/h42,700
Heating capacity · kW12.5
Electrical & efficiency
Power supply1-phase, 220-240 V/220-230 V, 50/60 Hz
Power consumption · Cooling · kW0.200
Power consumption · Heating · kW0.179
Airflow & sound
Airflow rate (H/M/L) · m3/min31/26/21
Airflow rate (H/M/L) · cfm1,094/918/741
Sound level (H/M/L) · dB(A)47/44/40
Dimensions & weight
CasingFresh white
Dimensions (H×W×D) · mm198×950×950
Machine weight · kg27
Piping & refrigerant
Piping connections · Liquid (Flare) · mm9.5
Piping connections · Gas (Flare) · mm15.9
Piping connections · Drain · mmVP20 (External Dia. 26/Internal Dia. 20)

Source reference

PCVVN2507Aaprv · PDF page 213 · Printed page 212
General Catalogue 2025; published on VRV.vn as Catalogue 2026 (EN)

Open catalogue PDF · page 213
Model page: https://vrv.vn/spec/fxuq100aveb/

Rated performance depends on test conditions and system combinations. “—” means no value was extracted. This sheet does not replace the manufacturer’s technical documentation.

Original source notes

Extracted from the catalogue page and its facing page, where available. Notes may refer to other models or optional accessories.

Notes:
Specifications are based on the following conditions;
• Cooling: Indoor temp.: 27°CDB, 19°CWB, Outdoor temp.: 35°CDB, Equivalent piping length: 7.5 m, Height difference: 0 m.
• Heating: Indoor temp.: 20°CDB, Outdoor temp.: 7°CDB, 6°CWB, Equivalent piping length: 7.5 m, Height difference: 0 m.
• Capacity of indoor unit is only for reference. Actual capacity of indoor unit is based on the total capacity index. (See Engineering Data Book for details.)
• Sound level: Anechoic chamber conversion value, measured at a point 1 m in front of the unit and 1 m downward. During actual operation, these values are normally
somewhat higher as a result of ambient conditions
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