Verified HVAC technical data
LG THERMA V R290 Monobloc Heat Pump
Compare manufacturer-sourced model data for THERMA V R290 Monobloc. Match operating conditions and electrical supply before requesting a project-specific review. Technical reference coverage does not confirm product availability.
Technical data reviewed: 2026-09-04 · 2025 LG R290 Catalogue [20250728]
Verified model data
| Model | Phase | A7/W35 | COP W35 | A7/W55 | COP W55 | A−7/W35 | SCOP 35 | SCOP 55 | Max water | Dimensions | Sound power | Refrigerant |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| HM071HF UB40 | Single phase | 7 kW | 5.00 | 7 kW | 3.46 | 7 kW | 5.24 | 3.86 | 75°C | 1320 × 1019 × 520 mm | 49 dB | R290 |
| HM091HF UB40 | Single phase | 9 kW | 4.70 | 9 kW | 3.15 | 9 kW | 5.20 | 3.86 | 75°C | 1320 × 1019 × 520 mm | 50 dB | R290 |
| HM121HF UB60 | Single phase | 12 kW | 4.70 | 12 kW | 3.37 | 12 kW | 5.45 | 3.97 | 75°C | 1560 × 1019 × 520 mm | 49 dB | R290 |
| HM141HF UB60 | Single phase | 14 kW | 4.50 | 14 kW | 3.27 | 14 kW | 5.38 | 3.96 | 75°C | 1560 × 1019 × 520 mm | 51 dB | R290 |
| HM161HF UB60 | Single phase | 16 kW | 4.30 | 16 kW | 3.17 | 16 kW | 5.11 | 3.92 | 75°C | 1560 × 1019 × 520 mm | 52 dB | R290 |
| HM073HF UB40 | Three phase | 7 kW | 5.00 | 7 kW | 3.46 | 7 kW | 5.24 | 3.86 | 75°C | 1320 × 1019 × 520 mm | 49 dB | R290 |
| HM093HF UB40 | Three phase | 9 kW | 4.70 | 9 kW | 3.15 | 9 kW | 5.20 | 3.86 | 75°C | 1320 × 1019 × 520 mm | 50 dB | R290 |
| HM123HF UB60 | Three phase | 12 kW | 4.70 | 12 kW | 3.37 | 12 kW | 5.45 | 3.97 | 75°C | 1560 × 1019 × 520 mm | 49 dB | R290 |
| HM143HF UB60 | Three phase | 14 kW | 4.50 | 14 kW | 3.27 | 14 kW | 5.38 | 3.96 | 75°C | 1560 × 1019 × 520 mm | 51 dB | R290 |
| HM163HF UB60 | Three phase | 16 kW | 4.30 | 16 kW | 3.17 | 16 kW | 5.11 | 3.92 | 75°C | 1560 × 1019 × 520 mm | 52 dB | R290 |
How to use this model comparison
Match the full model code and electrical supply first. Capacity and COP at A7/W35 describe a different operating point from A7/W55 or A−7/W35; compare values only at matching conditions. A maximum water temperature is not proof that an existing radiator system meets the building's heat demand.
Prepare an engineering enquiry
Provide design heat loss, required water temperatures, existing emitter details, electrical supply and hot-water demand. Add photographs, proposed unit location and the hydraulic arrangement. Confirm applicable installation documentation and accessories for the exact model. These reference pages do not establish a stocked or commercially supplied product.
Check existing radiators · Prepare the hydraulic arrangement · Read the heat-pump/radiator guide