PUHY-EP500YNW-A2

20 HP 56,0 kW cooling 56,0 kW heating R410A A++ efficiency HP Eurovent: 15.10.006 Eurovent ✓

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MITSUBISHI ELECTRIC PUHY-EP500YNW-A2 is a heat pump VRF outdoor unit with a cooling capacity of 20 HP (56,0 kW). It uses R410A refrigerant and has SEER 6,55 / SCOP 4,10 efficiency ratings. It offers a cooling sound power of 82,0 dB(A), a 1750×1858×740 mm body, connection for up to 50 indoor units. It is ranked #49 by SEER among 132 models in the 20 HP class (class average SEER 6,40).

20 HP class 132 models SEER rank: 49 Class avg. SEER 6,40 Highest 8,42

Performance

Cooling
Nominal capacity	56,00 kW
Power input	20,51 kW
EER (rated)	2,73
SEER (seasonal) ℹ	6,55
Heating
Nominal capacity	56,00 kW
Power input	14,74 kW
COP (rated)	3,80
SCOP (seasonal) ℹ	4,10
Test configuration
Indoor unit combination	PLFY-M63VEM6-E / PLFY-M63VEM6-E / PLFY-M63VEM6-E / PLFY-M63VEM6-E / PLFY-M63VEM6-E / PLFY-M63VEM6-E / PLFY-M63VEM6-E / PLFY-M63VEM6-E (Cassette)

Physical & Environmental

General
System type	HP (Heat Pump)
Cooling type	Air-cooled
Combination	Possible
Refrigerant	R410A
Power supply	400-3-50
Max. indoor units	50
Air flow	21.900 m³/h
Fan count	2
Compressor count	1
Dimensions & Weight
Dimensions (H×W×D)	1858 × 1750 × 740 mm
Weight	342 kg
Sound (LwA)
In cooling	82,0 dB(A)
In heating	85,0 dB(A)
Sound pressure (1m)
In cooling	63,5 dB(A)
In heating	66,5 dB(A)
Operating temperature
Cooling range	-5°C ÷ 52°C
Heating range	-20°C ÷ 16°C

Üstten görünüş

Ölçüler mm

Yükseklik: 1.858 mm

⚡ Energy simulation for this unit

Bina tipi

Şehir / Bölge

Alan (m²)

Çalışma Profili

Soğutma saat/gün

Isıtma saat/gün

Soğutma gün/yıl

Isıtma gün/yıl

Bina tipi ve şehir seçince otomatik doldurulur. İsterseniz override edebilirsiniz.

Pro · EN 14825 bin method

Province

Weather station

Design temperature (ASHRAE)

Start hour

Operating hours/day

Days/week

Intended use

Load basis

Balance temperature (°C) ℹ

Indoor setpoint heating (°C) ℹ

Indoor setpoint cooling (°C)

After-hours setback heating ℹ

Hourly TMYx (2009–2023) climate data is split into 1 °C bins; in each bin the building load is met with capacity and COP/EER derived from the product's Eurovent part-load points. Hours outside the operating schedule count as standby consumption; with after-hours setback heating selected, low-load heating is also computed in those hours whenever the outdoor air drops below the threshold.