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R410A Commercial Heat Pump Water Heater

  • ​​​R410A commercial air-source heat pump for central hot-water projects.
  • Three listed heating capacities: 19 / 38.5 / 76.8 kW.
  • Water temperature range: 28–60°C; default setting: 55°C.
  • Declared ambient operating range: −15 to 46°C.
  • Vertical top-discharge design with a black cabinet finish.
  • Automatic and manual defrost; multiple protection functions listed.

Listed performance requires confirmation of test conditions and the project operating point.

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Description
Specification
FAQ
GOODHEAT R410A commercial heat pump water heater in a hotel service courtyard

Heating capacity for

your building’s demand.

Three listed heating capacities support comparison across different commercial hot-water projects. Start with peak demand and recovery time, then confirm the unit performance at your design conditions.

Listed heating outputs: 19 / 38.5 / 76.8 kW.

 Evaluate accommodation and shared-facility requirements by project.

 Match heating output with the selected hot-water storage system.

Hot-water settings

from 28 to 60°C.

The specification lists a water temperature range of 28–60°C with a default setting of 55°C. Select the delivery temperature around the project’s hot-water requirements.

Default water setting: 55°C across the three capacity classes.

 Confirm the operating envelope at the site design ambient.

 Storage, distribution and temperature management form part of the complete project design.

GOODHEAT R410A outdoor heat pump beside a hotel bathroom hot-water application
Single-fan and twin-fan GOODHEAT R410A commercial heat pump water heaters

Three output levels.

One clear comparison.

Compare listed output, electrical input and water flow together. The sheet gives COP values of approximately 4.22–4.29, with the test condition to be confirmed.

Listed heating input: 4.50 / 8.98 / 17.90 kW.

 One compressor on the 5 HP class; two on the 10 and 20 HP classes.

 Point COP is not a seasonal efficiency or an annual savings guarantee.

Air moves upward.

Plan the space above.

The listed airflow direction is vertical. The cabinet uses top-mounted fans, so the project layout should preserve the required air path and access around the equipment.

One fan on the 5 HP class; two on the 10 and 20 HP classes.

 Declared ambient range: −15 to 46°C.

 Confirm model-specific clearances and installation dimensions before layout approval.

GOODHEAT R410A commercial heat pump with twin top-discharge fans
GOODHEAT R410A commercial heat pump showing service panels and maintenance access

Operating functions

for commercial service.

The source lists automatic and manual defrost, together with pressure, electrical and temperature protection functions. These belong alongside water-side and electrical planning.

Listed protections include high/low pressure and current/voltage.

 Overheat, temperature and pressure protection are also stated.

 Class I electrical protection and IPX4 enclosure rating.

Hot water for

the way your building operates.

Compare capacity, water temperature and project requirements in one product family.

GOODHEAT R410A commercial heat pump water heater in a hotel service courtyard

Heating capacity for

your building’s demand.

Three listed heating capacities support comparison across different commercial hot-water projects. Start with peak demand and recovery time, then confirm the unit performance at your design conditions.

Listed heating outputs: 19 / 38.5 / 76.8 kW.

Evaluate accommodation and shared-facility requirements by project.

Match heating output with the selected hot-water storage system.

Hot-water settings

from 28 to 60°C.

The specification lists a water temperature range of 28–60°C with a default setting of 55°C. Select the delivery temperature around the project’s hot-water requirements.

Default water setting: 55°C across the three capacity classes.

Confirm the operating envelope at the site design ambient.

Storage, distribution and temperature management form part of the complete project design.

GOODHEAT R410A outdoor water heater beside a hotel bathroom hot-water application
Single-fan and twin-fan GOODHEAT R410A commercial water heaters on a building service terrace

Three output levels.

One clear comparison.

Compare listed output, electrical input and water flow together. The sheet gives COP values of approximately 4.22–4.29, with the test condition to be confirmed.

Listed heating input: 4.50 / 8.98 / 17.90 kW.

One compressor on the 5 HP class; two on the 10 and 20 HP classes.

Point COP is not a seasonal efficiency or an annual savings guarantee.

Air moves upward.

Plan the space above.

The listed airflow direction is vertical. The cabinet uses top-mounted fans, so the project layout should preserve the required air path and access around the equipment.

One fan on the 5 HP class; two on the 10 and 20 HP classes.

Declared ambient range: −15 to 46°C.

Confirm model-specific clearances and installation dimensions before layout approval.

GOODHEAT R410A commercial water heater with twin top-mounted discharge fans
GOODHEAT R410A commercial water heater showing closed service panels and maintenance access

Operating functions

for commercial service.

The source lists automatic and manual defrost, together with pressure, electrical and temperature protection functions. These belong alongside water-side and electrical planning.

Listed protections include high/low pressure and current/voltage.

Overheat, temperature and pressure protection are also stated.

Class I electrical protection and IPX4 enclosure rating.

Related Products

Plan your commercial hot-water system.

Share peak demand, target temperature, storage volume and project climate.

Clear units.

Comparable columns.

Three capacity classes with electrical, operating and hydraulic data. Scroll the table horizontally on a small screen.
Capacity 20kW 40kW 80kW
Model GHWVTV-20DA1 GHWVTV-40DA1 GHWVTV-80DA1
General Specifications
AC Power Supply (V / Ph / Hz) 380~415 / 3N / 50
Operating Ambient Temperature (°C) -15~46
Maximum Leaving-Water Temperature (°C) 60
Heating Performance · Air DB 20 °C, WB 15 °C / Water inlet 15 °C, outlet 55 °C
Heating Capacity (kW) 19.00 38.50 76.80
Rated Power Input (kW) 4.50 8.98 17.90
Rated Current Input (A) 8.04 16.05 32.00
Coefficient of Performance (COP) 4.22 4.29 4.29
Maximum Power Input (kW) 7.50 14.80 28.90
Maximum Current Input (A) 13.50 26.50 52.00
Hot-water Yield (L/h) 4000 8000 16000
Electrical & Refrigerant Specifications
Electrical Protection Class Class I
Water Proof Level IPX4
Water Pressure Drop (kPa) 50 65 70
Water Connection 25 mm male 32 mm female 50 mm female
Acoustic Data
Noise Level [dB(A)] ≤55 ≤65 ≤71

The source states three-phase power but does not specify a neutral conductor; confirm the wiring diagram rather than assume 3N~. Connection sizes retain the source millimetre notation and gender; thread standard is not specified.


Test conditions, noise metric/distance, dimensions, weight, compressor brand, refrigerant charge and water pressure limit are not provided in this sheet. Request the approved technical submittal for final selection. Water temperature and ambient limits are separate declarations, not a guarantee of 60°C water at −15°C ambient.

Plan your commercial hot-water system.

Share peak demand, target temperature, storage volume and project climate.

Prepare the details.

Confirm the selection.

What are the three capacity options?

The source lists 19, 38.5 and 76.8 kW for the 5, 10 and 20 HP classes. Obtain the test conditions and final order references before sizing.

Does 16 m³/h mean hot-water production?

Can I use 60°C water at the minimum ambient?

Is this an inverter or PV direct-driven product?

What do the protection functions cover?

Are unit dimensions available?

Does the product image identify the capacity?

Plan your commercial hot-water system.

Share peak demand, target temperature, storage volume and project climate.

Description
Specification
FAQ
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