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£220.00
Unit price perEstimated delivery between November 01 and November 03.
150L hydroponic nutrient chiller with digital temperature control for keeping reservoir temperatures stable when growing conditions heat up.
The Hailea HC-150A Nutrient Chiller gives growers active control over the temperature of recirculating water and nutrient solution. Rather than allowing reservoir temperatures to rise with the surrounding grow room, solution is pumped through the chiller, cooled and returned to the system.
Designed for systems with a nominal water refrigeration capacity of 150 litres, the HC-150A operates with a recommended flow range of 250 – 1,200 litres per hour. Its digital controller lets you set the required temperature, while the integrated refrigeration system automatically cools the circulating solution as needed.
The HC-150A is particularly useful for DWC and other recirculating hydroponic systems during warmer conditions. Keeping nutrient solution temperatures under control helps maintain a more stable root-zone environment when grow room and ambient temperatures begin to climb.
Reservoir temperature can rise quickly in warm grow rooms, particularly during summer or when pumps, lighting and other equipment are adding heat to the growing environment. A nutrient chiller gives you a controlled way to remove that heat instead of relying solely on the ambient room temperature.
Water also holds less dissolved oxygen as its temperature increases. Keeping the root-zone solution within an appropriate temperature range therefore helps growers maintain conditions that are more favourable for oxygen availability and healthy root development.
For hydroponic systems where roots spend significant time in nutrient solution, including DWC and recirculating DWC, that extra control can become particularly valuable during prolonged periods of warm weather.
The HC-150A can be incorporated into hydroponic systems and standalone reservoirs where nutrient solution can be continuously circulated through the chiller.
Typical applications include DWC and recirculating DWC systems, nutrient tanks and other active hydroponic systems where a circulation pump can move solution from the reservoir through the chiller and back again.
A separate water pump draws nutrient solution from the reservoir and sends it through the inlet of the HC-150A. The solution passes through the chiller, where heat is removed, before returning through the outlet to the reservoir or recirculating system.
The HC-150A should receive a water flow of approximately 250 – 1,200 litres per hour. Correct circulation is important because the refrigeration performance of the unit is affected by water flow as well as reservoir volume, ambient temperature and other sources of heat within the installation.
The chiller itself releases the heat removed from the nutrient solution into the surrounding air, so it should be installed in a well-ventilated position with sufficient space for heat to dissipate.
A circulation pump and connecting pipework are required to create a complete installation and are supplied separately.
| Manufacturer | Hailea |
|---|---|
| Model | HC-150A |
| Product type | Nutrient solution / water chiller |
| Nominal water capacity | 150 litres |
| Water flow rate | 250 – 1,200 litres per hour |
| Power | 1/10HP |
| Rated voltage | 220 – 240V |
| Rated frequency | 50Hz |
| Refrigerant | R134a |
| Evaporator | Anti-corrosive titanium |
| Temperature control | Electronic digital controller |
| Dimensions | 420 x 248 x 365mm |
| Weight | 15kg |
| Circulation pump included | No |
| Pipework included | No |
The HC-150A has a nominal water refrigeration capacity of 150 litres. Actual cooling performance is also influenced by ambient temperature, water flow, pumps, lighting and other sources of heat within the installation.
Hailea specifies a water flow range of 250 – 1,200 litres per hour for the HC-150A. A suitable separate circulation pump is required to move nutrient solution through the chiller.
No. The HC-150A is the refrigeration unit itself. A suitable circulation pump and connecting pipework are required to move nutrient solution from the reservoir through the chiller and back into the system.
Yes. The HC-150A is well suited to DWC and recirculating DWC installations where nutrient solution temperature needs to be actively controlled.
Yes. A pump can circulate solution from the reservoir through the chiller before returning the cooled solution to the tank.
A nutrient chiller allows the temperature of the root-zone solution to be controlled independently of warmer ambient conditions. This is particularly useful during summer and in indoor growing environments where equipment can add heat to the reservoir.
Yes. The amount of dissolved oxygen that water can hold decreases as water temperature rises. Managing reservoir temperature therefore forms an important part of maintaining a well-aerated hydroponic root zone.
Yes. The chiller removes heat from the circulating solution and releases that heat into the surrounding environment. It should therefore be positioned where there is adequate airflow around the unit rather than enclosed in a poorly ventilated space.
The HC-150A measures approximately 420 x 248 x 365mm and weighs 15kg.
£220.00
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150L hydroponic nutrient chiller with digital temperature control for keeping reservoir temperatures stable when growing conditions heat up.
The Hailea HC-150A Nutrient Chiller gives growers active control over the temperature of recirculating water and nutrient solution. Rather than allowing reservoir temperatures to rise with the surrounding grow room, solution is pumped through the chiller, cooled and returned to the system.
Designed for systems with a nominal water refrigeration capacity of 150 litres, the HC-150A operates with a recommended flow range of 250 – 1,200 litres per hour. Its digital controller lets you set the required temperature, while the integrated refrigeration system automatically cools the circulating solution as needed.
The HC-150A is particularly useful for DWC and other recirculating hydroponic systems during warmer conditions. Keeping nutrient solution temperatures under control helps maintain a more stable root-zone environment when grow room and ambient temperatures begin to climb.
Reservoir temperature can rise quickly in warm grow rooms, particularly during summer or when pumps, lighting and other equipment are adding heat to the growing environment. A nutrient chiller gives you a controlled way to remove that heat instead of relying solely on the ambient room temperature.
Water also holds less dissolved oxygen as its temperature increases. Keeping the root-zone solution within an appropriate temperature range therefore helps growers maintain conditions that are more favourable for oxygen availability and healthy root development.
For hydroponic systems where roots spend significant time in nutrient solution, including DWC and recirculating DWC, that extra control can become particularly valuable during prolonged periods of warm weather.
The HC-150A can be incorporated into hydroponic systems and standalone reservoirs where nutrient solution can be continuously circulated through the chiller.
Typical applications include DWC and recirculating DWC systems, nutrient tanks and other active hydroponic systems where a circulation pump can move solution from the reservoir through the chiller and back again.
A separate water pump draws nutrient solution from the reservoir and sends it through the inlet of the HC-150A. The solution passes through the chiller, where heat is removed, before returning through the outlet to the reservoir or recirculating system.
The HC-150A should receive a water flow of approximately 250 – 1,200 litres per hour. Correct circulation is important because the refrigeration performance of the unit is affected by water flow as well as reservoir volume, ambient temperature and other sources of heat within the installation.
The chiller itself releases the heat removed from the nutrient solution into the surrounding air, so it should be installed in a well-ventilated position with sufficient space for heat to dissipate.
A circulation pump and connecting pipework are required to create a complete installation and are supplied separately.
| Manufacturer | Hailea |
|---|---|
| Model | HC-150A |
| Product type | Nutrient solution / water chiller |
| Nominal water capacity | 150 litres |
| Water flow rate | 250 – 1,200 litres per hour |
| Power | 1/10HP |
| Rated voltage | 220 – 240V |
| Rated frequency | 50Hz |
| Refrigerant | R134a |
| Evaporator | Anti-corrosive titanium |
| Temperature control | Electronic digital controller |
| Dimensions | 420 x 248 x 365mm |
| Weight | 15kg |
| Circulation pump included | No |
| Pipework included | No |
The HC-150A has a nominal water refrigeration capacity of 150 litres. Actual cooling performance is also influenced by ambient temperature, water flow, pumps, lighting and other sources of heat within the installation.
Hailea specifies a water flow range of 250 – 1,200 litres per hour for the HC-150A. A suitable separate circulation pump is required to move nutrient solution through the chiller.
No. The HC-150A is the refrigeration unit itself. A suitable circulation pump and connecting pipework are required to move nutrient solution from the reservoir through the chiller and back into the system.
Yes. The HC-150A is well suited to DWC and recirculating DWC installations where nutrient solution temperature needs to be actively controlled.
Yes. A pump can circulate solution from the reservoir through the chiller before returning the cooled solution to the tank.
A nutrient chiller allows the temperature of the root-zone solution to be controlled independently of warmer ambient conditions. This is particularly useful during summer and in indoor growing environments where equipment can add heat to the reservoir.
Yes. The amount of dissolved oxygen that water can hold decreases as water temperature rises. Managing reservoir temperature therefore forms an important part of maintaining a well-aerated hydroponic root zone.
Yes. The chiller removes heat from the circulating solution and releases that heat into the surrounding environment. It should therefore be positioned where there is adequate airflow around the unit rather than enclosed in a poorly ventilated space.
The HC-150A measures approximately 420 x 248 x 365mm and weighs 15kg.
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£220.00
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