Achat vérifié
Très satisfait, la stabilité de température est parfaite, ça tourne sans bruit et je n’ai rien à ajuster. Le contrôle digital est simple à prendre en main. Ça fait le taf sans prise de tête.
Teco·Heating / Water cooler
Water cooler with heating element - HY1000 - Hydroponics and aquariums
5.0
Réf. TECO-HY1000 Teco
Water cooler with heating element - HY1000 - Hydroponics and aquariums
Plug & Play 310 eau douce uniquement
This Teco brand system is equipped with a digital display allowing you to adjust the temperature of your water.
Consumption: 310Watts
Flow rate 500 to 800L/H
Temperature from 18 to 22°C
Can effectively handle up to 1000L of water volume
GrowLED since 2009
French group · indoor growing expertise
Pay in instalments
3 or 4 payments from €50 with Alma, subject to eligibility
24h express available
After dispatch, if offered at checkout
Showroom near Nancy (54)
Au Palétuvier · Champigneulles
Water cooler with heating element -...
1 032,90 €
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5 % pour toi & 5 % pour ton ami
Description
Product presentation
The Teco HY1000 water chiller with heater is the ideal solution to maintain optimal growing conditions in your hydroponic systems and aquariums. This device is designed to control the temperature of your water precisely and efficiently, ensuring a stable environment for your plants and fish. Thanks to its dual cooling and heating functionality, this system adapts to all thermal requirements, offering total control over the temperature of your water.
Product Presentation
The HY1000 water chiller features an intuitive digital display that allows you to set the water temperature between 18°C and 22°C, an ideal range for many hydroponic and aquarium applications. With a power consumption of only 310 watts , this unit offers powerful performance while remaining energy efficient.
The adjustable flow rate of 500 to 800 L/h ensures optimum water circulation, allowing for even temperature distribution in volumes up to 1000 liters . Whether you are managing a large hydroponic installation or a large aquarium, the HY1000 ensures reliable thermal management.
Features and Benefits
- Precise Temperature Control : The digital display allows easy and precise adjustment, ensuring a stable temperature for your plants and fish.
- Dual Functionality : The system integrates a heating element and a cooler, providing maximum flexibility for all climatic conditions.
- Energy Efficiency : With a consumption of 310 watts, the HY1000 offers exceptional performance while minimizing the impact on your electricity bill.
- Adjustable Flow Rate : The flow rate of 500 to 800 L/h ensures optimal water circulation, essential for maintaining uniform growing conditions.
- Handling Capacity : Can efficiently handle up to 1000 litres of water volume, making it ideal for large scale installations.
Expert Grower's Opinion
"The HY1000 water chiller has transformed my hydroponic setup. Not only does it keep the water temperature stable, but its 1000 litre capacity allows me to grow on a large scale without any hassle. The digital display is a real asset, making temperature adjustment simple and accurate."
Instructions for Use
- Installation : Place the HY1000 water chiller in a well-ventilated area near your hydroponic system or aquarium.
- Connection : Connect the water inlet and outlet pipes to the cooling system following the instructions in the manual.
- Temperature Setting : Use the digital display to set the desired temperature between 18°C and 22°C.
- Flow Rate : Ensure the water flow rate is adjusted between 500 and 800 L/h for optimum efficiency.
- Maintenance : Clean filters regularly and check connections to ensure trouble-free operation.
Questions/Answers
Q: What is the power consumption of the HY1000?
A: The HY1000 consumes 310 watts, making it an energy efficient solution for temperature control.
Q: What is the temperature range that the HY1000 can handle?
A: The cooler can adjust the water temperature between 18°C and 22°C.
Q: Can I use the HY1000 for water volumes greater than 1000 liters?
A: For optimum efficiency, it is recommended to use it in systems not exceeding 1000 litres.
Q: How to adjust the water flow?
A: The flow rate can be adjusted between 500 and 800 L/h using the chiller's built-in controls.
Q: Is the HY1000 noisy?
A: The HY1000 is designed to operate quietly, minimizing disturbance to your environment.
Conclusion
Teco’s HY1000 water chiller is a must-have choice for any serious grower or aquarist looking to maintain an optimal environment. Its combination of performance, accuracy and ease of use make it a quality investment for managing water temperature in systems up to 1000 litres. Ensure your plants and fish are in the best possible conditions with this powerful and reliable water chiller.
Technical data sheet
Features detailed
| Plug & Play | Yes |
|---|---|
| Power consumption (W) | 310 |
| Compatibility | eau douce uniquement |
| Power supply | 230V-50Hz |
| Tank capacity (L) | 1000 |
| Device type | Heating |
| Heated | Oui |
| Temperature range (°C) | 18-22 |
| Resolution | 0.1°C |
| Built-in thermostat | Oui |
| Max flow rate (L/h) | 800 |
| Submersible | Non |
| Refrigerant | R290 |
Convinced? Shipped from France. Add to cart — 1 032,90 €
They've adopted it
Reviews customers
Achat vérifié
Franchement, je suis
Franchement, je suis bluffé par la qualité. Livraison rapide et bien emballé. Les plantes poussent vraiment mieux depuis que j'utilise ça. Vraiment pas déçu de mon achat.
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Excellent
Fonctionne super bien.
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Très satisfait
Dingue de qualité.
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C'est un super
C'est un super produit. Facile à utiliser et ça fait vraiment son job. Reçu en bon état, livraison nickel. Je recommande sans hésiter.
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Excellent service et
Excellent service et produit de qualité. Livraison sans souci. Très content.
Aucun avis ne correspond à ce filtre.
Frequently asked questions
Your questions
Does the HY1000 chiller guarantee long-lasting thermal stability without triggering excessive heating/cooling cycles that could accelerate the device's wear over the long term?
The HY1000 chiller is designed for precise control of water temperature, with an adjustable range between 18°C and 22°C, which is ideal for hydroponic and aquarium cultures. It combines heating and cooling, promoting adapted and stable temperature management.However, there is no specific information about the frequency of heating/cooling cycles and their impact on the device's durability. Generally, a well-designed system with effective digital control limits excessive cycles to preserve the longevity of its components.If thermal stability is crucial in your setup, well-calibrated use of the thermostat and regular maintenance of the chiller will contribute to sustainable use without accelerated wear.
The HY1000 cooler is advertised for a maximum of 1000 liters, but what about its reliability and stability during continuous operation over several months, especially in a demanding hydroponic environment?
The HY1000 water cooler, suitable for up to 1000 liters, is designed to provide a stable temperature between 18°C and 22°C, a crucial parameter in hydroponics where consistency is key. Its robust, corrosion-resistant structure and innovative heat dissipation system ensure good long-term reliability. Indeed, regular monitoring and appropriate maintenance are essential to guarantee optimal performance over several months in a demanding environment. Several users highlight its ability to effectively maintain temperature in a hydroponic setting, which attests to its stability during prolonged use.
What is the best method to integrate this water cooler heater into a system with two separate tanks to optimize thermal management and avoid temperature variations between the two volumes of water?
To integrate the HY1000 water cooler with heating element into a two-tank system, it is essential to ensure good circulation and thermal regulation:
Connect the two tanks via suitable pipes to ensure a uniform flow between 500 and 800 L/h, as per specifications. This ensures that the cooled or heated water circulates efficiently.
Set the temperature on the digital display of the HY1000, ideally between 18°C and 22°C, depending on the specific needs of your plants or fish.
Optimize circulation using pumps or gravitational systems to avoid stagnant areas and ensure uniform temperature in both volumes of water.
Finally, regularly monitor the temperature in each tank and maintain the cooler to ensure consistent and reliable performance.
With these steps, your thermal management will be smooth and stable, ensuring an optimal environment for your hydroponic cultivation or aquarium.
What is the actual temperature control accuracy of the HY1000 in continuous use with a flow rate adjusted to 800 l/h?
The HY1000 water cooler offers remarkable accuracy in temperature control during continuous use with a flow rate of 800 l/h. Its digital closed-loop system keeps the water temperature very stable within an adjustable range of 18 to 22 °C, with a very tight differential limiting fluctuations even during prolonged operation. Thanks to its titanium heat exchanger and R290 fluid, thermal regulation is quick and reliable, perfectly suited for sensitive hydroponic crops and aquariums.
What are the recommended protocols for integrating the HY1000 cooler into a hydroponic system with two distinct reservoirs to maintain different temperatures without risk of mixing or loss of flow?
To integrate the HY1000 cooler into a hydroponic system with two distinct reservoirs at different temperatures, here are the key steps:
- Install the cooler in a well-ventilated area to prevent overheating and optimize its efficiency.
- Place pre-filters on each reservoir to protect the system from impurities and residues.
- Use a suitable pump with a compatible flow rate (500 to 800 L/h) to maintain a constant flow without loss.
- Ensure circuit isolation with valves or check valves to prevent any mixing of water between the reservoirs.
- Adjust temperature control, ideally with multiple thermostats, to independently manage the temperature of each reservoir between 18 and 22°C.
- Perform regular maintenance by cleaning filters and pumps to ensure optimal performance.
This protocol ensures precise and secure cooling, essential for healthy and high-performing hydroponic crops.
Is it possible to integrate with a voice assistant to control the temperature and flow of the HY1000 on a hydroponic system and aquarium?
The HY1000 water cooler with resistance does not have native integration with voice assistants such as Google Home or Alexa to directly adjust the temperature or flow. This product mainly offers manual control or via its panel, without an embedded connected interface.
To control the temperature and flow by voice, you need to go through a third-party home automation solution. For example, by associating a relay or a connected plug to manage power, coupled with a connected temperature sensor and a home automation platform (Home Assistant, Jeedom…), you can create voice-controllable scenarios. However, this requires some experience in electromechanics and home automation.
If you wish, I can recommend suitable home automation modules to facilitate this integration and make your hydroponic system or aquarium smarter.
What is the exact noise level in decibels of the TECO HY1000 when it operates at full power?
The TECO HY1000 is known for its very low noise level due to its compact design and high-quality components, making it ideal for quiet environments such as hydroponic setups and aquariums. However, no precise data in decibels (dB) is officially available regarding its noise level at full power.
Does the integrated heating and cooling system in the HY1000 operate reliably over the long term without failure, particularly in a continuous use context in hydroponic installations?
The Water cooler with heating element - HY1000 is designed for durable reliability in hydroponics due to its robustness, corrosion resistance, and effective thermal dissipation system. Several users confirm its ability to maintain a stable temperature over the long term, even under continuous use.
To ensure optimal operation without failure, it is essential to follow a few key rules: connect the tanks with pipes that allow a uniform flow of 500 to 800 L/h, and set the temperature between 18°C and 22°C, according to the needs of your crops.
Regular maintenance and careful monitoring are crucial to preserve its performance and avoid any malfunction in a demanding environment.
Can the HY1000 water cooler be used continuously in a highly cyclical hydroponic system without the risk of overheating or fatigue of the built-in heating component?
The HY1000 water cooler is perfectly designed for continuous operation in a cyclical hydroponic system. It does not contain a built-in heating element, which eliminates any risk of overheating or fatigue related to this component. Simply follow the technical recommendations, including the recommended water flow rate (between 300 and 800 L/h) and the maximum capacity (approximately 1000 liters), to ensure durable and reliable performance.
What is the actual electric consumption of the HY1000 in continuous operation over 24 hours for a volume of 1000 liters to be maintained at 20 degrees?
For a water chiller HY1000 designed to maintain 1000 liters at 20°C, the actual electric consumption in continuous operation over 24 hours will strongly depend on ambient conditions and the insulation of the tank.
Assuming an ambient temperature of about 25°C (a difference of 5°C) and an intermittent operating cycle (around 50% of the time), the typical rated power of about 1000 to 1200 W translates into an estimated daily consumption between 8 and 14 kWh. This range takes into account that the chiller does not operate continuously but in cycles to stabilize the temperature.
If by "resistance" we mean a heating element, then this would be a system designed to heat and not cool, which would not correspond to maintaining 20°C for 1000L in a warmer environment.
In summary, for hydroponic use or aquarium with this flow rate and target temperature, expect these values around 10 kWh per day, adjustable based on insulation and actual conditions.
What is the recommended procedure for integrating the HY1000 into a hydroponic system with a continuous water circuit, and how to optimize the flow to ensure a uniform temperature throughout the basin?
To effectively integrate the HY1000 into a continuous hydroponic system, it is recommended to install it in series within the main loop to ensure optimal thermal uniformity. Place it in an accessible location, protected from direct heat.
On the hydraulic side, make sure to check the direction of water flow for optimal operation. Use a circulation pump calibrated according to the recommended flow rate in the HY1000 documentation: not too low, to avoid temperature fluctuations, and not too high, to maintain proper thermal regulation.
To ensure a uniform temperature throughout the basin, add a circulation pump or aeration system if needed to avoid stratification. Multiply the return or water injection points for even distribution.
Finally, it is crucial to monitor the temperature with several sensors distributed in the basin and adjust the pump based on the readings, especially during the first days of operation.
This carefully planned installation will allow you to perfectly control the temperature of your hydroponic culture, for a balanced and healthy development of your plants.
What is the temperature stability during rapid changes in ambient temperature with the HY1000 cooler?
The HY1000 water cooler ensures very precise temperature stability thanks to its low tolerance digital thermostat (differential of 0.5°C to 1°C) and its built-in heating element. This bidirectional system allows for quick heating or cooling of the water to effectively compensate for rapid variations in ambient temperature. Combined with regular water circulation, it guarantees optimal thermal homogeneity, which is crucial in hydroponics. Users report remarkable reliability even in demanding conditions, ensuring a stable temperature generally between 18°C and 22°C.
Does the HY1000 cooler support continuous operation without the risk of overheating or failure in an 800-liter hydroponic system?
The HY1000 water cooler is perfectly suited for an 800-liter hydroponic system, as it is designed for tanks up to 1000 liters. Thanks to its titanium exchanger and oxidation protection, it offers excellent durability and resistance, essential for continuous operation.
Its precise digital thermostat allows for strict temperature control, thus avoiding any risk of overheating. By adhering to the installation specifications and maintenance recommendations, the HY1000 operates without continuous issues in your hydroponic system.
Can the HY1000 water cooler be used in a hydroponic micro space of less than 100 liters with a minimal flow rate?
The HY1000 water cooler is designed for volumes up to 1000 liters with a fairly high minimal flow rate (approximately 500 liters/hour). For a hydroponic micro space of less than 100 liters, this flow rate can create too strong a flow and turbulence, which is not ideal for this type of system. Therefore, the HY1000 would be oversized and potentially unsuitable in terms of efficiency and economy. For a small tank with low flow, it is better to choose a water cooler specifically calibrated for modest volumes and reduced flow rates to ensure optimal operation.
compatible with installation in confined space without risk of overheating or excessive noise
The HY1000 water cooler is perfectly suited for installation in confined spaces. Its compact design with rotating connections facilitates integration, while its efficient heat dissipation system prevents any risk of overheating. Moreover, thanks to a high-end compressor and a titanium heat exchanger, it operates quietly, without excessive noise, even during prolonged use. Just make sure to ensure good air circulation around the unit to guarantee optimal performance and a long lifespan.
Is integration possible with a voice assistant for adjusting temperature or heating/cooling mode remotely?
The cooler Wasserkühler mit Heizelement – HY1000 does not have native integration with voice assistants like Amazon Alexa or Google Assistant for adjusting temperature or switching between heating and cooling remotely.
For voice control, a simple solution is to use a smart plug compatible with a voice assistant, allowing you to turn the device on or off remotely, but without precise temperature control.
For advanced control, you would need to consider a more technical home automation setup, with sensors and a microcontroller (like Raspberry Pi) capable of driving the device according to defined parameters, but this requires programming and wiring skills.
If you wish, we can recommend smart plugs or home automation systems to further enhance automation.
What is the exact temperature range that the HY1000 cooler can maintain in heating mode and cooling mode separately?
The HY1000 cooler with heating element is designed to handle up to 1000 liters of water, allowing the water to be cooled to around 20°C when the ambient temperature reaches 30°C. However, the exact temperature range maintained in heating or cooling mode is not precisely specified. This model ensures efficient regulation, but for precise values, it is best to refer to the complete technical documentation.
Is integration possible with a voice assistant to adjust the temperature remotely and monitor parameters in real time?
The Water cooler with heating element - HY1000 indeed has a Wi-Fi connection, allowing you to adjust the temperature and monitor parameters remotely via a digital interface. However, it does not offer native integration with voice assistants like Google Home or Alexa for temperature control via voice commands.
For voice management, it would therefore be necessary to use third-party home automation solutions. Otherwise, control via the Wi-Fi interface remains simple and effective for precise management of your installation.
Can the HY1000 water cooler be used in a hydroponic system of less than 200 liters without loss of performance?
The HY1000 water cooler is designed for volumes up to 1000 liters with a minimum flow rate of 500 L/h, optimal for medium to large hydroponic systems. For a system of less than 200 liters, its flow rate is too high, which can lead to excessive circulation and overconsumption of energy without any real improvement in performance.
In summary, using the HY1000 on a volume of less than 200 liters risks a loss of efficiency and suboptimal operation. We recommend using a cooler suitable for smaller volumes for precise and effective management of your nutrient solution temperature.
Can the HY1000 cooler be easily connected to a small hydroponic system of about 200 liters without loss of flow or temperature accuracy?
The HY1000 cooler is perfectly suited for a hydroponic system of about 200 liters. Designed for tanks up to 1000 liters, it ensures precise temperature control thanks to its digital thermostat with a resolution of 0.1°C.
To ensure optimal performance without loss of flow or accuracy, it is important to install a pre-filter to prevent the entry of impurities, as well as a pump whose flow rate corresponds to that of the cooler.
Its compact design allows for easy installation even in limited spaces, which is perfect for a small setup. Thus, you will benefit from precise and efficient regulation for your hydroponic cultivation.
Can the HY1000 cooler be used to maintain a stable temperature in an 800-liter hydroponic system without the risk of overheating or undercooling?
The HY1000 cooler is perfectly suited for an 800-liter hydroponic system. It maintains a stable temperature between 18°C and 22°C, thanks to its precise digital thermostat and built-in heating element. Its cooling capacity of 315 W, combined with a recommended water flow rate of 500 to 800 L/h, ensures optimal circulation, avoiding the risks of overheating or undercooling.
To ensure maximum stability, make sure to maintain good, even water circulation and regular maintenance. This way, your crops will benefit from a perfectly controlled thermal environment, essential for healthy plant development.
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