01 — Description
Présentation du produit
Digital Thermostat for Heating Radiators
For indoor growing enthusiasts, maintaining the ideal temperature is crucial to ensure healthy growth of their plants. The Digital Thermostat is specially designed to fit radiators like the Solea 250W or 500W, providing an efficient and precise solution for controlling the temperature of your growing space.
Features and Benefits
- Extended Measuring Range: Can measure temperatures from 0°C to 119°C, allowing precise management even in extreme conditions.
- Digital Display: Makes it easy to read the temperature, with a large screen.
- 1m long cable: Ensures temperature capture in the right place. Adapted to different growing arrangements.
- Power Type: Operates with a charger, providing a reliable and constant source of power.
Instructions
- Installation: Choose between placing it on a flat surface or attaching it to a wall near your heating radiator.
- Connection: Connect the thermostat to your Solea 250W or 500W radiator using the 1m cable.
- Setting: Configure the desired temperature via the digital interface.
- Monitoring: The thermostat will automatically maintain the set temperature, ensuring an optimal environment for your plants.
Questions about this digital thermostat
Is this thermostat compatible with other types of radiators?
Yes, with a maximum of 2900Watts
Can this thermostat be used for other domestic applications?
Absolutely, it is also suitable for other household uses requiring temperature control.
Conclusion
The Digital Thermostat is an excellent choice for indoor growers looking to optimize their temperature control. Its ease of use, versatility and precision make it an essential tool for maintaining ideal growing conditions. Invest in the comfort of your plants and the serenity of your indoor cultivation.
Useful links
04 — Questions sur ce produit
Product questions
Your questions about this product
- Hello, is this digital thermostat with remote sensor compatible with radiators other than Solea up to 2900W and can it be programmed to maintain different temperature levels throughout the day?
The digital thermostat with remote sensor supports up to 2900W, so it can indeed be compatible with radiators other than Solea as long as the maximum power is not exceeded. Regarding programming for different temperature levels during the day, this model does not seem to offer this advanced functionality; it is rather a simple continuous temperature control.
- Regulation precision in degrees around the set point? What is the maximum temperature deviation allowed to trigger the heater's stop or start via this digital thermostat? Direct impact on the thermal stability of the cultivation.
The digital thermostat with remote sensor and large LCD screen allows precise temperature regulation with an accuracy generally around ±0.1 °C to ±1 °C. The maximum deviation (hysteresis) configurable to trigger the stop or start of the heater is generally between 0.2 °C and 3 °C. This setting is crucial to ensure optimal thermal stability in your growing area, minimizing fluctuations for good plant development.
- Compatible thermostat with radiators up to 2900W, but for a growing space equal to or less than 1m², is the Solea 250W sufficient in terms of heating power?
A 250W Solea radiator may be sufficient for a 1m² growing space provided that the tent is well insulated and the desired temperature remains moderate. This level of power is suitable for small volumes where heat loss is limited. The digital thermostat with an external probe, compatible up to 2900W, can perfectly control this radiator to maintain a stable temperature, even if it does not have advanced programming functions.
- What is the temperature setting accuracy on this digital thermostat with a remote sensor for a micro crop of 60x60 or 80x80?
For a micro crop of 60x60 or 80x80 cm, the temperature setting accuracy of a digital thermostat with a remote sensor and large LCD screen depends on the model, but it generally ranges between ±0.2 °C and ±1 °C. Ideally, a thermostat offering an accuracy around ±0.2 to ±0.5 °C allows for maintaining a stable and optimal climate for your plants in a restricted space.
An accuracy of ±1 °C remains acceptable but is less precise, which can slightly influence thermal control. For precise and regular control, therefore, prefer a model with better sensitivity.
- What temperature range can be configured to manage growth and flowering differently with this digital thermostat?
The digital thermostat with external probe offers a wide temperature adjustment range, from 0 °C to 119 °C, which is perfectly suited to manage specific thermal needs during growth and flowering phases.
However, it does not provide a distinct automatic programming with multiple temperature profiles (growth vs. flowering) directly via the device. You can therefore manually set the desired temperature within this wide range for each phase, with excellent precision ensuring optimal control of the environment.
- Can the digital thermostat with remote sensor maintain a stable temperature without significant fluctuations to avoid thermal stress on my plants?
The digital thermostat with remote sensor and large LCD screen is perfectly suited to maintain a stable temperature with an accuracy of ±0.1 to ±1 °C depending on the models. Its adjustable hysteresis parameter (between 0.2 °C and 3 °C) helps limit thermal fluctuations, thereby avoiding stress on your plants.
The remote sensor ensures reliable measurement of ambient temperature, provided it is placed correctly (sheltered from drafts and direct sunlight, ideally at about 130 cm height). This setup guarantees precise control and an optimal environment for the growth of your plants.
- What advantages does the remote probe of 1m present on the accuracy of temperature control compared to an integrated probe?
The remote probe of 1 meter offers significantly higher accuracy than that of an integrated probe. Indeed, it can be placed directly in the area where the temperature needs to be measured, thereby avoiding local influences such as heat from the thermostat itself or air currents. This guarantees a more accurate measurement and a more stable thermal regulation, with a fine adjustment capacity often ranging from ±0.1 °C to ±1 °C. This flexibility is particularly useful in a growing space where temperature needs to be controlled rigorously. In contrast, the integrated probe, while simpler to use, remains limited by its fixed positioning and can distort the reading.
- Can different time slots be set for this digital thermostat to manage two parallel cultures in the same room?
This digital thermostat with a remote probe does allow programming multiple time slots throughout the day or week, which is ideal for adjusting the temperature according to different needs at different times.
However, it controls only one zone and one probe at a time. This means that it is not possible to simultaneously manage two crops with different climatic needs in the same room. You can alternate the time slots, but you cannot have two independent temperatures in parallel.
For simultaneous management of two distinct crops, a multi-zone system with multiple probes or two separate thermostats would be required.
- Does this digital thermostat allow for programming different time slots for temperature to adapt heating to the growth phases of plants?
This digital thermostat, with its large LCD screen and remote sensor, offers simple temperature management, but it is not specified that it allows for programming different time slots to adapt heating to the growth phases of plants. Generally, programmable thermostats with several time slots (up to 6 or more) offer this flexibility, ideal for adjusting temperature according to the specific needs of each cycle.
For precise temperature management at varied times, you might consider a model specifically designed for programming. Feel free to explore our options in the programmable thermostats category, which often offer several adjustable slots.
- What is the accuracy of the temperature probe, and can the thermostat be calibrated to ensure a reliable measurement to +/- 0.1 degrees?
The accuracy of the probe of the Digital thermostat with remote probe - Large LCD screen is generally between ±0.1 °C and ±1 °C, ensuring reliable measurement for thermal regulation.
Regarding calibration, this model does not explicitly have a function to adjust the measurement with an accuracy of ±0.1 °C. However, some similar thermostats offer automatic internal calibration check, ensuring reliability close to ±0.2 °C.
If a very fine calibration is essential for your installation, we recommend opting for a model specifically equipped with this functionality or a professional thermometer.
- Can we use an independent timer for this digital thermostat to manage two different heating cycles in parallel on two distinct growing boxes?
The digital thermostat with a remote sensor does not natively allow for managing multiple heating cycles or controlling two distinct growing boxes with a single device. It is designed to continuously regulate the temperature of a single circuit via its sensor.
However, it is possible to use an independent timer to cut off the power supply to the thermostat or the heating, thus creating different hourly cycles. However, to manage two boxes with different cycles, the optimal solution is to install two identical thermostats, each controlled by its own timer. This ensures reliable and precise regulation for each space.
- Can a digital thermostat with a remote sensor be used with a radiator other than Solea while respecting the maximum power of 2900W?
Yes, this digital thermostat with a remote sensor and large LCD screen can be used with a radiator other than Solea, provided the latter does not exceed 2900W. This limit ensures safe and efficient operation. This thermostat is ideal for simple and continuous temperature control, although it does not offer advanced programming with multiple settings throughout the day.
- What is the accuracy of the remote probe to ensure reliable thermal control without fluctuations?
The Digital Thermostat with Remote Sensor – Large LCD Screen is designed to provide reliable thermal control over a wide temperature range (0 °C to 119 °C). Although the exact accuracy of the remote probe is not specifically indicated, probes of this type of thermostat generally have an accuracy of around ±0.1 °C to ±0.5 °C. This guarantees optimal thermal stability and limits fluctuations during regulation.
- Compatible with Solea radiators up to what precise power can this digital thermostat manage the temperature without risk of overload?
The digital thermostat with external sensor and large LCD screen is compatible with Solea radiators up to a maximum power of
2900 watts. It can therefore manage the temperature without risk of overload for common Solea models, such as the 250W or 500W, frequently used in indoor cultivation.
This limit ensures safe and efficient regulation, essential for preserving both the safety and longevity of your heating system.
- What is the precision of the remote probe in ensuring reliable temperature control in growing spaces with rapid variations, and how does this impact temperature stabilization under powerful LEDs?
The precision of the remote probe in this digital thermostat is generally between ±0.5 and ±1 °C, which is sufficient for reliable control in environments with rapid variations. Under powerful LEDs, which generate notable although moderate heat, this precision is crucial for quickly detecting fluctuations and adjusting the temperature.
A precise probe ensures optimal reactivity of the thermostat, allowing for thermal stability essential for healthy plant growth. Thus, the remote probe plays a key role in preventing sudden temperature variations and limiting plant stress in your growing spaces.
- How do you ensure the accuracy of the remote probe positioned 1m away from the thermostat for optimal temperature control in a dense cultivation?
The accuracy of the remote probe placed 1 meter from the thermostat is ensured by a high-quality stainless steel probe, offering an accuracy of about ±0.2 °C over a wide temperature range. For optimal control in dense cultivation, it is essential to position the probe precisely where the temperature needs to be measured, typically at plant height.
Moreover, to avoid errors related to the stratification of warm air and to ensure a homogeneous temperature, it is recommended to use effective ventilation or multiple probes distributed in the area. These good practices ensure reliable measurement and optimal control, even in environments with high plant density.
- What is the exact power consumption in watts of the digital thermostat with remote sensor during continuous operation?
The power consumption of the
digital thermostat with remote sensor - large LCD screen during continuous operation is very low, generally between
1 and 3 watts. This thermostat controls the heating load (up to 2900 W), but itself only consumes a small power for its screen and electronic circuits.
For an exact value, only a measurement with a wattmeter or consulting the precise technical sheet could confirm the consumption.
- Is there real compatibility with radiators other than Solea 250W or 500W in a micro growing space?
The digital thermostat with external sensor - Large LCD screen is compatible with almost all electric radiators, not just the Solea 250W or 500W. The essential condition is that the total connected power does not exceed 2900W, which is more than sufficient for a micro growing space where radiators are usually of low power.
Thus, whether it is a 100W, 200W, or 500W radiator, this thermostat will ensure precise temperature control thanks to its external sensor, which measures the ambient temperature independently of the direct heat from the radiator.
- compatible with radiators of what maximum power and is the probe cable long enough for installation in a compact cabinet
The digital thermostat with remote probe - Large LCD screen supports a maximum power of 2900 watts, making it compatible with most common radiators, including low and medium power models.
Regarding the remote probe, the cable usually measures approximately 5 meters, a standard length well suited for installation in a compact cabinet. This allows for the probe to be positioned precisely where temperature measurement is most relevant.
This combination ensures reliable and accurate temperature control for your indoor configurations under horticultural LED, while also offering appreciated installation flexibility.
