Climatron Growth Cabinet with Door Lighting CLIMATRON-DL

Technical Data

• Brand
  Thermoline
• Capacity
  360L - 1100L
• Models Available
  Three
• Temperature Range
  +4°C to +40°C
• Electrical
  10A/230V
• Castors
  Yes
• Humidity Range
  Ambient to 90%RH

Downloads

• Product Brochure
• Technical Data Sheets
• Thermoline Capability Statement

Support

At Thermoline, we strive to supply helpful customer support to ensure that you get the most out of our products. We are committed to providing whatever support our customers need, wherever they are in the world. If you can't find your solution in the below FAQs or Knowledge Base, please contact our friendly support team.

What are the advantages of using an ultrasonic humidifier to generate humidity?

There are several advantages to using an ultrasonic humidifier to generate humidity:

1. Energy efficiency: Ultrasonic humidifiers use less energy than other types of humidifiers, such as steam humidifiers. This is because they use high-frequency vibrations to create the mist, rather than heating the water to create steam.

2. Less heat: As above, no additional heat into the chamber allows for less energy consumption from the refrigeration system and the ability to control lower temperatures.

3. Low maintenance: Ultrasonic humidifiers have fewer parts and are less likely to become clogged or dirty than other types of humidifiers, making them easier to clean and maintain.

What is a plant growth cabinet?

A plant growth cabinet, also known as a plant growth chamber, is a controlled environment system that simulates and studies plant growth under controlled environmental conditions. It typically has an enclosed chamber with controlled lighting, temperature, humidity, and carbon dioxide (CO2) levels.

Plant growth cabinets are used in plant science research to study the effects of environmental factors on plant growth and development. By controlling environmental conditions, researchers can investigate how plants respond to temperature, light intensity, humidity, and atmospheric composition changes, among other factors.

Plant growth cabinets can study various plant species, including crops, horticultural plants, and model organisms such as Arabidopsis thaliana. They are also used for plant breeding, genetic research, and testing the effectiveness of plant growth regulators and other agrochemicals.

Plant growth cabinets can vary in size and complexity, from small bench-top models to larger walk-in chambers. They are typically equipped with sensors and controllers that allow researchers to monitor and adjust environmental conditions to maintain precise control over the growing environment.

Why is it important to have efficient light in a growth chamber?

Efficient light is essential in a growth chamber because it directly affects the growth and development of plants. Light is a critical factor in photosynthesis, the process by which plants convert light energy into chemical energy to fuel growth and metabolism.

Efficient light in a growth chamber refers to using high-quality, energy-efficient light sources that provide the appropriate light spectrum and intensity for optimal plant growth. The light spectrum and intensity requirements vary depending on the specific plant species and growth stage. For example, plants typically require higher levels of blue light during vegetative growth and higher levels of red light during flowering and fruiting.

Efficient light in a growth chamber also refers to using light fixtures and reflectors that minimise heat generation and distribute light evenly across the plant canopy. Excessive heat can damage plants and reduce their growth, so it's important to use light fixtures that generate minimal heat and distribute light evenly to prevent hot spots.

Efficient light is essential in a growth chamber because it can significantly affect plant growth and development. A sufficient or low-quality light can lead to stunted growth, reduced photosynthesis, and lower yields. In contrast, efficient light can promote healthy growth and development, increase yields, and enhance the nutritional value of crops.

What is the best colour light for plant growth?

The best colour of light for plant growth depends on the specific growth stage and the type of plant being grown. Different light colours can promote different aspects of plant growth and development, and plants have different optimal light requirements depending on their species and growth stage.

In general, plants use red and blue light most efficiently for photosynthesis. Blue light is important for vegetative growth, as it promotes the development of chloroplasts, which are responsible for photosynthesis. Red light is important for flowering and fruiting, as it encourages the production of phytochrome, a pigment that regulates the timing of these processes.

However, green light is less efficiently used for photosynthesis by plants because it is reflected by chlorophyll, which makes plants appear green. Green light may even inhibit some aspects of plant growth. As a result, some researchers have suggested that light sources with a higher proportion of red and blue light are more effective for promoting plant growth.

In addition to red and blue light, plants also require small amounts of other colours of light, such as far-red light, which can promote seed germination and regulate plant development.

What is Dew Point?

The dew point is the temperature at which dew (condensation) forms and is a measure of atmospheric moisture. It is the temperature to which air must be cooled at constant pressure and water content to reach saturation. Dew points are expressed as a temperature. Higher dew points correlate to higher moisture content, also known as absolute humidity.

The dew point represents the lowest temperature to which air with specific temperature and relative humidity (RH) can be cooled. At the dew point, air has a relative humidity of 100%, and additional cooling produces condensation rather than lowering the air temperature.

Do I need a water tank to supply water to the cabinet?

You only need a 25L/55L water tank if your cabinet cannot be connected to mains water supply. If mains water supply is not possible, 25L gravity and 55L pump water feed tanks are available to supply water to the cabinet. As a rule of thumb, a cabinet running at 90%RH will deplete a 55L water tank in approximately three days.

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