48000 KCal Greenhouse radiant heating model PRS-35L

The PRS-35L greenhouse radiant heater model prevents thermal imbalance, environmental damage, and energy waste. Today, the use of a heat radiator in greenhouses to increase profitability and reduce energy consumption and costs has become an essential necessity for businesses. Heat radiators are currently one of the most suitable and efficient heating systems on the market.

PRS-35L Greenhouse Radiant Heater

The use of the PRS-35L greenhouse radiant heater for energy transfer is highly popular among gardeners and plant growers and has significant advantages. In the horticulture and agriculture industries, a maximum drop in temperature during the cold season can lead to reduced production and even the loss of greenhouse crops. Off-season production is a critical topic in agriculture, and a greenhouse heat radiator is the best system for controlling climatic conditions throughout the different seasons of the year. Therefore, providing thermal energy to maintain a desirable temperature inside greenhouses is essential.

The PRS-35L greenhouse radiant heater works in a way that is suited to the environment and the type of plants being grown, and it has an acceptable performance in greenhouse management. This device effectively controls temperature, humidity, the amount of solar radiation, and the levels of oxygen and other gases. In addition to greenhouses, it can be used in places such as poultry farms, livestock farms, and mushroom production halls. Compared to other heat radiators, it has a faster and easier installation. Although very advanced, they are simple to set up. Also, due to their durable equipment and parts, they are less prone to damage and wear.

How Greenhouse Heat Radiators Work

Greenhouse heat radiators operate using city gas. These heating systems are also called single-line or, in short, L-type. Devices like the PRS-35L greenhouse radiant heater model can be used in environments with a minimum height of 3 meters and a maximum of 5 meters.

Greenhouse Radiant Heating’s Method of Operation

Initially, this radiant heating system includes a burner with gas inlets and a power cable. This burner is located at the beginning of the line and is responsible for transferring heat to the end of the line. This burner emits 96% useful fuel and 4% toxic gases, especially carbon monoxide. Greenhouse heat radiators create virtually no air displacement and always produce clean heat.

The distance between the radiant heater and the plants is very important. The closer this angle is to ninety degrees, the more the radiation will cover the entire surface of the greenhouse. The angle of the greenhouse heat radiator should be chosen according to the type of plants and the environment. By increasing the height of the PRS-35L greenhouse radiant heating pipe, you can minimize the difference in heat radiated to the floor between the source and the end of the pipe.

Specifications of the PRS-35L Greenhouse Radiant Heater:

• Heat capacity of the device is 30,000 kilocalories.
• Maximum efficiency of the device is 93 percent.
• Minimum and maximum heating area in meters is 80 to 100 meters.
• The length of the device is 9 meters.
• The width of the device is 46 centimeters.
• The weight of the device is 92 kilograms.
• The size of the gas inlet pipe is 3.4 inches.
• Power consumption is 220 volts.
• Equipped with a protective miniature circuit breaker.

Advantages

Radiant heaters have lower implementation costs compared to other heat transfer methods.

This device can be moved to different locations as needed, and there is no need for a permanent installation. This greatly helps in reducing costs.

Using the PRS-35L greenhouse radiant heater, it is possible to transfer heat from one point to another based on the needs of each plant. This capability helps different plants receive the amount of heat they require.

With the use of greenhouse radiant heating, plant growth occurs without the production of toxic gases and in clean air.

Significant reduction in energy consumption and prevention of energy waste compared to other heating systems.

It leads to an increase in product yield and efficiency compared to other heating systems.

Proper warming of the bed and the plant, and no need to implement a double covering in the greenhouse.

Does not occupy useful workspace, and prevents the freezing and bursting of plastics, and inhibits the growth of diseases and fungi.

Leads to a quick return on investment and requires no servicing or maintenance.

Optimal and uniform heating throughout the greenhouse.

Eliminates water from the heating cycle.

The low sound of the radiant heaters’ operation does not create stress for the plant.

No need for hot air ducting or plastic sheeting.

Compared to other heating systems, it preserves the environment’s humidity and does not dry out the air.

Greenhouse Radiant Heater Model PRS-35L

• Suitable energy consumption
• Continuous heat generation
• Utilization of the latest world technologies
• High safety against fire
• High efficiency
• 5 years product warranty
• 15 years after-sales service

Safety and Control Features of the PRS-35L Greenhouse Radiant Heater

• It has good fire safety. However, this device is flammable if it falls from a height, so be sure to take precautions during setup and regularly inspect the equipment.
• It is equipped with an automatic shut-off system. This system activates in case of a problem or an excessive increase in temperature.
• It can automatically control the greenhouse temperature and create temperature zones.
• It has high standards, improves energy consumption patterns, and has a durable body and tubes.
• Air and wind have a very minimal effect on the heating of the PRS-35L Greenhouse Radiant Heater model, which makes the system more efficient.
• This radiant heater has a special design and can easily adapt to any environment, leading to increased business efficiency. It also has a long lifespan and a reasonable price, making it a very smart choice.
• Don’t forget that your greenhouse radiant heater should have the ability to adjust the temperature and radiation radius to provide the best match for the needs of the location.