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Usage Overview
Greenhouse heating fan is a type of hot air fan that can be used in greenhouses, mainly to raise the temperature of the air inside the greenhouse to ensure the normal growth of plants. Greenhouse heating fan can also be used to dry some industrial products. Greenhouse heating fans, like industrial warm air fans, heat the air. Among various heating methods, air heating is relatively comfortable. Greenhouse heating fans generally require clean and dry hot air to heat the entire space with uniform temperature. It heats up quickly and has a bit of fast heat circulation.
Product Features
The heat exchanger adopts a unique circular cylindrical sleeve design, with a much higher hot area than similar domestic products. The combustion chamber and heat exchanger are all made of high-temperature resistant stainless steel with high heat efficiency. Adopting the world-renowned Italian RIELLO design method, the efficiency reaches up to 98%, which is energy-saving and environmentally friendly. Adopting a temperature control system, manual, automatic, and external calculator control can be selected, with high control accuracy and stable control performance.
Working principle
The use of self-healing fuses is made by adding conductive particles to polymer materials. Its basic principle is an energy balance. When current flows through the component, heat is generated, and part of the heat is dissipated into the environment, while the other part increases the temperature of the polymer material Under the working current, the heat generated and dissipated reaches a balance, and the current can pass through normally. When an excessive current passes through, the component generates a large amount of heat that cannot be dissipated in time, resulting in an increase in the temperature of the polymer material. When the temperature reaches the crystallization and melting temperature of the material, the polymer material aggregates and expands Blocking the conductive path composed of conductive particles causes a rapid increase in resistance, limiting the passage of large currents and thus providing overcurrent protection.
Greenhouse heating fan is a type of hot air fan that can be used in greenhouses, mainly to raise the temperature of the air inside the greenhouse to ensure the normal growth of plants. Greenhouse heating fan can also be used to dry some industrial products. Greenhouse heating fans, like industrial warm air fans, heat the air. Among various heating methods, air heating is relatively comfortable. Greenhouse heating fans generally require clean and dry hot air to heat the entire space with uniform temperature. It heats up quickly and has a bit of fast heat circulation.
Product Features
The heat exchanger adopts a unique circular cylindrical sleeve design, with a much higher hot area than similar domestic products. The combustion chamber and heat exchanger are all made of high-temperature resistant stainless steel with high heat efficiency. Adopting the world-renowned Italian RIELLO design method, the efficiency reaches up to 98%, which is energy-saving and environmentally friendly. Adopting a temperature control system, manual, automatic, and external calculator control can be selected, with high control accuracy and stable control performance.
Working principle
The use of self-healing fuses is made by adding conductive particles to polymer materials. Its basic principle is an energy balance. When current flows through the component, heat is generated, and part of the heat is dissipated into the environment, while the other part increases the temperature of the polymer material Under the working current, the heat generated and dissipated reaches a balance, and the current can pass through normally. When an excessive current passes through, the component generates a large amount of heat that cannot be dissipated in time, resulting in an increase in the temperature of the polymer material. When the temperature reaches the crystallization and melting temperature of the material, the polymer material aggregates and expands Blocking the conductive path composed of conductive particles causes a rapid increase in resistance, limiting the passage of large currents and thus providing overcurrent protection.
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