Workshop heating equipment, greenhouse heating equipment

　 The Tenglong series temperature controlled heating equipment has the characteristics of high thermal efficiency, economical operation, and environmental protection. Fuel is widely used (coal, oil, gas, electricity), the temperature control medium is clean, the temperature rise is rapid, and semi-automatic or fully automatic control can be achieved. Widely used in the drying and dehumidification of chemical, building materials, baking paint, cardboard boxes, and textile industries, as well as heating and temperature regulation in factory workshops, flower and fruit greenhouses, and livestock and poultry houses. The fuel is made of coal, electricity, steam, and oil. After heat exchange by the heat exchange equipment, clean hot air is directly supplied to the heating space through the air supply pipeline, without the need for heat sinks, circulation pumps, and water supply pipelines. The equipment has low investment, low maintenance rate, and operating costs reduced by more than 60% compared to hot water boilers. This equipment does not require professional boiler workers to supervise and the temperature can be controlled freely.
1、 Equipment features
1. Energy saving. Hot air heating does not require water, water pipes, radiators, or circulation pumps. Instead, it directly delivers hot air to heating points and spaces, resulting in minimal heat loss and low investment in ancillary equipment. Hot air heating heats up quickly.
2. Low operating costs. Compared with steam hot water heating, the heating efficiency can be increased by more than 60%, energy savings can reach more than 70%, and the investment and maintenance rate can be reduced by about 60%, which has significant economic benefits.
3. Easy to operate, safe and reliable. This equipment is a normal pressure hot air stove, with temperature adjustable freely, no need for pressure bearing operation, no need for dedicated boiler workers, strong adjustability, can be stopped or started, and can be flexibly controlled.
4. The heating range is large. According to the heating area, corresponding wind speed, air volume, and air pressure can be configured to meet the different needs of heating space, height, and length.
5. The air circulation is fast. It can facilitate the discharge of harmful gases, purify the ambient air, and also humidify hot air to regulate environmental humidity.
6. The complete set of equipment is cost-effective, easy to operate, safe and reliable, with almost no maintenance costs, and easy to install. It is an ideal heating equipment for industries such as offices, workshops, flower greenhouses, vegetable greenhouses, and livestock breeding.
2、 Working principle
1. The air supply fan can send clean air into the hot blast stove through internal and external ventilation, and through heat exchange, it is input into various heating points and heating spaces through pipelines.
2. Fuel types: available coal, wood scraps (shavings, sawdust, etc.), light heavy oil, liquefied gas, natural gas.

3、 Application scope
1. Large shopping malls and exhibition halls, swimming pools, and sports centers;
2. Industrial buildings and offices
3. Offices and shops in major stores and various markets;
4. Poultry, livestock, fish and other breeding greenhouses, as well as vegetable and flower greenhouses
4、 Selection reference: (The specific model depends on the actual situation of the customer)
The SYRF10 model (100000 kcal) is commonly used in non-standard chicken houses, pig houses, duck houses, etc. with an area of 550 square meters and a height of about 2.5 meters. This hot air blower burns about 8 kilograms of coal per hour at -10 ℃ in winter, and is equipped with dual fans and internal and external air recovery devices
The SYRF15 model (150000 kcal) is commonly used in non-standard commercial chicken houses, duck breeding houses, pig houses, etc. with an area of 750 square meters and a height of about 2.5 meters. The hot air blower consumes about 12 kilograms of coal per hour at -10 ℃ in winter, and is equipped with dual fans, internal and external air recovery devices, and automatic humidification facilities. Both semi composite facilities can be selected.
The SYRF20 model (200000 kcal) is commonly used in various breeding and heating facilities such as non-standard and standardized chicken houses, pig houses, and hatching rooms with an area of 1000 square meters and a height of about 2.5 meters. It is equipped with dual fans, internal and external air recovery devices, and automatic humidification facilities. A semi composite heating facility, combined with a brooding pipeline, consumes approximately 16 kilograms of coal per hour during winter at -10 ℃.
The SYRF30 model (300000 kcal) is commonly used in various breeding and heating facilities such as non-standard and standardized chicken houses, pig houses, and hatching rooms with an area of 1500 square meters and a height of 2.5 meters. It is equipped with dual fans, internal and external air recovery devices, and automatic humidification facilities. A semi composite heating facility, combined with a brooding pipeline, consumes approximately 25 kilograms of coal per hour during winter at -10 ℃.
The SYRF35 model (350000 kcal) is commonly used in various breeding and heating facilities such as non-standard and standardized chicken houses, pig houses, and hatching rooms with an area of 1750 square meters and a height of 2.5 meters. It is equipped with dual fans, internal and external air recovery devices, and automatic humidification facilities. A semi composite heating facility, combined with a brooding pipeline, consumes approximately 30 kilograms of coal per hour during winter at -10 ℃.
The SYRF40-50 model (400000-500000 kcal) is commonly used in various breeding and heating facilities such as non-standard and standardized chicken houses, pig houses, and incubation rooms with an area of 2000-2500 square meters and a height of 2.5 meters. It is equipped with dual fans, internal and external air recovery devices, and automatic humidification facilities. A semi composite heating facility, combined with a brooding pipeline, consumes approximately 32-40 kilograms of coal per hour during winter at -10 ℃.