High voltage and high-power air heater
Category:
Air residual heat recovery device
Key:
High pressure electrode boiler, air waste heat recovery machine
Online:
High voltage and high-power air heater
HIGH VOLTAGE AND HIGH-POWER AIR HEATER
Working Principle
As shown in the schematic diagram, when the high-voltage power is connected to the A-phase heating pipe group, the B-phase heating pipe group, and the C-phase heating pipe group, the cold air enters from the air inlet under the action of the fan. After the cold air passes through the A-phase heating pipe group, the B-phase heating pipe group, and the C-direction heating pipe group, the cold air enters from the air inlet under the action of the fan. When the cold air passes through the A-phase heating pipe group, the B-phase heating pipe group, and the C-phase heating pipe group, the cold air is heated to the set temperature, The heated hot air is output from the air outlet to complete the air heating process.
Advantages
Adopt high-voltage power access mode to save transformer expenses
Can increase the power of a single device
Reduce the number of low-voltage equipment with equal power
No need for additional investment in transformers and other related supporting electrical cabinets
Reduce investment
It can reduce the current value of the equipment and improve the safety of the equipment
Product Application
High voltage and high-power air heaters are widely used. It is commonly used for antifreeze heating in mines, drying components, and has been widely used in many scientific research and production laboratories such as aerospace, weapons industry, chemical industry, and universities.
High voltage and high-power air heaters can heat any gas. The generated hot air is dry, non conductive, non flammable, non explosive, non corrosive, non polluting, safe and reliable, and the temperature of the heated space is fast (controllable). Electric hot air blower
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