What use does employing a dry air generator serve?

Large power equipment like transformers and reactors may be maintained while using the transformer dry air generator. Dry air keeps the insulating components in this electrical equipment from getting wet, and also prevents maintenance workers from suffocating from a lack of oxygen while working inside the apparatus.

The transformer dry air generator's primary function is to: 1. Maintain the safety of maintenance workers while they maintain transformers, reactors, and other equipment.

Dry air has a very high level of safety and is non-toxic and harmless. The risk of hypoxia and suffocation brought on by nitrogen that hasn't been removed can be prevented during maintenance. can give workers a safer working environment.

It can protect the insulating materials of transformers, reactors and other equipment from moisture.

Inside machinery like transformers, a lot of insulating material is put. The insulating components inside the power equipment can avoid getting wet by being filled with dry air.

Compared to using nitrogen, dry air is safer, more dependable, cost-effective, and easy.

The cost of nitrogen is high, likely significantly higher than the cost of dry air. You can economically save money if you choose to fill with dry air.

Additionally, dry air is more secure than nitrogen, and if nitrogen is left in place, maintenance workers could suffocate from a lack of oxygen.

What qualities does the transformer dry air generator have?

The transformer dry air generator has the ability to work precisely and constantly, identify problems, and activate the alarm system.

It uses an accurate and reliable micro-program control system that can timing and switch operations automatically. control by microcomputer program, high effectiveness, energy conservation, safety, and dependability.

The instrument contains a real-time display screen, which makes maintenance simple.

It can accomplish the best and most cost-effective operation by combining the three drying and purifying processes of freezing, adsorption, and filtration.