How to correctly choose an environmentally friendly low-nitrogen steam generator

Nowadays, people are paying more and more attention to low hydrogen and environmental protection in their lives. Energy saving and environmental protection are important in all aspects of life.

Many industries now use energy-saving and environmentally friendly low-nitrogen steam generators. One advantage of energy-saving and environmentally friendly low-nitrogen steam generators is environmental protection. The second is that some of the better energy-saving and environmentally friendly low-nitrogen steam generators also have energy-saving effects. So how should we choose a good energy-saving and environmentally friendly low hydrogen steam generator?

First of all, when we choose an energy-saving and environmentally friendly low-nitrogen steam generator, one thing we need to pay attention to is the safety issue. We should have heard that “a human life is as important as the sky”. This sentence reminds the ancient county magistrates to think twice when deciding a case to avoid missing clues and causing Unjust, false and wrongly convicted, this sentence still applies. People’s lives are indeed as big as the sky. While ensuring production efficiency, we must also ensure the safety of users, so the safety of energy-saving, environmentally friendly and low-argon steam generators is crucial. Well, in terms of equipment safety, Nobest energy-saving and environmentally friendly low-hydrogen steam generators do better. Nobest energy-saving and environmentally friendly low-nitrogen steam generators have 6 major safety maintenance measures.

1. Leakage protection: When leakage occurs in the boiler, the power supply is cut off in time through the leakage circuit breaker to ensure personal safety.
2. Water shortage protection: When the boiler is short of water, promptly cut off the heating tube control circuit to prevent dry burning damage to the heating tube, and at the same time, the controller will issue a water shortage alarm indication.
3. Grounding maintenance: When the boiler shell is electrified, the leakage current is directed to the earth through the grounding wire to ensure personal safety. Usually, the maintenance grounding wire should have a good metal connection with the earth. Angle iron and steel pipe buried deep underground are often used as the grounding body. The grounding resistance should not be greater than 4Q.
4. Steam overpressure maintenance: When the boiler steam pressure exceeds the set upper limit pressure, the safety valve starts and releases steam to reduce the pressure.
5. Overcurrent protection: When the boiler is overloaded (voltage is too high), the leakage circuit breaker will automatically disconnect.
6. Power supply maintenance: Reliable power-off maintenance is performed after detecting overvoltage, undervoltage, and interruption fault conditions with sophisticated electronic circuits.