Thermal imager is the most indispensable tool to ensure your production safety. This may be a cliché. But when it comes to providing a safe production environment for factories, prevention is definitely better than governance.

Infrared thermal imaging cameras can be your key tool to prevent fires and other disasters in three ways:

1) Electrical integrity

Electrical failures accounted for 17% of the main reason for factory fires. As our eyes are severely restricted in assessing electrical integrity, this problem becomes even more serious. In the end, we tend to adopt an "out of sight, out of mind" attitude. Assuming everything is running smoothly, we forget to prioritize preventive electrical maintenance.

The results are clear at a glance. Although we don't know anything, electrical faults have exploded in front of us. In fact, this is a dangerous situation that we should strive to prevent.

In addition, the risk of fire in winter is much greater. As our demand for heating increased, the operating time of the circuit has tripled. As a result, electrical faults are amplified.

Solution: Use thermal imaging cameras for electrical audits. When the human eye cannot see them, the infrared imaging camera can detect electrical faults. That's because of the heat emitted. The appliance in question generates heat before a fire occurs.

For example, you can use a thermal imaging camera to easily pinpoint an overloaded power outlet. In addition, skirting heaters under a pile of cardboard boxes may escape human sight. However, the thermal characteristics of the heater can easily stand out in the eyes of a thermal imager. The same applies to overheated circuit breakers.

2) HVAC integrity

With the advent of winter, we are eager to get as much warmth as possible. In fact, this heating power overburdens HVAC, or especially heaters. Unfortunately, many fires in winter are caused by overheating heaters.

On the one hand, space heaters are the culprit of many fires in winter. According to reports, space heaters often easily heat blankets or curtains blocking the road. As a result, fires can easily occur, putting your school and everyone at risk.

In addition, space heaters are not designed to be inserted directly into extensions, as they may overheat the wires. When you use a lighter extension cord, the situation gets worse.

In addition, other heating mechanisms may endanger your school in the winter. When these heaters come into contact with flammable materials (such as clothes or carpets), the extreme heat present in these heaters may cause a fire.

Solution: Avoid using space heaters as much as possible. If you must use them, plug them directly into the wall plug-never plug in an extension cord.

Use a thermal imaging camera to assess the integrity of the HVAC. The heater in question will be recorded on top of the normal thermal characteristics. When this phenomenon is observed, you can continue to ask professionals for repairs and maintenance. When you use infrared imaging, the heat will show how healthy your heating system is.

3) Structural integrity

If you are not careful, the factory structure may rot from the inside. Over time, the mechanism is subject to wear and tear. For example, weather can severely damage the material.

The problem is that if you only see the surface, it is difficult for you to know the integrity of matter. When you can only see the skin of the material, being able to assess the damage from the inside is a challenge.

Solution: A thermal imaging camera review should help you identify weaknesses in the school building structure. Even better, it is easy to scan a building with a thermal imager because it is non-invasive. Anomalous thermal features can indicate problem areas in the structure and provide you with the clues you need to focus your attention on.

The main aspects that thermal imaging cameras can be used for building inspections include:

Detect energy loss

Detection of insulation defects or missing

Find out the leak

Find out the moisture in any insulating material (for example, walls, roofs)

Zero the mold and weakly insulated areas

Zero thermal bridge

Look for water seepage (flat roof)

Look for cracks in hot water pipes

Identify construction failure

Zero faults in the school's power supply lines and heating system

Electrical fault reset

In fact, it is easier to find inferior areas in the school structure. Easy-to-use infrared camera. It can help you ensure that your educational institution is above the standard level.

The problem in winter is that this is when the building's weaknesses are most obvious. When the weather is cold, cement and steel may be adversely affected. In addition, the presence of moisture can easily damage building materials.

With thermal imaging equipment, you can zero problems with faster speed and unparalleled accuracy. Doing so can provide you with immediate diagnostic insights. It not only shows you the construction problem, but also reveals the severity of the problem to the maximum extent.

Winter is here, and despite the bad weather, thermal imaging cameras can ensure that the plant remains in normal operation.