Using Thermal Cameras To Secure Your Property
Installing security cameras can be one of the most effective steps that you can take to improve the overall safety and security of your building. However, there are many different types of security cameras, and this can lead to there being some confusion about the options that can be best for your building.
Myth: All Security Cameras Will Require Lights
A common assumption about security cameras is that they will need bright lights in the area to be effective. While this may be the case for traditional lights, there are many that are also designed to be used in low-light conditions. Two common examples of these camera systems can be thermal and infrared systems. By deploying these systems, you can monitor areas of your property or building without the need to spend the money on powerful lighting or potentially making these camera systems more visible.
Myth: It Will Be Difficult To Integrate Thermal Surveillance Cameras Into Your Security System
Another assumption that can guide an individual while making a decision about their surveillance camera systems can be the belief that thermal systems will be harder to integrate into their security system. In reality, modern security systems are typically designed to be able to work with almost any type of camera. This is due to the fact that the camera itself will handle the image processing to create the thermal or infrared images before transmitting them to the security system for storage. As a result of the ease of integrating these camera systems, it is common for security systems to utilize a variety of different types of cameras in order to provide comprehensive surveillance of the area regardless of the amount of light that may be available at any given moment.
Myth: You Can Position The Thermal Surveillance Camera Anywhere
When you are deciding where to position your thermal surveillance cameras, you will need to be careful to avoid positioning these cameras where they have to look through glass. This is due to the fact that thermal cameras are unable to see through glass. Rather, these systems are designed to register heat signatures, and this will be blocked by the glass. As a result, these cameras will need to be positioned where they have a direct view of the area that is being surveilled. Luckily, it is possible to invest in all-weather thermal cameras that will be able to handle exposure to rain, snow, and other potentially harsh weather conditions.