3M™ Scott™ V320 Thermal Imaging Camera The V320, featuring a 320×240 sensor, and equipped with extended battery life, provides firefighters with mission critical information that enables firefighters to make better decisions in extreme conditions. Features and Benefits:
• 320×240 High Resolution Sensor Provides clear images enabling firefighters to navigate through limited-visibility conditions.
• Extended Battery Life Up to Eight-hour runtime with a removable rechargeable battery.
• Single Button Single button ON/OFF provides easy deployment. No menus required.
• 3.5” High-Contrast Display Ensures the image on the display can be seen in multiple light conditions.
• Fast Startup Time Ready for use within fi ve seconds of activating the power button – without the use of a standby mode!
• Lightweight, Durable Design Designed to withstand the extreme conditions.
• Ergonomics Ergonomically designed and balanced for comfort with a gloved hand.
Today's firefighters operate in extreme conditions, where temperatures are capable of rising faster and where visibility is reduced in seconds. Conditions within these environments can put firefighters in situations where their safety is compromised and they must have a complete understanding of the environment.
Thermal imaging cameras (TICs) powered by ISG technology provide users with the ultimate combination of situational awareness, lightweight design and robust features. The superior image quality enables firefighters to fully interpret a fire scene and make more informed tactical decisions Ultimate combination of situational awareness. Thermal Imaging
What is thermal energy?
Thermal energy, also known as infrared energy, is light that is invisible because its wavelength is too long to be detected by the human eye. It is part of the electromagnetic spectrum that we perceive as heat. Unlike visible light, where energy is emitted by objects only at a very high temperature, infrared energy is emitted by all objects at ordinary temperatures. The higher the object’s temperature, the greater the infrared radiation emitted.
How does a thermal camera work?
TIC detect infrared/thermal radiation temperature variations converting into electrical signals, signals convert back into images on a screen. Thermal cameras do not depend on visible light, objects in total darkness or surrounded in smoke can be seen. TICs cannot see through walls, glass, and water, anything that absorbs thermal radiation. 3M™ Scott Fire & Safety Thermal Imaging Camera features tactical colourisation, enabling quick response. The Hot Spot Tracker identifies the hottest object in the scene, tracks it, and displays its temperature, whilst conversely the Cold Spot Tracker locates and pinpoints thread or valve gas leaks in seconds. TIC operational tasks include:
• Surveillance operations – hiding burglars, fleeing from a crime scene
• Firefighting – quickly identifying hot spots • Search & Rescue – locating people in smoke fi led or dark environments
• Maritime navigation – clearly see other vessels or people in the water at night • Clandestine operations – find households or building with suspiciously high temperatures • Disease control – quickly scan incom
Orders marked "In Stock" are typically shipped within 12-24 hours.
Delivery is usually made within 1-7 business days, depending on the destination and item weight.
Flat shipping fee applies for all orders up to a certain weight limit.
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