Dräger UCF® FireVista
Ideally suited for firefighting
When fire, smoke and darkness make firefighting difficult, the Dräger thermal imaging camera provides a vital sense of orientation, supporting the firefighter to advance, to identify the source of the fire and to locate victims. The Dräger UCF® FireVista helps you to optimally assess dangerous situations and thus obtain additional safety.
Excellent image quality
Even in poor visibility conditions, the Dräger UCF FireVista produces exceptional images. It is optimised for structural firefighting and provides a clear view even in thick smoke and darkness. Thanks to its high thermal sensitivity, it reliably detects even the smallest differences in temperature, which allows you to localise fire sources more quickly. This means that the image displayed shows a clear contrast between walls, doors and stairs. The high resolution and frame rate ensure that optimal image quality creates a quick overview in split seconds. This helps to find people more quickly when searching for them. With a clear view, you can search rooms and surrounding areas for sources of fire or locate victims. These features help you complete your mission quickly and safely.
Extremely durable and heat resistant
Even under the harshest operating conditions, you can rely on the camera's durability and heat resistance. Thanks to its almost indestructible outer shell, the Dräger UCF FireVista is extremely heat resistant. It can also easily withstand mechanical stresses that occur during a mission. Its IP67 protection class means water and dust cannot affect it in typical operating conditions.
Light and manageable
Weighing only 870 g, it makes it one of the lightest thermal imaging cameras currently on the market. During a mission, this means two important benefits: increased mobility and minimum physical strain for the user. The compact design ensures comfortable handling.
Ease of use with one-button operation
The camera deliberately dispenses with additional functions and focuses on optimised thermal imaging. With just one on/off switch, the camera requires minimum effort to operate. It is quickly ready for operation and gives you all the information you need in just a few seconds. This saves you valuable time in critical deployment situations. Despite the compact design, it has a large screen, so you can also assess the situation with others.
Reliable during use
Thanks to the powerful LiFe PO4 rechargeable battery, the operating time of approx. five hours gives you enough leeway for even longer deployments. The camera is virtually maintenance-free, and the integrated battery has a lifetime of approx. 4000 charging cycles.
A high-quality thermal imaging camera at a compelling price
Our Dräger UCF FireVista offers outstanding image quality at a compelling price, in trusted Dräger quality. Take this opportunity to equip your emergency teams on a large scale with an easy-to-use and technically advanced camera.
Features of Dräger UCF FireVista at a glance
UCF FireVista Product Information, en-gb
Small, light, robust and can be operated with just one button: The compact thermal imaging camera Dräger UCF FireVista provides excellent picture quality even under the most difficult operating conditions. The camera is ready for immediate use and provides the best possible support on firefighting deployments. Outstanding quality – especially in the price.
IFU Dräger UCF FireVista - 9300443 de-me
These instructions for use are provided for informational purposes only. Please always read and comply with the instructions for use delivered with the product.
- 320 x 240 pixels
- Field of view
- Horizontal: 50° / Vertical: 37° / Diagonal: 63°
- Dimensions of camera (WxHxD)
- 0.13x0.09x0.13 m
- 0.87 Kg
- Temperature sensitivity
- 50 mK
- Heat sensitivity
- -20°C - 650°C
- Battery life
- 5 hours
- Frame rate
- 30 hz
- ATEX approval Ex zone 1
- Protection class IP 67
- Thermal image
- One-hand operation
- Laser pointer
- Extended dynamic range
- Quick shutter
- Adaptive display brightness
- Thermal scan
- Scan Plus
- Film and photo function (thermal image)
- Film and photo function (real image)
- Film display