Andres Industries AG TILO-3Z +
$5,595.00
Smallest Thermal Monocular in the World
1 in stock
Description
Special features TILO-3Z+™
The TILO-3 ™ is the smallest thermal goggle in the world. It works as a head lamp at the same time.
- Odernumber – 380103
- Resolution Microbolometer – 320×256 Pixel 60 Hz
- Spectralband / Pixel Pitch – 7,5-13,5 µm / 12 µm uncooled microbolometer
- FOV – horizontal 24° / vertical 19°
- Diplay (OLED)Resolution – color 873×500 Pixel
Optional Accessories
- Helmet Mount – adapter for ballistic helmets optional
- Head Mount – Head Mount adapter and head band optional
- Eyecup, Shutter Eyecup, Standard Helmet Mount, helmet adaptors, MOLLE-pouch, External Power Supply with cable
The TILO-3™ is the smallest thermal imaging goggles in the world. It also functions as a headlamp. The TILO-3Z+™ is the improved version of the TILO-3Z™. It has a particularly high thermal resolution of <40mK and thus delivers even higher-contrast images even under poor ambient conditions. Such high quality can often only be found in the much larger cooled thermal imaging devices.
The professional version of the TILO-3Z™ also has a much higher frame rate of 60Hz. This means that the image is much more stable and there is almost no delay between sensor and screen display.
Technical specifications:
- 320×256 pixel 60Hz Sensor resolution microbolometer
- <40mK temperature resolution
- Application: –30° to +60°C / Storage –40° to +80°C
- Water protection: IP68
- Impact protection: MIL 810F 516 IV (26 falls from 1.22m)
- Video Output: PAL/NTSC
- Dimensions:
- Length: 40mm
- Width: 64mm
- Height: 67mm
- Weight: approx. 100g without accessories
- Screen resolution: 873×500 pixels
- Materials:
- Case: Polyamide, cold fracture resistant reinforced with nanotubes
- sapphire crystal eyepiece cover
- color: black
All specifications are subject to change without notice.
Scope of delivery: TILO-3Z+™, eyecup, CR123 battery, cleaning cloth, small hand strap, waterproof carrying case, quick start guide, manual
is reduced from 24° to 12° due to the stronger 2×
magnification.