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Avon Protection argus® Mi-TIC 320 infrarødt kamera

For brann- og redning, liten størrelse, høy oppløsning
The world’s smallest NFPA 1801 certified high resolution thermal imager.
Produktnummer: Mi-TIC 320
BESKRIVELSE

Weighing approximately 750g (26 oz) with a 2.7" LCD display the argus® Mi-TIC 320 is a small format thermal imager that can be easily and comfortably held in the palm of your hand.

High dynamic temperature range up to 1100˚C (2000 ˚F) for excellent detail in fire scenarios.

The argus® Mi-TIC 320 is the world’s smallest NFPA 1801 certified high resolution thermal imager for fire fighting applications. The camera provides a crystal clear image with a superb dynamic range: you can clearly view extremely high temperatures without whiteout, and at the same time still see very low temperature objects, which is ideal for casualty searches.

Every argus® Mi-TIC 320 is supplied with a unique dual use desktop/in-truck charger station which securely retains and charges both the thermal imager and a spare battery. The charger stations can be daisy-chained together, up to a maximum of 6 units.

PERSONAL
Weighing approximately 750g (26 oz) the argus® Mi-TIC 320 is a small format thermal imager that can be easily and comfortably held in the palm of your hand. Unlike many thermal imagers, the Argus® Mi-TIC 320 design allows it to be worn in multiple ways – in the hand, inside a pocket, clipped outside a pocket, clipped to a lanyard or hung around the neck.

SIMPLE
With a thumb operated green on/off button and superb start up time of 5 seconds, the argus® Mi-TIC 320 is simple to use.

SAFE
The argus® Mi-TIC 320 has Class I, Division 2 Non Incendive certification. The use of Lithium Iron Phosphate technology ensures the argus® Mi-TIC 320 delivers 2 hours of battery life over 1,000s of cycles. They are inherently safe due to the use of patented nanophosphate® technology.

SPESIFIKASJONER
See through smoke
Detect and display fire temperatures
Locate the seat and spread of the fire
Navigate safely during search and rescue operations
Identify residual heat during overhaul operations
DOKUMENTASJON