MeshMade Ltd

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Thermal Guard Camera - Mobotix M16 Series

With its unique advantages, thermal imaging is an indispensable part of many civil security and surveillance applications. An increasing number of industrial companies, public institutions, authorities and agencies use thermal imaging technology to protect their assets and personnel. Additionally, Thermal technology can also be used to improve efficiency of production and processing, resulting in a greater return of invests.

Power stations, industrial plants, warehouses, ports and airports - facilities like these can be perfectly protected with thermal imaging cameras. MOBOTIX thermal solutions are the key to protecting assets and avoiding dangerous situations.

With thermal images, threats can be detected early on. Even in darkness or unfavorable weather conditions, e.g. dust, fog or smoke. Suspicious persons hiding behind bushes or in the shade are detected by a thermal imaging system due to their thermal characteristics.

Documentation

Specification Data

The accuracy of Thermal Camera measurement is a key parameter in the efficiency of detection of people with elevated temperature. This Black Body has been specially designed for this purpose. Fully IEC standard compliant.

Image sensor with individual exposure zones: 1/1.8“ CMOS, 6MP (3072 x 2048), Progressive Scan, Colour or Black And White
Light sensitivity in lux at 1/60 s and 1/1 s: Color Sensor: 0,1/0,005, Black And White Sensor: 0,02/0,001
Microprocessor: i.MX 6 Dual Core incl. GPU (1 GB RAM, 512 MB Flash)
Protection class: IP66 and IK06; with second 6MP sensor module: IK04 with B036 to B237, IK06 with B016
Ambient temperature: -40 to 60°C/-40 to 140°F (cold boot from -30°C/-22°F)
Internal DVR, ex works: 4 GB (microSD)
Microphone/speaker: Yes/Yes
Passive infrared sensor (PIR): Yes
Temperature sensor: Yes
Shock detector (tamper detection): Yes
Power consumption (typically at 20°C/68°F): 9 W (10 W possible over the short term)
PoE class (IEEE 802.3af): Class 2 or 3 (variable), factory setting: class 3 (required for thermal operation)
MTBF: > 80,000 hours

Thermal image sensor

Uncooled microbolometer, 336 x 252 pixels, Pixel Pitch 17 μm, IR range 7,5 to 13,5 μm

Sensitivity NETD (thermal resolution)

Typ. 50 mK, < 79 mK (50 mK is equal to temperature changes of 0,05°C)

Thermal image representation

False colours or black and white

Temperature measuring range (adjustable)

High Sensitivity: -40 to 160°C/-40 t0 320°F – Low Sensitivity: -40 to 550°C/-40 to 1022°F

Certifications

EN55032:2012 EN55022:2010; EN55024:2010 EN61000-6-1:2007; EN 61000-6-2:2005 EN61000-6-3:2007+A1:2011 EN61000-6-4:2007+A1:2011 AS/ NZS CISPR22:2009+A1:2010 CFR47 FCC part15B

Protocols

IPv4, IPv6, HTTP, HTTPS, FTP, FTPS, RTP, RTSP, UDP, SNMP, SMTP, DHCP (client and server), NTP (client and server), SIP (client and server) G.711 (PCMA and PCMU) and G.722

Black Body for Real-Time Reference Point for Thermographic Cameras

To increase the measuring accuracy of a thermal camera, a black body radiator is often used in practice. This is installed directly next to the measuring object and enables an exact reference value adjustment. Furthermore, the closer an object is to the camera and and the more stable environmental conditions are, the more accurate the measurement can be. For example, if it is foggy or the air is dusty, this can be taken into account by measuring the transmission and entering the value in the camera software. Read more about Black Body

Featured Inputs

Designer Switch, Touch, LEDs

Designer Switch, Push, LEDs

Designer Switch, Flat Push, LEDs

Designer Switch, Lever, LEDs