MAXIMUS MVXT – EXPLOSION-PROOF, HIGH PERFORMANCE THERMAL ANALOG CAMERA

The explosion-proof camera MAXIMUS MVXT is perfect for efficient and preventive video surveillance and control of processes in hazardous environments where the atmosphere is potentially explosive due to the presence of inflammable gases or dust, typical of the Oil&Gas, marine or industrial sectors.

The housing is compact yet functional and is made entirely out of AISI 316L stainless steel. Its resistance to corrosion is not only guaranteed, but is also enhanced by way of polishing processes.

The extensive temperature range of certification, from -60°C to +65°C, with a sophisticated cold start system, offers the possibility of working in extreme environments.

An equally noteworthy point is that the IP66/IP68 ratings guarantee the complete protection against harsh weather and submersion in up to 5 meters of water for 2 hours. Moreover, the IP69 rating allows the device to be cleaned with high pressure water jets.

The MAXIMUS MVX series products are Lloyd’s Register Type Approval System Test Specification Number 1 certified and therefore can be used in Marine and Offshore applications for environmental categories ENV1, ENV2, ENV3 and ENV5.

HIGH QUALITY IMAGE

IP-based cameras are also enhanced with radiometric functions that allow temperature detection based on the 4 central pixels of the image. Versions are available on request with advanced radiometry, capable of measuring the temperature of a specific object in any point of the image by defining a specific area.

MAXIMUS MVXT takes full advantage of all the functionalities and advantages offered by the thermal camera, including the possibility of sending an alarm and enabling immediate actions for the purpose of preventing undesired accidents or intrusions in the protected areas.

One striking advantage offered by these cameras is their extremely easy and secure “plug and play” installation, with multipolar wiring. These cameras arrive ready to use, avoiding the complex electrical connections that are typical of this type of device.