TECHNICAL INSIGHTS
Thermal imaging monitoring in hazardous environments needs to solve the problems of temperature image acquisition and equipment safety adaptation at the same time. Explosion-proof enclosures, cable entries, installation structures and power supply and communication methods are all part of the complete solution.
Read article →In flammable and explosive places, thermal imaging can be used to non-contactly observe the surface temperature distribution of equipment and assist in identifying abnormal hot spots, pipeline temperature differences and the status of key areas.
Read article →The main advantages of the explosion-proof speed dome camera include large-range rotation coverage, long-distance optical zoom, preset position and cruise, as well as structural design suitable for hazardous areas.
Read article →The price of explosion-proof cameras usually consists of explosion-proof structure, materials, camera movement, lens, infrared fill light, wiper or heating components, power supply, communication protocol and installation accessories.
Read article →The explosion-proof PTZ camera is suitable for multi-directional observation of the installation area, tank area, material yard or production area. The horizontal and vertical directions and lens magnification can be adjusted through remote control.
Read article →Fogging of the lens or window is usually related to temperature difference, humidity, sealing status, desiccant status and installation environment. When the equipment moves from a low-temperature environment to a high-humidity area, short-term condensation may also occur.
Read article →When an explosion-proof camera has no image, it should be checked one by one in the order of power supply, wiring, network or video signal, camera movement and display platform.
Read article →Explosion-proof speed dome cameras are suitable for large-scale hazardous areas that require rapid positioning, long-distance zooming, preset positions and cruising, such as installation areas, tank areas, warehousing, material yards and factory perimeters.
Read article →Before installing an explosion-proof camera, you should first confirm the hazardous area requirements, installation location load-bearing capacity, observation direction, cable path, power supply and communication conditions.
Read article →Explosion-proof infrared thermal imaging equipment forms thermal images by receiving infrared radiation from the target surface, and adopts an explosion-proof structure suitable for hazardous areas. It can be used for non-contact temperature observation, hot spot identification and equipment status monitoring.
Read article →The explosion-proof PTZ camera combines an explosion-proof structure, a camera, and a horizontal/vertical rotation mechanism for use in hazardous areas that require wide coverage.
Read article →The quotation of explosion-proof speed dome cameras is not solely determined by the shell. Explosion-proof structure, materials, camera movement, lens zoom, infrared fill light, power supply method, communication protocol and installation accessories will all affect the final configuration.
Read article →