The four key elements for selecting heavy-duty digital gimbals are wear and tear resistance, easy maintenance, low temperature resistance, and energy and low consumption. Next, Changzhou Mingjing IoT Sensing Co., Ltd., a professional provider of video capture front-end, video storage, platform software, and industry solutions, will answer how to choose a heavy-duty digital gimbal for you.
Heavy duty digital gimbal selection factor one: wear and tear resistance
Traditional heavy-duty gimbals use conventional ordinary alloy metals that are not wear-resistant. When working in the field for a long time, it is common for gimbals to malfunction due to mechanical component wear and tear. The service life of gimbals is often only about 3 years. The network high-definition heavy-duty pan tilt camera of Changzhou Mingjing IoT Sensing Co., Ltd. is made of special metals with high wear resistance and special manufacturing processes. The product uses high-quality worm gears as transmission components, with strong wind resistance and stable and reliable operation, especially suitable for harsh outdoor environments with strong winds.
Heavy duty digital gimbal selection factor 2: easy to maintain
Traditional heavy-duty gimbals are generally composed of multiple circuit boards such as circuit boards, motor drive circuits, gimbal control circuits, and power conversion circuits. The circuit boards and electronic components are easily damaged by lightning strikes, static electricity, and moisture. Any damage to one circuit board may cause the gimbal to malfunction. The network high-definition heavy-duty PTZ camera of Changzhou Mingjing IoT Sensing Co., Ltd. has PTZ angle feedback function, focal length value can be feedback according to commands, online upgrade function, PTZ protection level IP66, shield protection level IP67, and all cables such as PTZ output line and shield connection line are connected with aviation plugs for easy maintenance.
Selection element three for heavy-duty digital gimbal: low temperature resistance
The temperature range for the working environment of general electronic components is around -5 ℃ to 45 ℃, while industrial grade ones range from -20 ℃ to 85 ℃. However, the places where our heavy-duty digital gimbal is used, especially in northern and high-altitude areas, often have temperatures below -20 ℃ in winter, and even reach low temperatures of -40 ℃. Traditional gimbal products are basically unable to work at such low temperatures. The network high-definition heavy-duty gimbal camera of Changzhou Mingjing IoT Sensing Co., Ltd. can ensure a suitable and stable working temperature for electronic components even at minus 40 ° C, avoiding component damage and gimbal failure caused by low temperature.
Element 4: Energy saving and low consumption
The conventional heavy-duty gimbal has a power consumption of around 85 watts, while Changzhou Mingjing IoT Sensing Co., Ltd.'s network high-definition heavy-duty gimbal camera meets the requirements of the national standard GB/T 17626.5-2008, level 4 (line to line: 2KV; line to ground: 4KV (100A), H.265 encoding, 2 million pixels, maximum 128G TF CARD, 32x optical zoom, 6-192mm, corridor mode, strong light suppression, fog transmission, supports BMP/JPG capture, 120dB wide dynamic range, positioning accuracy of ± 0.1 °, and load up to 80KG.
