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Electric tower wall climbing safety rope hanging robot is a product specially developed for high-altitude power workers, the purpose is to save labor, ensure safety and high efficiency to complete high-altitude work.
Step 1：Power on and start the pylon climbing safety rope to the robot, and check the hardware initialization of the body.
Step 2：Set the climbing height value of the electric tower wall climbing safety rope to connect the robot, grab the action track, and install the operation.
Step 3：Measure the starting position of the high pole.
Step 4：Place the pylon wall climbing safety rope hanging robot on the starting position of the high pole to climb.
Step 5：Click the work button of the Pylon wall climbing safety rope attaching robot .
Step 6： The operator can check the work progress and status of the Pylon wall climbing safety rope attaching robot through real-time feedback images and information
Step 7： If the initial setting operation is wrong, the operator can correct the eighth step through the control panel in time
Step 8：Electric tower wall climbing safety rope hanging robot to complete the operation, upload feedback operation process information.
Step 9：Return to the ground and turn off the power switch.
01. Adsorption ability：The wall climbing robot can fix itself on the wall or surface by adsorption or adhesion to achieve movement and operation in the vertical direction.
02. Positioning and navigation：Wall-climbing robots are usually equipped with positioning and navigation systems that enable them to move accurately on walls and execute specific paths according to task requirements.
03. Power system：wall-climbing robots use batteries or other types of power systems to provide driving force and operational capabilities.
04. Control system：The wall-climbing robot has a comprehensive control system that can control its movement, operation and task execution according to instructions or environmental feedback.
05 Sensors and tools：wall-climbing robots are usually equipped with a variety of sensors, such as cameras, infrared sensors, tactile sensors, etc., can sense the surrounding environment and the conditions of the wall surface, and carry a variety of tools to perform tasks as needed.
High degree of automation：The equipment realizes the fully automated process from climbing, grasping, installation and other operations, greatly reducing manual intervention.
High efficiency and stability：The equipment adopts advanced control system and drive device to ensure efficient and stable operation.
High accuracy：The equipment has a high accuracy in climbing, grasping, installation and other links to ensure the perfect completion of high-altitude work.
Easy maintenance：compact structure, easy maintenance, part of the structure can be quickly disassembled and replaced, easy to clean.
The equipment is currently used in our power grid to reduce a lot of stress for people working at altitude. The equipment is compact, beautiful, lightweight, functional and easy to operate, and these advantages are quite suitable for our working environment