Handling Flatbed Four Steering Wheel Drive Outdoor Heavy Load Flexible Handling
|Horizontal Load||10000 KG|
|Drive mode||ZHLUN high precision four drive wheel by self-developed|
|Navigation||Wireless remote control/wired remote control|
|Height from the ground||600 mm|
|Walking mode||Omnidirectional movement such as rotation in place;forward, backward, turning, lateral movement, rotating in place, etc.|
|Energy and charging|
|Energy system||48V Intelligent Lithium Battery|
|Working hours||4 hours|
|Charging hours||2 hours|
|Charging post||Offline charging|
|Navigation accuracy||±15 mm|
|Automatic avoidance distance||<1 m|
|Crossing clearance/height||15 mm|
|Turning radius||0 mm|
|Display and connection|
|Interaction mode||5-inch HD display|
|Indicator||LED dynamic display|
|Wireless network||Self built base station / WIFI|
|Communication interface||I/O, RS-232,485|
Using self-developed Slam based on ICP pose maps and other technologies to realize real-time positioning and map construction in dynamic environments.
AGV in the digital,positioning and path planning. There is no need for any magnetic stripe, QR code, color band, RFID, reflector, etc. on the AGV operation route.
using a human-computer intelligent interaction system to plan the shortest path according to the established map to realize the autonomous learning and navigation of the AGV.
The user can plan the robot's movement trajectory by drawing a line, so that the robot can follow the specified route.
Provide map editing software, users can set up and save operating environment restricted the robot.
In order to avoid collisions with other objects or people during operation, it has the functions of slowing down, alarm and collision avoidance.The robot is equipped with various sensors such as high-speed lasers and ultrasonic sensors
Allows the user to edit the task module software, free to design the robot's behavior according to their needs, zero-based operation
every time the robot reaches a coordinate position, it will automatically broadcast the voice content, and the user can freely customize and modify the voice content.
When the battery is low, the robot finds the position of the charging pile by itself through the magnetic stripe navigation mode, and accurately docks it. After the charging is completed, it automatically returns to the work position.