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Outline requirements:
Driving is widely used in various industries such as large-scale production enterprises, freight and logistics, and the safety of driving will directly affect the production cost and efficiency of enterprises. At present, manual operation is mainly used. Usually, workers carefully observe and slow down the operation speed in order to ensure safe operation, resulting in the failure to improve production efficiency. In response to the current situation, Dunn Technology has launched precise driving positioning and collision avoidance systems for various driving application companies to simultaneously improve safety and production efficiency. Each year, it can reduce production costs by about 15% and increase production efficiency by about 30%.
application solution:
1. Ranging and positioning of driving and trolley
This application uses the Symeo industrial-grade real-time ranging LPR-1DP/2 one-dimensional ranging system to provide 5cm-level high-precision ranging and positioning for driving vehicles and their trolleys. The positioning platform and the driving control system are combined to realize driving automation operations and equipment. Anti-collision between.
Features:
• Industrial-grade protection design, easy to install;
• Radio ranging, not easily affected by the harsh industrial environment;
• Programmable relay output, complete status function;
• Various data output interfaces, providing RS232, Ethernet, etc.;
• Built-in data transmission function, high security;
• Realize multiple distance measurement at the same time, with rich functions;
Second, the general shop anti-collision system
This application uses the Symeo LPR-1DX industrial-grade ranging and positioning system to measure the working distance between each vehicle in real time, effectively solving the problem of anti-collision between each vehicle.
Features:
• Convenient installation, with supporting bracket installation, more firm;
• The signal is unobstructed and not easily affected by floating objects;
• Programmable relay output, complete functions, can be configured to decelerate, stop, running and other status outputs;
• The range-finding output interface is diversified and can be used for system expansion. Generally, photoelectric sensors only have switch output
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