Supplier & Manufacturer of Teaching Box Control Cabinet -DTool Connexion

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Control Cabinet (controller & teaching box)

Item No. - ROL 038

Automatic manipulator instead of labor, and has a wilde industrial application, such as palletizing, depalletizing, handling, punching, and unloading in packaging, beverage, chemical, food and other fields.

Mainly Include

Control cabinet (controller & teaching box), SJJTR series servo motor, GE series AC synchronous servo drive unit, hypocycloid crooss roller reducer.

Large screen high-definition color screen
6.4-inch color LCD monitor
Intuitive operation interface
Display by icon Provide users with an intuitive and understanding of the operation
Simple operation with function keys
The user can recall desiredc function from the library and assign it to each function key

Features

Using the most advanced RC control system in China, the robot can always optimize the acceleration and deceleration according to the actual load, and shorten the operation cycle time as much as posssible
The robot monitors its own movement and load through the built-in service information system(SIS) and optimizes service requirements,and continues to work longer
Embedded robot controller: Based on ARM + DSP + FPGA hardware structure, it can control 4-8 axes, and the operation speed can reach 500MIPS. With high-speed motion control fieldbus, Ethernet, RS232. RS485CAN and any interface of DeviceNet, it can realize continuous track teaching and online teaching, with remote monitoring and diagnosis functions
Robot field bus: It has high-speed real-time characteristics, breaks through the contradiction between handwidth and real-time performance, and takes into account the characteristics of communication speed and real-time control. Solve the problem of real-time deta interaction between different modules;
Dynamic self-talk should recognize control technology: comprehensively apply external forces such as gravity, Gothic force, entrifugal force, etc. The control technology should be identified to improve the dynamics of the robot.

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