What are the precautions for manupilator installation?

The composition of a robotic arm generally includes the execution system, drive system, control system, etc. To enhance work efficiency, it is important to be familiar with the installation precautions:

1. 1.The installation directions of two adjacent robotic arms should be clearly defined.

2. 2.Ensure that all movements and actions do not obstruct the operation of safety doors.

3. 3.All linear and rotational movements of the robotic arm can be set on-site and within a specified margin of error. If the error exceeds the set value, an alarm will be triggered promptly, and the operation will be stopped, with the fault information displayed on the touchscreen.

4. 4.In the event of a malfunction, the robotic arm and its associated components will interlock. This means that if a fault occurs, the robotic arm will cease operation; similarly, in the case of a malfunction, the robotic arm will halt its movements.

5. 5.The arm is equipped with collision prevention functionality: in the event of an inadvertent operation, the program includes an automatic collision prevention feature. It can automatically assess and halt movements based on motor torque, minimizing potential damages."

6. 6.The robotic arm performs consistent actions, ensuring there are no collisions or interference in its movements. It also prevents excessive delays in the production cycle caused by the actions of the robotic arm.

7. 7.In the event of a shutdown (due to faults, routine maintenance, mold replacement, etc.), the robotic arm can be manually positioned in a safe or necessary location. This manual intervention does not hinder mold replacement and equipment maintenance operations.

8. 8.When a fault occurs with the robotic arm (such as misplacement, unremoved products, product drops, etc.), an immediate alarm is triggered, and the operation is halted. The fault is displayed on the touchscreen for quick troubleshooting. Key points in the design of the robotic arm in production.

9. 9.For some products, the robotic arm may need to include a mold release agent spraying system. The release agent can be accurately sprayed onto the mold cavity after opening (adjustable nozzle angle), and the dosage and spraying frequency can be adjusted.

10. 10.All parameters and data settings can be configured and modified via a computer, then transferred to the robotic arm system for execution. Alternatively, parameters and data can be directly set on the robotic arm