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The equipment is equipped with high-strength guardrails and protective covers to isolate high-speed running parts and high-pressure hydraulic systems; a photoelectric sensing device is installed at the entrance of the compression chamber. Once a person or foreign object is detected entering the dangerous area, it will immediately trigger the shutdown to avoid squeezing accidents.
2. Emergency brake system
Emergency brake buttons are widely distributed in conspicuous and easy-to-reach locations on the equipment. In case of emergencies, operators can quickly press the button to stop all actions of the equipment instantly to ensure the safety of personnel.
3. Intelligent monitoring and early warning
The built-in sensor monitors key parameters such as hydraulic system pressure and motor temperature in real time. If an abnormality is found, an audible and visual alarm will be issued immediately, and speed reduction or shutdown measures will be automatically taken; remote monitoring is supported, and managers can view the equipment status in real time and eliminate safety hazards remotely.
4. Standardized operation training
A detailed operation manual and safety guide are provided with the equipment to clarify standard operating procedures and precautions; the company regularly organizes safety training for operators to enable them to master the safety functions and emergency response methods of the equipment and reduce the risk of human error.
5. Safety maintenance design
The hydraulic system is equipped with a pressure relief device, which can safely release pressure before maintenance to prevent high-pressure liquid from spraying and injuring people; the circuit system integrates leakage protection and overload protection functions to avoid fire or electric shock accidents caused by electrical faults.
6. Safety interlock mechanism
When the equipment is running, the guardrail and protective cover are in a locked state and cannot be opened at will; only after the equipment stops running completely and the system pressure is released, the protective device can be opened to prevent accidental opening and danger.
7. Anti-rebound design
After the material is compressed, a special structure and control program are used to prevent the material in the compression chamber from rebounding due to pressure release to avoid harm to the operator.
8. Fault diagnosis protection
With automatic fault diagnosis function, when the equipment has a mechanical or electrical fault, the system will stop running immediately and display the fault code, which is convenient for maintenance personnel to quickly locate the problem and reduce safety hazards during maintenance.
