1. Mechanical protection device:
The equipment is equipped with a fully enclosed protective cover, which is made of high-strength metal or transparent explosion-proof material to prevent material splashing or parts from being thrown out and injuring people when the stirring shaft runs at high speed; the interlock device for opening the stirring kettle cover automatically cuts off the power supply when it is opened, prohibiting the equipment from running and preventing operators from contacting dangerous moving parts.
2. Overload protection system
The built-in torque sensor monitors the load of the stirring shaft in real time. When the viscosity of the material changes suddenly or foreign objects get stuck, the system automatically triggers overload protection, immediately shuts down and alarms to prevent the motor from burning or the mechanical structure from being damaged.
3. Electrical safety design
Double grounding protection is adopted to ensure that the grounding resistance of the equipment meets safety standards and reduce the risk of leakage; the electrical control system is equipped with short-circuit and overcurrent protection devices to prevent electrical faults from causing fires or electric shock accidents.
4. Emergency brake device
An emergency stop button is set on the equipment operation panel and in prominent positions around it. In case of emergencies, the operator can cut off all power sources of the equipment with one button, so that the stirring shaft stops running quickly and shortens the response time to danger.
5. Safety operation specifications
Establish standardized operation procedures, require operators to wear protective equipment, and receive professional training and pass the assessment before taking up their posts; it is prohibited to open the protective cover or perform maintenance work without authorization when the equipment is running, and regularly perform equipment maintenance and safety inspections to eliminate potential hidden dangers in a timely manner.
6. Safety monitoring system
Install temperature and pressure sensors to monitor the material temperature and pressure in the kettle during the mixing process in real time. When the limit is exceeded, the alarm will be automatically triggered and cooling and pressure relief measures will be initiated to prevent high temperature and high pressure from causing explosions or material splashing.
7. Anti-corrosion and explosion-proof design
For the scene of handling corrosive or flammable and explosive materials, the mixing kettle and shaft body are made of corrosion-resistant materials, and the equipment is explosion-proof, equipped with explosion-proof motors and explosion-proof electrical components to reduce safety risks.
If you are interested in learning more about Triple Shaft Mixer, please visit www.mixerbeadmill.com! We have industry-leading technical dynamics and professional customer service, and look forward to working with you to create a better chapter!
