Operator safety protection design
In the design of full-electric stackers, the safety of operators is always the top priority. In order to avoid accidental injuries, stackers are usually equipped with emergency brakes. This device can quickly stop the vehicle in an emergency to prevent collisions and overturning accidents. At the same time, there are protective railings or safety nets around the cab to reduce the risk of injury to operators during driving or operation. In addition, the operating platform is equipped with a safety lock to prevent unauthorized personnel from misoperating.

Anti-overturning and stability system
The stability of the stacker directly affects the safety level. full-electric stackers are usually equipped with anti-overturning devices, including automatic balancing systems and center of gravity control designs to ensure that the vehicle remains stable when loading or turning. The body structure is scientifically designed to effectively disperse the load and prevent overturning caused by uneven load or uneven ground. In addition, some models are also equipped with a tilt alarm system, which will sound an alarm when the vehicle tilts abnormally, reminding the operator to take timely measures.

Environmental adaptability protection measures
full-electric stackers often operate in different environments, so environmental adaptability safety devices are essential. For example, the dustproof and waterproof design ensures that key components can still work reliably in humid or dusty environments, reducing safety hazards caused by equipment failure. The installation of lighting systems and warning lights improves the visibility of vehicles in dim environments and prevents collision accidents. At the same time, the sound alarm device issues a prompt when the vehicle starts or reverses, reminding people around to pay attention to safety.

Intelligent monitoring and alarm system
With the development of intelligent technology, more and more full-electric stackers are equipped with intelligent safety monitoring systems. These systems can monitor the vehicle status in real time, including load conditions, speed, location and fault information. Once an abnormality is detected, the system will automatically issue an alarm and take corresponding measures, such as limiting the speed or initiating emergency braking, to reduce the accident rate. The intelligent system also supports data recording and analysis to help managers develop more scientific safety management strategies.

Operation training and safety regulations
The effectiveness of safety protection devices is inseparable from standardized operation and management. Manufacturers usually provide detailed operation manuals and provide professional training for operators to ensure that they are familiar with the safety functions and emergency handling procedures of the equipment. On-site managers will also formulate corresponding safety operating procedures, supervise implementation, and reduce safety hazards caused by human factors.