Application of QT Series Safety Light Curtains in Safety Protection of Robot Work Units

Application of QT Series Safety Light Curtains in Safety Protection of Robot Work Units

Summary

The application of safety light curtains in robot work units provides reliable protection for safety in industrial automation. Through its non-contact and efficient protection method, it effectively prevents safety accidents during operation and provides important support for safe production in modern intelligent manufacturing.

Application of QT Series Safety Light Curtains in Safety Protection of Robot Work Units
With the rapid development of industrial automation and robotics, robotic work units have become an indispensable part of modern manufacturing. However, the potential safety risks during robot operation have also increased. In order to ensure the safety of operators, safety light curtains, as an efficient and reliable protective device, play an important role in the safety protection of robotic work units.
Working Principle of Safety Light Curtain
The safety light curtain consists of a transmitter and a receiver, which forms an invisible protection area by emitting infrared beams. When the beam is interrupted by an object or a person, the system will immediately stop the operation of the machine or trigger the safety mechanism to avoid accidents. This non-contact protection method is particularly suitable for the safety protection of robot work units.
Safety Light Curtains
Application of Safety Light Curtains in Robot Work Units
Robotic work units usually involve mechanical arms and other automated equipment, which operate at high speed and precision. If an operator mistakenly enters the work area, it may cause a serious safety accident. By installing a safety light curtain, the danger zone can be monitored in real time and the shutdown protection can be triggered when someone enters to prevent people from being hurt.
Light Curtains Without Blind Zone Are Used in Industrial Automation Storage Systems
Dangerous area isolation:
Install a safety light curtain around the robot's work unit to form a safety protection zone. When a person approaches or enters the area, the robot will automatically stop running to ensure the safety of the person.

Non-contact protection:
The safety light curtain uses photoelectric sensors to achieve non-physical contact safety protection, which will not interfere with the normal operation of the machine and is suitable for those occasions that require frequent entry into the work area.

Flexible configuration:
The safety light curtain can be flexibly configured according to the specific work unit layout to meet the protection needs of different types of robots.
Advantages of QT Series Light Curtains
Efficient response: 
The safety light curtain can respond instantly when it detects people or objects entering the dangerous area, triggering shutdown or other safety measures to ensure safety.

Customizable: 
The height, width and sensitivity of the safety light curtain can be adjusted according to the robot's operating space and workflow, suitable for various industrial environments.

Improve production efficiency: 
The safety light curtain can ensure the safety of personnel while avoiding the inconvenience caused by traditional mechanical guardrails, thereby improving production efficiency.
Future Prospects of Safety Light Curtains
With the further improvement of robot technology and automation level, the application of safety light curtains in robot work units will become more extensive and intelligent. In the future, intelligent safety light curtains will be deeply integrated with robot control systems to provide more flexible and efficient safety protection solutions.
DADISICK's Hot Selling Safety Light Curtains
QT40-20-780-2BB|Security Light Curtain|DADISICK
Beam spacing:20mm Number of optical axes: 40 Protection height: 780mm Safety sensors for machines output (OSSD):2 PNP
QBT10-102-1010-2BA|Safety Light Barrier|DADISICK
Beam spacing: 10mm Number of optical axes: 102 Protection height: 1010mm Safety curtain outputs (OSSD): 2 PNP
QCE32-40-1240 2BB|Safety Sensors for Machines|DADISICK
Beam spacing: 40mm Number of optical axes: 32 Protection height: 1240mm Safety sensors for machines outputs (OSSD)2 PNP
QO54-40-2120-2BB|Light Grid Guarding|DADISICK
Beam spacing:40mm Number of optical axes: 54 Protection height: 2120mm Safety Curtain outputs (OSSD):2 PNP