Limit Switch for Pneumatic Actuator
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Limit Switch for Pneumatic Actuator
Cematic's limit switch for pneumatic actuators is the ideal component for monitoring and controlling the displacement of actuators in automated systems. Thanks to its installation at the actuator's end-of-travel points, it precisely detects when the displacement limit has been reached, preventing mechanical damage and improving system efficiency.
When the predefined limit is reached, the limit switch for pneumatic actuators disconnects the air supply. This prevents the actuator from moving beyond its permitted travel, protecting both the actuator and other system components.
Specifications
- Protection: IP67 rated
- Ambient Temperature: -25°C to 85°C
- Position Indicator: 0°C to 90°C
- Connection: 1/2"
- Switches: Mechanical type
- Maximum Voltage: 250V DC/AC
- Minimum Voltage: 8V DC
Applications
The limit switch for pneumatic actuators is a fundamental device in automated systems. Below are its main industrial applications.
Position Detection: Indicates the exact position of the actuator, allowing precise control of its movement. In addition, it provides real-time signals for the control system.
Safety: Acts as a safety device by stopping the actuator's movement when a dangerous situation is detected. Therefore, it protects both equipment and operating personnel.
Process Automation: Integrates into production lines to activate or deactivate machines based on the position of the actuators. Thanks to this, it contributes to the continuity and efficiency of the process.
Cycle Control: Facilitates the control of work cycles, such as opening and closing valves or gates in pneumatic systems. Consequently, it improves the repeatability and precision of each cycle.
Integration with Control Systems: Easily connects with PLCs and monitoring systems for industrial automation. It also simplifies system configuration and remote diagnostics.
Status Monitoring: Provides information on the system status, which aids in predictive maintenance and operational efficiency. Therefore, it reduces unplanned downtime.
Space Optimization: In installations where space is limited, it ensures that actuators do not exceed their operating limits. This prevents mechanical interference and protects the system's integrity.