Sick Pressure Switch, G1/4 Female 0bar to 6 bar

Large display shows system pressure, output states, and switching points
Three large function keys, intuitive menu navigation
Measuring range for gauge pressure (vacuum and overpressure)
Two independently programmable switching outputs, optional analog output
Installation on mounting rail, wall or switch panel
Variant for leakage monitoring
IO-Link

Bi-color display (green/red) clearly shows the status of the output signal (within or outside the target range)
Quick overview of important system parameters due to advanced display functions
Intuitive operation allows simple and quick commissioning
Pressure connections on the back and bottom and configurable output signals for a high level of installation flexibility
High reliability thanks to the rugged design (IP65 and IP67 enclosure rating) and proven technology
Less variants for different requirements and lower inventory costs
Convenient, cost-effective solution for leakage measurement
Measurement of pneumatic pressure of a food slicer
Monitoring and definition of the pressure in the vacuum gripper

For improved monitoring of air pressure, the PAC50 electronic pressure switch from SICK offers more at a glance – the large bi-color display allows you to identify from a distance if the pressure falls within the target range. Three large function keys and intuitive menu navigation make operating the PAC50 easy.
What makes the PAC50 so special? It offers up to two digital switching outputs and an optional analog output in just one device. The output signals can be easily adjusted to the available control system. Thanks to the optional IO-Link, the controller or PLC can quickly and accurately pass the device parameters to the sensor when changing the format or replacing the sensor, which significantly reduces downtime. The PAC50 is ideal for use in industrial environments due to its waterproof housing with an IP 65/IP 67 enclosure rating.

Compressed-air monitoring and measurement in machines and systems
Pressure measurement in air and in dry, non-corrosive gases
Pressure measurement on compressed-air maintenance units
Vacuum monitoring in handling and robotics applications
Leakage monitoring in closed compressed air systems
Compressed-air monitoring for the robot gripper
Measurement of pneumatic pressure on a meat slicer
Perfect deep drawing of product trays
Monitoring of the pneumatic pressure
Monitoring of the pneumatic pressure
Integrated measurement of pressure and flow in the service unit
Fixing the wooden strip
Pressure monitoring on vacuum gripper
Monitoring the vacuum at the suction table
Pressure monitoring in the spraying unit
Pressure monitoring in the vacuum removal gripper
Monitoring of the vacuum pressure using the PAC50
Improved energy management in compressed air systems
Pressure monitoring in the handling device
Pressure monitoring in the handling device