Sick
- Space-saving installation thanks to the slim housing
- High process accuracy because belt flutter is minimized when installed on the dispensing edge
- Detects label separations of 1 mm and greater
- Intelligent sensor with integrated IO-Link interface
- Short switching point optimized for gripper applications increases process efficiency due to higher PSDI times
- Short housing (19.5 mm) for use in pneumatic grippers and miniature cylinders
- LED for indicating the output state
- IP67 enclosure rating
- Sensor is fully recessed in the slot
- Simple measurement of components with absolute position value
- Micrometer-accurate detection of very small object tolerances
- Fits in all standard C-slots used around the world or in T-slots in conjunction with an adapter, regardless of the gripper and cylinder profile
- 8 switching points via IO-Link
- Dynamic teach-in for up to 3 switching signals
- Extremely small housing saves installation space, thereby increasing efficiency of the system
- Reduced storage costs, flexible machine design and easier service
- Yellow LED as optical adjustment indicator and output state display
- Green LED acts as a status indicator
- IO-Link and automation functions
- Quickly and easily mounted on the side or from above in T-slots without dismantling the cylinder end caps
- Simple commissioning without time-consuming parameterization
- Repeatability: 0.05 mm
- Analog interface: 0 V to 10 V
- Housing length: 32.5 mm
- Powerful 2G fiber-optic sensor for explosive environments
- Special electronics are used to efficiently achieve long sensing distances and ranges in conjunction with fiber-optic cable systems
- Output type: EN 60947-5-6 (NAMUR)
- M12 plug or M16 screw connection: rotatable 90°
- Special housing for rapid mounting and adjustment
- Dual sensors detect double columns of marks
- Tight dual-sensor mounting ability
- Detects 1-18 marks of different colors
Switching automation light grids
- The FLG (frame light grid) switching automation light grid is the innovative solution in which the sender and receiver are combined in one housing for the detection of small parts.
- In dynamic operating mode, the FLG performs reject and removal control of workpieces in pressing and punching machines and also supports the packaging process.
- In static operating mode, it can be used for monitoring thread breakage.
- With a monitored area of 200 mm x 250 mm or 200 mm x 120 mm, it allows detection of small parts down to minimum dimensions of 2 mm over a large area.
- Condition Monitoring sensors for vibration, shock, and temperature monitoring
- The Multi Physics Box Condition Monitoring sensor allows for continuous condition-based monitoring of, for example, motors, pumps, conveyor systems or fans. It measures vibrations, shocks, and temperature, thereby providing indications of potential faults and machine failures. If the measured values exceed the individually configurable thresholds, an alert is output. For vibration values, the vibration monitoring thresholds for machines according to ISO 10816-3 can be implemented via a multi-stage alert.
- The sensor can be integrated into the machine or system via IO-Link or a simple alarm-based switching signal.
- Whether on-site or in conjunction with a Cloud Service: The Multi Physics Box creates a data foundation that can be used to avoid unplanned downtime and effectively lower costs.
- The smart solution for challenging detection tasks
- With the WLL80 opto-electronic fiber optic amplifier, SICK is creating a new generation of amplifiers for the flexible integration of fiber optics in confined spaces.
- The intelligent WLL80 features IO-Link and can make processes even more efficient with various Smart Tasks. Thanks to IP54, it is protected from dust and spray water during operation. Continuous threshold adaptation ensures good performance in the long term with minimal maintenance requirements.
- In addition to a fast response time and high detection range, it is characterized by flexible and user-friendly parameterization via the OLED display or IO-Link. Whether as a single or bus version, the WLL80 is suitable for a wide range of applications thanks to its extensive fiber optics portfolio.
Sick
- Plug-and-play fork sensors – connect and get started.
- The WFM fork sensors are extremely quick and easy to mount and commission thanks to plug and play.
- Their yellow receive indicator can be seen all the way round, providing optimum feedback on the switching behavior of the WFM. Since the sender and receiver are integrated within the same housing, there is no need for any complex alignment work, allowing detection tasks to be prepared and completed quickly and easily.
- WFM have a rugged aluminum housing and are available in five different designs with fork widths ranging from 30 mm to 180 mm and fork depths of between 40 mm and 120 mm.
- SICK's fork sensors are suited to numerous applications, such as detecting parts in production processes, checking whether various objects are present, or intralogistic processes.
- Position sensors for T-slot
- MPS-T position sensors continuously detect the piston position of pneumatic actuators using a direct, non-contact method. They can be mounted in T-slots without the need for additional accessories.
- The sensor settings can be adjusted during installation and during operation later on, using a teach pad or – depending on the variant – using IO-Link.
- The sensors continuously supply data via analog outputs or IO-Link, enabling flexible machine concepts and making it possible to solve tasks in areas such as quality monitoring and process control in conjunction with pneumatic cylinders and drives.
- This continuous transfer of position data upgrades the functionality of the pneumatic cylinders by making them more intelligent – and, as a result, more versatile.
