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Photoelectric lighting controller NightMatic 2000 – STEINEL
Switches the light 'ON' or 'OFF'. All automatically.
Photo-electric lighting controller NightMatic 2000, for controlling lighting systems for building fronts, properties, shop windows etc., automatically switches light 'ON' at dusk automatically 'OFF' again at dawn.
Photo-electric lighting controller NightMatic 2000, for controlling lighting systems for building fronts, properties, shop windows etc., automatically switches light 'ON' at dusk automatically 'OFF' again at dawn.
Photoelectric lighting controller NightMatic 3000 Vario – STEINEL
Automatically switches light 'ON' and 'OFF'. Saving no end of energy.
Intelligent lighting control. Photo-electric lighting controller NightMatic 3000 VARIO, for controlling lighting systems for building fronts, properties, shop windows etc., automatically switches light 'ON' at dusk automatically 'OFF' again at dawn, with selectable night economy mode.
Intelligent lighting control. Photo-electric lighting controller NightMatic 3000 VARIO, for controlling lighting systems for building fronts, properties, shop windows etc., automatically switches light 'ON' at dusk automatically 'OFF' again at dawn, with selectable night economy mode.
Photoelectric safety switch cylindrical L21 - SICK
Single-beam photoelectric safety switches from SICK offer maximum safety performance. They comprise self-testing senders and receivers or testable senders and receivers combined with an evaluation unit. They have long ranges and come in a variety of types and sizes. They comply with Type 2 and/or Type 4 in according with EN 61496, and PL c and/ or PL e in according with EN ISO 13849. Applications include robots, processing machinery, machining centers, palletizers, high-bay warehouses and transfer lines.
The L21 single-beam photoelectric safety switch consists of a sender and receiver. The test input of the sender allows direct functional tests.
The L21 single-beam photoelectric safety switch consists of a sender and receiver. The test input of the sender allows direct functional tests.
Photoelectric sensor DeltaPac - SICK
For higher efficiency and quality in the packaging industry, the DeltaPac MultiTask photoelectric sensor utilizes Delta-S-Technology®, which combines four PinPoint emitters and two receivers with SIRIC® and distance measurement technology.
The photoelectric sensor detects object contours with radii between 1 and 20 mm – independent of the direction and irrespective of the object’s surface color –with the highest level of immunity to active and passive interference. The operating distance is between 30 and 40 mm to the front edge of the object. This means that packages do not need to be manually separated. Collisions are avoided. For better space and time utilization. The DeltaPac provides information about how many packages are present in the process for full production monitoring. The photoelectric sensor is available as a pre-configured device for fast and error-free commissioning. IO-Link, which is also available, enables tailored configuration and adaptation to match the desired application.
The photoelectric sensor detects object contours with radii between 1 and 20 mm – independent of the direction and irrespective of the object’s surface color –with the highest level of immunity to active and passive interference. The operating distance is between 30 and 40 mm to the front edge of the object. This means that packages do not need to be manually separated. Collisions are avoided. For better space and time utilization. The DeltaPac provides information about how many packages are present in the process for full production monitoring. The photoelectric sensor is available as a pre-configured device for fast and error-free commissioning. IO-Link, which is also available, enables tailored configuration and adaptation to match the desired application.
Photoelectric sensor G10 – SICK
Sensors are often used together. This is especially true for applications in the logistics and machine building industries. Consequently, time-saving mounting solutions are becoming more and more important.
The G10 photoelectric sensor from SICK and the Q-Lock mounting system combine quick installation with a rugged design, maintenance-free operation and reliable object detection.
One thing is safe to say, thanks to the Q-Lock system designed by SICK, the G10 family of optical sensors are mounted at the ‘speed of light’, as fast on a bar clamp system as on a sheet clamp, working on a matter of seconds. The ‘hawk eye’ of the G10 makes no concessions and detects exactly what it’s meant to see, without interference from dirt and optical reflexions.
The G10 photoelectric sensor from SICK and the Q-Lock mounting system combine quick installation with a rugged design, maintenance-free operation and reliable object detection.
One thing is safe to say, thanks to the Q-Lock system designed by SICK, the G10 family of optical sensors are mounted at the ‘speed of light’, as fast on a bar clamp system as on a sheet clamp, working on a matter of seconds. The ‘hawk eye’ of the G10 makes no concessions and detects exactly what it’s meant to see, without interference from dirt and optical reflexions.
Photoelectric sensor G2 Flat - SICK
The G2 Flat is a miniature photoelectric sensor for use in particularly compact plants and robotics systems. With powerful background suppression (BGS), the sensor can be relied upon to detect objects at distances starting from just 8 mm – virtually regardless of object size and surface.
This makes it an excellent solution for all kinds of tasks wherever space is at a premium and opens up entirely new possibilities for miniaturization in industrial environments. Sensor integration and handling could not be easier. As one of the smallest photoelectric sensor product families from SICK, the G2 Flat is the smart application solution in a miniature format for industrial automation.
This makes it an excellent solution for all kinds of tasks wherever space is at a premium and opens up entirely new possibilities for miniaturization in industrial environments. Sensor integration and handling could not be easier. As one of the smallest photoelectric sensor product families from SICK, the G2 Flat is the smart application solution in a miniature format for industrial automation.
Photoelectric sensor W16 - SICK
The photoelectric sensor W16 from SICK is equipped with new technologies such as twinEye, lineSpot, clearSens and optoFilter for reliable object detection. It can be quickly and conveniently adjusted via the bluePilot operating and display concept.
Since every W16 is designed as a smart sensor, it can be configured to fit the application via IO-Link and offers additional diagnostic functions and Smart Tasks. It is therefore a trailblazer on the path to Industry 4.0. The highly-visible PinPoint LED and the infrared LED are available as the light source. The durable laser inscription ensures device identification in the long run. Thanks to the very rugged VISTAL® housing and the predictive maintenance, the W16 offers very high reliability and prevents unplanned machine downtimes.
Since every W16 is designed as a smart sensor, it can be configured to fit the application via IO-Link and offers additional diagnostic functions and Smart Tasks. It is therefore a trailblazer on the path to Industry 4.0. The highly-visible PinPoint LED and the infrared LED are available as the light source. The durable laser inscription ensures device identification in the long run. Thanks to the very rugged VISTAL® housing and the predictive maintenance, the W16 offers very high reliability and prevents unplanned machine downtimes.
Photoelectric sensor W24-2 – SICK
Long-range sensor with a metal housing for harsh environments.
The photoelectric sensor W24 from SICK features a rugged metal housing that has passed IP 69K testing, which ensures reliability in harsh industrial conditions. These sensors are highly resistant to ambient light and offer a very long sensing range with a high operating reserve.
The photoelectric sensor W24 from SICK features a rugged metal housing that has passed IP 69K testing, which ensures reliability in harsh industrial conditions. These sensors are highly resistant to ambient light and offer a very long sensing range with a high operating reserve.
Photoelectric sensor W250 – SICK
The W250 family of photoelectric sensors from SICK is characterized by a special combination where both DC and AC/DC types are integrated in one highly compact housing.
With a cable variant and a rotatable male connector variant, the W250 is highly flexible when it comes to system integration. Users are aided by an easy-to-read positioning indicator when adjusting sensitivity and sensing distance. Light/dark switching via a control cable cuts the number of device variants by half and reduces storage.
With a cable variant and a rotatable male connector variant, the W250 is highly flexible when it comes to system integration. Users are aided by an easy-to-read positioning indicator when adjusting sensitivity and sensing distance. Light/dark switching via a control cable cuts the number of device variants by half and reduces storage.
Photoelectric sensor W26 – SICK
The photoelectric sensor W26 from SICK is equipped with new technologies such as twinEye, lineSpot, clearSens and optoFilter for reliable object detection. It can be quickly and conveniently adjusted via the BluePilot operating and display concept.
Since every W26 is designed as a Smart Sensor, it can be configured to fit the application via IO-Link and offers additional diagnostic functions and Smart Tasks. It is therefore a trailblazer on the path to Industry 4.0. The highly-visible PinPoint LED and the infrared LED are available as the light source. The durable laser inscription ensures device identification in the long run. Thanks to the very rugged VISTAL® housing and the predictive maintenance, the W26 offers very high reliability and prevents unplanned machine downtimes.
Since every W26 is designed as a Smart Sensor, it can be configured to fit the application via IO-Link and offers additional diagnostic functions and Smart Tasks. It is therefore a trailblazer on the path to Industry 4.0. The highly-visible PinPoint LED and the infrared LED are available as the light source. The durable laser inscription ensures device identification in the long run. Thanks to the very rugged VISTAL® housing and the predictive maintenance, the W26 offers very high reliability and prevents unplanned machine downtimes.
Photoelectric sensor W45 - SICK
Detect products at a distance beyond what the eye can see!
The W45 sensor family from SICK offers the highest level of operational security at 100 m among standard photoelectric sensors.
These sensors are enclosed in a rugged metal housing for harsh industrial environments and long service life. When combined with optional front lens heating, the W45 becomes an ideal choice for long-range outdoor applications.
All versions are equipped with adjustable time delays for individual application flexibility, which reduces the number of stocked part numbers. Variants with DC voltage and universal AC/DC voltage are available.
Special variants have been developed to detect high temperature targets such as glowing steel (> 800 °C).
The W45 sensor family from SICK offers the highest level of operational security at 100 m among standard photoelectric sensors.
These sensors are enclosed in a rugged metal housing for harsh industrial environments and long service life. When combined with optional front lens heating, the W45 becomes an ideal choice for long-range outdoor applications.
All versions are equipped with adjustable time delays for individual application flexibility, which reduces the number of stocked part numbers. Variants with DC voltage and universal AC/DC voltage are available.
Special variants have been developed to detect high temperature targets such as glowing steel (> 800 °C).
Photoelectric sensor W4F – SICK
With the W4F, high performance and smart automation are now also available in a miniature size. The miniature sensor is the perfect complement to the product range of a new generation of opto-electronic sensors such as the W16 and W26 and, thanks to the new ASIC technology from SICK, consistently delivers extremely reliable detection results.
Photoelectric sensors G6 – SICK
Way above the standard – the economic way to business class.
The photoelectric sensors in the G6 product family with their miniature housings will impress you across the board with both their standard mounting configuration of 1-inch spaced holes and also their functional characteristics. The variants with a stainless steel 1.4404 (316L) housing are especially resistant to chemicals and cleaning agents in washdown applications. With PinPoint LED and laser technology, metal inserts for mounting, large and bright indicator LEDs, user-friendly adjustment screws, IP67 and IP69K enclosure ratings, as well as the very latest ASIC technology from SICK, the G6 series far exceeds the current standard.
The photoelectric sensors in the G6 product family with their miniature housings will impress you across the board with both their standard mounting configuration of 1-inch spaced holes and also their functional characteristics. The variants with a stainless steel 1.4404 (316L) housing are especially resistant to chemicals and cleaning agents in washdown applications. With PinPoint LED and laser technology, metal inserts for mounting, large and bright indicator LEDs, user-friendly adjustment screws, IP67 and IP69K enclosure ratings, as well as the very latest ASIC technology from SICK, the G6 series far exceeds the current standard.
Photoelectric sensors rectangular array AS30 – SICK
More flexibility and efficient communication!
The AS30 array sensor from SICK operates on the proximity scanning principle. It detects even the slightest differences in grayscale values within the field-of-view.
Positioning of, for example, a paper web based on the web edge or a contrast line is only one of many possible applications. Widths, diameters, and gaps can also be detected. In reflector mode, the photoelectric sensors AS30 from SICK can even detect transparent materials.
The AS30 array sensor from SICK operates on the proximity scanning principle. It detects even the slightest differences in grayscale values within the field-of-view.
Positioning of, for example, a paper web based on the web edge or a contrast line is only one of many possible applications. Widths, diameters, and gaps can also be detected. In reflector mode, the photoelectric sensors AS30 from SICK can even detect transparent materials.
Photoelectric sensors rectangular for explosive atmospheres – SICK
Safe and reliable switching in Ex-areas.
The photoelectric sensors rectangular SICK Series have been developed for applications in explosive areas, in order to provide intrinsic safety.
The photoelectric sensors rectangular SICK Series have been developed for applications in explosive areas, in order to provide intrinsic safety.
Photoelectric sensors rectangular – W12-3 - SICK
Rugged metal housing provides exceptional performance in demanding applications.
The W12-3 family features a complete range of photoelectric sensors that are enclosed in a metal housing.
There are a large number of variations that are available, including proximity, retro-reflective, through-beam, special laser and clear material versions. These rectangular photoelectric sensors W12-3 from SICK offer many advantages over conventional optical sensors due to their reliable object detection and monitoring capabilities. Whether in packaging, pharmaceutical, or the food and beverage industries – the W12 family provides a solution for any application.
The W12-3 family features a complete range of photoelectric sensors that are enclosed in a metal housing.
There are a large number of variations that are available, including proximity, retro-reflective, through-beam, special laser and clear material versions. These rectangular photoelectric sensors W12-3 from SICK offer many advantages over conventional optical sensors due to their reliable object detection and monitoring capabilities. Whether in packaging, pharmaceutical, or the food and beverage industries – the W12 family provides a solution for any application.
Photoelectric sensors W10 - SICK
Easy to install. Easy to operate. The one photoelectric proximity sensor for all applications.
The W10 photoelectric proximity from SICK sensor’s ease of use, sturdy design and performance make it ideal for precise object detection in demanding environments.
The touchscreen display is intuitive to use, allowing parameters to be set quickly. Situation-dependent teach-ins allow convenient sensor adaptation to individual applications. The fact that various MultiMode functions and configurations, such as foreground and background suppression, are combined in a single sensor allows success in a wide range of applications.
The W10 photoelectric proximity from SICK sensor’s ease of use, sturdy design and performance make it ideal for precise object detection in demanding environments.
The touchscreen display is intuitive to use, allowing parameters to be set quickly. Situation-dependent teach-ins allow convenient sensor adaptation to individual applications. The fact that various MultiMode functions and configurations, such as foreground and background suppression, are combined in a single sensor allows success in a wide range of applications.
Plastic level switch for liquids NKP - Kobold
The plastic level switch NKP is designed for economical control of liquids in vessels. Many industrial applications can be realized with two different plastic versions each with three different mountings. The switch is remarkable for its maintenance-free design, small dimensions and reed contacts with high switch capacity.
The switch is mounted on the side of the vessel. A hinged plastic float with a magnet floats up and down through the liquid level. The encapsulated reed contact is operated by the magnet. The switching function (N/O contact / N/C contact) is determined by the installation position. The switching function is reversed by simply rotating the switch through 180°.
The switch is mounted on the side of the vessel. A hinged plastic float with a magnet floats up and down through the liquid level. The encapsulated reed contact is operated by the magnet. The switching function (N/O contact / N/C contact) is determined by the installation position. The switching function is reversed by simply rotating the switch through 180°.
PLC compacto – MELSEC FX3U – Mitsubishi Electric
PLR 3D localization of parts in carriers - SICK
Part handling is one of the most important applications for factory automation. The use of flexible robots for this task represents a cost-effective alternative to traditional manual and semiautomatic handling systems.
The PLR has been developed for robot automated part handling. It is a standalone device that includes all the localization functions, an easy-to-use robot interface, as well as all the functions necessary for rapid integration with the robot.
The PLR has been developed for robot automated part handling. It is a standalone device that includes all the localization functions, an easy-to-use robot interface, as well as all the functions necessary for rapid integration with the robot.
Pneumatic high-pressure test pump ADT920 - Additel
The 920 High Pressure Test Pump is a hand operated pressure pump designed to generate pressure from 95% vacuum to 3,000psi (200bar). With a long lever, it just takes 40 seconds to reach 3,000 psi (200 bar).
A high-quality screw press is designed for fine pressure adjustment, with an adjustment resolution up to 10 Pa (0.1 mbar). A specially designed shut-off valve makes the pressure as stable as possible during calibration. A built-in gas-liquid isolator protects the pump from moisture and dirt to reduce the need for maintenance. The residual liquid in the pump introduced from devices under test will be pushed out and collected during pressure release. Two hand-tight quick connectors installed on the pump allow easy connecting and disconnecting to the test pump without the need for PTFE tape or wrenches. The 920 is an ideal comparison test pump for pressure instruments calibration.
A high-quality screw press is designed for fine pressure adjustment, with an adjustment resolution up to 10 Pa (0.1 mbar). A specially designed shut-off valve makes the pressure as stable as possible during calibration. A built-in gas-liquid isolator protects the pump from moisture and dirt to reduce the need for maintenance. The residual liquid in the pump introduced from devices under test will be pushed out and collected during pressure release. Two hand-tight quick connectors installed on the pump allow easy connecting and disconnecting to the test pump without the need for PTFE tape or wrenches. The 920 is an ideal comparison test pump for pressure instruments calibration.
Pneumatic pressure test pump 916 - Additel
Additel 916 Pneumatic Pressure Test Pump Air: -14 psi to 600 psi.
The 916 pneumatic pressure test pump from Additel is a hand operated pressure pump designed to generate pressure from 95% vacuum to 600psi (40bar).
A high-quality screw press is designed for fine pressure adjustment, with an adjustment resolution up to 10 Pa (0.1 mbar). A specially designed shut-off valve makes the pressure as stable as possible during calibration. A built-in gas-liquid isolator protects the pump from moisture and dirt to reduce the need for maintenance. Two hand-tight quick connectors installed on the pump allow easy connecting and disconnecting to the test pump without the need for PTFE tape or wrenches. The pneumatic pressure test pump 916 from Additel is an ideal comparison test pump for pressure instruments calibration.
The 916 pneumatic pressure test pump from Additel is a hand operated pressure pump designed to generate pressure from 95% vacuum to 600psi (40bar).
A high-quality screw press is designed for fine pressure adjustment, with an adjustment resolution up to 10 Pa (0.1 mbar). A specially designed shut-off valve makes the pressure as stable as possible during calibration. A built-in gas-liquid isolator protects the pump from moisture and dirt to reduce the need for maintenance. Two hand-tight quick connectors installed on the pump allow easy connecting and disconnecting to the test pump without the need for PTFE tape or wrenches. The pneumatic pressure test pump 916 from Additel is an ideal comparison test pump for pressure instruments calibration.
Pocket non-contact measurement of rpm testo 460
The especially useful, testo 460 pocket rpm measuring instrument measures rpm optically, ex. in fans and shafts.
The testo 460 is very small, portable and easy to operate.
The ideal distance for measuring objects is between 10 and 40 cm.
Simply attach a reflective marker, and measure the max / min values. are displayed directly at the push of a button.
The HOLD button allows particularly convenient readings of the measured values.
The testo 460 is very small, portable and easy to operate.
The ideal distance for measuring objects is between 10 and 40 cm.
Simply attach a reflective marker, and measure the max / min values. are displayed directly at the push of a button.
The HOLD button allows particularly convenient readings of the measured values.
Polycarbonate enclosures PK - Rittal
Small enclosures.
This is application-oriented diversity: 6 enclosure types in 4 materials and more than 100 sizes.
This is application-oriented diversity: 6 enclosure types in 4 materials and more than 100 sizes.
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