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Led lighting EBAR Curve - TPL Vision
Easily get a better uniformity!
The EBAR Curve has been developed by TPL Vision so as to get illuminations that offer full homogeneity on the total surface, including on the edges.
Up to now, when you had to select a bar, you had to choose a product larger than the field of view (FoV). With the EBAR Curve, no need to spend time wondering what would be the right size. As the bar will light the entire surface, you can decide to get a bar with the same dimensions as the FoV. This can be very useful when the overall dimensions of the bar represent a major issue in the vision system.
The EBAR Curve has been developed by TPL Vision so as to get illuminations that offer full homogeneity on the total surface, including on the edges.
Up to now, when you had to select a bar, you had to choose a product larger than the field of view (FoV). With the EBAR Curve, no need to spend time wondering what would be the right size. As the bar will light the entire surface, you can decide to get a bar with the same dimensions as the FoV. This can be very useful when the overall dimensions of the bar represent a major issue in the vision system.
LED lightning for industry – Modlight Illumix – Murrelektronik
The Modlight Illumix series of machine lamps by Murrelektronik optimally illuminate machines and plants with maintenance-free and long-lasting LED technology in daylight quality.
The Illumix series from Murrelektronik is available as a Classic Line with IP67 and Slim Line with IP54.
Slim Line lamps with their compact construction are a reliable solution in machines and plants in tight spaces. The Slim Line lamps are equipped with an M8 male plug for an easier installation.
The Illumix series from Murrelektronik is available as a Classic Line with IP67 and Slim Line with IP54.
Slim Line lamps with their compact construction are a reliable solution in machines and plants in tight spaces. The Slim Line lamps are equipped with an M8 male plug for an easier installation.
Led Machine Lighting - Modlight XTREME 440 – Murrelektronik
Industrial and Factory Automation LED Lighting from Murrelektronik offers high-quality, energy-efficient products that provide bright illumination, vibration-resistant housings and sleek design. Murrelektronik's LED machine lighting is ideal for a wide range of industrial applications.
The new Modlight XTREME 440 machine light with M12 connection is made for demanding industrial environments: It is rugged and provides excellent lighting that's equivalent to daylight. Murrelektronik offers an innovative connection concept for Modlight XTREME 440. Cables with integrated reverse polarity protection ensure simple, safe and cost-effective connections.
An innovative connection concept: M12 with integrated reverse polarity protection is directly integrated into the connector. It protects the connected loads from wiring errors and short circuits. A LED in the connector indicates the operating states clearly and reliably.
The new Modlight XTREME 440 machine light with M12 connection is made for demanding industrial environments: It is rugged and provides excellent lighting that's equivalent to daylight. Murrelektronik offers an innovative connection concept for Modlight XTREME 440. Cables with integrated reverse polarity protection ensure simple, safe and cost-effective connections.
An innovative connection concept: M12 with integrated reverse polarity protection is directly integrated into the connector. It protects the connected loads from wiring errors and short circuits. A LED in the connector indicates the operating states clearly and reliably.
LED signal towers Modlight Pro - Murrelektronik
The Modlight Pro LED signal towers from Murrelektronik are characterized by maximum flexibility in color selection and color composition. The five differently colored signal elements can be combined in any way. It is also possible to use a buzzer element to integrate an acoustic signal into the signal tower.
Level floaters - Kobold
In industrial and commercial tanking systems, the level of the tanks must be monitored continuously in most cases. The level within the tanks can be checked and controlled by means of various level sensors and level gauges. The filling of tanks and silos can be displayed at various points via different level indicators and can thus be monitored.
Level sensor LFP cubic TDR– SICK
LFP Cubic – Flexible up to the probe tip!
The LFP Cubic from SICK is a level sensor that uses TDR technology (time domain reflectometry) and thus can be used in oil- and water-based liquids without calibration.
The LFP’s guided radar uses time-offlight technology to measure electromagnetic pulses. The time difference between the sent pulse and the reflected pulse is used to calculate the level, both as a continuous value (analog output) and a freely position able switching point (switching output). Due to its flexible probe that can be changed or cut, it is possible to integrate the sensor quickly into any application. The LFP Cubic can work in deposit-forming and foaming liquids. The sensor’s intuitive setup uses four buttons and a display to ensure quick and easy adaptation to the application.
In addition to the discrete and analog output signals, an IO-Link interface is available to transmit additional valuable process data to the control unit.
The LFP Cubic from SICK is a level sensor that uses TDR technology (time domain reflectometry) and thus can be used in oil- and water-based liquids without calibration.
The LFP’s guided radar uses time-offlight technology to measure electromagnetic pulses. The time difference between the sent pulse and the reflected pulse is used to calculate the level, both as a continuous value (analog output) and a freely position able switching point (switching output). Due to its flexible probe that can be changed or cut, it is possible to integrate the sensor quickly into any application. The LFP Cubic can work in deposit-forming and foaming liquids. The sensor’s intuitive setup uses four buttons and a display to ensure quick and easy adaptation to the application.
In addition to the discrete and analog output signals, an IO-Link interface is available to transmit additional valuable process data to the control unit.
Level sensor TDR for food & beverage industry - LFP Inox – SICK
The LFP from SICK is a hygienic level sensor for liquids using TDR technology – a process for determining the time of flight of electromagnetic waves.
The time difference between the sent pulse and the reflected pulse is used to generate a level signal, both as a continuous value (analog output) and a freely positionable switching point (switching output). The use of robust FDA-compliant materials like stainless steel in an EHEDG-certified design means that the LFP guarantees optimal, unrestricted cleaning, even for the highest hygiene requirements. Its modular connection system allows simple and flexible installation in any application. Thanks to high temperature and pressure resistance, unrestricted use is possible under CIP and SIP conditions. The communication capability via IO-Link to the superordinate control units rounds off the profile.
The time difference between the sent pulse and the reflected pulse is used to generate a level signal, both as a continuous value (analog output) and a freely positionable switching point (switching output). The use of robust FDA-compliant materials like stainless steel in an EHEDG-certified design means that the LFP guarantees optimal, unrestricted cleaning, even for the highest hygiene requirements. Its modular connection system allows simple and flexible installation in any application. Thanks to high temperature and pressure resistance, unrestricted use is possible under CIP and SIP conditions. The communication capability via IO-Link to the superordinate control units rounds off the profile.
Level sensors - Vibration LFV / LBV - SICK
Liquid and bulk solid measurement - continuous and up-to-date just like liquid levels.
For stocking, tank content, storage capacities or automated disposal, we offer modern technology for small and large measuring tasks. Laser, guided microwave (TDR), ultrasound, hydrostatic measurement up to the electromechanical option: measure liquid levels reliably with our measuring devices.
For stocking, tank content, storage capacities or automated disposal, we offer modern technology for small and large measuring tasks. Laser, guided microwave (TDR), ultrasound, hydrostatic measurement up to the electromechanical option: measure liquid levels reliably with our measuring devices.
Level sensors CFP Cubic – SICK
The level sensors CFP Cubic from SICK is a capacitive level sensor for taking continuous level, limit, and simultaneous temperature measurements. Thanks to intelligent MCiM technology (multi-capacitive intra-probe measuring), the CFP Cubic measures media over the entire length of the probe – irrespective of the container material and without the need for additional accessories.
Medium calibration is not necessary. The probe’s plastic surface prevents deposits and ensures high resistance to aggressive media. The sensor’s intuitive setup uses a guided menu to ensure quick and easy adaptation to the measuring task. IO-Link allows the process data to be integrated into an automation network.
Medium calibration is not necessary. The probe’s plastic surface prevents deposits and ensures high resistance to aggressive media. The sensor’s intuitive setup uses a guided menu to ensure quick and easy adaptation to the measuring task. IO-Link allows the process data to be integrated into an automation network.
Level sensors GRF18S - SICK
The GRF18S, from SICK, is a compact optical level switch which is characterized mainly by its extremely simple commissioning.
The proven technology of the energetic photoelectric proximity sensor from SICK is the foundation for the sensor. This allows for easy, rugged and reliable sensor construction. Thanks to the use of high-quality materials such as stainless steel 1.4404 and polysulfone as well as the housing design in enclosure rating IP69, the GRF18S guarantees high process reliability, even under harsh ambient conditions outside the tank. Quick and problem-free commissioning, without medium calibration, reduces not only commissioning costs, but also maintenance. Due to the optical technology, the GRF18S is particularly well-suited for water-based media.
The proven technology of the energetic photoelectric proximity sensor from SICK is the foundation for the sensor. This allows for easy, rugged and reliable sensor construction. Thanks to the use of high-quality materials such as stainless steel 1.4404 and polysulfone as well as the housing design in enclosure rating IP69, the GRF18S guarantees high process reliability, even under harsh ambient conditions outside the tank. Quick and problem-free commissioning, without medium calibration, reduces not only commissioning costs, but also maintenance. Due to the optical technology, the GRF18S is particularly well-suited for water-based media.
Level sensors LFC - SICK
The LFC capacitive level from SICK switch is a flexible, simple and cost-effective solution for point level measurement in fluid media.
When measuring containers or for dry-run protection in piping, the LFC from SICK features particularly high performance. The level switch is easy to install and is characterized by a compact design and long service life. It is also very easy to clean. The sensor can be parameterized for almost any media by means of IO-Link. Its EHEDG and 3-A certified hygienic design and the option of using it at process temperatures up to +135 °C also make it very suitable for CIP and SIP applications. The LFC can easily display or blank foam and deposits.
When measuring containers or for dry-run protection in piping, the LFC from SICK features particularly high performance. The level switch is easy to install and is characterized by a compact design and long service life. It is also very easy to clean. The sensor can be parameterized for almost any media by means of IO-Link. Its EHEDG and 3-A certified hygienic design and the option of using it at process temperatures up to +135 °C also make it very suitable for CIP and SIP applications. The LFC can easily display or blank foam and deposits.
LiDAR sensor picoScan100 - SICK
With a large scanning range, fine angular resolution and high sensitivity, the picoScan100 2D LiDAR sensor from SICK, successor of the TiM series, is setting new standards. It also reliably detects small and dark objects.
The sensor delivers exact measurement data and features integrated processing of data that is transmitted through various communication interfaces. The compact picoScan100 equipped with multi-echo technology has a rugged housing and ensures reliable measurement results even under harsh ambient conditions. It can be used in demanding industrial applications both in- and outdoors. The picoScan100 from SICK, available in three variants (Core, Prime and Pro), can also be adapted with other features to meet individualized requirements.
The sensor delivers exact measurement data and features integrated processing of data that is transmitted through various communication interfaces. The compact picoScan100 equipped with multi-echo technology has a rugged housing and ensures reliable measurement results even under harsh ambient conditions. It can be used in demanding industrial applications both in- and outdoors. The picoScan100 from SICK, available in three variants (Core, Prime and Pro), can also be adapted with other features to meet individualized requirements.
Lighting Flood Light – TPL Vision
High power flat illumination, dedicated to logistics apllications.
The FLOOD Light by TPL Vision is a high power flat illumination which can illuminate large areas from a distance.
It is specifically dedicated to the logistics market and in particular to the control of palletizing processes.
The FLOOD Light by TPL Vision is a high power flat illumination which can illuminate large areas from a distance.
It is specifically dedicated to the logistics market and in particular to the control of palletizing processes.
Lighting Medium Flat MFDOME+ - TPL
New powerful flat dome, with very thin borders.
Both powerful and very diffuse, the Medium Flat MFDOME+ can deal with many machine vision applications. The TPL Medium Flat MFDOME+ has been designed to detect small pieces in a container, to highlight thermoformed products or also to improve contrasts on workpieces made of several materials. The OVERDRIVE version can offer a lighting power far higher and the TRINITI version (with no current control inside) even more. It works in continuous and strobe mode, with very short rising and falling times: 25 μs and 15 μs.
Both powerful and very diffuse, the Medium Flat MFDOME+ can deal with many machine vision applications. The TPL Medium Flat MFDOME+ has been designed to detect small pieces in a container, to highlight thermoformed products or also to improve contrasts on workpieces made of several materials. The OVERDRIVE version can offer a lighting power far higher and the TRINITI version (with no current control inside) even more. It works in continuous and strobe mode, with very short rising and falling times: 25 μs and 15 μs.
Line interative UPS BU series 600-300VA - INVT
The INVT BU series are line interative UPS’s with the most advanced DSP control technology which can protect the sensitive device from utility fail, over/under voltage, surges, transients, spikes and other electrical abnormalities.
The INVT BU series are line interative UPS’s with the most advanced DSP control technology which can protect the sensitive device from utility fail, over/under voltage, surges, transients, spikes and other electrical abnormalities. With automatic boot voltage regulation and wide input voltage range, BU is a good choice to be applied to all kinds of complex power environment.
The INVT BU series are line interative UPS’s with the most advanced DSP control technology which can protect the sensitive device from utility fail, over/under voltage, surges, transients, spikes and other electrical abnormalities. With automatic boot voltage regulation and wide input voltage range, BU is a good choice to be applied to all kinds of complex power environment.
Linear positioning sensor MH-Series FLEX Safety - Temposonics
Temposonics® MH-Series FLEX Safety position sensors measure the absolute position of hydraulic cylinders in mobile applications, are extremely rugged, and use magnetostriction technology.
The innovative modular design consists of an outer housing and an electronic module, featuring Temposonics’ SMART Sensing Element (SE). It combines a patented flexible sensing element with integrated memory and allows for seamless interoperability between any SMART SE and FLEX Safety electronic module. The sensor design allows for servicing the position sensor without breaking the hydraulic seal on the cylinder. The outer housing is externally threaded into the cylinder, keeping the field-serviceable electronic module and SMART SE accessible from outside the cylinder. The SMART SE can bend around obstructions from other machine components, requiring only 200 mm of clearance for removal regardless of stroke length.
The innovative modular design consists of an outer housing and an electronic module, featuring Temposonics’ SMART Sensing Element (SE). It combines a patented flexible sensing element with integrated memory and allows for seamless interoperability between any SMART SE and FLEX Safety electronic module. The sensor design allows for servicing the position sensor without breaking the hydraulic seal on the cylinder. The outer housing is externally threaded into the cylinder, keeping the field-serviceable electronic module and SMART SE accessible from outside the cylinder. The SMART SE can bend around obstructions from other machine components, requiring only 200 mm of clearance for removal regardless of stroke length.
Long range distance measurement sensors Dx1000 - Sick
Great performance at great distance!
When it comes to taking reliable measurements of extremely long distances, both indoors and out, the Dx1000 long range distance sensor is particularly impressive thanks to its exceptional performance.
Equipped with modern HDDM+ technology, the Dx1000 ensures stable measurement results in a rugged housing even in inclement weather. Designed by Sick, this measuring technology is the ideal choice for adverse ambient conditions and offers a flexible range of applications at high speeds. The intuitive nature of the Dx1000 makes it easy to use while also ensuring quick and trouble-free commissioning.
When it comes to taking reliable measurements of extremely long distances, both indoors and out, the Dx1000 long range distance sensor is particularly impressive thanks to its exceptional performance.
Equipped with modern HDDM+ technology, the Dx1000 ensures stable measurement results in a rugged housing even in inclement weather. Designed by Sick, this measuring technology is the ideal choice for adverse ambient conditions and offers a flexible range of applications at high speeds. The intuitive nature of the Dx1000 makes it easy to use while also ensuring quick and trouble-free commissioning.
Loop Calibrator ADT209/ADT210 - Additel
The Additel 209 and 210 loop calibrator series combine ease of use and functionality, making them the ideal tools to troubleshoot your process loop.
The ADT209 has an accuracy of 0.03% of reading whereas the ADT210 holds an accuracy of 0.01% of reading.
If you want to source, simulate or simply measure the Additel Loop calibrator series will fit your need. The ADT209 and ADT210 allow for measurement of current, voltage and a switch. You can also simulate or source mA or a process transmitter. With a push of a button, you can switch to zero and span values, auto ramp, and auto step throughout the range. Each loop calibrator has a large, easy to read screen which simultaneously displays the measurement with the % of span.
The ADT209 has an accuracy of 0.03% of reading whereas the ADT210 holds an accuracy of 0.01% of reading.
If you want to source, simulate or simply measure the Additel Loop calibrator series will fit your need. The ADT209 and ADT210 allow for measurement of current, voltage and a switch. You can also simulate or source mA or a process transmitter. With a push of a button, you can switch to zero and span values, auto ramp, and auto step throughout the range. Each loop calibrator has a large, easy to read screen which simultaneously displays the measurement with the % of span.
LoRa outdoor Wireless sensor node WISE-4610 - Advantech
LPWAN technology including LoRa, SigFox and NB-IoT is suitable for applications requiring low-volume, long-range data transmission, while maintaining a long battery life, minimal cost and low levels of interference.
The WISE-4610 adopts LoRa technology, providing outdoor nodes that consume little power when transmitting data over long distances.
This means that it can be powered by a solar rechargeable battery, enabling continuous data acquisition.
The WISE-4610 adopts LoRa technology, providing outdoor nodes that consume little power when transmitting data over long distances.
This means that it can be powered by a solar rechargeable battery, enabling continuous data acquisition.
LoRaWAN smart sensors EVA-2000 - Advantech
The EVA-2000 series features a versatile range of LoRaWAN® wireless smart sensors designed for long-range data transmission and exceptional power efficiency. This sensor lineup includes models for current measurement, temperature and humidity monitoring, PT1000 temperature sensing, and water leakage detection.
Engineered specifically for environmental data acquisition, the EVA-2000 series supports the integration of multiple sensor types to collect comprehensive data sets. This makes it ideal for applications such as industrial automation, equipment monitoring, and environmental oversight. Users can define system thresholds and receive real-time alerts, enabling improved safety, operational efficiency, and sustainability. With its wide sensor support and reliable connectivity, the EVA-2000 series empowers users with deeper operational insights and promotes sustainable practices across various environments.
Engineered specifically for environmental data acquisition, the EVA-2000 series supports the integration of multiple sensor types to collect comprehensive data sets. This makes it ideal for applications such as industrial automation, equipment monitoring, and environmental oversight. Users can define system thresholds and receive real-time alerts, enabling improved safety, operational efficiency, and sustainability. With its wide sensor support and reliable connectivity, the EVA-2000 series empowers users with deeper operational insights and promotes sustainable practices across various environments.
LoRaWAN wireless condition monitoring sensor - Advantech
WISE-2410, from Advantech, is a LoRaWAN wireless condition monitoring sensor integrated with an ARM Cortex-M4 processor, LoRa transceiver, 3-axis accelerometer and temperature sensor.
WISE-2410 uses a star network topology and features a gateway data relay function between sensors and the application server. It balances the wireless bandwidth between WISE-2410 and the gateway, so it also mitigates the data transmission fail rates between edge-devices and gateways. Battery life cycle is 2 years with IP66 enclosure.
WISE-2410 uses a star network topology and features a gateway data relay function between sensors and the application server. It balances the wireless bandwidth between WISE-2410 and the gateway, so it also mitigates the data transmission fail rates between edge-devices and gateways. Battery life cycle is 2 years with IP66 enclosure.
Low pressure test pump ADT901A - Additel
The ADT901A is a very stable, low pressure manual test pump designed to generate pressures between -0.4 to 0.4 bar.
Pressure control is done by a high quality screw that allows fine adjustment with a resolution of 0.001 mbar. Its isothermal chamber is designed to reduce the possible effects of changing ambient temperatures. Most pumps use check valves (non-return valves) and are not well insulated, which causes large fluctuations in pressure with changing ambient temperatures or when touching the unit. The ADT901A does not use a check valve and is notably more stable. It comes with two quick-release connectors that make it easy to connect sensors, avoiding the use of Teflon tape or tightening wrenches.
Pressure control is done by a high quality screw that allows fine adjustment with a resolution of 0.001 mbar. Its isothermal chamber is designed to reduce the possible effects of changing ambient temperatures. Most pumps use check valves (non-return valves) and are not well insulated, which causes large fluctuations in pressure with changing ambient temperatures or when touching the unit. The ADT901A does not use a check valve and is notably more stable. It comes with two quick-release connectors that make it easy to connect sensors, avoiding the use of Teflon tape or tightening wrenches.
Luminárias LED – Rittal
The new LED system light is ideal for meeting the new EU requirements.
It is also the first generation of lights developed especially for enclosures, featuring state-of-the-art LED technology.
The new LED system light sets brand new standards in all areas with innovative LED technology for even more light into the very last corner. Intelligent lighting, tailored to the geometry of the enclosure, thanks to a special optical cover with Fresnel structure.
It is also the first generation of lights developed especially for enclosures, featuring state-of-the-art LED technology.
The new LED system light sets brand new standards in all areas with innovative LED technology for even more light into the very last corner. Intelligent lighting, tailored to the geometry of the enclosure, thanks to a special optical cover with Fresnel structure.
Luminescence sensors LUT - SICK
The bright idea for fluorescent material!
Luminescence sensors from SICK detect visible and non-visible marks that illuminate when using ultraviolet (UV) light.
Fluorescent material and marks are reliably detected independently of their pattern, colors or surface conditions on any material. Luminescence sensors LUT from SICK emit UV light with a wave length of approximately 375 nm. Fluorescent substances convert the UV light into long-wave visible light, which is then received and evaluated by the luminescence sensor.
Luminescence sensors from SICK detect visible and non-visible marks that illuminate when using ultraviolet (UV) light.
Fluorescent material and marks are reliably detected independently of their pattern, colors or surface conditions on any material. Luminescence sensors LUT from SICK emit UV light with a wave length of approximately 375 nm. Fluorescent substances convert the UV light into long-wave visible light, which is then received and evaluated by the luminescence sensor.
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