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In/Out module REL02 - Qbus
The REL02 is a decentralmodule, suitable for switching 2 circuits and contains a conector to which two potencial free inputs (e.g. push buttons) can be connected. The module fits in a standard flush-mouted socket which guarantees easy connectionwith potencial push-buttons and the outputs.
The relay module has 2 potencial-free, normally open contacts which can each connect max. 8A at 230V (cos ɸ = 1) / 30Vdc.
The relay module has 2 potencial-free, normally open contacts which can each connect max. 8A at 230V (cos ɸ = 1) / 30Vdc.
Inclination sensors TMS/TMM22 - SICK
The rugged all-rounder for inclination measurement.
The TMS22 (single-axis) and TMM22 (dual-axis) inclination sensors provide cost-effective, high-precision inclination measurements. The foundation for this is powerful MEMS technology, which scores points with a error tolerance of ± 0.25° and excellent repeatability.
The TMS22 (single-axis) and TMM22 (dual-axis) inclination sensors provide cost-effective, high-precision inclination measurements. The foundation for this is powerful MEMS technology, which scores points with a error tolerance of ± 0.25° and excellent repeatability.
Inclinometers - TMS/TMM61 – SICK
Precise inclination measurement in a compact design.
The TMS61 one-dimensional inclination sensor and the TMM61 two-dimensional inclination sensor are setting new standards with respect to size, flexibility, and performance. In their small, rugged plastic housings, the sensors offer excellent resolution and accuracy – what's more, this is achieved over the entire measuring range and in an extremely wide range of ambient conditions. The CANopen interface enables a whole host of device parameters to be adapted, allowing the sensor to be perfectly tailored to the application. The new PGT-12-Pro handheld programming tool from SICK makes configuration much easier. As a result, the user is ready to go in just a few clicks and can cut out the time-consuming task of configuring the sensor via the control system.
The TMS61 one-dimensional inclination sensor and the TMM61 two-dimensional inclination sensor are setting new standards with respect to size, flexibility, and performance. In their small, rugged plastic housings, the sensors offer excellent resolution and accuracy – what's more, this is achieved over the entire measuring range and in an extremely wide range of ambient conditions. The CANopen interface enables a whole host of device parameters to be adapted, allowing the sensor to be perfectly tailored to the application. The new PGT-12-Pro handheld programming tool from SICK makes configuration much easier. As a result, the user is ready to go in just a few clicks and can cut out the time-consuming task of configuring the sensor via the control system.
Inclinometers - TMS/TMM88 - SICK
High-precision inclination measurement for harsh ambient conditions.
The TMS88 one-dimensional inclination sensor and the TMM88 two-dimensional inclination sensor take measurements with an accuracy of up to +/- 0.02°. The inclination value is provided either via a current or voltage interface with a linearized output signal or via a standardized CANopen interface. The PGT-12-Pro handheld programming tool allows the inclination sensors to be configured with ease, tailoring them perfectly to the application.
The sensors are available in UV-resistant plastic housings and in rugged aluminum housings.
The TMS88 one-dimensional inclination sensor and the TMM88 two-dimensional inclination sensor take measurements with an accuracy of up to +/- 0.02°. The inclination value is provided either via a current or voltage interface with a linearized output signal or via a standardized CANopen interface. The PGT-12-Pro handheld programming tool allows the inclination sensors to be configured with ease, tailoring them perfectly to the application.
The sensors are available in UV-resistant plastic housings and in rugged aluminum housings.
Inclinometers TMM55 - SICK
Small, light, and rugged!
The TMM55 inclination sensors are characterized by their compact design and ruggedness. As well as simple 4-hole mounting, the M12 male connector on the cable outlet also offers a great deal of flexibility when mounting the sensor mechanically. With their rugged and UV-resistant plastic housings, the inclination sensors are also ideally suited to outdoor use. The information about the inclination angle is transmitted via analog current or voltage signals. To ensure high levels of accuracy, the inclination sensors are calibrated at the factory.
The TMM55 inclination sensors are characterized by their compact design and ruggedness. As well as simple 4-hole mounting, the M12 male connector on the cable outlet also offers a great deal of flexibility when mounting the sensor mechanically. With their rugged and UV-resistant plastic housings, the inclination sensors are also ideally suited to outdoor use. The information about the inclination angle is transmitted via analog current or voltage signals. To ensure high levels of accuracy, the inclination sensors are calibrated at the factory.
Incremental encoder DBS60 - SICK
Rugged, versatile incremental encoder for industrial applications.
The DBS60 Core is a rugged incremental encoder with a diameter of 58 mm and a compact mounting depth. It offers a large range of mechanical and electrical interfaces.
The high IP65 protection rating and the large bearing distance make this a rugged and reliable solution, even at high shaft loads. With a resolution of up to 5,000 pulses, the DBS60 Core is the ideal product for standard applications in a range of different industries.
The DBS60 Core is a rugged incremental encoder with a diameter of 58 mm and a compact mounting depth. It offers a large range of mechanical and electrical interfaces.
The high IP65 protection rating and the large bearing distance make this a rugged and reliable solution, even at high shaft loads. With a resolution of up to 5,000 pulses, the DBS60 Core is the ideal product for standard applications in a range of different industries.
Incremental encoder DBV50 Core - SICK
Compact measuring wheel system that is highly flexible and easy to mount.
The DBV50 Core measuring wheel encoder is a measuring wheel system for measuring linear movements. It consists of the DBS50 Core incremental encoder, an aluminum measuring wheel with a 200 mm diameter and a spring-loaded arm. The maximum resolution is 0.08 mm per pulse.
The spring arm has a maximum spring travel of 14 mm, a maximum spring force of 20 N and features a convenient pretension setting for repeatably setting the spring pretension. A spring travel limiter protects the spring from being overloaded.
The DBV50 Core measuring wheel encoder is a measuring wheel system for measuring linear movements. It consists of the DBS50 Core incremental encoder, an aluminum measuring wheel with a 200 mm diameter and a spring-loaded arm. The maximum resolution is 0.08 mm per pulse.
The spring arm has a maximum spring travel of 14 mm, a maximum spring force of 20 N and features a convenient pretension setting for repeatably setting the spring pretension. A spring travel limiter protects the spring from being overloaded.
Incremental encoder DGS80 - SICK
The DGS80 is an incremental encoder with large hollow shaft diameters up to 42 mm. It can be used in countless industrial automation applications.
Combined with the many connection options of the DGS80, its supply voltage range of 5 V to 30 V facilitates integration into most control systems. The incremental encoder is characterized by quick and easy installation: This is made possible by its compact design, the clamping ring for speedy mounting, the universal stator couplings and the large selection of collets that simplify mounting on shafts of different size.
Combined with the many connection options of the DGS80, its supply voltage range of 5 V to 30 V facilitates integration into most control systems. The incremental encoder is characterized by quick and easy installation: This is made possible by its compact design, the clamping ring for speedy mounting, the universal stator couplings and the large selection of collets that simplify mounting on shafts of different size.
Incremental Encoder DUS60 – SICK
Encoders with versatile configuration for machine axes applications.
The DUS60 by SICK is a rotary incremental encoder with built-in DIP switch configuration for the resolution, output voltage, and counting direction. The DUS60 configuration switches reduce the number of variants, enable easy replacement and quick commissioning, and increases the likelihood that spare parts will be in stock – all without any additional programming tools.
The on-board status and signal LEDs and optional fault output quickly indicate the functionality of the encoder, minimizing time required for both installation and troubleshooting.
The DUS60 by SICK is a rotary incremental encoder with built-in DIP switch configuration for the resolution, output voltage, and counting direction. The DUS60 configuration switches reduce the number of variants, enable easy replacement and quick commissioning, and increases the likelihood that spare parts will be in stock – all without any additional programming tools.
The on-board status and signal LEDs and optional fault output quickly indicate the functionality of the encoder, minimizing time required for both installation and troubleshooting.
Incremental encoders DBS - SICK
The DBS family of incremental Encoders is now complete with the new DBS60 Core. This family, consisting of the DBS36 Core, DBS50 Core and DBS60 Core, is the perfect solution for all standard applications in the industry.
The world-renowned robustness and reliability of the SICK brand, coupled with the multiple mechanical and electrical options available, created the opportunity that we were all waiting to take advantage of the best solutions on the market with exceptional conditions!
The world-renowned robustness and reliability of the SICK brand, coupled with the multiple mechanical and electrical options available, created the opportunity that we were all waiting to take advantage of the best solutions on the market with exceptional conditions!
Indoor components GST08 MICRO series for gesis® system - Wieland Electric
gesis® MICRO makes the electrical installation invisible.
Because is so small, all you need is a drilled hole to run the lines through.
The gesis® MICRO connector system connects your light showcases and on shelves in places where no one else can reach. And it does so in the simplest way imaginable.
Because gesis® MICRO comes as a pre-assembled cable, you do not have to connect the plugs manually, it is all Plug&Play.
This makes the electrical installation inside your furniture invisible from the outside, so that nothing distracts the eye from the things that matter.
Because is so small, all you need is a drilled hole to run the lines through.
The gesis® MICRO connector system connects your light showcases and on shelves in places where no one else can reach. And it does so in the simplest way imaginable.
Because gesis® MICRO comes as a pre-assembled cable, you do not have to connect the plugs manually, it is all Plug&Play.
This makes the electrical installation inside your furniture invisible from the outside, so that nothing distracts the eye from the things that matter.
Indoor components GST15 MINI series for gesis® system - Wieland Electric
The MINI version of gesis® system is nearly the same has the GST18 series but with a compact design: pluggable electrical installation specially developed for confined spaces.
gesis® MINI meets both demands and combines minimum size with maximum flexibility.Thereby, this is the preferred system for stores, event tents and exhibitions, where a fast and flexible electrical installation is mandatory.
gesis® MINI also has on its strengths the interface for pre-assembling devices, as lighting equipment, office and laboratory furniture, among others …
gesis® MINI meets both demands and combines minimum size with maximum flexibility.Thereby, this is the preferred system for stores, event tents and exhibitions, where a fast and flexible electrical installation is mandatory.
gesis® MINI also has on its strengths the interface for pre-assembling devices, as lighting equipment, office and laboratory furniture, among others …
Indoor components GST18® series for gesis® system - Wieland Electric
Plug and play – everything can be connected!
A breakthrough idea has emerged at Wieland which revolutionizes electrical installation: the gesis® installation system. Highest-grade quality and long-lasting components along with a convincing 70% time and 30% cost savings!
The individual gesis® product groups complement each other perfectly and facilitate a simple and economical electrical installation, from distribution panels up to the load.
A breakthrough idea has emerged at Wieland which revolutionizes electrical installation: the gesis® installation system. Highest-grade quality and long-lasting components along with a convincing 70% time and 30% cost savings!
The individual gesis® product groups complement each other perfectly and facilitate a simple and economical electrical installation, from distribution panels up to the load.
Indoor flat cable NRG for gesis® system NRG - Wieland Electric
The flexible busbar gesis® NRG functions as central supply line for efficient installations. The contact is through an insulation-penetrating connection technology. Five systems with different cross sections are available – regardless of whether you want to distribute power or signals.
The gesis® NRG flat cable system offers all the advantages of a modern electrical installation system. Once the cable is outspread, we can connect the distribution modules without having to sectioning the cable. Expansions or modification of the electrical installations can be done in a very little time with a great money saving. The connection to the conductor is done by specific screws that drill the cable.
The gesis® NRG flat cable system offers all the advantages of a modern electrical installation system. Once the cable is outspread, we can connect the distribution modules without having to sectioning the cable. Expansions or modification of the electrical installations can be done in a very little time with a great money saving. The connection to the conductor is done by specific screws that drill the cable.
Indoor LED Light RS 16 LED - STEINEL
Evolution of a classic.
RS 16 LED sensor-switched indoor light, ideal for corridors, hallways, stairwells and bathrooms. Integrated high-frequency sensor with 360° coverage, 3-8 m reach all round. The latest LED technology, 940 lm at a consumption of only 9,5 W. Adjustable time and twilight threshold.
RS 16 LED sensor-switched indoor light, ideal for corridors, hallways, stairwells and bathrooms. Integrated high-frequency sensor with 360° coverage, 3-8 m reach all round. The latest LED technology, 940 lm at a consumption of only 9,5 W. Adjustable time and twilight threshold.
Indoor light RS LED M1 - STEINEL
Tasteful design for indoors.
Tasteful design for indoors. High-quality and, at only 11 watts, extremely energy-efficient RS LED M1 indoor light in stainless-steel or chrome finish. With a 360° high-frequency sensor inside the enclosure (ø 3 - 8 m reach). Light output of 530 lm for classy ambient lighting and perfect illumination in corridors, hallways or stairwells.
Tasteful design for indoors. High-quality and, at only 11 watts, extremely energy-efficient RS LED M1 indoor light in stainless-steel or chrome finish. With a 360° high-frequency sensor inside the enclosure (ø 3 - 8 m reach). Light output of 530 lm for classy ambient lighting and perfect illumination in corridors, hallways or stairwells.
Indoor light RS PRO LED P1 - STEINEL
Efficient. Elegant. Pioneering. The ideal gateway to the professional class.
Efficient. Elegant. Pioneering. The new LED high-frequency sensor-switched light RS PRO LED P1. Perfect for bathrooms, corridors, hallways and stairwells. Timeless design. Silent light activation. Uncompromising light output: 9.5 W LED light system delivering 960 lm of light. 360-degree detection zone. Ø 1-8 m reach. Interconnectable by cable.
Efficient. Elegant. Pioneering. The new LED high-frequency sensor-switched light RS PRO LED P1. Perfect for bathrooms, corridors, hallways and stairwells. Timeless design. Silent light activation. Uncompromising light output: 9.5 W LED light system delivering 960 lm of light. 360-degree detection zone. Ø 1-8 m reach. Interconnectable by cable.
Inductive electromagnetic flowTRANS MAG H20 - JUMO
The flowTRANS MAG H20 from JUMO measures conductive media with high precision − even drop-by-drop.
The flowTRANS MAG H20 from JUMO is an electromagnetic flowmeter for industrial automation. Its compact design allows it to fit into the smallest plants (dosing systems, apparatus cooling) and to measure conductive media with a high degree of precision.
It can be used with flexibility in a wide range of processes. In addition to the flow measurement, the temperature is also measured.
The flowTRANS MAG H20 from JUMO is an electromagnetic flowmeter for industrial automation. Its compact design allows it to fit into the smallest plants (dosing systems, apparatus cooling) and to measure conductive media with a high degree of precision.
It can be used with flexibility in a wide range of processes. In addition to the flow measurement, the temperature is also measured.
Inductive Proximity Sensor IMB – SICK
The rugged standard for use in harsh ambient conditions!
The inductive IMB proximity sensor from SICK is a byword for reliability in harsh working conditions, whether it is in contact with cooling lubricants or being used outdoors. With its extended sensing ranges, made highly precise thanks to the use of SICK ASIC technology, the IMB ensures reliable, stable processes.
The inductive IMB proximity sensor from SICK is a byword for reliability in harsh working conditions, whether it is in contact with cooling lubricants or being used outdoors. With its extended sensing ranges, made highly precise thanks to the use of SICK ASIC technology, the IMB ensures reliable, stable processes.
Inductive proximity sensor IMG – SICK
The IMG inductive proximity sensor from SICK precisely detects metallic objects even in harsh environments. In price-sensitive mobile applications and automation solutions, it is suitable as a switch for end position detection or speed measurement. Using the IMG, fault-free processes can be ensured even with high temperature fluctuations.
The fully-encapsulated sensor is impervious to mechanical shocks as well as vibrations, and with its IP69K rating, is protected against water as well as oils, coolants, and all kinds of contamination. This makes the IMG an economical solution for challenging outdoor uses and machine construction. Thanks to the plug-and-play, the sensor can also be commissioned quickly.
The fully-encapsulated sensor is impervious to mechanical shocks as well as vibrations, and with its IP69K rating, is protected against water as well as oils, coolants, and all kinds of contamination. This makes the IMG an economical solution for challenging outdoor uses and machine construction. Thanks to the plug-and-play, the sensor can also be commissioned quickly.
Inductive proximity sensor IMX - SICK
Inductive sensors with quadruple sensing range for large distances in industrial environments.
Significantly greater distances: IMX offers four times the sensing range of conventional sensors, setting a new standard for inductive proximity sensors. Sensing ranges of up to 50 mm ensure a higher process performance - making IMX ideal for applications that were previously inconceivable with inductive sensors. In space-critical applications, IMX sensors save installation space by using smaller designs. At the same time, the greater distance reduces mechanical damage. The rugged, durable design ensures less downtimes, stable processes, and high plant availability.
Significantly greater distances: IMX offers four times the sensing range of conventional sensors, setting a new standard for inductive proximity sensors. Sensing ranges of up to 50 mm ensure a higher process performance - making IMX ideal for applications that were previously inconceivable with inductive sensors. In space-critical applications, IMX sensors save installation space by using smaller designs. At the same time, the greater distance reduces mechanical damage. The rugged, durable design ensures less downtimes, stable processes, and high plant availability.
Inductive Proximity Sensors - SICK
There are millions of inductive sensors deployed in almost every area of factory automation. They detect metal objects contactless and are distinguished by a long operating life and extreme robustness. The inductive proximity sensors from Sick provide optimum precision and reliability using the most modern ASIC technology.
SICK can always provide the right solution to meet your requirements – from cylindrical and rectangular standard sensors with one, two or three set switching distances to special sensors for Ex-zone applications and harsh environments. It is the intelligent, reliable route to implementing industry-specific and customized solutions to any task involving automation.
SICK can always provide the right solution to meet your requirements – from cylindrical and rectangular standard sensors with one, two or three set switching distances to special sensors for Ex-zone applications and harsh environments. It is the intelligent, reliable route to implementing industry-specific and customized solutions to any task involving automation.
Inductive proximity sensors IQE - SICK
The economic standard for use in industrial environments.
The IQE sensors from SICK are the economic standard for all types of automation task. They combine compact design with precise detection, high reliability, and a good price-performance ratio. The sensors in the IQE product family from SICK are, therefore, ideal or a wide variety of price-sensitive automation tasks.
The IQE sensors from SICK are the economic standard for all types of automation task. They combine compact design with precise detection, high reliability, and a good price-performance ratio. The sensors in the IQE product family from SICK are, therefore, ideal or a wide variety of price-sensitive automation tasks.
Inductive sensor IQ40 – SICK
The new IQ40 inductive proximity sensors can be mounted in a matter of seconds, offers flexible adjustment options, and is easy to monitor.
The innovative pushlock system enables mounting without tools in one second flat and makes replacing sensors child’s play. Thanks to the rotating sensor head, the IQ40 sensors can be adapted to suit a whole range of applications. The four corner LEDs enable straightforward sensor status monitoring, whatever the mounting position. With state-of-the-art ASIC technology and SICK’s many years of experience behind it, the proximity sensor features an extensive ambient temperature range, excellent resistance to shocks and vibrations, plus electromagnetic compatibility. Even in extremely harsh environments with severe weather conditions, it operates reliably at all times.
The innovative pushlock system enables mounting without tools in one second flat and makes replacing sensors child’s play. Thanks to the rotating sensor head, the IQ40 sensors can be adapted to suit a whole range of applications. The four corner LEDs enable straightforward sensor status monitoring, whatever the mounting position. With state-of-the-art ASIC technology and SICK’s many years of experience behind it, the proximity sensor features an extensive ambient temperature range, excellent resistance to shocks and vibrations, plus electromagnetic compatibility. Even in extremely harsh environments with severe weather conditions, it operates reliably at all times.
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