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Absolute encoder AHS/AHM36 IO-Link - SICK
The AHS/AHM36 IO-Link absolute encoders set standards in mechanical adaptation, electrical connectivity and IO-Link communication. With their rotatable male connector or cable connection as well as the various mounting hole patterns and adapter flanges, these encoders are suitable for nearly any application.
The IO-Link interface enables economical encoder integration into Ethernet and fieldbus networks. The configuration of the encoder can be adjusted individually via the SOPAS engineering tool from Sick or the IO-Link master. The rugged, reliable, fully magnetic sensor system provides a maximum resolution of 12 bits for the singleturn variant and maximum 24 bits for the multiturn variant.
The IO-Link interface enables economical encoder integration into Ethernet and fieldbus networks. The configuration of the encoder can be adjusted individually via the SOPAS engineering tool from Sick or the IO-Link master. The rugged, reliable, fully magnetic sensor system provides a maximum resolution of 12 bits for the singleturn variant and maximum 24 bits for the multiturn variant.
Absolute encoder AHS/AHM36 SSI - Sick
The AHS/AHM36 SSI absolute encoder product family provides increased flexibility due to its mechanical adaptation, electrical connectivity, and SSI communication. With their rotatable connector or cable outlets as well as the various mounting hole patterns and adapter flanges, these encoders are suitable for nearly any application.
Absolute encoders AFS/AFM60 - Sick
With a high resolution of 18 bits (AFS60 Inox) or 30 bits (AFM60 Inox) and a large selection of programmable parameters, the AFS60 Inox absolute singleturn encoder and the AFM60 Inox absolute multiturn encoder set new standards when it comes to stainless-steel encoders.
The high resolution, the high IP enclosure rating, and the stainless-steel housing enable use in applications under harsh ambient conditions. The encoders are equipped with the SSI interface while the AFM60 Inox is also available with the SSI + Incremental and SSI + Sin/Cos combined interfaces. Both encoders can be programmed using the PC-based programming device PGT-08-S or the hand-held programming device PGT-10-Pro.
The high resolution, the high IP enclosure rating, and the stainless-steel housing enable use in applications under harsh ambient conditions. The encoders are equipped with the SSI interface while the AFM60 Inox is also available with the SSI + Incremental and SSI + Sin/Cos combined interfaces. Both encoders can be programmed using the PC-based programming device PGT-08-S or the hand-held programming device PGT-10-Pro.
Absolute encoders AFS/AFM60 EtherNet/IP - Sick
The AFS60/AFM60 EtherNet/IP absolute encoders from Sick are the first encoders of their kind to feature an active web server as well as to make their function blocks available for fieldbus integration.
Mechanical engineers, integrators, and end customers all benefit from features including simple commissioning, significantly reduced configuration time, and direct, continuous access to the encoder via the machine's HMI user interface. Furthermore, the encoders are equipped with an FTP server for direct firmware updates. The web server configuration option opens up entirely new opportunities for commissioning, service, and maintenance by operating personnel who have different capabilities and levels of interface knowledge.
Mechanical engineers, integrators, and end customers all benefit from features including simple commissioning, significantly reduced configuration time, and direct, continuous access to the encoder via the machine's HMI user interface. Furthermore, the encoders are equipped with an FTP server for direct firmware updates. The web server configuration option opens up entirely new opportunities for commissioning, service, and maintenance by operating personnel who have different capabilities and levels of interface knowledge.
Compact linear encoder with high resolution TTK70 - Sick
Compact linear encoder with high resolution.
The non-contact principle of operation means that the position is determined without wear. The sensor uses a unique code pattern to record the absolute position information along the reference scale, and sends this information directly to the evaluation electronics. As a result, there is no need for a reference run. Compact systems with high resolutions or rugged solutions with very high measuring lengths (up to 1,700 m) can be used in a wide range of applications.
The non-contact principle of operation means that the position is determined without wear. The sensor uses a unique code pattern to record the absolute position information along the reference scale, and sends this information directly to the evaluation electronics. As a result, there is no need for a reference run. Compact systems with high resolutions or rugged solutions with very high measuring lengths (up to 1,700 m) can be used in a wide range of applications.
Compact positioning sensors Serie E - Temposonics
Effective and efficient - the compact Temposonics E-Series sensors EH (rod style), EP (profile style) and EL (ultralow profile style) are now also available with digital SSI- and CANOpen-outputs. Together with the existing analog interface and the digital Start/Stop-output Temposonics offers a complete product line with market standard outputs significantly extending the application possibilities.
These robust sensors are ideal for measurement and control tasks in standard applications with limited space.
These robust sensors are ideal for measurement and control tasks in standard applications with limited space.
Condition Monitoring sensors for vibration, shock, and temperature monitoring, MPB - SICK
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.
Cylindrical ultrassonic sensor UM30 - Sick
Cylindrical ultrasonic sensors are true all-rounders. Whether it is position detection, distance measurement or the detection of solid, powdered or liquid substances: Cylindrical ultrasonic sensors from SICK demonstrate their reliability and precision in virtually any application.
The UM30 product family provides a variety of flexible options. Sensing ranges up to 8 m, as well as various setup options, enable these sensors to solve nearly any application. Its high measurement accuracy – due to internal temperature compensation – along with the color-independent detection of objects, immunity to dirt and dust, and a high operational temperature range up to 70 °C, enable reliable operation – even under the most challenging conditions.
The UM30 product family provides a variety of flexible options. Sensing ranges up to 8 m, as well as various setup options, enable these sensors to solve nearly any application. Its high measurement accuracy – due to internal temperature compensation – along with the color-independent detection of objects, immunity to dirt and dust, and a high operational temperature range up to 70 °C, enable reliable operation – even under the most challenging conditions.
Cylindrical ultrasonic sensors - Sick
Cylindrical ultimate ultrasonic sensor solutions from Sick
Sound is a natural phenomenon which helps us to recognize our environment without physical contact over widely varying distances. Sick’s cylindrical ultrasonic sensors use sound to accurately detect objects and measure distances.
These sensors provide outstanding background suppression to reliably detect objects, regardless of the object’s appearance. The output used – switching, analog or both – is determined based on your application requirements.
Sound is a natural phenomenon which helps us to recognize our environment without physical contact over widely varying distances. Sick’s cylindrical ultrasonic sensors use sound to accurately detect objects and measure distances.
These sensors provide outstanding background suppression to reliably detect objects, regardless of the object’s appearance. The output used – switching, analog or both – is determined based on your application requirements.
Distance liner measurement sensors OLV – Sick
The new dimension in non-contact length and speed measurement.
The OLV sensor product family is designed for non-contact speed monitoring and control in production processes.
They are especially useful for length measurement as well as cutting and shearing control for endless products.
Tactile measuring wheels, measuring rollers or tachometers often cause measuring errors and damage to measured objects due to slippage, vibration, contamination and wear. The compact OLV range of linear measurement sensors from Sick offers an accurate, user-friendly and durable solution for such systems. Your decisive advantage: they provide a non-contact material-independent measurement. These non-contact, material-independent sensors, which are based on the laser-Doppler principle, deliver a typical measurement accuracy of ± 0.05%. The OLV sensors are lightweight, maintenance-free, permanently calibrated and measure practically any surface or colour without parameter reconfiguration.
The OLV sensor product family is designed for non-contact speed monitoring and control in production processes.
They are especially useful for length measurement as well as cutting and shearing control for endless products.
Tactile measuring wheels, measuring rollers or tachometers often cause measuring errors and damage to measured objects due to slippage, vibration, contamination and wear. The compact OLV range of linear measurement sensors from Sick offers an accurate, user-friendly and durable solution for such systems. Your decisive advantage: they provide a non-contact material-independent measurement. These non-contact, material-independent sensors, which are based on the laser-Doppler principle, deliver a typical measurement accuracy of ± 0.05%. The OLV sensors are lightweight, maintenance-free, permanently calibrated and measure practically any surface or colour without parameter reconfiguration.
Distance measurement sensor OD5000 - Sick
The expert for high performance measurement.
The OD5000 displacement measurement sensor specializes in high-precision measuring tasks, offering solutions in a wide range of applications. With a measuring frequency of up to 80 kHz, the OD5000 also measures quick and rotating measuring objects with µm-precision. The innovative analysis algorithm allows stable measurements with the highest level of repeatability on a wide range of surfaces. What's more, the OD5000 measures the thickness of transparent material with minimal effort with just a sensor head. The Ethernet interface integrated directly in the sensor head ensures quick communication and therefore maximum productivity.
The OD5000 displacement measurement sensor specializes in high-precision measuring tasks, offering solutions in a wide range of applications. With a measuring frequency of up to 80 kHz, the OD5000 also measures quick and rotating measuring objects with µm-precision. The innovative analysis algorithm allows stable measurements with the highest level of repeatability on a wide range of surfaces. What's more, the OD5000 measures the thickness of transparent material with minimal effort with just a sensor head. The Ethernet interface integrated directly in the sensor head ensures quick communication and therefore maximum productivity.
Distance measurement sensors OD1000 - SICK
The solution for precise measurement over long distances
Perfect quality can only be guaranteed when each and every measurement and process step is controlled. Thanks to its wide range of optical sensors, SICK’s intelligent measurement technology can offer highly accurate solutions for measuring even the smallest objects. SICK is setting new standards in measurement accuracy through the use of numerous technologies, such as 1D and 2D laser triangulation and chromatic confocal processes. This plays an important role in a whole host of different industries – particularly those with a strong emphasis on the measuring, regulation, positioning or monitoring of products and processes. Moreover, SICK’s measurement technology supports quality assurance processes and delivers cost saving benefits.
Perfect quality can only be guaranteed when each and every measurement and process step is controlled. Thanks to its wide range of optical sensors, SICK’s intelligent measurement technology can offer highly accurate solutions for measuring even the smallest objects. SICK is setting new standards in measurement accuracy through the use of numerous technologies, such as 1D and 2D laser triangulation and chromatic confocal processes. This plays an important role in a whole host of different industries – particularly those with a strong emphasis on the measuring, regulation, positioning or monitoring of products and processes. Moreover, SICK’s measurement technology supports quality assurance processes and delivers cost saving benefits.
Distance measurement sensors OD2000 - SICK
Efficient all-rounder for precise distance measurements.
SICK compact OD2000 displacement measurement sensor is a very economical stand-alone solution for accurate distance measurement.
The universally applicable sensor is suitable for a wide variety of applications with distances of up to 1,200 mm. Using high-precision triangulation, it detects even the smallest differences in height in the micrometer range. Due to top values in terms of linearity and repeatability as well as a measuring frequency of up to 7.5 kHz, the OD2000 delivers reliable distance data on virtually any surface.
SICK compact OD2000 displacement measurement sensor is a very economical stand-alone solution for accurate distance measurement.
The universally applicable sensor is suitable for a wide variety of applications with distances of up to 1,200 mm. Using high-precision triangulation, it detects even the smallest differences in height in the micrometer range. Due to top values in terms of linearity and repeatability as well as a measuring frequency of up to 7.5 kHz, the OD2000 delivers reliable distance data on virtually any surface.
Distance Sensors DL100 Hi - Sick
The Sick´s DL100 Hi family combines leading edge technology with innovative design. The product’s phase-shift measurement technology ensures the highest performance, which, in co-operation with drives manufacturers, has been optimized for perfect integration into closed control loops.
Our innovative 3-axis bracket, the smallest housing in its sensor class, as well as the intelligent quick lock system with fast connectors, offers optimized handling and reduced costs of ownership.
Our innovative 3-axis bracket, the smallest housing in its sensor class, as well as the intelligent quick lock system with fast connectors, offers optimized handling and reduced costs of ownership.
Encoder incremental DLS40 - SICK
The DLS40 incremental encoder is a reliable solution for measuring rotational speed and position.
It has several unique features that redefine the way encoders work. The concept of a flange with integrated housing enables a slim, compact, and cost-efficient design. This allows easier installation, especially within tight spaces. In addition, the encoder has an easily accessible laser-marked QR code that provides direct access to the operating instructions.
It has several unique features that redefine the way encoders work. The concept of a flange with integrated housing enables a slim, compact, and cost-efficient design. This allows easier installation, especially within tight spaces. In addition, the encoder has an easily accessible laser-marked QR code that provides direct access to the operating instructions.
Encoder linear com captura de movimento sem contacto SPEETEC - SICK
Encoders absolutos AFS/AFM60 Profinet - Sick
Intelligent diagnostic functions and rapid data transfer: High-resolution AFS/AFM60 PROFINET absolute encoders represent high-precision measurement of absolute position and speed in the area of industrial automation.
Comprehensive functions for diagnosing parameters such as temperature or operating time and early error detection increase network reliability. Various configuration options, such as modification of resolution, rotational direction or unit of speed measurement simplify installation and enable customized adjustment to each application. Their compact design makes AFS/AFM60 PROFINET absolute encoders suitable for use in applications with tight space available. Embedded switch technology ensures maximum system and equipment availability and thus contributes to increased productivity.
Comprehensive functions for diagnosing parameters such as temperature or operating time and early error detection increase network reliability. Various configuration options, such as modification of resolution, rotational direction or unit of speed measurement simplify installation and enable customized adjustment to each application. Their compact design makes AFS/AFM60 PROFINET absolute encoders suitable for use in applications with tight space available. Embedded switch technology ensures maximum system and equipment availability and thus contributes to increased productivity.
Encoders lineares absolutos KH53 - Sick
Linear position measuring systems for material handling applications, e.g. storage and conveyor systems, have particularly high requirements and performances.
The position linear non-contact absolute positioning encoders KH53 is continuously evaluated by the sensor unit and it’s directly transmitted as an encoded signal by the evaluation electronics housed in the sensor unit. Since the sensor unit and the reference scale are separate components, even extremely long distances can be measured with extremely hi accuracy.
The position linear non-contact absolute positioning encoders KH53 is continuously evaluated by the sensor unit and it’s directly transmitted as an encoded signal by the evaluation electronics housed in the sensor unit. Since the sensor unit and the reference scale are separate components, even extremely long distances can be measured with extremely hi accuracy.
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 IP 65 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 IP 65 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.
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