Sick

The DUS60E-RDKF0ACA is a high-performance incremental encoder designed for accurate position feedback in industrial applications. It offers reliable rotational measurements, ideal for motion control, automation, and robotics systems. With a rugged construction, it ensures durability and consistent performance in harsh environments, making it suitable for...

The DUS60E-TCKF0BGB is an incremental encoder from the DUS60 series. Known for its high precision, it is designed to deliver reliable position feedback for various industrial automation systems. This encoder offers robust performance in demanding environments, providing accurate rotational information to optimize control and monitoring...

The DUS60E-TEKFAACA is a high-performance incremental encoder designed for precise position feedback in industrial applications. It offers reliable and accurate rotational measurements, making it ideal for motion control, automation, and robotics systems. Its robust construction ensures durability and stable performance in demanding operational environments.

The DUS60E-TJKFAABB is a high-performance incremental encoder designed for precise position feedback in industrial applications. It offers reliable and accurate rotational measurements, making it ideal for motion control, automation, and robotics systems. Its robust construction ensures durability and stable performance in demanding operational environments.

Detecting double layers in film stack processes, e.g. in battery production, is a huge challenge. The new IDF double film sensors reliably detect whether a suction gripper has picked up one or several films and ensure that the unwanted double film is immediately sorted out....

The IMA inductive analog sensors give out a current or voltage signal which is in proportional relation to the distance from the sensor to the metal target. They are therefore optimally suited for monitoring travel paths, positions or even differentiating between spaces and material variants....

The inductive IMB proximity sensor 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...

The inductive, intelligent, and, thanks to IO-Link 1.1, communication-enabled IMC proximity sensors offer a whole host of new options to make handling applications easier and more reliable in every industry. Up to four individual switching points or windows including the hysteresis can be set. Equipped...

SICK’s inductive sensors offer precise detection, less downtime and a long service life. The inductive IME sensors pack high technology into the smallest of spaces. The integrated ASIC chip enables digital adjustment after the end of the manufacturing process. The saving of values in the...

The IMF inductive proximity sensor is the new standard for reliability in the food industry. With its extended sensing ranges, made highly precise thanks to the use of SICK ASIC technology, the IMF ensures reliable, stable processes. What's more, its wide-ranging specification limits allow the...

The IMG inductive proximity sensor precisely detects metallic objects even in harsh usage environments. In price-sensitive mobile applications and automation solutions, it is suitable as a switch for end position determination of speed measurement. Using the IMG, fault-free processes can be ensured even with high...

In contrast to conventional proximity sensors, whose sensing face consists of plastic, the IMI inductive proximity sensors have a closed housing made completely of stainless steel. This feature makes the IMI ideal for use in challenging applications with mechanical and chemical loads, for instance shocks,...

Minimal space requirements paired with maximum performance characterize the IMM inductive proximity sensors. They allow the highest level of miniaturization without compromise. Thanks to the 3-fold sensing range up to 6 mm, IMM devices detect objects from a greater distance than before. Due to their small...

Safe detection in ATEX areas. The IMN sensors are available for this due to their high quality and reliability. No whether in category 1G or 2G, the NAMUR sensors from SICK are perfectly suited for explosion-hazardous areas.

The inductive, high-pressure-resistant IMP sensors are perfectly suited for the query of end positions in hydraulic cylinders. The use of state-of-the-art ASIC and manufacturing technologies from SICK sets new standards in installation size, service life and load capability for the sensors. Due to the stable...

The IMS inductive proximity sensors combine tried-and-tested, rugged SICK mechanics with advanced electronics. With the E1 type approval by the German Federal Motor Transport Authority, the sensors are especially well-suited for use in mobile machines. The IMS products feature protection against load dump, electromagnetic compatibility...

SICK’s inductive sensors offer precise detection, less downtime, and a long service life. The IMW inductive sensors pack high technology into the smallest of spaces. The integrated ASIC chip enables digital adjustment after the end of the manufacturing process. The saving of values in the...

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....

Compact design with best-in-class performance. The IQB sensors offer extended sensing ranges of up to 8 mm and state-of-the-art SICK-ASIC technology. Its proven, reliable design with 270° status display is also ideal for more demanding applications. Extremely rugged VISTAL® housing, innovative hotmelt molding and an IP68...

The IQE sensors 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 are, therefore, ideal or a wide variety of price-sensitive automation tasks.

The IQG sensors can be mounted in a matter of seconds, offer flexible adjustment options, and are easy to monitor. The innovative push-lock system enables mounting without tools in one second flat and makes replacing sensors child's play. Thanks to the rotating sensor head, the...

With an adjustable sensing range of up to 60 mm, the sensors of the IQL product family offer a high degree of detection ease. Thanks to the freely configurable N/O and N/C output function, they also reduce costs in new and existing applications. Due to installation...

The IQM sensors with their rectangular miniature designs are real space-savers. Thanks to the low heights of a minimum of 4.7 mm and fully-integrated electronics, they set new standards and contribute to the miniaturization of modules and machines. Extended sensing ranges of up to 3 mm enable...

When space is tight, the flat design of the IQV sensors are the best choice. Thanks to a low height, they can be easily integrated into applications where space is critical and allow a high degree of freedom when it comes to machine design. Greater...

With slim dimensions of just 5 mm x 5 mm or 8 mm x 8 mm, the IQY sensors offer up to 4 mm in sensing range, thereby providing the best performance while taking up the least possible space. Integration into linear units or confined installation spaces is no problem. State-of-the-art SICK-ASIC...

The SAM sensor is the simple and intelligent way of speed monitoring with an additional IO-Link interface. SAM can be used as a classic speed monitor or innovative acceleration monitor with a revolutionary speed-independent monitoring function. It checks if an adjustable speed or acceleration threshold...

The SAM sensor is the simple and intelligent way of speed monitoring with an additional IO-Link interface. SAM can be used as a classic speed monitor or innovative acceleration monitor with a revolutionary speed-independent monitoring function. It checks if an adjustable speed or acceleration threshold...

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 connection also offers a great deal of flexibility when mounting the sensor mechanically. With their rugged and UV-resistant plastic housings, the...

The TMS22 (single-axis) and TMM22 (dual-axis) inclination sensors provide very precise, cost-effective inclination measurements. The foundation for this is powerful MEMS technology, which scores points with an error tolerance of ± 0.1° and high repeatability. The measured values are output via a linearized analog signal. In...

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...

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...

The inclination sensors from the TMS/TMM88 Dynamic product family are setting new standards with respect to signal quality and response time. Thanks to an intelligent sensor fusion filter, not only are they extremely quick to respond – they are also highly precise, even when influenced...

The TMM22B-PKJ090 is an inertial sensor from the TMS/TMM22 series, designed to measure angular velocity with a range of 90°. It provides high precision and reliability, making it suitable for dynamic motion sensing applications such as robotics, automotive systems, and aerospace. This sensor ensures stable...

The TMM22B-PKJ090 is an inertial sensor from the TMS/TMM22 series, designed for measuring angular velocity. With a 90° measurement range, it is used in dynamic applications requiring precise motion tracking, rotation sensing, and orientation control. It offers reliability for systems in automotive, robotics, and industrial...

The TMM22B-PKK090 is an inertial sensor from the TMS/TMM22 series, providing high-precision angular velocity measurements within a 90° range. This sensor is suitable for dynamic applications in industries like robotics, automotive, and aerospace, offering reliable motion sensing for control and navigation in various systems with...

The TMS/TMM22 and TMM22B-PKL090 are high-precision inertial sensors designed for accurate motion detection and orientation measurement. Equipped with advanced accelerometer technology, these sensors deliver reliable and precise data, making them ideal for applications in robotics, automotive systems, and industrial automation. Their robust and compact design...

The TMM22B-PLH090 is an inertial sensor from the TMS/TMM22 series. This sensor is likely designed for measuring angular velocity or rotational speed, with a 90° range. It is used in applications such as motion tracking, robotics, or dynamic systems, providing precise orientation and rotational speed...

The TMS/TMM22 and TMM22B-PLJ090 are high-precision inertial sensors designed for accurate motion detection and orientation measurement. Featuring advanced accelerometer and gyroscope technologies, these sensors provide reliable performance for applications in robotics, automotive systems, and industrial automation. Their compact design ensures efficient functionality in dynamic and...

The TMS/TMM22 and TMM22E-PKH005 are high-precision inertial sensors designed for accurate motion detection and orientation measurement. Equipped with advanced accelerometer technology, these sensors deliver reliable and precise data, making them ideal for applications in robotics, automotive systems, and industrial automation. Their compact and durable design...

The TMS/TMM22 and TMM22E-PKJ060 are high-precision inertial sensors designed for accurate motion detection and orientation measurements. These sensors utilize advanced accelerometer technology to provide reliable and precise data, making them ideal for applications in robotics, automotive systems, and industrial automation. Their durable design ensures consistent...

The TMM22E-PKK045 is an inertial sensor from the TMS/TMM22 series. This sensor is designed to measure angular velocity or rotational movements with high accuracy. The 045 specification indicates it has a 45° range of measurement, suitable for applications requiring dynamic movement tracking, including robotics, motion...

The TMM22E-PKN045 is an inertial sensor from the TMS/TMM22 series. This sensor is designed to measure angular velocity or rotational movements with a 45° range of measurement. It is typically used in applications such as motion tracking, robotics, and dynamic systems requiring precise angular measurement...

The TMS/TMM22 and TMM22E-PLH010 are advanced inertial sensors designed for precise motion detection. These sensors offer high performance in measuring acceleration and angular velocity, making them ideal for applications in robotics, automotive systems, and navigation. Their compact design ensures reliable functionality in demanding environments, ensuring...

The TMS/TMM22 and TMM22E-PLH045 are advanced inertial sensors designed for high-precision motion detection and orientation measurement. Featuring cutting-edge accelerometer technology, these sensors deliver reliable and accurate data for a wide range of applications, including robotics, automotive systems, and industrial automation. Their robust design ensures stable...

The TMM22E-PLH090 is an inertial sensor from the TMS/TMM22 series. It offers precise angular velocity measurement and is typically used in dynamic applications where accurate motion tracking and orientation control are essential. With a 90° measurement range, it provides high accuracy for systems in automotive,...

The TMS/TMM22 and TMM22E-PNK045 are advanced inertial sensors designed to deliver precise motion and acceleration measurements. With high sensitivity and accuracy, these sensors are ideal for use in automotive, robotics, and industrial applications. Their robust design ensures reliable performance even in dynamic and challenging environments,...

The TMS/TMM22 and TMM22E-PNK045 are sophisticated inertial sensors designed for high-accuracy motion and orientation detection. Equipped with advanced accelerometer technology, these sensors offer reliable performance in applications like robotics, automotive systems, and industrial automation. Their compact design ensures efficient operation, providing precise data even in...

The TMS/TMM22 and TMM22E-PNK045 are precision inertial sensors designed for accurate motion and orientation sensing. These sensors feature advanced accelerometer technology, ensuring reliable and precise measurements for applications such as robotics, automotive systems, and industrial automation. Their compact design and high performance make them ideal...