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Series E positioning sensor ET – Temposonics
Temposonics E-Series ET with new interfaces and certificates.
Temposonics expands its Temposonics® E-Series ET Sensor with Analog and SSI interfaces as well as IECEx, CEC and NEC certificates. Temposonics® E-Series ET is the ideal solution for usage in hazardous areas and in high temperature applications with a small and compact housing.
Temposonics expands its Temposonics® E-Series ET Sensor with Analog and SSI interfaces as well as IECEx, CEC and NEC certificates. Temposonics® E-Series ET is the ideal solution for usage in hazardous areas and in high temperature applications with a small and compact housing.
Short range distance sensors - SICK
SICK short range distance sensors (displacement) measure smallest deviations, cavities, planarity or position a robot precisely. They are used to guarantee maximum efficiency and effectiveness in each process step in industries where quality is critical to business success.
Improved product quality with highly accurate measurement down to sub-micron resolution.
Short range distance sensors are laser sensors, which provide accurate distance measurements for applications that require a high degree of precision. They have a measurement range of up to 1,000 mm. Due to their accuracy, they are especially suited for controlling, sorting and inspection tasks used in quality control processes. Common applications include measuring dimension, position and shape and machining tolerances. Using SICK short range distance sensors can improve the quality of your end product while reducing material and downtime costs.
Improved product quality with highly accurate measurement down to sub-micron resolution.
Short range distance sensors are laser sensors, which provide accurate distance measurements for applications that require a high degree of precision. They have a measurement range of up to 1,000 mm. Due to their accuracy, they are especially suited for controlling, sorting and inspection tasks used in quality control processes. Common applications include measuring dimension, position and shape and machining tolerances. Using SICK short range distance sensors can improve the quality of your end product while reducing material and downtime costs.
Square ultrasonic sensors - UC4 - SICK
Small, precise, ultrasonic.
Square ultrasonic sensors are true all-rounders. Whether it is position detection, distance measurement or the detection of solid, powdered or liquid substances: Square ultrasonic sensors from SICK demonstrate their reliability and precision in virtually any application
The UC4 square ultrasonic sensor family combines state-of-the-art ultrasonic technology in a miniature housing. With reliable functionality in even difficult operating conditions, the UC4 is a real miniature all-rounder when it comes to demanding, specialized tasks such as detecting transparent objects or measuring the levels of fluids and bulk materials.
Square ultrasonic sensors are true all-rounders. Whether it is position detection, distance measurement or the detection of solid, powdered or liquid substances: Square ultrasonic sensors from SICK demonstrate their reliability and precision in virtually any application
The UC4 square ultrasonic sensor family combines state-of-the-art ultrasonic technology in a miniature housing. With reliable functionality in even difficult operating conditions, the UC4 is a real miniature all-rounder when it comes to demanding, specialized tasks such as detecting transparent objects or measuring the levels of fluids and bulk materials.
Wire-draw absolute encoders - SICK
SICK wire-draw absolute encoders consist in a wire-draw mechanism and an encoder. The number of drum rotations is proportional to the measuring length.
This movement is counted by an encoder and converted to a measuring signal. This provides high-resolution position or distance information for linear measurement paths, even under difficult mounting conditions. Precise linear guidance, as required for other length measurement systems, is not necessary.
This movement is counted by an encoder and converted to a measuring signal. This provides high-resolution position or distance information for linear measurement paths, even under difficult mounting conditions. Precise linear guidance, as required for other length measurement systems, is not necessary.
Wire-draw encoder VarioLine - SICK
The flexible wire draw encoder for indoor and outdoor areas.
The compact VarioLine from SICK wire draw encoder is the ideal solution for measuring distances of up to 3 m. Its rugged stainless-steel housing, combined with a high retraction force, ensures a long service life for the device – even under harsh conditions.
The VarioLine is also compatible with all other SICK encoders thanks to its extensive range of accessories and numerous interfaces. The wire draw encoder can be easily integrated into many installation spaces thanks to the deflection rollers. Smart tasks, diagnostic functions and numerous programming options make the wire draw encoder very flexible.
The compact VarioLine from SICK wire draw encoder is the ideal solution for measuring distances of up to 3 m. Its rugged stainless-steel housing, combined with a high retraction force, ensures a long service life for the device – even under harsh conditions.
The VarioLine is also compatible with all other SICK encoders thanks to its extensive range of accessories and numerous interfaces. The wire draw encoder can be easily integrated into many installation spaces thanks to the deflection rollers. Smart tasks, diagnostic functions and numerous programming options make the wire draw encoder very flexible.
Wire-draw incremental encoders - SICK
SICK wire-draw incremental encoders consist in a wire-draw mechanism and an encoder. The number of drum rotations is proportional to the measuring length.
This movement is monitored by an encoder and converted to a measuring signal. This provides high-resolution position or distance information for linear measurement paths, even under difficult mounting conditions. Precise linear guidance, as required for other length measurement systems, is not necessary.
This movement is monitored by an encoder and converted to a measuring signal. This provides high-resolution position or distance information for linear measurement paths, even under difficult mounting conditions. Precise linear guidance, as required for other length measurement systems, is not necessary.
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