The eddyNCDT 3005 is a powerful eddy current measuring system for fast, high precision displacement measurements. The system comprises a compact controller, a sensor and an integrated cable and is factory-calibrated for ferromagnetic and non-ferromagnetic materials. As sensor and controller are temperature-compensated, high measurement accuracies can be achieved even in fluctuating temperatures. The sensors are designed for ambient temperatures up to max. +125 °C but can optionally be custom engineered for temperatures from -20 °C to 180 °C. The measuring system is pressure-resistant up to 10 bar and so is ideally suited to machine integration. The eddyNCDT 3005 provides ease of use and high measurement accuracy, offering an outstanding price-performance ratio and is ideal for OEM integration and serial applications in machine building, particularly where pressure, dirt, oil and high temperatures are present.

The eddyNCDT 3005 is a powerful eddy current measuring system for fast, high precision displacement measurements. The system comprises a compact controller, a sensor and an integrated cable and is factory-calibrated for ferromagnetic and non-ferromagnetic materials. As sensor and controller are temperature-compensated, high measurement accuracies can be achieved even in fluctuating temperatures. The sensors are designed for ambient temperatures up to max. +125 °C but can optionally be custom engineered for temperatures from -20 °C to 180 °C. The measuring system is pressure-resistant up to 10 bar and so is ideally suited to machine integration. The eddyNCDT 3005 provides ease of use and high measurement accuracy, offering an outstanding price-performance ratio and is ideal for OEM integration and serial applications in machine building, particularly where pressure, dirt, oil and high temperatures are present.

The eddyNCDT 3005 is a powerful eddy current measuring system for fast, high precision displacement measurements. The system comprises a compact controller, a sensor and an integrated cable and is factory-calibrated for ferromagnetic and non-ferromagnetic materials. As sensor and controller are temperature-compensated, high measurement accuracies can be achieved even in fluctuating temperatures. The sensors are designed for ambient temperatures up to max. +125 °C but can optionally be custom engineered for temperatures from -20 °C to 180 °C. The measuring system is pressure-resistant up to 10 bar and so is ideally suited to machine integration. The eddyNCDT 3005 provides ease of use and high measurement accuracy, offering an outstanding price-performance ratio and is ideal for OEM integration and serial applications in machine building, particularly where pressure, dirt, oil and high temperatures are present.

The eddyNCDT 3005 is a powerful eddy current measuring system for fast, high precision displacement measurements. The system comprises a compact controller, a sensor and an integrated cable and is factory-calibrated for ferromagnetic and non-ferromagnetic materials. As sensor and controller are temperature-compensated, high measurement accuracies can be achieved even in fluctuating temperatures. The sensors are designed for ambient temperatures up to max. +125 °C but can optionally be custom engineered for temperatures from -20 °C to 180 °C. The measuring system is pressure-resistant up to 10 bar and so is ideally suited to machine integration. The eddyNCDT 3005 provides ease of use and high measurement accuracy, offering an outstanding price-performance ratio and is ideal for OEM integration and serial applications in machine building, particularly where pressure, dirt, oil and high temperatures are present.

The eddyNCDT 3005 is a powerful eddy current measuring system for fast, high precision displacement measurements. The system comprises a compact controller, a sensor and an integrated cable and is factory-calibrated for ferromagnetic and non-ferromagnetic materials. As sensor and controller are temperature-compensated, high measurement accuracies can be achieved even in fluctuating temperatures. The sensors are designed for ambient temperatures up to max. +125 °C but can optionally be custom engineered for temperatures from -20 °C to 180 °C. The measuring system is pressure-resistant up to 10 bar and so is ideally suited to machine integration. The eddyNCDT 3005 provides ease of use and high measurement accuracy, offering an outstanding price-performance ratio and is ideal for OEM integration and serial applications in machine building, particularly where pressure, dirt, oil and high temperatures are present.

The eddyNCDT 3005 is a powerful eddy current measuring system for fast, high precision displacement measurements. The system comprises a compact controller, a sensor and an integrated cable and is factory-calibrated for ferromagnetic and non-ferromagnetic materials. As sensor and controller are temperature-compensated, high measurement accuracies can be achieved even in fluctuating temperatures. The sensors are designed for ambient temperatures up to max. +125 °C but can optionally be custom engineered for temperatures from -20 °C to 180 °C. The measuring system is pressure-resistant up to 10 bar and so is ideally suited to machine integration. The eddyNCDT 3005 provides ease of use and high measurement accuracy, offering an outstanding price-performance ratio and is ideal for OEM integration and serial applications in machine building, particularly where pressure, dirt, oil and high temperatures are present.

The eddyNCDT 3005 is a powerful eddy current measuring system for fast, high precision displacement measurements. The system comprises a compact controller, a sensor and an integrated cable and is factory-calibrated for ferromagnetic and non-ferromagnetic materials. As sensor and controller are temperature-compensated, high measurement accuracies can be achieved even in fluctuating temperatures. The sensors are designed for ambient temperatures up to max. +125 °C but can optionally be custom engineered for temperatures from -20 °C to 180 °C. The measuring system is pressure-resistant up to 10 bar and so is ideally suited to machine integration. The eddyNCDT 3005 provides ease of use and high measurement accuracy, offering an outstanding price-performance ratio and is ideal for OEM integration and serial applications in machine building, particularly where pressure, dirt, oil and high temperatures are present.

The eddyNCDT 3005 is a powerful eddy current measuring system for fast, high precision displacement measurements. The system comprises a compact controller, a sensor and an integrated cable and is factory-calibrated for ferromagnetic and non-ferromagnetic materials. As sensor and controller are temperature-compensated, high measurement accuracies can be achieved even in fluctuating temperatures. The sensors are designed for ambient temperatures up to max. +125 °C but can optionally be custom engineered for temperatures from -20 °C to 180 °C. The measuring system is pressure-resistant up to 10 bar and so is ideally suited to machine integration. The eddyNCDT 3005 provides ease of use and high measurement accuracy, offering an outstanding price-performance ratio and is ideal for OEM integration and serial applications in machine building, particularly where pressure, dirt, oil and high temperatures are present.

The eddyNCDT 3001 U2 and U4 models are powerful eddy current sensors whose compact dimensions have to date only been reserved for inductive sensors and proximity sensors. These compact sensors are equipped with an integrated controller including temperature compensation while offering an excellent price-performance ratio, as well as easy operation. Therefore, the sensors are ideally suited to OEM integration and machine building applications. The temperature-compensated design provides high stability even when surrounded by fluctuating ambient temperatures. The sensors are factory-calibrated for ferromagnetic and non-ferromagnetic materials, which eliminates the need for on-site linearization of the sensor. Its robust design combined with the eddy current measuring principle enables measurements in harsh industrial environments oil, pressure and dirt. In addition, the eddyNCDT 3001 is suitable for offshore and marine applications.

The eddyNCDT 3001 U2 and U4 models are powerful eddy current sensors whose compact dimensions have to date only been reserved for inductive sensors and proximity sensors. These compact sensors are equipped with an integrated controller including temperature compensation while offering an excellent price-performance ratio, as well as easy operation. Therefore, the sensors are ideally suited to OEM integration and machine building applications. The temperature-compensated design provides high stability even when surrounded by fluctuating ambient temperatures. The sensors are factory-calibrated for ferromagnetic and non-ferromagnetic materials, which eliminates the need for on-site linearization of the sensor. Its robust design combined with the eddy current measuring principle enables measurements in harsh industrial environments oil, pressure and dirt. In addition, the eddyNCDT 3001 is suitable for offshore and marine applications.

The eddyNCDT 3001 U2 and U4 models are powerful eddy current sensors whose compact dimensions have to date only been reserved for inductive sensors and proximity sensors. These compact sensors are equipped with an integrated controller including temperature compensation while offering an excellent price-performance ratio, as well as easy operation. Therefore, the sensors are ideally suited to OEM integration and machine building applications. The temperature-compensated design provides high stability even when surrounded by fluctuating ambient temperatures. The sensors are factory-calibrated for ferromagnetic and non-ferromagnetic materials, which eliminates the need for on-site linearization of the sensor. Its robust design combined with the eddy current measuring principle enables measurements in harsh industrial environments oil, pressure and dirt. In addition, the eddyNCDT 3001 is suitable for offshore and marine applications.

The eddyNCDT 3001 U2 and U4 models are powerful eddy current sensors whose compact dimensions have to date only been reserved for inductive sensors and proximity sensors. These compact sensors are equipped with an integrated controller including temperature compensation while offering an excellent price-performance ratio, as well as easy operation. Therefore, the sensors are ideally suited to OEM integration and machine building applications. The temperature-compensated design provides high stability even when surrounded by fluctuating ambient temperatures. The sensors are factory-calibrated for ferromagnetic and non-ferromagnetic materials, which eliminates the need for on-site linearization of the sensor. Its robust design combined with the eddy current measuring principle enables measurements in harsh industrial environments oil, pressure and dirt. In addition, the eddyNCDT 3001 is suitable for offshore and marine applications.

The eddyNCDT 3001 U2 and U4 models are powerful eddy current sensors whose compact dimensions have to date only been reserved for inductive sensors and proximity sensors. These compact sensors are equipped with an integrated controller including temperature compensation while offering an excellent price-performance ratio, as well as easy operation. Therefore, the sensors are ideally suited to OEM integration and machine building applications. The temperature-compensated design provides high stability even when surrounded by fluctuating ambient temperatures. The sensors are factory-calibrated for ferromagnetic and non-ferromagnetic materials, which eliminates the need for on-site linearization of the sensor. Its robust design combined with the eddy current measuring principle enables measurements in harsh industrial environments oil, pressure and dirt. In addition, the eddyNCDT 3001 is suitable for offshore and marine applications.

The eddyNCDT 3001 U2 and U4 models are powerful eddy current sensors whose compact dimensions have to date only been reserved for inductive sensors and proximity sensors. These compact sensors are equipped with an integrated controller including temperature compensation while offering an excellent price-performance ratio, as well as easy operation. Therefore, the sensors are ideally suited to OEM integration and machine building applications. The temperature-compensated design provides high stability even when surrounded by fluctuating ambient temperatures. The sensors are factory-calibrated for ferromagnetic and non-ferromagnetic materials, which eliminates the need for on-site linearization of the sensor. Its robust design combined with the eddy current measuring principle enables measurements in harsh industrial environments oil, pressure and dirt. In addition, the eddyNCDT 3001 is suitable for offshore and marine applications.

The U6 and U8 models of the eddyNCDT 3001 series are powerful eddy current sensors with integrated controller in an M18 design. Calibrated for ferromagnetic and non-ferromagnetic materials, these compact sensors offer measuring ranges of 6 mm or 8 mm. As these sensors are temperature-compensated, they provide high signal stability even in fluctuating ambient temperatures. Due to their robust design, these sensors are used for measurement tasks in harsh, industrial environments.

The U6 and U8 models of the eddyNCDT 3001 series are powerful eddy current sensors with integrated controller in an M18 design. Calibrated for ferromagnetic and non-ferromagnetic materials, these compact sensors offer measuring ranges of 6 mm or 8 mm. As these sensors are temperature-compensated, they provide high signal stability even in fluctuating ambient temperatures. Due to their robust design, these sensors are used for measurement tasks in harsh, industrial environments.

The U6 and U8 models of the eddyNCDT 3001 series are powerful eddy current sensors with integrated controller in an M18 design. Calibrated for ferromagnetic and non-ferromagnetic materials, these compact sensors offer measuring ranges of 6 mm or 8 mm. As these sensors are temperature-compensated, they provide high signal stability even in fluctuating ambient temperatures. Due to their robust design, these sensors are used for measurement tasks in harsh, industrial environments.

The U6 and U8 models of the eddyNCDT 3001 series are powerful eddy current sensors with integrated controller in an M18 design. Calibrated for ferromagnetic and non-ferromagnetic materials, these compact sensors offer measuring ranges of 6 mm or 8 mm. As these sensors are temperature-compensated, they provide high signal stability even in fluctuating ambient temperatures. Due to their robust design, these sensors are used for measurement tasks in harsh, industrial environments.

The eddyNCDT 3020 is an inductive eddy current measuring system for precise displacement and position measurements. The powerful controller offers high resolution and detects fast movements reliably and with high precision. Its robust, compact design, and flexible connection and configuration options make it particularly suitable for industrial environments and machine integration. The system is used, for example, for distance measurement in welding applications, steel rolling processes or in die casting systems. Due to the extremely high temperature resistance of the sensor up to 200 °C and controller up to 105 °C, the complete measuring channel can be used at high ambient temperatures, which reduces temperature influences on the cable and increases measuring accuracy. The combination of this controller and the extensive sensor portfolio covers measuring ranges from 1 to 80 mm.

The eddyNCDT 3060 is a powerful, inductive sensor system based on eddy currents for fast, high precision displacement measurements. The system comprises a compact controller, a sensor and an integrated cable and is factory-calibrated either for ferromagnetic or non-ferromagnetic materials. As sensor and controller are temperature-compensated, a high measurement accuracy can be achieved even in fluctuating temperatures. The sensors are designed for ambient temperatures up to a maximum of +200 °C and an ambient pressure up to 20 bar. The compact controller design as well as the sensor robustness make the measuring system ideal for integration into plant and machinery. The industrial-grade M12 Ethernet interface offers a modern fieldbus connection and configurable analog outputs for voltage or current signals.

The eddyNCDT 3060 is a powerful, inductive sensor system based on eddy currents for fast, high precision displacement measurements. The system comprises a compact controller, a sensor and an integrated cable and is factory-calibrated either for ferromagnetic or non-ferromagnetic materials. As sensor and controller are temperature-compensated, a high measurement accuracy can be achieved even in fluctuating temperatures. The sensors are designed for ambient temperatures up to a maximum of +200 °C and an ambient pressure up to 20 bar. The compact controller design as well as the sensor robustness make the measuring system ideal for integration into plant and machinery. The industrial-grade M12 Ethernet interface offers a modern fieldbus connection and configurable analog outputs for voltage or current signals. The DT3061 controller provides enhanced features such as 5-point calibration, switching and temperature outputs, as well as storage of multiple characteristic curves.

The eddyNCDT 3070 is a powerful, inductive sensor system based on eddy currents for measuring ranges smaller than 1 mm. The system comprises a compact controller, a sensor and an integrated cable and is factory-calibrated either for ferromagnetic or non-ferromagnetic materials. As sensor and controller are temperature-compensated, a high measurement accuracy can be achieved even in fluctuating temperatures. The sensors are designed for ambient temperatures up to a maximum of +200 °C and an ambient pressure up to 700 bar. The compact controller design as well as the sensor robustness make the measuring system ideal for integration into plant and machinery. The industrial-grade M12 Ethernet interface offers a modern fieldbus connection and configurable analog outputs for voltage or current signals.

The eddyNCDT 3070 is a powerful, inductive sensor system based on eddy currents for measuring ranges smaller than 1 mm. The system comprises a compact controller, a sensor and an integrated cable and is factory-calibrated either for ferromagnetic or non-ferromagnetic materials. As sensor and controller are temperature-compensated, a high measurement accuracy can be achieved even in fluctuating temperatures. The sensors are designed for ambient temperatures up to a maximum of +200 °C and an ambient pressure up to 700 bar. The compact controller design as well as the sensor robustness make the measuring system ideal for integration into plant and machinery. The industrial-grade M12 Ethernet interface offers a modern fieldbus connection and configurable analog outputs for voltage or current signals. The DT3071 controller provides enhanced features such as 5-point calibration, switching and temperature outputs, as well as storage of multiple characteristic curves.

The combiSENSOR KSB combines an eddy current sensor and a capacitive displacement sensor in a single housing, enabling precise, non-contact thickness measurement of electrode coatings on metallic surfaces. Its high temperature stability allows for the combiSENSOR to provide constant measurement values even at fluctuating ambient temperatures. In addition, the sensor is resistant to soiling which makes it ideal for harsh industrial applications where reliability and precision are crucial factors.

In its sensor housing, the combiSENSOR combines an eddy current displacement sensor and a capacitive displacement sensor. This unique sensor concept enables one-sided thickness measurement of electrically non-conductive materials on metallic objects. Its field of application is the absolute thickness measurement of plastic film or of plastic coating on metal plates. The sensor is wired to the controller, which processes and calculates the signals in order to put them out via interfaces. Calculation of the two sensor signals provides compensation of mechanical changes such as thermal expansion, deflections or eccentricity in the measurement device. Due to the redundancy of this combined sensor principle, the measured thickness value remains extremely stable. Due to the high temperature stability, the combiSENSOR provides high measurement accuracy even with fluctuating temperatures.

In its sensor housing, the combiSENSOR combines an eddy current displacement sensor and a capacitive displacement sensor. This unique sensor concept enables one-sided thickness measurement of electrically non-conductive materials on metallic objects. Its field of application is the absolute thickness measurement of plastic film or of plastic coating on metal plates. The sensor is wired to the controller, which processes and calculates the signals in order to put them out via interfaces. Calculation of the two sensor signals provides compensation of mechanical changes such as thermal expansion, deflections or eccentricity in the measurement device. Due to the redundancy of this combined sensor principle, the measured thickness value remains extremely stable. Due to the high temperature stability, the combiSENSOR provides high measurement accuracy even with fluctuating temperatures.

In its sensor housing, the combiSENSOR combines an eddy current displacement sensor and a capacitive displacement sensor. This unique sensor concept enables one-sided thickness measurement of electrically non-conductive materials on metallic objects. Its field of application is the absolute thickness measurement of plastic film or of plastic coating on metal plates. The sensor is wired to the controller, which processes and calculates the signals in order to put them out via interfaces. Calculation of the two sensor signals provides compensation of mechanical changes such as thermal expansion, deflections or eccentricity in the measurement device. Due to the redundancy of this combined sensor principle, the measured thickness value remains extremely stable. Due to the high temperature stability, the combiSENSOR provides high measurement accuracy even with fluctuating temperatures.

In its sensor housing, the combiSENSOR combines an eddy current displacement sensor and a capacitive displacement sensor. This unique sensor concept enables one-sided thickness measurement of electrically non-conductive materials on metallic objects. Its field of application is the absolute thickness measurement of plastic film or of plastic coating on metal plates. The sensor is wired to the controller, which processes and calculates the signals in order to put them out via interfaces. Calculation of the two sensor signals provides compensation of mechanical changes such as thermal expansion, deflections or eccentricity in the measurement device. Due to the redundancy of this combined sensor principle, the measured thickness value remains extremely stable. Due to the high temperature stability, the combiSENSOR provides high measurement accuracy even with fluctuating temperatures.

The eddyNCDT displacement sensors are designed for the non-contact measurement of displacements, distances, positions, oscillation and vibrations. Considered as extremely precise and robust, they are preferably used in industrial environments. Eddy current sensors from Micro-Epsilon are often used in applications requiring maximum precision in harsh environmental conditions. They are characterized by immunity to dirt, pressure and extreme temperature.

The eddyNCDT displacement sensors are designed for the non-contact measurement of displacements, distances, positions, oscillation and vibrations. Considered as extremely precise and robust, they are preferably used in industrial environments. Eddy current sensors from Micro-Epsilon are often used in applications requiring maximum precision in harsh environmental conditions. They are characterized by immunity to dirt, pressure and extreme temperature.

The eddyNCDT displacement sensors are designed for the non-contact measurement of displacements, distances, positions, oscillation and vibrations. Considered as extremely precise and robust, they are preferably used in industrial environments. Eddy current sensors from Micro-Epsilon are often used in applications requiring maximum precision in harsh environmental conditions. They are characterized by immunity to dirt, pressure and extreme temperature.

The eddyNCDT displacement sensors are designed for the non-contact measurement of displacements, distances, positions, oscillation and vibrations. Considered as extremely precise and robust, they are preferably used in industrial environments. Eddy current sensors from Micro-Epsilon are often used in applications requiring maximum precision in harsh environmental conditions. They are characterized by immunity to dirt, pressure and extreme temperature.

The eddyNCDT displacement sensors are designed for the non-contact measurement of displacements, distances, positions, oscillation and vibrations. Considered as extremely precise and robust, they are preferably used in industrial environments. Eddy current sensors from Micro-Epsilon are often used in applications requiring maximum precision in harsh environmental conditions. They are characterized by immunity to dirt, pressure and extreme temperature.

The eddyNCDT displacement sensors are designed for the non-contact measurement of displacements, distances, positions, oscillation and vibrations. Considered as extremely precise and robust, they are preferably used in industrial environments. Eddy current sensors from Micro-Epsilon are often used in applications requiring maximum precision in harsh environmental conditions. They are characterized by immunity to dirt, pressure and extreme temperature.

The eddyNCDT displacement sensors are designed for the non-contact measurement of displacements, distances, positions, oscillation and vibrations. Considered as extremely precise and robust, they are preferably used in industrial environments. Eddy current sensors from Micro-Epsilon are often used in applications requiring maximum precision in harsh environmental conditions. They are characterized by immunity to dirt, pressure and extreme temperature.

The eddyNCDT displacement sensors are designed for the non-contact measurement of displacements, distances, positions, oscillation and vibrations. Considered as extremely precise and robust, they are preferably used in industrial environments. Eddy current sensors from Micro-Epsilon are often used in applications requiring maximum precision in harsh environmental conditions. They are characterized by immunity to dirt, pressure and extreme temperature.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

As well as standard sensors in conventional designs, miniature sensors with the smallest possible dimensions that achieve high precision measurement results are also available. Pressure-resistant versions, screened housings, ceramic types and other special features characterize these sensors, which achieve highly accurate measurement results despite their small dimensions. These miniature sensors are primarily used in high pressure applications, for example, in combustion engines.

The SGS4701 displacement measuring system is developed specifically for high speed milling machine applications. Due to high machining speeds and the heat generated, the linear thermal expansion of the spindle in precision machine tools needs to be compensated for in order to keep the tool in a defined position at all times. The SGS sensor measures the thermal and centrifugal force expansion of the spindle. These measurement values are fed into the CNC machine tool as correctional values, compensating for any positioning errors. The SGS4701 uses the eddy current measuring principle, providing a non-contact, wear-free measurement, and the measurement procedure is resistant to disturbances such as heat, dust and oil.