Original MICRO-EPSILON sensor WPS-500 high-temperature thermometer

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MICRO-EPSILON brand introduction:

As a manufacturer of precision sensor technology, MICRO-EPSILON is shaping the future. The MICRO-EPSILON system is suitable for any field that requires accuracy and performance to achieve success. Whether in the fields of mechanical manufacturing and automation, satellite technology, or the production of next-generation batteries and computer chips. As a global enterprise group, MICRO-EPSILON is making decisive contributions to the world of tomorrow.Original MICRO-EPSILON sensor WPS-500 high-temperature thermometer

MICRO-EPSILON is committed to improving product accuracy and promoting innovation. The displacement sensor resolution of MICRO-EPSILON can reach sub nanometer level, which is less than one millionth of a millimeter. For example, they can be used in ultra-high vacuum semiconductor lithography machines.

In order to achieve such high performance in the series of products, MICRO-EPSILON relies on the capability network within the group. Consulting, product development, applications, electronics, optics, image processing, microelectromechanical integration, simulation, software, system integration, production, and quality - all come from a single source.

The German MICRO-EPSILON products mainly include: MICRO-EPSILON color sensors, MICRO-EPSILON temperature sensors, displacement sensors, laser displacement sensors, laser contour scanners, capacitive displacement sensors, rope displacement sensors, etc.

Micro Epsilon plays a leading role in measurement technology. For over 50 years, we have continuously provided reliable, high-performance, and unique solutions, especially when high-precision measurement or detection is required. Micro Epsilon's product range includes sensors for measuring distance and displacement, sensors for infrared temperature measurement and color detection, and systems for size measurement and defect detection.

Creating innovative products with the highest precision through intensive research and development processes, unique expertise, and extensive collaborative operational networks is crucial for this high-performance measurement system.

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MICRO-EPSILON Product Type:

MICRO EPSILON Capacitive Sensor CAPANCDT DT61X4

Capacitive sensors are designed for non-contact measurement of displacement, distance and position, as well as thickness measurement. Due to its high signal stability and resolution, capacitive displacement sensors are used in laboratory and industrial measurement tasks. For example, in production control, capacitive sensors are used to measure film thickness and adhesive applications. They are installed in the machine to monitor displacement and tool position. CapaNCDT DT61x4 is an active capacitive system used for displacement, distance, and position measurement. The measurement system consists of sensors with integrated preamplifiers, sturdy cables, and a compact controller, which can be immediately put into use without any on-site calibration. The cable length of this measurement system can reach up to 15 meters, which is very suitable for automation purposes. CapaNCDT 61x4 is particularly suitable for using drag chains to perform automated robot manufacturing and measurement tasks. In addition, it is also used in machine manufacturing and semiconductor production. To achieve optimal signal quality, the required cable length has been calibrated at the factory.

Non contact measurement of displacement, distance and thickness, as well as electrical conductors and insulators

Provide accuracy for laboratories and industry

Customized sensors and controllers for customers

All CapaNCDT sensors, cables, and controllers

The latest controller technology ensures ease of use

Measurement range (millimeters): 0.05 | 0.2 | 0.2 0.5 | 0.5 0.8 | 0.8 1 | 2 | 3 | 5 | 10

Linearity: Maximum. 0.025 microns

Resolution: Maximum 0.005 microns

Analog output (voltage)

Digital output RS485 (controller DT6120)

Miniaturization controller

Power supply voltage 24 VDC/55 mA (9-36 V)

Very suitable for measurements that require high precision and stability

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MICRO EPSILON Eddy Current Sensor

Micro Epsilon's non-contact inductive displacement sensor operates based on the principle of eddy current measurement. Unlike traditional inductive displacement sensors, they can measure ferromagnetic and non ferromagnetic materials, providing high precision, frequency response, and temperature stability. Due to their independence from oil, dirt, pressure, and temperature, these inductive eddy current sensors are mainly used for integration in machines and facilities.

Very suitable for integration into factories and machinery

Easy integration with modern fieldbus connections and intelligent signal processing

Multiple sensor models with a wide range of applications

4/6/8mm implemented through network interface

Provide other measurement ranges as requested

Industrial displacement measurement system with a range of ≥ 1 mm

The performance and versatility for industrial use make the new and functional inductive eddyNCDT 3060/3070 measurement system an ideal choice for fast and accurate displacement measurement. These systems are equipped with compact controllers, sensors, and integrated cables that have been factory calibrated for ferromagnetic or non ferromagnetic materials. With numerous sensor models, high speed, and intelligent signal processing, they define a new performance level for inductive displacement measurement.

Very suitable for integration into factories and machinery, as sensors and controllers are temperature compensated, achieving very high measurement accuracy even in the presence of temperature fluctuations. These sensors are designed for ambient temperatures up to+180 ° C and ambient pressures up to 700 bar.

The controller technology is new, and the industrial grade M12 Ethernet interface can achieve modern fieldbus connections. Configurable analog outputs can output measured values as voltage or current. When connected to a PC through an Ethernet interface, modern web interfaces can be accessed without any further installation, and software settings for sensors and controllers can be enabled.

The best performance of eddyNCDT 3061/3071, the DT3061/3071 controller provides enhanced features such as 5-point calibration, switch and temperature output, and multi characteristic curve storage. Due to the innovative frequency separation feature of the eddyNCDT 3060/3070 system, multi-channel measurements do not require synchronization.

The new type of sensor used for fixture installation has more advantages compared to previous models with the same measurement range, as there is no need to rotate them during the installation process. Therefore, there will be no stress caused by torsion acting on the cable. Sensors have clear clamping points, which can minimize thermal expansion in the measurement direction and achieve high temperature stability.Original MICRO-EPSILON sensor WPS-500 high-temperature thermometer

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German MICRO EPSILON sensor OPTONCDT 1220

The optoNCDT sensor has set a milestone for industrial laser displacement measurement. Whether it is displacement, distance, or thickness measurement, Micro Epsilon laser sensors are considered one of the sensors in the same class of products. These laser sensors are used for measurement and monitoring tasks in fields such as factory automation, electronic product production, robotics, and vehicle manufacturing. OptoNCDT 1220 is an entry-level model for precise measurement in industrial automation. This compact laser triangulation sensor can measure displacement, distance, and position with high precision. This sensor has excellent cost-effectiveness and is very suitable for measurement tasks involving a large number of workpieces. Therefore, this sensor can be used in all fields of automation technology, such as machine manufacturing, 3D printers, or robotics.

Micro Epsilon laser sensors can not only measure matte surfaces, but also metal and shiny targets. In addition to traditional laser models, LaserLine models (LL) with elliptical laser points are also available. These sensors can filter out physically induced interference, significantly simplifying measurements on shiny surfaces. More than 85 laser sensors with a measurement range of 2-1000mm cover a wide range of applications across various industries. These laser sensors are equipped with intelligent interfaces and cables suitable for use with drag chains and robots, and can be applied to almost any measurement task in industrial automation.

Measurement range (millimeters) 10 | 25 | 25 50

Linearity starts from 10 µ m

Repeatability starts from 3.7 µ m

Measurement rate 1 kHz

Compact size with integrated controller

2-meter open integrated sensor cable

Trigger input

analog output

Quick debugging and easy to use

Measure displacement, distance, and thickness on multiple surfaces

Ideal choice for automation, production control, and testing benches

High measurement accuracy

Very suitable for high measurement rate measurement tasks

A comprehensive product line with multiple measurement ranges

Compact design with integrated controller

Easy to use through network interface

New product: OptoNCDT 1220/1220/1420 compact laser sensor with high functionality

The optoNCDT 1220 laser sensor is an ideal choice for automation and OEM integration, combining compact design, versatility, and measurement accuracy uniquely, making it outstanding among similar sensors. Its high repeatability and adjustable measurement rate of 1 kHz make the laser sensor highly suitable for precise measurements. Regardless of the target color or brightness, Active Surface Compensation (ASC) can provide stable distance signal control.

Easy integration, this compact sensor features an integrated controller. Therefore, no external controller device is required. This enables the sensor to be integrated into a limited installation space. This laser sensor is lightweight and very suitable for applications that require high acceleration. Due to its cost-effectiveness, this sensor is highly suitable for OEM integration of automation tasks and a large number of components.

The optoNCDT 1220 sensor is an ideal choice for distance control and position monitoring in applications that require high speed. Especially in the distance control tasks of industrial printers, robots, and logistics processes, as well as monitoring of packaging machines, these laser sensors are impressive for their high performance and compactness.

Installation bracket is used for quick installation. To obtain ergonomic support and position sensors in flexible positions, you can purchase Pop Link ® Install the bracket. This bracket is suitable for optoNCDT 1220 sensors and provides an extremely universal, low-cost, and effective solution for installing laser sensors.

The highest precision among similar products, due to its high measurement rate, Micro Epsilon laser sensors provide high measurement accuracy and reliable results even in continuous industrial operations. Most optoNCDT sensors can be set up using a web interface. In order to record measurement performance, each sensor is calibrated before delivery and provides its own calibration protocol. This document is provided together with the sensor and demonstrates the measurement accuracy achieved.

Compact design with integrated controller, optoNCDT laser sensor is extremely compact, equipped with an integrated controller for simple and fast installation and wiring. Even in limited space, these laser sensors can be easily installed.

The innovative sensor using blue laser technology, the optoNCDT BL model is equipped with a blue laser diode, which is used when standard sensors with red laser diodes operate at their performance limits. Due to its short wavelength, blue laser does not penetrate the target surface, but projects small light spots on the target surface, providing stable and accurate results. This technology is preferred for organic and (semi) transparent objects, as well as for red emitting metals. The measurement tasks involving blue laser sensors for red emitting objects above 700 ° C, as well as transparent objects such as glass and plastic, are protected by law. The optoNCDT blue laser model achieves excellent signal stability, allowing for precise measurement results on these surfaces.

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German MICRO-EPSILON Cable Sensor

The German MICRO-EPSILON wire sensor product has high linearity throughout the entire measurement range and can be used for distance and position measurements ranging from 50 millimeters to 50000 millimeters. The wire sensor from German MICRO-EPSILON is highly suitable for integration and subsequent assembly in serial OEM applications, such as medical equipment, elevators, conveyors, and automotive engineering.

The German MICRO-EPSILON cable sensor product uses highly flexible steel wires to measure linear motion. The cable reel is connected to a sensor element that provides an output signal proportional to displacement. The German MICRO-EPSILON wire sensor product measures with high precision and high dynamic response. The use of high-quality components ensures a long service life and high operational reliability.

One obvious advantage of the German MICRO-EPSILON cable sensor product is that the measuring cable can turn on the deflection pulley. This feature distinguishes the wire sensor from other measurement principles that typically only measure on one axis. The MICRO-EPSILON cable sensor housing is very compact. Carefully designed sensor designs can achieve a large measurement range in a space saving manner.

Compact sensor housing combined with large measurement range

High operational safety and long service life

Simple, fast, and flexible installation

The wire sensor used for displacement, distance, and position measurement can reach up to 50000 millimeters

Analog and digital outputs

Original MICRO-EPSILON sensor WPS-500 high-temperature thermometer

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German MICRO-EPSILON laser sensor

The German MICRO-EPSILON laser sensor products are considered as one of the sensors in the same category. For example, these laser sensors are used for measurement and monitoring tasks in factory automation, electronic product production, robotics technology, and vehicle manufacturing. MICRO-EPSILON laser sensor products provide high measurement accuracy and reliable results even in continuous industrial operations.

The German MICRO-EPSILON laser sensor product can not only measure matte surfaces, but also metal and shiny targets. In addition to traditional laser models, LaserLine models (LL) with elliptical laser points are also available. These sensors can filter out physical induction interference, significantly simplifying the measurement of bright surfaces. It is very compact, equipped with an integrated controller that enables simple and fast installation and wiring.

The measurement range of German MICRO-EPSILON laser sensor products is 2-1000 millimeters, covering a wide range of applications in many different industries. Equipped with intelligent interfaces and cables suitable for drag chains and robots, these laser sensors can be applied to almost any measurement task in industrial automation. The measurement range starts from 1 meter away from the sensor, so it can measure distances up to 2 meters away. Can reliably measure objects with a large range of motion.

Measure displacement, distance, and thickness of multiple surfaces

Very suitable for measurement tasks with high measurement rates

High measurement accuracy

Ideal choice for automation, production control, and testing benches

Compact design with integrated controller

A comprehensive product line with numerous measurement ranges

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German MICRO-EPSILON displacement sensor

The German MICRO-EPSILON displacement sensor products are used in laboratory and industrial measurement tasks. For example, in production control, the German MICRO-EPSILON displacement sensor is used to measure film thickness and adhesive applications. Installed in the machine, they monitor displacement and tool position. MICRO-EPSILON displacement sensor products are used for distance measurement of superconducting magnets.

German MICRO-EPSILON displacement sensor products are commonly used in vacuum and cleanroom applications, achieving sub nanometer resolution in particle free environments. For vacuum applications, Micro Epsilon offers special sensors, cables, and feedthrough accessories. These sensors and cables are highly particle free and can be used in cleanrooms with a cleanroom rating of up to ISO1.

The German MICRO-EPSILON displacement sensor product is based on the principle of ideal plate capacitors. Capacitive displacement sensors can also measure insulators. MICRO-EPSILON displacement sensor products are used for industrial measurement tasks to detect media in measurement gaps from a constant distance, or to measure distances from conductive targets with constant media or dielectrics.

Widely applicable and widely used

Accuracy in laboratory and industrial fields

Has high precision and signal stability

Maintain maximum resolution of measurement values

Provided anti-interference capability

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distance sensor

capaNCDT 6110

The capacitive DT6110 controller is an entry-level model for high-resolution capacitive displacement measurement. Due to its extremely compact size, the controller can also be integrated into limited installation space. The DT6110 controller is compatible with all sensors and cables in the capaNCDT series. The DT6110/ECL2 controller offers longer cable lengths.

Dynamic resolution 0.015% FSO (1kHz)

Frequency response 1kHz (-3dB)

Output 0... 10 V (anti short circuit), optional: ± 5V, 10... 0V

Original MICRO-EPSILON sensor WPS-500 high-temperature thermometer

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industrial sensor

speed sensor

Speed sensors are used to monitor, regulate, and control mechanical drive systems, playing an important role in protecting components of rotating systems such as engines and drives from mechanical overload. Micro Epsilon offers two sensor systems for measuring rotational speed. CapaNCDT CST6110 is a universal speed sensor that can be used for counting tasks and any type of speed application. In addition, the turboSPEED DZ140 measurement system is designed specifically for detecting turbocharger speed.

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Industrial speed sensor

Turbocharger speed DZ140

2D/3D measurement

Surface Control 3D 3500

The high-precision SurfaceControl 3D 3500 snapshot sensor is used for automatic optical inspection of geometric shapes and surfaces on diffuse reflective surfaces. The Surface Control 3D 3500 is characterized by its compact design, high measurement accuracy, and high-speed data processing capability. The Z-axis repeatability of this sensor is as high as 0.4 µ m, setting a new standard for high-precision online 3D measurement technology. It can reliably detect the minimum flatness deviation and height difference. The two models cover different measurement fields.

Micro scale precise snapshots with a large measurement range

Fast 3D measurement starting from 0.2 seconds

The highest accuracy can reach 0.25 μ m

Digital interface (integrated): GigE Vision/GenICam

Thin and compact sensor design

Up to 2.2 million 3D points per second

Digital interface (via 2D/3D gateway): PROFINET/EtherCAT/EtherNet/IP

Digital input/output: 4 digital I/O, adjustable parameters (for external triggering, sensor control, sensor status output)

High precision 3D sensors suitable for measuring the smallest objects

The measurement area of SurfaceControl 35x0-30 is very small, only 30 x 18.5 mm, so it can detect fine 3D and surface structures with accuracy and reliability. Its high z-axis resolution and precise repeatability make this 3D sensor a sensor in the 3D snapshot sensor market. In addition, the detection working distance for measuring objects is 130 mm. The high XY resolution of 16 µ m can more accurately detect fine details.

Expanded measurement range by 240 millimeters, with better Z-axis accuracy

The Surface Control 35x0-240 has a measurement area of up to 245 x 180 mm, capable of capturing the structure and details of larger targets with high precision. Due to its Z-axis measurement range of up to 240 mm, this sensor is highly suitable for measuring applications with large volumes. The combination of a high z-axis resolution of 5 µ m and a larger measurement range can provide the highest accuracy for various applications, such as bipolar plates used for testing fuel cells.

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measurement system

Thickness gauge 3D

ThickenGAUGE 3D is a sensor system used for online profile evaluation and 3D measurement of strip and plate materials, such as edges, welds, or steel strand profiles in coating applications. It consists of a stable framework and two laser scanners connected to it. The scanner detects the contours of the upper and lower surfaces and can perform calculations within each contour, combining them into a 3D point cloud.

Sensor used: Laser profile sensor with red laser

Measurement range: 15 millimeters (thickness)/maximum 26.8 millimeters (contour)

Resolution: 0.2 µ m (thickness)/1024 dots (contour)

Accuracy:+/-1.2 µ m

Measurement rate: 500Hz

Flexible positioning achieved through electromechanical axis

Automatic calibration ensures constant accuracy

Accurate contour and 3D measurement

The thickenGAUGE sensor system can be put into use and calibrated after being assembled in the factory. In addition, the installation conditions of laser scanners are matched with each other, so the measurement accuracy is high. The sensor system is moved from the parking position to the measurement position. In order to perform fully automatic calibration, the system will move back to the parking position.

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MICRO-EPSILON product model:

MICRO-EPSILON laser displacement sensor

OptoNCDT14xx Miniature Laser Triangular Reflection Sensor

OptoNCDT 1402 series laser sensor

OptoNCDT2300 laser triangular reflection displacement sensor

OptoNCDT2300BL Blue Light Laser Triangular Reflection Displacement Sensor

Optoncdt 1710 - 50 / 2210

Optoncdt 1710 - 1000

MICRO-EPSILON temperature sensor

Infrared thermal imaging product series: TIM series

Industrial infrared temperature sensor: ThermoMETER CT series

Handheld high-temperature thermometer with laser aiming

High precision temperature sensor with laser aiming: ThermoMETER CTlaser series

MICRO-EPSILON Other Sensors

Spectral confocal sensors: IFS 2405, IFS 2403, IFS 2402, confocal DT 2461 controller

Eddy current displacement sensors: eddyNCDT3005, eddyNCDT3100, eddyNCDT3010, eddyNCDT3300

Capacitive displacement sensors: CapaNCDT6019, CapaNCDT6530, CapaNCDT6110

Color sensor: Fiber optic universal color sensor, online color detection system colorCOLOR ACS7000

Rope displacement sensors: MPM, MP/MPW, P200, MK30/46/77/120/88

Light curtain micrometer sensors: opto CONTROL2600, opto CONTROL1220, opto CONTROL2520

MICRO-EPSILON ILD 2210-10

MICRO-EPSILON ILD 2200-2

MICRO-EPSILON ILD 2220-10LL

MICRO-EPSILON ILD 2220-20LL

MICRO-EPSILON ILD 2220-50LL

MICRO-EPSILON optoNCDT1710-1000

MICRO-EPSILON WDS-40000-P200

MICRO-EPSILON IFS 2402

MICRO-EPSILON capaNCDT6019

MICRO-EPSILON WireSENSOR MK Series

MICRO-EPSILON WireSensor P Series

MICRO-EPSILON WPS-7500-MK120

MICRO-EPSILON IFS 2402-4

MICRO-EPSILON DT3702-U1-A-C3

MICRO-EPSILON ILD1402-200

MICRO-EPSILON ESC30 Sensor

MICRO-EPSILON SCD3/8 Sensor

MICRO-EPSILON DT3301 Controller

MICRO-EPSILON ILD2300-10LL Displacement Sensor

MICRO-EPSILON CTG-SF20-C3

MICRO-EPSILON PS300/15

MICRO-EPSILON DT6300

MICRO-EPSILON IFS2402-10

MICRO-EPSILON CLS-K-63

MICRO-EPSILON MSC710-U

MICRO-EPSILON LD1607-200

MICRO-EPSILON 5000-P115-M-S0

MICRO-EPSILON WDS-2500-P85-M-SO

MICRO-EPSILON 1500-P60-SR-I

MICRO-EPSILON KGDTA-15D-3-CA

MICRO-EPSILON 25D-3-CA

MICRO-EPSILON KGMSC710-U

MICRO-EPSILON KGILD1700-500

MICRO-EPSILON WDS-150-P60

MICRO-EPSILON WDS-1000-MP

MICRO-EPSILON ILD 2210-20

MICRO-EPSILON WDS-30000-P200

MICRO-EPSILON WDS-4000-P115

MICRO-EPSILON WPS-5000-MK120

MICRO-EPSILON WPS-7500-MK120

MICRO-EPSILON IFS 2402/90-4 IFS 2402-10

MICRO-EPSILON IFS2401-1