Compact inductive (eddy current) sensor with integrated controllerProduct Technology
The eddyNCDT 3001 is a new, efficient, inductive displacement sensor based on eddy currents whose compact dimensions have to date only been reserved for inductive proximity switches. The temperature-compensated design provides high stability even in fluctuating ambient temperatures. The eddyNCDT 3001 comes with integrated electronics, offering an outstanding price/performance ratio and easy operation.
The inductive eddyNCDT 3001 displacement sensor is ideally suited to OEM integration and machine building applications. The sensor is based on the eddy current pricniple and factory-calibrated for either ferromagnetic or non-ferromagnetic materials, which eliminates the need for field calibration of the sensor. The eddyNCDT 3001 is available with connector or with integrated cable. A robust design combined with the eddy current measuring principle enables measurements in harsh industrial environments (oil, pressure, dirt). In addition, the eddyNCDT 3001 is suitable for offshore/marine applications (salt water).
The alternative to inductive sensors
Due to factory calibration, eddyNCDT 3001 sensors offer high accuracy and temperature stability, making them particularly well suited to continuous operation in industrial environments, where the sensors are ideal for wear and condition monitoring tasks. Compared to conventional inductive switches and sensors, eddyNCDT 3001 sensors provide a higher frequency response and so are suitable for monitoring high speed movements.
The capaNCDT 6200 is the first multi-channel measurement system that is entirely modular. The controller can easily be extended up to four synchronized channels to support flexible applications. All capacitive displacement sensors by Micro-Epsilon can be operated using the capaNCDT 6200 controller. The integrated Ethernet interface supports parameterization and measurements via web interface. The DL6230 demodulator is available for high resolution measurements. For high-speed measurements up to 20kHz, the capaNCDT 6222 system is available.
Math functions for thickness or differential calculations
Additional digital linearization possible
The measurement system consists of one controller and the respective demodulator for the sensor. A modular design enables the system to be expanded at any time to four measuring channels. Therefore, an additional demodulator is integrated. The compact controller can be used as a benchtop unit, wall-mounted or DIN rail-mounted via an adapter. The capaNCDT 6200 is compatible with all sensor models from Micro-Epsilon.
Ease of use via web interface
Due to a user-friendly web interface, the entire configuration process of the controller and sensors is carried out without using any additional software. The web interface can be accessed via Ethernet and provides set up and configuration options for filters, arithmetic links and other parameters.
The capaNCDT 6110 is a new capacitive single-channel displacement measurement system consisting of a compact controller, a sensor cable and the sensor.
Due to the miniaturized controller and its easy operation, the capaNCDT 6110 is ideally suited for the integration in machines and systems. With the possible power supply is between 9 – 36 V, the system can also be operated on a battery in passenger cars or trucks. The measurement values are output via a voltage output. The capaNCDT measurement system is a great solution for many different applications and is compatible with all Micro-Epsilon capaNCDT sensors.
Compact and versatile
The capaNCDT 6110 lends itself well to a wide range of applications and is compatible with all capaNCDT sensors. With a possible power supply of between 9V and 36V, the system can also be used in passenger cars and trucks. The measurement values are output via a voltage output.
Ideally suited for measurements requiring high precision and stability
Fiber optic sensors for gap, diameter, edge and presence
The optoCONTROL CLS-K fiber optic sensors consist of a transmitter and receiver for infrared or ultraviolet light with subsequent signal processing. Measurement is made directly on the object using fiber optics. The selection of the electronic amplifier is the key to successfully solving this measurement task. The correct fiber optic is then selected depending on the measurement task at hand. The decisive factors are the distance from the object to the electronics, as well as the minimum installation space required.
Characteristics
· Different electronics, depending on the measuring task
· Fiber optics appropriate to the measuring task
· High-quality fiber optics for high signal quality
Fiber optic sensors for gap, diameter, edge and presence
Fibre optic sensors are simple sensors for determining dimensional quantities such as gaps or edges. The sensors are constructed like conventional light barriers but they are clearly superior. Measurement is made directly on the object using fiber optics.
Double sheet detection in printing machines
Eddy current sensors are used for detecting double sheets in printing machines. The sensor measures the distance to a measuring tag which is on the paper. The thickness of the paper is thus always measured. If there are two sheets on top of each other, the error is reliably detected.
Measuring range 2 / 4 / 6 / 8 mm
