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Innovative eddy current measurement
FSO = of full scale output
Smart
The eddyNCDT 3100 represents the new generation of eddy current displacement sensors. The configuration of the measurement system is effected via a web interface which can be easily operated. Additional sensor are required. Since all characteristics are stored within the sensor, all eddy current displacement sensors of the series 3100 can be easily exchanged without requiring an additional calibration.
Performance
The eddy current displacement measurement system uses a patented temperature compensation method to provide first-class stability even in the case of fluctuating temperature. Due to the high resolution and linearity demanding measurement tasks can also be fulfilled. With a cut-off frequency of 25kHz (-3dB) the eddyNCDT 3100 can also be applied for fast measurements.
Universal
Both the controller and the sensors can be applied in harsh environments. Switching between ferromagnetic and non-ferromagnetic measurement objects can also be effected easily. For the measurement with different channels up to 10 controllers can be synchronized (eddyNCDT 3100-SM).
Details
Measuring ranges 0.5mm - 15mm
Sensor replacement without additional calibration
Factory calibrated sensors for ferromagnetic and non-ferromagnetic materials
Ultra-flexible cable
Pressure resistant sensors
Interfaces: Ethernet / 4 - 20mA / 0 - 10V
Configuration via web browser
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Compact eddy current sensor system
FSO = of full scale output
The temperature range of the 3010 eddy current sensors ranges from -50 °C up to 150 °C. In the case of fluctuating ambient temperatures a stable output signal is very important for reliable measurements. Due to a patented temperature compensation method the eddyNCDT 3010 offers a unique thermal stability.
Details
Measuring ranges (mm):
0.5 | 1 | 2 | 3 | 6 | 15
Resolution max. 0.025 µm
Linearity max. 0.00125mm
Active temperature compensation
Extreme repeatability
Ideal for OEMs
High resolution
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Capacitive sensors with Embedded Capa Technology
Capacitive sensors with Embedded Capa Technology are manufactured using a revolutionary type of production process. The new technology is also used for eddy current sensors. This means a significantly increased service life for the capacitive sensors is possible. Due to the embedding of the electrode in a very stable carrier material, significantly improved temperature stability is achieved when compared to conventional sensors currently available on the market. The brand new sensors can also be used in temperatures up to 200°C; even very low temperatures down to -269°C can be achieved. ECT enables significantly more freedom of design for the capacitive sensors. For example, the capaNCDT CSH-FL sensors have an installation height of just 4mm.
Sensor models produced:
Details
Best temperature stability
Application in clean room and ultra high vacuum
Special sensor designs
Operating temperature between -269°C to 200°C
Standardized production process
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Capacitive sensors for specific applications
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Application examples are often found where the standard versions of the sensors and the controller are performing at their limits. For these special tasks, the measurement systems can be modified according to the customer’s individual requirements. Changes requested include, for example, modified designs, target calibration, mounting options, individual cable lengths, modified measuring ranges or sensors with integrated controller. |
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Capacitive displacement sensors with Embedded Capa Technology (ECT)
Capacitive sensors with Embedded Capa Technology are designed using a innovative manufacturing technique, which provides the sensor with significantly higher long-term stability. The electrode is embedded in an extremely stable carrier material that provides significantly higher temperature stability compared to conventional sensor designs. This new technology enables different sensor designs in a temperature range from -270°C to +200°C.
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Capacitive sensors for magnetic fields, very low temperatures (cryogenics) and vacuum
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Capacitive sensors from Micro-Epsilon are often used in vacuum and clean room applications where they achieve resolutions in the nanometer range. Sensors, cables and feed-through are particle-free to a high degree and used in clean room class 1. |
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For environments with strong magnetic fields, Micro-Epsilon offers sensors and cables which are made from non-magnetic materials. The shielding achieved by the triaxial design provides extremely high immunity to interference.
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Ideal for very low temperatures / cryogenic technology: The temperature-stable sensor design enables applications around absolute zero while maintaining nanometer resolution.
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Interface module IF1032/ETH
Modified measuring ranges and cable lengths
