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Catalog color sensors
Catalog colorCONTROL ACS7000
 

High Speed Photospectrometer colorCONTROL ACS7000

 
The colorCONTROL ACS7000 color measurement system not only recognizes reference colors by comparison, but identifies individual colors clearly from their coordinates in the color space. With its high speed spectrometer, the colorCONTROL ACS7000 is suitable for applications where colors and shades have to be examined online with the highest accuracy.
 

 Characteristics

  •  Measurement speed: max. 2 kHz
  •  Non-contact measurements
  •  Measurement precision ΔE ≤ 0.08 (5 nm)
  •  Color spaces: XYZ; L*a*b*; L* u* v*
  •  Reference colors: 15 taught-in spectra
  •  Adjustable light source: A, C, D65, D50, D75, E, F4, F7, F11
  •  Standard observer: 2°, 10° (adjustable)
  •  Web browser operation
  •  Ethernet/EtherCAT, RS 422, digital I/O
 

Standard sensor ACS1

The standard sensor ACS1 is used for common measuring tasks. The transmitter and the receiver inside the sensor are arranged at an angle of 30°/0° to each other, producing a working distance of 50 mm. An optionally available adapter permits applying the sensor even in tactile measurements.

  •  Measurement distance: 50 mm
  •  Measurement geometry: 30°x:0°
  •  Measurement spot: ø 9 mm
 
 
 

Circular sensor ACS2

The circular sensor ACS2 is used for color measurement of structured and highly reflective surfaces as well as lustrous metals. In the sensor, 24 lighting optics are circularly arranged around the receiving optics and provide a constant lighting permitting that the measurement can be executed independently from the angular position of the measurement object. There are two ACS2 versions with different measurement distance and spot size.

  •  Measurement distance: 28 mm / 27.5 mm / 28.5 mm
  •  Measurement geometry: 45°c:0°
  •  Measurement spot: ø5 / 3x2 mm / 9 mm
 

Transmission sensor ACS3

The transmission sensor ACS3 is applied for measurements of self-luminous objects and transparent objects as well. Measuring the color of self-luminous objects requires only the receiver unit, whereas a transmitter and a receiver unit are necessary when detecting transparent objects. The transmitter and the receiver unit can easily be fixed by means of a mounting set.

 
  •  Measurement distance: max. 300 mm
  •  Measurement geometry: transmission
  •  Measurement spot: ø 5 / ø 9 mm / 3x2 mm (at a measurement distance up to 200 mm)
 
 

 

DOWNLOADS

 Measurement technology for medical, pharmaceutical & biotechnological applications  (PDF, 2.15 MB)               

Sensors for medical engineering, pharmaceutical & biotechnological applications

 

Medical engineering, pharmaceutical and biotech industries place high requirements on the sensor technology applied. Required features are extremely high precision, as well as small installation space, long life design and maximum versatility.

Micro-Epsilon offers a broad range of modern, high precision sensors that fulfill stringent, market‑specific requirements:

  • Non-contact IR temperature sensors and thermal imaging cameras
  • Displacement sensors for control of displacement, distance and position
  • Optical sensors for scanning very fine structures and diameters
  • Customer-specific sensor designs, also in large quantities
  • Successful high volume applications in X-ray devices, operating tables, surgical robots, computer tomography, etc.
 
 

 

Magnetic load detection in washing machines

 
 

The sensor is attached to the outside of the damper when using magnetic inductive sensors for the load detection for tubs of washing machines. An integrated magnet provides the necessary displacement information about the lowering of the tub. In addition to the high resolution, the method also provides very high dynamics which is why the imbalance during the spinning process can also be measured. The low-cost MDS sensor in this version provides a PWM signal at the output. The sensor can be attached to the damper or to the drum itself. The sensor can easily be adapted to customer requirements for OEM.

Details

Method registered as patent
High basic sensitivity
Very high resolution
Low cost sensor for OEM users
Measuring range up to 60 mm
Small magnets as target
 
 

 

One-sided thickness measurement of plastics                                                                              Product Technology

Catalog capaNCDT sensors
Datasheet combiSENSOR

 

The combiSENSOR series sets new standards in non-contact thickness measurement. These precise sensors combine the advantages of eddy current and capacitive sensor technology in a single housing. This innovative technology enables the micrometer-precise measurement of material thicknesses, e.g. of battery coatings and plastic films. Target thicknesses as low as 5 µm can be detected. In addition, their robust design ensures that the sensors work reliably even in harsh industrial environments with high temperatures.

The combiSENSOR series is the optimal solution for inline thickness measurements of electrode coatings, coated metals and films requiring highest precision and reliability.

 Characteristics

  •  Precise thickness measurement of coatings and films from 5 µm
  •  Stable measurement with 0.02 µm resolution
  •  Integrated function for determining the permittivity
  •  Integrated temperature detection for the sensor temperature output
  •  Robust design, ideal for high ambient temperatures
  •  Analog interface, Ethernet / EtherCAT / PROFINET
  • Simple operation via web interface

Robust design for harsh environments

Sensor system for precise thickness measurement of electrode coatings, combiSENSOR KSB6430

  • One-sided thickness measurement of electrode coating
  • Target thickness: 5 µm to max. 3 mm
  • Measurement on steel rollers with chrome coating
  • Temperature range of sensor -10 °C … +180 °C
  •  High resolution 0.05 µm

The combiSENSOR KSB6430 measures the thickness of electrode coatings from a material thickness of just 5 µm. The thickness is measured on a chrome-coated roller which guides the material. Due to its robust design and high accuracy, the KSB6430 is ideal for inline thickness monitoring in battery film coating processes.

Sensor system for precise thickness measurement of plastic films and coatings, combiSENSOR KSS64x0

  •  One-sided thickness measurement of plastic film & coated metals
  •  Target thickness: 40 µm to max. 6 mm
  •  Measurement on metal rollers or metal plates
  •  Temperature range of sensor -10 °C … +85 °C
  •  High resolution 0.05 µm

The combiSENSOR KSS64x0 enables precise, non-contact thickness measurement of non-conductive materials such as plastic films or coatings on metallic reference objects. The sensor's robust design makes it ideal for use in a wide range of industrial applications.

Measuring principle

 
The combiSENSOR measures the coating thickness with a capacitive sensor to measure the distance from the coating and an eddy current sensor to measure the distance from the metal roller. The difference between the two signals provides the total thickness of the coated film, while mechanical influences are automatically compensated for.
 
 

 

 

Load detection in washing machines

 
 

The ILU displacement sensor (Integrated Load and Unbalance Sensor) measures the depression of the suds container when the washing machine is loaded and its deviation during the spinning stage. Due to the inductive measurement principle, the sensor provides absolute position acquisition for static and dynamic processes. The current load status is continuously displayed and thus enables optimum and maximum loading of the washer drum. The necessary load-dependent detergent quantity is calculated and displayed in parallel.

Details

Inductive measuring principle
Static and dynamically effective measuring principle
Low-cost VIP electronics
Sensor can be integrated in the friction damper
Optimized load status
Improved detergent consumption
 
 

 

  1. Micro-Epsilon|Custom Design Sensors|Spindle Growth System
  2. Micro-Epsilon|Custom Design Sensors|Industry OEM
  3. Micro-Epsilon|Custom Design Sensors|Magnetic Displacement Measurement
  4. Micro-Epsilon|Custom Design Sensors|Inline Yarn

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