Laser sensor with short measurement ranges at long standoff distances
Measuring ranges
Resolution
Linearity
Measuring rate
Laser sensor with short measurement ranges at long standoff distances
10 - 50 mm
0.005 % F.S.O.
± 0.1 % F.S.O.
10 kHz
FSO = of full scale output
The optoNCDT 1710 and 2310 long range laser sensors are designed for applications where a high measuring distance is required. However, the relatively small measuring range facilitates extremely precise measurement at a large distance.
Details
Measuring range optoNCDT 1710 (mm):
50
Measuring ranges optoNCDT 2310 (mm):
10 | 20 | 50
Linearity max. 3µm
Resolution 0.5µm
Large base distance with small measuring range
High measuring rate and resolution at large distance
Laser sensors of the series optoNCDT 2300LL use a very small laser line instead of the common laser spots. Due to this laser line, the optoNCDT 2300LL is also very well suited for precise distance and displacement measurement on glossy, porous or rough surfaces. Due to the high measurement rate of up to 49kHz it is possible to reliably apply the sensor in fast processes. The parameterization of the laser sensor is effected via web interface which is contacted via the Ethernet interface. Via the web interface numerous possibilities for the measurement value and signal processing are offered.
NEW: Analog output and 2 channel evaluation with C-BOX
Details
Measuring ranges (mm):
2 | 10 | 20 | 50
Linearity max 0.6µm
Resolution max. 0.03µm
Adjustable measuring rate up to 49.02 kHz
Interfaces: Ethernet, EtherCAT, RS422, analog via C-Box / CSP2008
Special optics for small laser line
Precise measurements on metallic and rough surfaces
The optoNCDT 2300 is the latest high-end model of laser triangulation sensors from Micro-Epsilon. The new series offers an adjustable measuring rate up to 49.140 kHz. An impressive and worldwide unique fact regarding this sensor class is that the electronics of the system have already been integrated in the compact sensor. The optoNCDT 2300 is ideal for the most challenging applications in either diffuse or specular mode and can even measure the thickness of transparent materials.
Characteristics
High speed 49,000 hz real time measurement
ARTSC advanced real time surface compensation
New improved optics
New improved CCD
Dual measurement mode 2 in 1 (diffuse and specular)
Thickness mode built in
Most compact design, single piece without external controller
Advance signal processing ( filters, stats, trigger, synch...)
New Ethernet, Ethercat, RS422, Profinet, EtherNet/IP interface
Embedded set up browser
Various ranges, blue and LL anti speckle option
Application flexibility
The optoNCDT 2300 can be operated in several measurement modes: in standard mode for displacement measurement of diffuse reflecting materials or with a special alignment mode to measure directly reflecting surfaces. Furthermore, the laser triangulation sensor can be used for one-sided thickness measurement of transparent materials (multi-peak evaluation). Therefore, the software provides a comprehensive materials database that is editable and expandable.
The A-RTSC (Advanced Real Time Surface Compensation) feature is a further development of RTSC technology and improves the surface compensation capability. This means the sensor is not influenced by rapidly changing surface reflections and provides stable measurement results.
All optoNCDT 2300 laser sensors are operated using an intuitive web interface. This web interface can be accessed via Ethernet, enabling the user to make settings for the processing of measured values and signals, e.g. peak selection, filter and masking features for the video signal.
Highest performance in laser triangulation
The optoNCDT 2300 is the high performance version of Micro-Epsilon laser triangulation sensors and offers an adjustable measuring rate of up to 49.14kHz. The optoNCDT 2300 is used for high speed applications such as the monitoring of vibrations or measurements on challenging surfaces. Due to their high resolution, sub-micrometer measurement accuracies are possible.
The new technology Blue Laser allows the sensors, absolutely precise and reliable measurement results on red-glowing metals and glowing silicium. The blue-violet laser offers decisive advantages. Even in the case of measurements being effected on organic matters such as veneers, wood, or skin, the blue laser makes an important contribution regarding precision. While allowing more stability, the blue laser light does not penetrate the measuring object due to the reduced blue-violet laser.
Blue Laser sensors belonging to the series optoNCDT 1700BL are designed for fast distance, displacement and position measurement on red-glowing metals. The sensors are equipped with new high-end lenses, laser control and evaluation algorithms.
The optoNCDT 1710-1000 laser sensors are unrivalled in measurement performance worldwide. The sensor can measure over a working range of 1,000mm. The start of measurement is 1,000mm from the sensor body which means that objects upto 2m in distance can be measured. The controller is integrated into the housing of the sensor which means that external electronic processing is not required. The sensor operates with automatic, real time surface compensation, RTSC which auto adapts the laser intensity to the surface being measured. Additionally built in, programmable limit switch give the sensor further integration flexibility.
Application areas of the sensor are:
Harsh environments
Large parts or areas where a large stand off are required
Target in vacuum – the sensor can measure through viewing windows
High object temperatures
In process measurements on difficult surfaces
Details
Measuring ranges (mm):
1,000
Linearity max. +/- 1mm
Resolution max. 100µm
Start of measurement range, SMR: 1m
Configurable measuring rate up to 2.5kHz
Real-time compensation for changing surfaces (RTSC)
C-Box controller for up to 2 displacement signals
Universalcontroller for up to six sensors
RS422/USB Converter IF2001/USB
4 Channel RS422/USB Converter IF2004/USB
IF2008 - Interface card
High speed 49,000 hz real time measurement
