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Instead of a common laser point, optoNCDT 2300LL laser sensors project a very small laser line onto the target surface. This laser line makes the optoNCDT 2300LL particularly suitable for precise displacement and distance measurements both on shiny, porous and rough surfaces. The high measuring rate up to 49 kHz enables reliable measurements in high speed processes. Parameter setting of the laser sensor is via a web interface that is addressed via an Ethernet interface. This web interface offers many features for the evaluation and processing of measured values and signals.
Unit of Measure

Measuring Range

Measurement Range

 N/A 50 mm

Start of Measuring Range (SMR)

 N/A 45 mm

Mid of Measuring Range (MMR)

 N/A 70 mm

End of Measuring Range (EMR)

 N/A 95 mm

Measurement Range at 49.14 Kilohertz (kHz) Measuring Rate

 N/A 25 mm

Start of Measurement Range (SMR) at 49.14 Kilohertz (kHz) Measuring Rate

 N/A 70 mm

Mid of Measurement Range (MMR) at 49.14 Kilohertz (kHz) Measuring Rate

 N/A 82.5 mm

End of Measurement Range (EMR) at 49.14 Kilohertz (kHz) Measuring Rate

 N/A 95 mm

Specifications

Measuring Rate

 N/A 1.5 kHz10 kHz2.5 kHz20 kHz30 kHz49.14 kHz5 kHz

Note for Measuring Rate

 N/A 7 Adjustable Stages
Measuring rate of 49.14 kHz with reduced measuring range.

Linearity

 N/A <±10 µm

Linearity Full Scale Output (FSO)

 N/A <±0.02 %

Repeatability

 N/A 0.8 µm

Note for Repeatability

 N/A Measuring rate of 20 kHz

Light Spot Diameter - Start of Measuring Range (SMR)

 N/A 350 x 320 µm

Light Spot Diameter - Mid of Measuring Range (MMR)

 N/A 70 x 960 µm

Light Spot Diameter - End of Measuring Range (EMR)

 N/A 300 x 1940 µm

Light Source - Semiconductor Laser Wavelength

N/A 670 nm<1 mW

Light Source Color

 N/A Red

Laser Safety Class

 N/A Class 2 in Accordance with DIN EN 60825-1: 2015-07

Permissible Ambient Light

 N/A 10,000 to 40,000 lux

Direct Current (DC) Supply Voltage

 N/A 11 to 30 V

Power Consumption at 24 Volts (V) Direct Current (DC) Voltage

 N/A <3 W

Signal Input

 N/A Laser on/off, sync in, trigger in

Digital Interface

 N/A EtherNet IP (Connection via interface module) PROFINET (Connection via interface module) RS42

Digital Interface Data Rate

 N/A 16 bits

Analog Output Current

 N/A 4 to 20 mA

Analog Output Voltage

 N/A 0 to 5 V0 to 10 V

Note for Analog Output

 N/A Connection via interface module.

Synchronization

 N/A Possible for simultaneous or alternating measurements

Connection

 N/A integrated pigtail 0.25 m with 14-pin cable connector, min. bending radius 30 mm (fixed installation) Optional extension to 3 m/6 m/9 m possible.

Installation

 N/A Screw connection via two mounting holes
Storage Temperature Range1 N/A -20 to 70 ºC
Operation Temperature Range2 N/A 0 to 50 ºC

Shock (DIN-EN 60068-2-29)

 N/A 15 g6 ms in 3 Axes

Vibration (DIN-EN 60068-2-6)

 N/A 20 g20 to 500 Hz

Protection Class (DIN-EN 60529)

 N/A Ingress Protection (IP65)

Housing Material

 N/A Die-Cast Zinc

Approximate Weight with Pigtail

 N/A 550 g

Control and Display Element

 N/A 2 x color LEDs for Status/Ethernet and EtherCAT Web interface for setup: user management, measurement settings, data output, measurement control, parameters, extras

Dimensions

Dimension Y

 N/A 23.0 mm

Characteristics

Characteristics

 N/A
  • Measurement of shiny metallic or structured surfaces
  • Adjustable measuring rate up to 49.14 kHz
  • Analog (U/I)/RS422/Ethernet/EtherCAT/PROFINET/EtherNet/IP
  • Advanced Real-Time-Surface-Compensation
  • Configuration via web interface

optoNCDT Demo Tool

optoNCDT Demo Tool

 N/A The scope of supply includes a software for easy sensor configuration. The settings can be implemented conveniently via a Windows user interface on the PC. The sensor parameters are transmitted to the sensor via the serial port and can also be saved if required. The software is available as single and multi-channel version. The sensor is connected to the PC via the sensor cable using a USB converter. [for any ILD sensor]

Protection Housing for Demanding Environments

Protection Housing for Demanding Environments

 N/A To protect the optoNCDT laser sensors in harsh environments, protective housings are available in different designs.

SGH model
Completely enclosed housing with an integrated front window, where the sensor measures through the window. The water-resistant housing provides protection against solvents and detergents.

SGHF model
With window and compressed-air connection ideal for high ambient temperatures. The integrated air cooling of the housing offers optimum protection for the sensor.

SGHF-HT model
This water-cooled protection housing with window and compressed-air connection is designed for measurement tasks in ambient temperatures up to 200 ºC.
Suitable for all long-range sensors
  • optoNCDT 1710
  • optoNCDT 1750-500 and optoNCDT 1750-750
  • optoNCDT 2310
  • optoNCDT 2300 - 200
  • Maximum ambient temperature 200 ºC
  • Maximum temperature of cooling water T(max) = 10 ºC
  • Minimum water flow rate Q(min) = 3 liters/min
    •

    Interface Modules

    Interface Modules

    		 N/A IF2008PCI/IF2008PCIe - PCI Interface card for synchronous data acquisition
    The absolutely synchronous data acquisition is a decisive factor for the planarity or thickness measurement using several laser sensors. The IF2008PCI interface card is designed for installation in PCs and enables the synchronous capture of four digital sensor signals and two encoders. The data are stored in a FIFO memory in order to enable resource-saving processing in blocks in the PC. The IF2008E expansion board enables to detect in addition two digital sensor signals, two analog sensor signals and eight I/O signals.
    • IF2008 basic printed circuit board: 4 digital signals and 2 encoders
    • IF2008E - Expansion board: 2x digital signals, 2x analog signals and 8x I/O signals
    IF2001/USB converter RS422 to USB
    The RS422/USB converter transforms digital signals from a laseroptical sensor into a USB data packet. The sensor and the converter are connected via the RS422 interface of the converter. Data output is done via USB interface. The converter loops through further signals and functions such as laser on/off, switch signals and function output. The connected sensors and the converter can be programmed through software.

    IF2004/USB: 4-channel converter from RS422 to USB
    The RS422/USB converter is used for transforming digital signals from up to four optical sensors into USB data signals. The converter has four trigger inputs and a trigger output for connecting additional converters. Data is output via an USB interface. The connected sensors and the converter can be programmed through software.
    • 4x digital signals via RS422
    • 4x trigger inputs, 1x trigger output
    • Synchronous data acquisition
    • Data output via USB
    C-Box/2A Controller for D/A conversion and evaluation
    C-Box/2A is used for fast D/A conversion of two digital input signals or for evaluating two digital sensor signals. The controller is compatible with the optoNCDT 1420, 1750 und 2300 models. Handling of the C-Box/2A and of the connected sensors are performed via web interface. Averaging functions, thickness, diameter, step and inclinations can be calculated. The D/A conversion is executed at 16 bit and max. 70 kHz.
    • Trigger input
    • Multi-function output
    • Measurement value output via Ethernet, USB, analog output 4 ... 20 mA / 0 ... 5 V / 0 ... 10 V / ±5 V / ±10 V (scalable via web interface)
    • 2x switching outputs for sensors or C-Box/2A status
    • Parallel data output via 3 output interfaces
    IF2030 Interface module for Industrial Ethernet connection
    The IF2030 interface modules are designed for easy connection of Micro-Epsilon sensors to Ethernet-based fieldbuses, e.g., plant control systems. The PROFINET and Ethernet/IP modules are compatible with sensors that output data via an RS422 or RS485 interface. These modules operate on the sensor side with up to 4 MBd and have two network connections for different network topologies. Installation in switching cabinets is via a DIN rail.

    Additional Information

    N/A The optoNCDT LL laser sensors produce an oval-shaped light spot of just a few millimeters in width which reminds of a short laser line (LL). This oval light spot compensates for inhomogeneous surface structures and the so-called speckling effect which particularly occurs with metallic surfaces. Combined with special software algorithms, interferences caused by surface roughness, defects, indentations or holes are filtered out. This enables stable and precise measurement results.

    The optoNCDT 2300LL sensors operate with an oval light spot which reminds of a short "laser line". The oval light spot and special software algorithms filter out disturbances while significantly simplifying measurements on metallic surfaces. Due to its extremely compact size, the sensor can easily be integrated into restricted installation space.

    The A-RTSC(Advanced-Real-Time-SurfaceCompensation), with its improved dynamic range, enables a more precise real time surface compensation during the measurement process. The optoNCDT 2300 laser sensors can be operated via a web interface which offers multiple possibilities in order to process measured values and signals, e.g., peak selection, filter and masking of the video signal.

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