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scanCONTROL 30x0 laser scanners are among the highest performing profile sensors in terms of their size, accuracy and measuring rate. They provide calibrated 2D profile data with up to 7.37 million points per second. Their profile frequency of max. 10 kHz enables precise profile measurements in dynamic processes. The high-resolution sensor matrix offers a resolution of 2,048 points with an ultimate point distance of just 12 µm. This is how even the finest of details can be detected reliably.
Unit of Measure

Specifications

Laser Color

N/A Blue Red

Start of Measuring Range - (Z-Axis (Height))

N/A 105 mm

Mid of Measuring Range - (Z-Axis (Height))

N/A 125 mm

End of Measuring Range - (Z-Axis (Height))

N/A 145 mm

Height of Measuring Range - (Z-Axis (Height))

N/A 40 mm

Maximum Deviation of A Single Point for Red Laser Scanner (2 Sigma) - (Z Axis (Height)) (±)

N/A 0.08 %

Maximum Deviation of A Single Point for Blue Laser Scanner (2 Sigma) - (Z Axis (Height)) (±)

N/A 0.06 %

Note for Maximum Deviation of A Single Point (2 Sigma) - (Z Axis (Height))

N/A According to measuring range; Measuring object: Micro-Epsilon standard object

Line Linearity - (Z Axis (Height))

N/A 3 µm

Line Linearity - (Z Axis (Height)) Tolerance (±)

N/A 0.0075 %

Note for Line Linearity - (Z Axis (Height))

N/A According to measuring range; Measuring object: Micro-Epsilon standard object

According to a one-time averaging over the width of the measuring field ((2,048 points)

Start of Measuring Range - (X-Axis (Length))

N/A 43.3 mm

Mid of Measuring Range - (X-Axis (Length))

N/A 50 mm

End of Measuring Range - (X-Axis (Length))

N/A 56.5 mm

Resolution - (X-Axis (Length))

N/A 2,048 points/profile

Standard Profile Frequency

N/A Up to 10,000 Hz

Note for RS422 (Half-Duplex) Interfaces

N/A RS422 interface, programmable either as serial interface or as input for triggering/synchronization

Output of Measurement Values

N/A EtherCAT (Only with 2D/3D Gateway) Ethernet (UDP / Modbus TCP) EtherNet/IP (Only with 2D/3D Gateway) PROFINET (Only with 2D/3D Gateway) RS422 (ASCII / Modbus RTU) Analog (Only with 2D/3D Output Unit) Switch Signal (Only with 2D/3D Output Unit)

Control and Display Element

N/A 3 x color LEDs for laser, data and error

Aperture Angle of Laser Line

N/A 28 º

Laser Switch-Off

N/A Via Software, Hardware Switch-Off with SI Option

Permissible Ambient Light (Fluorescent Light)

N/A 10,000 lux

Protection Class (DIN-EN 60529)

N/A Ingress Protection (IP67) (When Connected)

Vibration (DIN-EN 60068-2-27)

N/A 2 g20 to 500 Hz

Shock (DIN-EN 60068-2-6)

N/A 15 g6 ms

Sensor Weight without Cable

N/A 415 g

Interfaces

Ethernet GigE Vision

N/A Output of Measurement Values Profile Data Transmission Sensor Control

Digital Inputs

N/A Encoder (Counter) Mode Switching Trigger

RS422 (Half-Duplex) Interfaces

N/A Output of Measurement Values Sensor Control Synchronization Trigger

Light Source

Standard Light Source for Red Laser

N/A ≤10 mW

Optional Light Source for Red Laser

N/A ≤30 mW

Standard Light Source for Blue Laser

N/A ≤10 mW

Standard Laser Class for Red Laser

N/A 2M

Optional Laser Class for Red Laser

N/A 3R

Standard Laser Class for Blue Laser

N/A 2M

Light Source - Semiconductor Laser Wavelength for Red Laser

N/A 658 nm

Light Source - Semiconductor Laser Wavelength for Blue Laser

N/A 405 nm

Temperature Range

Operating Temperature

N/A 0 to 45 ºC

Storage Temperature

N/A -20 to 70 ºC

Supply Voltage

Direct Current (DC) Supply Voltage

N/A 11 to 30 V

Nominal Value Supply Voltage

N/A 24 V

Nominal Value Supply Current

N/A 500 mA

Supply

N/A Institute of Electrical and Electronics Engineers (IEEE) 802.3af class 2, Power over Ethernet (PoE)

Characteristics

Characteristics

N/A
  • Measuring range z-axis up to 300 mm
  • Measuring range x-axis up to 290 mm
  • Measurement speed up to 10 kHz
  • Measuring rate up to 7,372,800 points/sec
  • Line linearity z-axis from 1.5 ?m
  • Resolution x-axis up to 2,048 points
  • Selectable operating modes

Additional Information

Additional Information

N/A Large measuring range with 200 mm
The scanCONTROL 30x0 laser scanners are now also available with a large measuring field of 200 x 300 mm. This allows large measuring objects to be detected with high accuracy.

HDR Mode
Thanks to the Dynamic Range mode, the sensor generates accurate measurement results even on inhomogeneous surfaces. The exposure is performed simultaneously without time offset which enables reliable detection of rapidly moving objects.

Fast measurement results with operation modes
Choose from three predefined operating modes for your specific measurement task: »High-Resolution« for maximum precision, »High Dynamic Range« for optimal profile detection on difficult surfaces and »High Speed« for ultra-fast measurements.

Fast and precise 2D/3D profile measurements
The new LLT30x0 laser profile scanners provide calibrated profile data with up to 7.37 million points per second. Thanks to their high accuracy, high profile frequency and versatility, these powerful scanners are suitable for demanding measurement tasks. They measure and evaluate, e.g., angles, steps, gaps, distances and circles with high precision. These sensors also offer predefined operating modes that enable optimal results for various applications.

Available as COMPACT and SMART versions
The scanCONTROL 30x0 series is available as COMPACT and SMART versions. The COMPACT scanners provide calibrated profile data that can be further processed on a PC with software evaluation provided by the customer. SMART scanners operate autonomously and provide selected measurement values. The scanCONTROL 30x0 series supports all SMART functions and programs that are set in the scanCONTROL Configuration Tools software and directly stored in the internal controller.

Innovative exposure control to master difficult surfaces
On inhomogeneous or dark surfaces, the HDR (High Dynamic Range) data acquisition mode and the improved auto exposure optimizes the measurement results. In HDR mode, the rows of the sensor matrix are exposed differently but at the same time which avoids time offsets between the recordings. This is how moving objects can be detected reliably. The areas for auto exposure can be selected individually.