di-soric LI 112-10-1110-1170 I LI Measuring Light Curtains Grids Owner’s Manual

June 13, 2024
di-soric

di-soric LI 112-10-1110-1170 I LI Measuring Light Curtains Grids

Product Information

The product is a light grid with evaluation electronics, designed for measuring and switching applications. It features a compact design with an aluminum housing, making it easy to install. The light grid is available with different evaluation electronics options: LVE, LVX, and LVB. The beam evaluation can be horizontal or diagonal.

Components:

  1. Transmitter
  2. Receiver
  3. Monitoring height H
  4. Profile length L
  5. Evaluation electronics
  6. Profile cross section

Technical Data

  • Service voltage: Not specified
  • Assembly: Not specified
  • Profile cross section: Not specified
  • Dimension: Not specified
  • Profile length: Not specified
  • Housing material: Aluminum
  • Protection class: Not specified
  • Evaluation: Not specified
  • Evaluation electronics: LVE, LVX, LVB
  • Output function: Not specified
  • Switching output: Not specified
  • Light source: Not specified
  • Color: Not specified
  • Wavelength: Not specified
  • Beam evaluation: Horizontal or diagonal
  • Beam separation: Not specified

Additional Information / Accessories:
For more information about the product and available accessories, please visit the official website.

Product Usage Instructions

  1. Choose the appropriate evaluation electronics option (LVE, LVX, LVB) based on your application requirements.

  2. Install the transmitter and receiver components according to the desired monitoring height H.

  3. Adjust the profile length L as needed.

  4. Connect the evaluation electronics to the light grid.

  5. Make sure to follow the specified electrical connections (BN: brown, GN: green, GY: grey, WH: white, YE: yellow).

  6. Refer to the technical data for information on service voltage, assembly, profile cross section, dimension, housing material, protection class, evaluation, output function, switching output, light source, color, wavelength, beam evaluation, and beam separation.

    • With evaluation electronics LVE … / LVX … measuring and switching
    • With evaluation electronics LVB … switching
    • Beam evaluation horizontal or diagonal
    • Compact design
    • Aluminum housing
    • Easy to install
  7. Transmitter

  8. Receiver

  9. Monitoring height H

  10. Profile length L

  11. Evaluation electronics

  12. Profile cross section

To be used with evaluation electronics LVE …/ LVX … / LVB

di-soric -LI -112-10-1110-1170 -I -LI -Measuring -Light -Curtains -Grids
-FIG \(2\)

  • BN: brown
  • GN: green
  • GY: grey
  • WH: white
  • YE: yellow

di-soric -LI -112-10-1110-1170 -I -LI -Measuring -Light -Curtains -Grids
-FIG \(3\)

Technical data (typ.)

  • Service voltage   20 … 26 V DC (see evaluation electronics)
  • Assembly    Threaded bolt (3)
  • Profile cross section   12 x 24 mm
  • Dimension
    • A: 85 mm
    • B: 500 mm
    • X: 13,5 mm
    • Y: 38,5 mm
  • Profile length  1.170 mm
  • Housing material  Aluminum (natural)
  • Protection class   III, operation on protective low voltage
  • Evaluation    absolute, percentage, Configurable via evaluation electronics
  • Evaluation electronics   external
  • Output function   Configurable via evaluation electronics
  • Switching output Configurable via evaluation electronics, NO, NC
  • Light source   LED
  • Color    Infrared
  • Wavelength   880 nm
  • Beam evaluation   via external evaluation electronics
  • Beam separation   10 mm
  • Number of beams  112
  • Monitoring height  1.110 mm
  • Range    250 … 6.000 mm (adjustable via evaluation electronics)
  • Measuring range   1.110 mm
  • Ambient temperature during operation   -20 … +40 °C
  • Protection type    IP 54 (IP 65 optional)
  • Connection    Cable, 4,0 m (with plug connector, additional variants on request)

More information / accessories https://www.di-soric.com/209208
di-soric GmbH & Co. KG . Steinbeisstraße 6 . DE-73660 Urbach . www.di- soric.com
© di-soric . Right to change reserved . 13.08.2022 .

References

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