Opto Engineering LTCLHP CORE Illuminators
Ultra compact telecentric illuminators

Opto Engineering LTCLHP CORE ultra-compact telecentric illuminator The LTCLHP CORE ultra compact telecentric illuminators are up to 60% smaller than traditional collimated illuminators. These ultra compact telecentric illuminators can significantly reduce machine size and easily integrate true collimated illumination unlike common flat backlights, thereby improving system performance overall.

Due to their innovative design they can be easily fitted into existing systems, mounted with or without clamps using any of the 4 sides, and angled in the optimal direction. LTCLHP CORE ultra compact telecentric illuminators also provide a cost savings for manufacturing, shipping, storage and system footprint.

  • 60% smaller size with the same excellent optical performance
  • Easily fitted into existing systems
  • Mount using any of the 4 sides with or without clamps
  • Better system performance compared to backlights
  • Cost-effective due to smaller footprint, shipping and storage costs
  • Well defined edges for excellent measurement results
  • Less reflective than diffused lighting
  • Homogeneity test report with measured values

Opto Engineering telecentric lenses include a wide variety of lenses for area and line scan cameras. Contact us if you would like help choosing the right lens and lighting for your industrial machine vision applications.


Product User Guide LTCLHP manual
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  Lighting specifications Electrical specifications Mechanical specifications Data
Sheet
Part
number
Minimum
beam shape
diameter
Working
distance
range
Light color, peak
wavelength
Supply
Voltage
Max power
consumption
LED forward
voltage
typical (max)
Max LED
forward
current
Max pulse
current
Dimension
A
Dimension
B
Dimension
C
(mm)(mm)(V)(W)(V)(mA)(mA)(mm)(mm)(mm)
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LTCLCR048-RØ = 56, x = 5090 - 180red, 625 nm12-242.52.4 (3)350200076.9106117.1Download datasheet
LTCLCR048-GØ = 56, x = 5090 - 180green, 525 nm12-242.53.3 (4.0)350200076.9106117.1Download datasheet
LTCLCR048-WØ = 56, x = 5090 - 180white, 6000 K12-242.52.8 (-)350200076.9106117.1Download datasheet
LTCLCR056-RØ = 74, x = 66100 - 200red, 625 nm12-242.52.4 (3)350200093.6110126.6Download datasheet
LTCLCR056-GØ = 74, x = 66100 - 200green, 525 nm12-242.53.3 (4.0)350200093.6110127.1Download datasheet
LTCLCR056-WØ = 74, x = 66100 - 200white, 6000 K12-242.52.8 (-)350200093.6110130.1Download datasheet
LTCLCR064-RØ = 86, x = 67120 - 240red, 625 nm12-242.52.4 (3)3502000100.5122134.7Download datasheet
LTCLCR064-GØ = 86, x = 67120 - 240green, 525 nm12-242.53.3 (4.0)3502000100.5122134.7Download datasheet
LTCLCR064-BØ = 86, x = 67120 - 240blue, 460 nm12-242.53.3 (4.0)3502000100.5122134.7Download datasheet
LTCLCR064-WØ = 86, x = 67120 - 240white, 6000 K12-242.52.8 (-)3502000100.5122133.7Download datasheet
LTCLCR080-RØ = 98, x = 90150 - 300red, 625 nm12-242.52.4 (3)3502000118.9145158.4Download datasheet
LTCLCR080-GØ = 98, x = 90150 - 300green, 525 nm12-242.53.3 (4.0)3502000118.9145158.4Download datasheet
LTCLCR080-BØ = 98, x = 90150 - 300blue, 460 nm12-242.53.3 (4.0)3502000118.9145158.4Download datasheet
LTCLCR080-WØ = 98, x = 90150 - 300white, 6000 K12-242.52.8 (-)3502000118.9145158.4Download datasheet
LTCLCR096-RØ = 120, x = 99200 - 350red, 625 nm12-242.52.4 (3)3502000139171.9182.9Download datasheet
LTCLCR096-GØ = 120, x = 99200 - 350green, 525 nm12-242.53.3 (4.0)3502000139171.9182.9Download datasheet
LTCLCR096-BØ = 120, x = 99200 - 350blue, 460 nm12-242.53.3 (4.0)3502000139171.9182.9Download datasheet
LTCLCR096-WØ = 120, x = 99200 - 350white, 6000 K12-242.52.8 (-)3502000139171.9182.9Download datasheet
LTCLCR120-RØ = 156, x = 130220 - 440red, 625 nm12-242.52.4 (3)3502000181.4220230.6Download datasheet
LTCLCR120-GØ = 156, x = 130220 - 440green, 525 nm12-242.53.3 (4.0)3502000181.4220230.6Download datasheet
LTCLCR120-BØ = 156, x = 130220 - 440blue, 460 nm12-242.53.3 (4.0)3502000181.4220230.6Download datasheet
LTCLCR120-WØ = 156, x = 130220 - 440white, 6000 K12-242.52.8 (-)3502000181.4200230.6Download datasheet

Notes

  1. Beam shape is not circular. See Tech Info for minimun beam dimensions.
  2. Opto Engineering® recommends green light for high precision measurement applications
  3. Tolerance ± 10%
  4. At max forward current. Tolerance is ± 0.06V on forward voltage measurements
  5. In continuous mode (non-pulsed)
  6. At pulse width <= 10 ms and duty cycle <= 10%. Built-in electronics board must be bypassed (see tech info)
  7. Nominal value, with no spacers in place