Opto Engineering® - 20 years Opto Engineering® - 20 years Opto Engineering. Our first 20 years →
Opto Engineering® - 20 years
Home Optics Telecentric lenses
TCCXQ series
Overview
Models
Downloads
Related
Tech Info
Resources
Magnification
0.11 - 1.5 x
Coaxial

Key advantages

  • Completely free from stray-light
    Compatible with both reflective and diffusive surface objects imaging
  • High resolution
    For sharp edge imaging and small imperfections detection
  • Bi-telecentric design
    Same degree of measurement accuracy as standard bi-telecentric lenses
  • Optimal light collimation
    For precise direct light measurement applications
  • Detailed test report with measured optical parameters
Discover more
Main optical specifications Object field of view Advanced optical specifications Lighting specifications Mechanical specifications
Part
number
Magnification Image
circle
diameter
Max
sensor
size
1/3” 1/2” 2/3”
Working
distance
Working
ƒ/N
Telecentricity
typical
(max)
Distortion
typical
(max)
Light
color,
peak
wavelength
Mount Length Width Height
4.80 x 3.60 6.40 x 4.80 8.50 x 7.09
(x) (mm) (mm × mm) (mm × mm) (mm × mm) (mm) (deg) (%) (mm) (mm) (mm)
1 2 3 4 10
TCCXQ150-G 1.500 11.0 2/3″ 3.20 x 2.40 4.27 x 3.20 5.67 x 4.73 78.0 16 < 0.04 (0.06) < 0.05 (0.10) green, 525 nm C 195.4 64.0 155.0
Quote
TCCXQ150-W 1.500 11.0 2/3″ 3.20 x 2.40 4.27 x 3.20 5.67 x 4.73 78.0 16 < 0.04 (0.06) < 0.05 (0.10) white, 6000 K C 195.4 64.0 155.0
Quote
TCCXQ100-G 1.000 11.0 2/3″ 4.80 x 3.60 6.40 x 4.80 8.50 x 7.09 78.0 12 < 0.04 (0.06) < 0.05 (0.10) green, 525 nm C 181.0 64.0 155.0
Quote
TCCXQ100-W 1.000 11.0 2/3″ 4.80 x 3.60 6.40 x 4.80 8.50 x 7.09 78.0 12 < 0.04 (0.06) < 0.05 (0.10) white, 6000 K C 181.0 64.0 155.0
Quote
TCCXQ075-G 0.750 11.0 2/3″ 6.40 x 4.80 8.53 x 6.40 11.33 x 9.45 78.0 12 < 0.04 (0.06) < 0.1 (0.2) green, 525 nm C 209.8 64.0 155.0
Quote
TCCXQ075-W 0.750 11.0 2/3″ 6.40 x 4.80 8.53 x 6.40 11.33 x 9.45 78.0 12 < 0.04 (0.06) < 0.1 (0.2) white, 6000 K C 209.8 64.0 155.0
Quote
TCCXQ066-G 0.660 11.0 2/3″ 7.27 x 5.45 9.70 x 7.27 12.88 x 10.74 78.0 12 < 0.04 (0.06) < 0.1 (0.2) green, 525 nm C 204.1 64.0 155.0
Quote
TCCXQ066-W 0.660 11.0 2/3″ 7.27 x 5.45 9.70 x 7.27 12.88 x 10.74 78.0 12 < 0.04 (0.06) < 0.1 (0.2) white, 6000 K C 204.1 64.0 155.0
Quote
TCCXQ050-G 0.500 11.0 2/3″ 9.60 x 7.20 12.80 x 9.60 17.00 x 14.18 78.0 12 < 0.04 (0.06) < 0.1 (0.2) green, 525 nm C 185.5 64.0 155.0
Quote
TCCXQ050-W 0.500 11.0 2/3″ 9.60 x 7.20 12.80 x 9.60 17.00 x 14.18 78.0 12 < 0.04 (0.06) < 0.1 (0.2) white, 6000 K C 185.5 64.0 155.0
Quote
TCCXQ024-G 0.243 11.0 2/3″ 19.75 x 14.81 26.34 x 19.75 34.98 x 29.18 20.0 8 < 0.04 (0.08) < 0.04 (0.10) green, 525 nm C 248.3 88.0 235.5
Quote
TCCXQ024-W 0.243 11.0 2/3″ 19.75 x 14.81 26.34 x 19.75 34.98 x 29.18 20.0 8 < 0.04 (0.08) < 0.04 (0.10) white, 6000 K C 248.3 88.0 235.5
Quote
TCCXQ018-G 0.184 11.0 2/3″ 26.09 x 19.57 34.78 x 26.09 46.20 x 38.53 35.6 8 < 0.08 (0.10) < 0.05 (0.10) green, 525 nm C 299.2 102.0 284.8
Quote
TCCXQ018-W 0.184 11.0 2/3″ 26.09 x 19.57 34.78 x 26.09 46.20 x 38.53 35.6 8 < 0.08 (0.10) < 0.05 (0.10) white, 6000 K C 299.2 102.0 284.8
Quote
TCCXQ016-G 0.157 11.0 2/3″ 30.57 x 22.93 40.76 x 30.57 54.14 x 45.16 50.3 8 < 0.05 (0.08) < 0.03 (0.08) green, 525 nm C 336.3 108.0 318.8
Quote
TCCXQ016-W 0.157 11.0 2/3″ 30.57 x 22.93 40.76 x 30.57 54.14 x 45.16 50.3 8 < 0.05 (0.08) < 0.03 (0.08) white, 6000 K C 336.3 108.0 318.8
Quote
TCCXQ014-G 0.138 11.0 2/3″ 34.78 x 26.09 46.38 x 34.78 61.59 x 51.38 64.4 8 < 0.05 (0.08) < 0.03 (0.07) green, 525 nm C 363.7 128.0 349.9
Quote
TCCXQ014-W 0.138 11.0 2/3″ 34.78 x 26.09 46.38 x 34.78 61.59 x 51.38 64.4 8 < 0.05 (0.08) < 0.03 (0.07) white, 6000 K C 363.7 128.0 349.9
Quote
TCCXQ011-G 0.110 11.0 2/3″ 43.64 x 32.73 58.18 x 43.64 77.27 x 64.45 89.6 8 < 0.04 (0.08) < 0.02 (0.10) green, 525 nm C 429.1 144.0 415.2
Quote
TCCXQ011-W 0.110 11.0 2/3″ 43.64 x 32.73 58.18 x 43.64 77.27 x 64.45 89.6 8 < 0.04 (0.08) < 0.02 (0.10) white, 6000 K C 429.1 144.0 415.2
Quote

Last update 18 Nov 2022

Expand table

Notes

  1. Working distance: distance between the beam splitter's front mechanics and the object. Set this distance within ± 3% of the nominal value for maximum resolution and minimum distortion.
  2. Working f-number (wf/N): the real f-number of a lens in operating conditions.
  3. Maximum angle between chief rays and optical axis on the object side. Typical (average production) values and maximum (guaranteed) values are listed.
  4. Percent deviation of the real image compared to an ideal, undistorted image. Typical (average production) values and maximum (guaranteed) values are listed.
  5. At the borders of the field depth the image can be still used for measurement but, to get a very sharp image, only half of the nominal field depth should be considered. Pixel size used for calculation is 3.45 μm.
  6. Object side, calculated with the Rayleigh criterion with λ= 520 nm
  7. At max forward current. Tolerance is ± 0.06V on forward voltage measurements.
  8. Used in continuous (not pulsed) mode.
  9. At pulse width <= 10 ms, duty cycle <= 10% condition. Built-in electronics board must be bypassed (see tech info).
  10. Measured from the beam splitter's front mechanics to the camera flange.

Technical documents

Product user guide
Back focal adjustment
LTCLHP manual

STANDARD usage option (LED control throuh built-in electronics)

Direct LED control usage option

Instructions for use

Operation options

LTSCHP LED modules can be operated in two ways:

  • standard usage option: through the built-in electronics
  • direct LED control usage option

STANDARD usage option (LED control throuh built-in electronics)

Only conitinuous mode (constant voltage) is allowed.

Connection:

Connect the black and the brown cables to your +12 / +24 V power supply.

Light intensity adjustment

The built-in multi-turn trimmer allows to control the light (LED forward current) intensity with a very high degree of precision: you can bring the current intensity from minimum to maximum with 21 full turns of the adjustment screw. Simply remove the protective cap and rotate counter-clockwise the adjustment screw to increase light intensity and vice versa.

Device power ratings LED power ratings
Part number Light color,
Wavelength peak
DC voltage 1 Power
consumption
Max LED forward
current
Forward
voltage
Max pulse current Compatibility
Minimum Maximum Typical Maximum
(V) (V) (W) (mA) (V) (V) (mA)
2 3 4 5 7
LTSCHP1W-R
Replacement LED module, red
red, 630 nm 12 24 < 2.5 350 2.4 3.00 2000 LTCLHP, TCBENCH, LTCL4K, TCCX, TCCXQ ,
LTCLHP CORE, TCBENCH CORE, TCKIT, MZMT12X
LTSCHP1W-G
Replacement LED module, green
green, 520 nm 12 24 < 2.5 350 3.3 4.00 2000 LTCLHP, TCBENCH, LTCL4K, TCCX, TCCXQ ,
LTCLHP CORE, TCBENCH CORE, TCKIT, MZMT12X
LTSCHP1W-B
Replacement LED module, blue
blue, 460 nm 12 24 < 2.5 350 3.3 4.00 2000 LTCLHP, TCBENCH, LTCL4K, TCCX, TCCXQ ,
LTCLHP CORE, TCBENCH CORE, TCKIT, MZMT12X
LTSCHP1W-W
Replacement LED module, white
white 12 24 < 2.5 350 2.78 - 2000 LTCLHP, TCBENCH, LTCL4K, TCCX, TCCXQ ,
LTCLHP CORE, TCBENCH CORE, TCKIT, MZMT12X

Expand table
  1. Tolerance ± 10%
  2. Used in continuous (not pulsed) mode.
  3. At max forward current.
  4. Tolerance is ±0.06V on forward voltage measurements.
  5. At pulse width <= 10 ms, duty cycle <= 10% condition. Built-in electronics board must be bypassed (see tech info).
  6. Shipped not assembled. See LTCLHP instruction manual.
  7. Some part numbers are not available in all color options (-R, -G, -B and -W). See page of each product series for available colors.

Direct LED control usage option

Both continuous and pulsed mode are allowed; the built-in electronics can be bypassed in order to drive the LED directly for use in continuous or pulsed mode. When bypassed, builtin electronics behaves as an open circuit allowing direct control of the LED source. Please note that in such case light intensity adjustment is not possible though the built-in multi-turn trimmer.

Connection:

Connect the black and blue cables as shown below (remove the LED anode protective cover).

Make sure not to exceed LEDs maximum rates to avoid electrical shorts.

Press & marketing content

Metrology white paper