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LTCLHP CORE series

Compact telecentric illuminators

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The LTCLHP CORE Series offers ultra compact telecentric illuminators. They are up to 60% more compact than other collimated illuminators on the market.

The ultra compact size allows to greatly reduce the size of your machine and to easily integrate true collimated illumination instead of common flat backlights, thus improving your system’s performance.

The smart design also makes them easy to retrofit into existing systems. They can easily be mounted in different directions using any of their 4 sides, with or without clamps.

A smaller system means lower manufacturing, shipping and storage costs, as well as less use of factory space and is the solution preferred by the industry.

LTCLHP CORE illuminators can be used both with classic telecentric lenses and with ultra compact telecentric lenses from CORE family such as the TC CORE, TC2MHR CORE and TC4MHR CORE series.

KEY ADVANTAGES

Deliver excellent performances
LTCLHP CORE telecentric illuminators deliver exactly the same excellent optical performances as other Opto Engineering® telecentric illuminators.
Downsize your vision system
LTCLHP CORE telecentric illuminators are up to 60% smaller than other telecentric illuminators on the market.
Easy retrofitting into existing systems
LTCLHP CORE illuminators can be mounted in different directions in your machine.
Improve your system performances
LTCLHP CORE illuminators may be used instead of flat backlights to improve your system.
Cut costs and sell more
A smaller system means less expenses and less space and is preferred by the industry.
Homogeneity test report with measured values

LTCLHP CORE telecentric illuminators are up to 60% shorter than other telecentric illuminators on the market.

DID YOU KNOW?

LTCLHP CORE series is now also available with new LTSCHP1W-GZ green light source, suitable for any kind of sample and specifically tailored for measuring reflective objects and objects with sharp edges.

KEY FEATURES

Reduction of edge diffraction effects
Enhanced illumination uniformity, especially on large FOVs
Less sensitive to alignment

Replacement LED module with diffuser, green

Ordering information

To order the version with the new green LED module use p/n
LTCLCRxxx-GZ (i.e. LTCLCR064-GZ)

TELECENTRIC LIGHTS

TELECENTRIC LIGHTCOLLIMATED

LTCLHP CORE illuminator dimensions (A, B, C):

Minimum beam shape dimensions:

LTCLHP CORE - Minimun beam shape dimensions

LTCLHP CORE - True collimated illumination in a reduced space

A standard collimated illuminator is impossible to use due to lack of space.

Classic solution with diffuse backlight: less precise measurements due to surface reflections and uncertain edge position.

Smart solution with LTCLHP CORE telecentric illuminator: no edge uncertainty for excellent measurement results.

The smartest solution with TC CORE telecentric lens and LTCLHP CORE telecentric illuminator: excellent measurement results in a super compact space.

	Lighting specifications			Electrical specifications					Mechanical specifications
Part number	Minimum beam shape dimension	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)
	1		2	3		4	5	6			7
LTCLCR048-R	Ø = 56, x = 50	90 - 180	red, 625 nm	12-24	2.5	2.4 (3)	350	2000	76.9	106	117.1	Quote
LTCLCR048-G	Ø = 56, x = 50	90 - 180	green, 525 nm	12-24	2.5	3.3 (4.0)	350	2000	76.9	106	117.1	Quote
LTCLCR048-W	Ø = 56, x = 50	90 - 180	white, 6000 K	12-24	2.5	2.8 (-)	350	2000	76.9	106	117.1	Quote
LTCLCR056-R	Ø = 74, x = 66	100 - 200	red, 625 nm	12-24	2.5	2.4 (3)	350	2000	93.6	110	126.6	Quote
LTCLCR056-G	Ø = 74, x = 66	100 - 200	green, 525 nm	12-24	2.5	3.3 (4.0)	350	2000	93.6	110	127.1	Quote
LTCLCR056-W	Ø = 74, x = 66	100 - 200	white, 6000 K	12-24	2.5	2.8 (-)	350	2000	93.6	110	130.1	Quote
LTCLCR064-R	Ø = 86, x = 67	120 - 240	red, 625 nm	12-24	2.5	2.4 (3)	350	2000	100.5	122	134.7	Quote
LTCLCR064-G	Ø = 86, x = 67	120 - 240	green, 525 nm	12-24	2.5	3.3 (4.0)	350	2000	100.5	122	134.7	Quote
LTCLCR064-W	Ø = 86, x = 67	120 - 240	white, 6000 K	12-24	2.5	2.8 (-)	350	2000	100.5	122	133.7	Quote
LTCLCR080-R	Ø = 98, x = 90	150 - 300	red, 625 nm	12-24	2.5	2.4 (3)	350	2000	118.9	145	158.4	Quote
LTCLCR080-G	Ø = 98, x = 90	150 - 300	green, 525 nm	12-24	2.5	3.3 (4.0)	350	2000	118.9	145	158.4	Quote
LTCLCR080-W	Ø = 98, x = 90	150 - 300	white, 6000 K	12-24	2.5	2.8 (-)	350	2000	118.9	145	158.4	Quote
LTCLCR096-R	Ø = 120, x = 99	200 - 350	red, 625 nm	12-24	2.5	2.4 (3)	350	2000	139	171.9	182.9	Quote
LTCLCR096-G	Ø = 120, x = 99	200 - 350	green, 525 nm	12-24	2.5	3.3 (4.0)	350	2000	139	171.9	182.9	Quote
LTCLCR096-W	Ø = 120, x = 99	200 - 350	white, 6000 K	12-24	2.5	2.8 (-)	350	2000	139	171.9	182.9	Quote
LTCLCR120-R	Ø = 156, x = 130	220 - 440	red, 625 nm	12-24	2.5	2.4 (3)	350	2000	181.4	220	230.6	Quote
LTCLCR120-G	Ø = 156, x = 130	220 - 440	green, 525 nm	12-24	2.5	3.3 (4.0)	350	2000	181.4	220	230.6	Quote
LTCLCR120-W	Ø = 156, x = 130	220 - 440	white, 6000 K	12-24	2.5	2.8 (-)	350	2000	181.4	200	230.6	Quote

Last update 15 Apr 2022

Notes

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

Technical documents

Product user guide

pdf

LTCLHP manual

pdf

LTCLHP CORE - Minimun beam shape dimension

pdf

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