LTCLHP CORE PLUS series

Space-saving telecentric illuminators for LARGE FOV systems

Catalog 2019

뉴스

LTCLHP CORE PLUS telecentric illuminators are designed to illuminate large areas in a reduced space. They are up to 40% shorter than other telecentric lights on the market.

The length and working distance of a telecentric lens strongly impact the size of a vision system. Their working distance range has been optimized to make a measurement system as compact as possible, allowing to reduce the overall system’s dimensions by up to up to half.

The super compact form factor allows you to easily integrate CORE PLUS collimated illumination where classis telecentric lights don’t fit instead of common diffuse backlights, thus improving your system’s performance.

LTCLHP CORE PLUS lights have been designed for smart integration. They feature a built-in mounting flange and standard extruded aluminum T-slot profiles so no additional mounting clamps are required.

주요 장점

Large illumination area in a super compact form factor
LTCLHP CORE PLUS are up to 40% shorter than other telecentric lights on the market.
Reduce the size of your vision system
The working distance of LTCLHP CORE PLUS telecentric illuminators has been optimized to reduce the overall system’s footprint.
Boost your measurement system’s performance
LTCLHP CORE PLUS illuminators may be used in place of flat backlights to improve your system’s performance
Smart integration
LTCLHP CORE PLUS illuminators integrate a mounting flange and standard extruded aluminum T-slot profiles for easy mounting without additional clamps.
System compactness is a competitive advantage
A smaller vision system or measurement machine is preferred by the industry.

Advantages

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• Lower manufacturing cost due to less material employed
• Cost of mounting is reduced as no addictional clamps are needed
• Less space required for storage and use
• Lower shipment expenses due to smaller size
• Lower transportation risks

Sell more

• A smaller system leads to more sales

텔레센트릭 조명

System compactness is a competitive advantage

Comparison of precision measurement systems with “classic” telecentric lens and light vs. CORE PLUS telecentric lens and light.

	Optical specs			Electrical specifications							Mechanical specifications
				Device power ratings				LED power ratings			Dimensions
Part number	Light color, wavelength peak	Minimun beam shape dimension	Working distance range	DC voltage		Power cons.	Max LED fwd current	Forward voltage		Max pulse current	A	B	C
				min	max			typ.	max
		(mm x mm)	(mm)	(V)	(V)	(W)	(mA)	(V)	(V)	(mA)	(mm)
	1	2	3	4			5	6	7	8	9		10
LTCLCP144-GSpace-saving telecentric illuminator for LARGE FOV systems	green, 520 nm	190 x 150	170 - 350	12	24	< 2.5	350	3.3	4	2000	335	337	296	시세
LTCLCP192-GSpace-saving telecentric illuminator for LARGE FOV systems	green, 520 nm	245 x 190	230 - 450	12	24	< 2.5	350	3.3	4	2000	393	390	395	시세

노트

Opto Engineering® recommends green light for high precision measurement applications.
Beam shape is not circular.
Working distance: distance between the front end of the mechanics and the object. Set this distance within +/- 5% of the nominal value for maximum resolution and minimum distortion.
Tolerance ± 10%.
Used in continuous (not pulsed) mode.
At max forward current.
Tolerance is ±0.06V on forward voltage measurements.
At pulse width <= 10 ms, duty cycle <= 10% condition. Built-in electronics board must be bypassed (see tech info).
Maximum dimension of the clamping flange.
Nominal value, with no spacers in place.

기술자료

데이터 테이블

XLS

Specifications

TC CORE PLUS telecentric lens.

Setup instructions 1

To build a telecentric measurement setup it’s necessary to position a LTCLHP CORE telecentric illuminator upside down with respect to the TC CORE PLUS telecentric lens.

LTCLHP CORE PLUS telecentric illuminator

Setup instructions 2

LTCLHP CORE PLUS telecentric illuminator is also a perfect solution when coupled with classic telecentric lenses (e.g. TC series).

응용 예

Integrated extruded aluminum profiles with M5 T-slot nuts allow for easy and cost-effective mounting.

The width of the beam rectangle is aligned along the A axis. The height of the beam rectangle is aligned along the B axis.

A, B an C indicate the mechanical dimensions of the illuminator.

Design & development by Opto Engineering → SEO and consulting by Dipiemme Studio