Page 27 - LVS2023

DRT / DRF
Lighting for Vision System LVS E-mail >> lvs@lvs.co.kr 26 Internet Web Service >> www.lvs.co.kr 27

DIRECT RING LIGHTING DLA2 / DL
DRT DRF Series
│
DB / DB2

High-intensity output with vividness
IFRK
LEDs are arranged in flexible circuit boards,
getting the high intensity of illumination
by mainly radiating the central area. ILA-R/ILA-S

Direct Lighting
Ring Light
IDM

IFS

Sample image
DDM
DRF series >>>

ICFV / ICFV2

● location of print board, inspection of chip parts
Usage ● LCD array, inspection of plastic containers IFD
● labal inspection, mounter, inspection of IC seals
SHL / SVL

● High intensity LED is arranged in high density, thus making it possible to get uniform IC inspection Shape and surface inspection Label Inspection
Product Feature illumination without shades through lights radiating in 360° angles.
● Usage location of chip parts, inspection of plastic containers, labels, and IC seals
● It is a standard type of high intensity illumination, and can be used for various purposes.
● Features Standard high intensity illumination used for various applications. UV / IR
DRT series │ LEDs are arranged in flexible circuit boards, getting the high intensity
Illumination of illumination by mainly radiating the central area
Structure
DRF series │ They are the standardized type and can be used for multiple purposes Illumination Structure DRT series DRF series HLS

1 Drastic reduction of temperature rise
By deploying special heat dissipating enclosure, it is possible to suppress the temperature EN / ES / ET
rise caused by the heating of LED and aging of luminance. The heat dissipating enclosure
is inserted between the board and aluminum, absorbing the heat caused by LED and
transmitting the heat to the aluminum. It drastically reduces the temperature rise that is the DN / DS
main cause of luminance aging, thus making it possible to use LED lights for longer and safely.

With the establishment of manufacturing process by FFC Method
2 HPLS
By incorporating flexible boards allowing free adaptation of outer and inner radiation angles
making it possible for the production of optimal lights for various objects.
UVH