LTCLHP series. Product presentation.

Transcription

1 LTCLHP series Product presentation

2 LTCLHP series LTCLHP series - product presentation 2

3 Summary Introduction: when you need collimated light Key advantages Key advantages of collimated light LTCLHP key features Accessories / Spare parts Pricing / availability Application examples LTCLHP series - product presentation 3

4 Introduction COLLIMATED VS DIFFUSED BACKLIGHT NON-COLLIMATED BACK ILLUMINATION Light coming from a variety of angles COLLIMATED BACK ILLUMINATION Parallel rays LTCLHP series - product presentation 4

5 Introduction WHEN YOU NEED COLLIMATED LIGHT? High speed production lines The high throughput allows for shorter exposure times Silouetting and for detecting edges and defects Elimination of blurred edges caused by diffuse reflections Increased distance between object and illumination source Precision measurements where accuracy, repeatability, and throughput are key factors LTCLHP series - product presentation 5

6 Key advantages KEY ADVANTAGES OF OPTO-ENGINEERING COLLIMATED LIGHT Complete light coupling All the light emitted by a LTCLHP source is collected by a telecentric lens and transferred to the camera detector, ensuring a very high signal-to-noise ratio. Border effects removal Diffused back-illuminators often make objects seem smaller than their actual size because of light reflections on the object sides, while collimated rays are typically much less reflected. Field depth and telecentricity improvement Collimated illumination geometry increases a telecentric lens natural field depth and telecentricity far beyond its nominal specs. LTCLHP series - product presentation 6

7 Key advantages KEY ADVANTAGES OF OPTO-ENGINEERING COLLIMATED LIGHT Easy and precise alignment with bi-telecentric lenses Wide selection of different colors R = red, peak at 630 nm G = green, peak at 520 nm B = blue, peak at 460 nm W = white LTCLHP series - product presentation 7

8 Key advantages LTCLHP OVERVIEW IMPROVED PERFORMANCES AT LOW CURRENTS LED1W source LTSCHP module CB244P1500 power cable optics LTCLHP series - product presentation 8

9 Key advantages LTCLHP OVERVIEW UPDATED ELECTRICAL SPECS LTCLHP series - product presentation 9

10 How to use TWO USAGE OPTIONS STANDARD usage option (LED control through built-in electronics) black cable to ground brown cable to power supply (+12 / +24 V) advantages of the NEW built in electronics Direct LED control usage option black cable to ground blue cable (LED anode) to your power supply or external strobe controller LTCLHP series - product presentation 10

11 Key advantages ILLUMINATION STABILITY No light flickering thanks to Very High current stability over time even at low currents Images with stable gray-levels background achieved through BETTER BUILT-IN ELECTRONICS allows for Constant current flow through the LED source Low noise level Compatibility with all LED colors Low warm-up times LTCLHP series - product presentation 11

12 Key advantages ILLUMINATION STABILITY IMPROVED ELECTRONICS CURRENT STABILITY ILLUMINATION STABILITY Less than 1 variation in LED forward current intensity* *Both at min and max LED forward current. LTCLHP series - product presentation 12

13 Key advantages ILLUMINATION STABILITY IMPROVED ELECTRONICS CURRENT STABILITY ILLUMINATION STABILITY Less than 1 variation in LED forward current intensity* RED BLUE GREEN WHITE Current intensity variation Current intensity variation -1-1 Time (min) Time (min) *Both at min and max LED forward current. LTCLHP series - product presentation 13

14 Key advantages ILLUMINATION STABILITY 3,6 3,4 3,2 3 3,5% Threshold for LTSC LOWER VARIATION GREEN 2,8 2,6 2,4 STABLE gray-levels background images Max-Min/Max*100 2,2 2 1,8 1,6 1,4 1,2 OLD- LTSC1W-G 1% Threshold for LTSCHP 1 0,8 0,6 0,4 NEW- LTSCHP1W-G 0, Exposure Time (us) Variation of mean gray level between 10 consecutive images acquired with camera Basler ACA GM < 1% at 5 μs camera exposure time LTCLHP series - product presentation 14

15 Key advantages ILLUMINATION STABILITY 5,5% Threshold for LTSC 5,6 5,4 5,2 5 4,8 LOWER VARIATION BLUE 4,6 4,4 4,2 4 3,8 3,6 STABLE gray-levels background images Max-Min/Max*100 3,4 3,2 3 2,8 2,6 2,4 2,2 2 OLD- LTSC1W-B 1,8 1,6 1,4 1,2 1% Threshold for LTSCHP 1 0,8 0,6 NEW- LTSCHP1W-B 0,4 0, Exposure Time (us) Variation of mean gray level between 10 consecutive images acquired with camera Basler ACA GM < 1% at 5 μs camera exposure time LTCLHP series - product presentation 15

16 Key advantages ILLUMINATION STABILITY 3,6 3,4 3,2 3 3,5% Threshold for LTSC LOWER VARIATION RED 2,8 2,6 2,4 STABLE gray-levels background images Max-Min/Max*100 2,2 2 1,8 1,6 1,4 1,2 OLD- LTSC1W-R 1% Threshold for LTSCHP 1 0,8 0,6 0,4 NEW- LTSCHP1W-R 0, Exposure Time (us) Variation of mean gray level between 10 consecutive images acquired with camera Basler ACA GM < 1% at 5 μs camera exposure time LTCLHP series - product presentation 16

17 Key advantages ILLUMINATION STABILITY STABLE gray-levels background images Max-Min/Max*100 5,6 5,4 5,2 LOWER 5 VARIATION 4,8 4,6 4,4 4,2 4 3,8 3,6 3,4 3,2 3 2,8 2,6 2,4 2,2 2 1,8 1,6 1,4 1% Threshold for LTSCHP 1,2 1 0,8 OLD- LTSC1W-W 0,6 0,4 NEW- LTSCHP1W-W 0, Exposure Time (us) 5,5% Threshold for LTSC WHITE Variation of mean gray level between 10 consecutive images acquired with camera Basler ACA GM < 1% at 5 μs camera exposure time LTCLHP series - product presentation 17

18 Key advantages ILLUMINATION STABILITY LTSCHP1W-G Green LTSCHP1W-B Blue 1,00 1,00 Very low warm-up time Normalized illuminance Normalized illuminance 0,95 0,90 0,85 0,80 0,75 1,00 0,95 0,90 0,85 0, Time (min) LTSCHP1W-R Red Green at 3,5 ma Green at 350 ma Red at 3,5 ma Red at 350 ma Normalized illuminance Normalized illuminance 0,95 0,90 0,85 0,80 0,75 1,00 0,95 0,90 0,85 0, Time (min) LTSCHP1W-W White 120 Blue at 3,5 ma Blue at 350 ma White at 3,5 ma White at 350 ma 0,75 0, Time (min) Time (min) Normalized Illuminance graphs indicate typical warm-up times for green, blue, red and white light sources at min and max LED forward current LTCLHP series - product presentation 18

19 Key advantages ILLUMINATION STABILITY: OLD vs NEW 1,00 OLD vs NEW - Green at 3,5 ma 1,00 OLD vs NEW - Blue at 3,5 ma Shorter warm-up time Less variation Normalized illuminance Normalized illuminance 0,95 0,90 0,85 0,80 0,75 1,00 0,95 0,90 0,85 0, Time (min) OLD vs NEW - Red 120 OLD LTSC Green NEW LTSCHP Green OLD LTSC Red at 28 ma NEW LTSCHP Red at 3,5 ma Normalized illuminance Normalized illuminance 0,95 0,90 0,85 0,80 0,75 1,00 0,95 0,90 0,85 0, Time (min) OLD vs NEW - White at 3,5 ma OLD LTSC Blue NEW LTSCHP Blue OLD LTSC White NEW LTSCHP White 0,75 0, Time (min) Time (min) Normalized Illuminance graphs indicate typical warm-up times for green, blue, red and white light sources at min and max LED forward current LTCLHP series - product presentation 19

20 Key advantages PRECISE LIGHT INTENSITY TUNING OLD NEW SINGLE-TURN TRIMMER MULTI-TURN TRIMMER 1 LIGHT INTENSITY TUNING: ONLY 1 TURN 2 WHEN TRIMMER AT MINIMUM, LIGHT STILL ON 1 MORE PRECISE LIGHT INTENSITY TUNING: 21 FULL TURNS 2 WORKS FROM ZERO TO MAX LIGHT + - MULTI-TURN TRIMMER LTCLHP series - product presentation 20

21 Key advantages EASY LED REPLACEMENT OLD NEW NOT AVAILABLE LEDs can be replaced and positioned by the user No need for soldering No need to realign the imaging lens with the illuminator LTCLHP series - product presentation 21

22 Key advantages IMPROVED LED CENTERING ACCURACY OLD NEW LED source positioned with no precision centering Dowel pins centering LTCLHP series - product presentation 22

23 Key advantages DIRECT LED CONTROL OPTION Possibility to control the LED with customer own electronics ADVANTAGE over LTSC When bypassed, built-in electronics behaves as an open circuit allowing direct control of the LED source with no influences from the built-in electronics LTCLHP series - product presentation 23

24 Key advantages EXCELLENT THERMAL MANAGEMENT Stable illumination because LTCLHP Efficiently dissipate the heat generated by the built-in electronics and the LED source Thanks to a suitable heat sink directly in contact with the inner circuitry Low LED junction temperature is maintained ensuring Optimal optical output performances WHITE RED BLUE GREEN UNIFORM heat dissipation after 60 minutes MIN current MAX current High Temp Low Temp LTCLHP series - product presentation 24

25 Key advantages COMPREHENSIVE PRODUCT DOCUMENTATION Downloadable instructions manual Detailed TECH INFO section PDF LTCLHP series - product presentation 25

26 Key advantages COMPREHENSIVE PRODUCT DOCUMENTATION Layout drawings / 3D models CE conformity PDF DXF STEP LTCLHP series - product presentation 26

27 Accessories / Spare parts NEW LTSCHP module NEW LED1W source CMHO Clamping mechanics NEW CB244P1500 Power cable LTCLHP series - product presentation 27

28 Accessories / Spare parts LTSCHP module NEW Delivered not assembled Detailed assembling instructions Possibility to adjust the spacers configuration LTCLHP series - product presentation 28

29 Accessories / Spare parts LTSCHP module NEW LED support (gray color) Power cable Rear part (red color) LED centering tool to easily position and center LED1W-x light source LED1W: LED source component Delivered not assembled Detailed assembling instructions Possibility to adjust the spacers configuration Spacers kit: includes the spacers and screws you need to correctly configure LTSCHP1W for your specific LTCLHP model LTCLHP series - product presentation 29

30 Accessories / Spare parts LTSCHP module NEW PDF Delivered not assembled Detailed assembling instructions Possibility to adjust the spacers configuration LTCLHP series - product presentation 30

31 Accessories / Spare parts LTSCHP module NEW PDF Delivered not assembled Detailed assembling instructions Possibility to adjust the spacers configuration LTCLHP series - product presentation 31

32 Accessories / Spare parts LTSCHP module NEW PDF Delivered not assembled Detailed assembling instructions Possibility to adjust the spacers configuration LTCLHP series - product presentation 32

33 Accessories / Spare parts LED1W source NEW Includes LED centering tool No need for soldering when replacing LED1W All LED colors are compatible with the built-in electronics Downloadable detailed assembling instructions LTCLHP series - product presentation 33

34 Accessories / Spare parts LED1W source NEW LED centering tool to easily position and center LED1W-x light source Includes LED centering tool No need for soldering when replacing LED1W All LED colors are compatible with the built-in electronics Downloadable detailed assembling instructions LTCLHP series - product presentation 34

35 Accessories / Spare parts LED1W source NEW PLUG Includes LED centering tool No need for soldering when replacing LED1W All LED colors are compatible with the built-in electronics Downloadable detailed assembling instructions LTCLHP series - product presentation 35

36 Accessories / Spare parts LED1W source NEW Includes LED centering tool No need for soldering when replacing LED1W All LED colors are compatible with the built-in electronics Downloadable detailed assembling instructions LTCLHP series - product presentation 36

37 Accessories / Spare parts LED1W source NEW PDF Includes LED centering tool No need for soldering when replacing LED1W All LED colors are compatible with the built-in electronics Downloadable detailed assembling instructions LTCLHP series - product presentation 37

38 Pricing & availability Low price increase between 18% - 4% Same delivery times as LTCL series Already on-line STARTING LTCLHP series - product presentation 38

39 Key features SUMMARY ENHANCED ILLUMINATION STABILITY VERY SHORT WARM UP TIMES PRECISE LIGHT INTENSITY TUNING IMPROVED LED CENTERING ACCURACY EASY LED REPLACEMENT DIRECT LED CONTROL OPTION EXCELLENT THERMAL MANAGEMENT COMPREHENSIVE PRODUCT DOCUMENTATION ACCESSORIES / SPARE PARTS LOW PRICE INCREASE LTCLHP series - product presentation 39

40 Application examples PRECISE SIZE MEASUREMENT OF AUTOMOTIVE PARTS, ELECTRONIC COMPONENTS OR PHARMACEUTICAL PACKAGES. Pharmaceutical packages Automotive parts Electronic components FASTENER INSPECTION MACHINE INSPECTION SYSTEM LTCLHP series - product presentation 40

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