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High-Speed 2D Fix Mount Reader NLV-5201 (MDI-4100) - Introduction/Training

This reader is designed for high-speed applications, featuring small size, rugged construction, and enhanced scanning performance. It is perfect for OEM/embedded/automated applications in various industries. The reader offers software features like OCR capability, tuning, and utility for faster read rates. It supports multiple interfaces and comes with trigger and mode control buttons, as well as LED indicators. Suitable for automation and OEM manufacturers.

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High-Speed 2D Fix Mount Reader NLV-5201 (MDI-4100) - Introduction/Training

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  1. 2D Fix Mount Reader Designed for High-Speed Applications NLV-5201 (Uses MDI-4100 Module) 2019.02 Introduction/Training - JG

  2. NLV-5201 MDI-4100 inside Highlights ■ Small Size & Rugged • Same exact small NLV size form factor • Perfect for OEM / Embedded / Automated applications • Robust metal enclosure – IP65 rated ■ Scanning performance • Quicker 1D/2D decode performance • Sensor Technology: 640 x 480 (Global Shutter) • Sensor Capture Speed: 100 frames / second. • (2) Optical focuses available: Standard Range (SR) & High Density (HD) M3 mounting holes ■Example Applications • Retail (POS) • Kiosks • Event Ticketing • Automated Vending • Assembly Processing areas • Robotics ■ Automation & OEM Possible • Excellent for OEM Manufacturers • Good for Factory Automation applications ■ Software Features • OCR Capable • Undefined lines • OK with Passports & Travel Docs • Tuning feature & Utility for obtaining faster read rates ■Interfaces • RS232 , USB-COM, USB-HID • Buttons: Trigger & Mode Control • LED Indicators: (3) Red, Yellow, Green • Diagnostics • Tuning • Read Rates • Power, COMs, Good Read

  3. 2D Fixed-Mount Market General Purpose Automation Purpose DS457 DataMan70 3320g SR 700 Auto ID Navigator DataMan setup tool NLV-3101 Universal Tuning Tool Matrix 120 ID-30 Auto Vision DL Code FM-50 FM-480 (Serial and USB model) NLV-5201

  4. The Differences: *1 - The scanner auto corrects for a variable environment *2,*3 - Optional features for introduction to the factory and test period. *4 - The function is installed from the NVL-5201. ** - Ethernet interface planned for release in Q4 of 2019

  5. Control Panel NLV-5201 2019.02 Introduction/Training - JG

  6. Read Rate Test: Locate the “sweet spot” SET MODE (1 press) PUSH TRIGGER Align Scanner <push MODE 1s & release to exit> Terminal Output: BANK 0:RATE 100[%]:TIME 15 - 18[ms]:038975335001 BANK 0:RATE 100[%]:TIME 16 - 17[ms]:038975335001 BANK 0:RATE 100[%]:TIME 16 - 17[ms]:038975335001 BANK 0:RATE 100[%]:TIME 16 - 16[ms]:038975335001 BANK 0:RATE 100[%]:TIME 21 - 28[ms]:038975335001 BANK 0:RATE 80[%]:TIME 27 - 37[ms]:038975335001 BANK 0:RATE 100[%]:TIME 30 - 38[ms]:038975335001 BANK 0:RATE 90[%]:TIME 29 - 115[ms]:038975335001 BANK 0:RATE 80[%]:TIME 40 - 129[ms]:038975335001 BANK 0:RATE 90[%]:TIME 37 - 122[ms]:038975335001 BANK 0:RATE 90[%]:TIME 29 - 89[ms]:038975335001 BANK 0:RATE 80[%]:TIME 35 - 114[ms]:038975335001 BANK 0:RATE 10[%]:TIME 137 - 137[ms]:038975335001 BANK 0:RATE 0[%]:TIME 0 - 0[ms]: BANK 0:RATE 50[%]:TIME 70 - 125[ms]:038975335001 BANK 0:RATE 30[%]:TIME 93 - 146[ms]:038975335001 BANK 0:RATE 60[%]:TIME 84 - 134[ms]:038975335001 BANK 0:RATE 30[%]:TIME 86 - 249[ms]:038975335001 BANK 0:RATE 90[%]:TIME 15 - 89[ms]:038975335001 BANK 0:RATE 100[%]:TIME 17 - 116[ms]:038975335001 BANK 0:RATE 100[%]:TIME 20 - 77[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 65[ms]:038975335001 BANK 0:RATE 100[%]:TIME 18 - 61[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 39[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 32[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 28[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 33[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 37[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 16[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 15[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 16[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 16[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 15[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 15[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 15[ms]:038975335001 BANK 0:RATE 20[%]:TIME 15 - 16[ms]:038975335001 1x

  7. Tuning: Optimize Configuration SET MODE (2 presses) ALIGN TO CODE PUSH TRIGGER <push MODE to exit> Terminal Output: Tuning complete BANK 1:CODETYPE QRCode:SHUTTER 1747[us]:GAIN 265[%]:RATE 100[%]:TIME 28 - 31[ms]:QR CODE Tuning complete BANK 1:CODETYPE UPCA:SHUTTER 2283[us]:GAIN 319[%]:RATE 100[%]:TIME 17 - 17[ms]:038975335001 When TUNE is done, it will display READ RATE performance on LEDs NOTE: Tune again and it saves to same BANK unless changed first 2x

  8. AIMing: Align scanner to bar code Terminal Output: SET MODE (3 presses) PUSH TRIGGER ALIGN for 1/16 <push MODE to exit> 1/16 1/16 1/16 1/16 1/1 1/4 1/4 1/4 1/4 1/4 1/4 1/8 1/16 1/16 1/16 1/8 1/8 1/4 1/1 1/1 1/1 1/1 1/1 1/1 1/4 1/4 1/16 1/16 1/16 1/16 1/16 1/16 3x 1/1 1/16 POOR BEST

  9. Current Models Available As of Feb 2019

  10. Universal Tuning Tool NLV-5201 (MDI-4100) PreVer 0207 2019.02 Introduction/Training - JG

  11. Initial Screen – Port Connect Note: Decoding takes priority over background communications -- This utility will not update if the scanner is currently decoding bar codes. So pause the decoding while trying to configure the NLV-5201.

  12. “Tune” Page

  13. “Bank” Page Bank Functions:

  14. “Configure” Page: ‘Code’

  15. “Configure” Page: ‘String’

  16. “Configure” Page: ‘Read’

  17. “Configure” Page: ‘Indicator’

  18. “Configure” Page: ‘I/O’

  19. “Utility” Page: ‘Terminal’

  20. END of UT PreVer 0207 2019.02 Introduction/Training - JG

  21. Control Panel NLV-5201 2019.02 Introduction/Training - JG

  22. Read Rate Test: Locate the “sweet spot” SET MODE (1 press) PUSH TRIGGER Align Scanner <push MODE 1s & release to exit> Terminal Output: BANK 0:RATE 100[%]:TIME 15 - 18[ms]:038975335001 BANK 0:RATE 100[%]:TIME 16 - 17[ms]:038975335001 BANK 0:RATE 100[%]:TIME 16 - 17[ms]:038975335001 BANK 0:RATE 100[%]:TIME 16 - 16[ms]:038975335001 BANK 0:RATE 100[%]:TIME 21 - 28[ms]:038975335001 BANK 0:RATE 80[%]:TIME 27 - 37[ms]:038975335001 BANK 0:RATE 100[%]:TIME 30 - 38[ms]:038975335001 BANK 0:RATE 90[%]:TIME 29 - 115[ms]:038975335001 BANK 0:RATE 80[%]:TIME 40 - 129[ms]:038975335001 BANK 0:RATE 90[%]:TIME 37 - 122[ms]:038975335001 BANK 0:RATE 90[%]:TIME 29 - 89[ms]:038975335001 BANK 0:RATE 80[%]:TIME 35 - 114[ms]:038975335001 BANK 0:RATE 10[%]:TIME 137 - 137[ms]:038975335001 BANK 0:RATE 0[%]:TIME 0 - 0[ms]: BANK 0:RATE 50[%]:TIME 70 - 125[ms]:038975335001 BANK 0:RATE 30[%]:TIME 93 - 146[ms]:038975335001 BANK 0:RATE 60[%]:TIME 84 - 134[ms]:038975335001 BANK 0:RATE 30[%]:TIME 86 - 249[ms]:038975335001 BANK 0:RATE 90[%]:TIME 15 - 89[ms]:038975335001 BANK 0:RATE 100[%]:TIME 17 - 116[ms]:038975335001 BANK 0:RATE 100[%]:TIME 20 - 77[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 65[ms]:038975335001 BANK 0:RATE 100[%]:TIME 18 - 61[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 39[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 32[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 28[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 33[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 37[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 16[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 15[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 16[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 16[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 15[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 15[ms]:038975335001 BANK 0:RATE 100[%]:TIME 15 - 15[ms]:038975335001 BANK 0:RATE 20[%]:TIME 15 - 16[ms]:038975335001 1x

  23. Tuning: Optimize Configuration SET MODE (2 presses) ALIGN TO CODE PUSH TRIGGER <push MODE to exit> Terminal Output: Tuning complete BANK 1:CODETYPE QRCode:SHUTTER 1747[us]:GAIN 265[%]:RATE 100[%]:TIME 28 - 31[ms]:QR CODE Tuning complete BANK 1:CODETYPE UPCA:SHUTTER 2283[us]:GAIN 319[%]:RATE 100[%]:TIME 17 - 17[ms]:038975335001 When TUNE is done, it will display READ RATE performance on LEDs NOTE: Tune again and it saves to same BANK unless changed first 2x

  24. AIMing: Align scanner to bar code Terminal Output: SET MODE (3 presses) PUSH TRIGGER ALIGN for 1/16 <push MODE to exit> 1/16 1/16 1/16 1/16 1/1 1/4 1/4 1/4 1/4 1/4 1/4 1/8 1/16 1/16 1/16 1/8 1/8 1/4 1/1 1/1 1/1 1/1 1/1 1/1 1/4 1/4 1/16 1/16 1/16 1/16 1/16 1/16 3x 1/1 1/16 POOR BEST

  25. Current Status NLV-5201 2019.02 Introduction/Training - JG

  26. Current Models Available As of Feb 2019

  27. Development Status Universal Tuning Tool • Tuning Application Software • UniversalTuning Toolcan make optimum tuning • when introducing it to the factory automation. • Enhance Tuning Functions • As a tuning option, we will add multi-code tuning, image cropping and imaging filter tuning for DPM. As a menu function, we will add configurationcall function, data collation function (data editing programing base) for OK/NG and image live-view function. • Ethernet Models • Based on NLV-5201, we are developing Ethernet model. • plan to release Q4 2019. • Direct Parts Marking, OCR / PL Filter & Auto Focus Model • We will strengthen the software development of DPM and OCR. • Consider PL-filter and autofocus model(MSI-5500 base). • Machine Vision (Embedded AI / Deep Learning(CNN)) Current Ver. 0207

  28. Q & A

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