Avery Dennison 221 LH Service Manual

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HowToRFID
Revision: 13 Date: 31 August 2009
Page 1 of 53
How to RFID
With printers from Avery Dennison
01/01 Rev. 2.13-01 SERVICE MANUAL Schaltpläne / Circuit Diagrams, Page 1
TTX x50/67x – Wildcats (plus) – TTX Laminator–
TDI/STDI/XXtreme
S 45/65/95/105 – TTK/Texxtile
Schaltpne / Circuit Diagrams
Display-Platine Schaltplan /
Display Board Diagram ................................. 2
Display-Platine Bestückung /
Display Board Components........................... 3
CPU-Platine Schaltplan CPU /
CPU Board Diagram CPU ............................. 4
CPU-Platine Schaltplan Speicher /
CPU Board Diagram Memory........................ 5
CPU-Platine Schaltplan Schnittstellen /
CPU Board Diagram Interfaces ..................... 6
CPU-Platine Bestückung A /
CPU Board Components A ........................... 7
CPU-Platine Bestückung B /
CPU Board Components B ........................... 8
I/O-Platine: Power Supply, Stepper, Kopf /
I/O Board: Power Supply, Stepper, Head...... 9
I/O-Platine: Schaltplan Stromversorgung /
I/O Board: Diagram Power Supply............... 10
I/O-Platine: Schaltplan I/O, Kopf /
I/O Board: Diagram I/O and Head-Control... 11
I/O-Platine: Schaltplan Schrittmotor-Logik /
I/O Board: Diagram Stepper Motor Logic..... 12
I/O-Platine: Schaltplan Kopfmotor /
I/O Board: Diagram Head Stepper Motor..... 13
I/O-Platine: Schaltplan Folienmotor /
I/O Board: Diagram Foil Stepper Motor........ 14
I/O-Platine: Schaltplan Vorschubmotor /
I/O Board: Diagram Feed Stepper Motor ..... 15
I/O-Platine Bestückung /
I/O Board Components................................16
Adapter-Platine Schrittmotor Schaltplan /
Adapter Board Stepper Motor......................17
Adapterplatine Laminator /
Adapter board laminator .............................. 18
Applikator-Platine Schaltplan /
Applicator Board Diagram ........................... 19
Applikator-Platine Bestückung /
Aplicator Board Components....................... 20
Dispenser-Platine Schaltplan /
Dispenser Board Diagram ........................... 21
Messer-Platine Schaltplan /
Cutter Board Diagram..................................22
Messer-Platine Bestückung /
Cutter Board Components........................... 23
01/01 Rev. 2.13-01 SERVICE MANUAL Schaltpläne / Circuit Diagrams, Page 1
TTX x50/67x – Wildcats (plus) – TTX Laminator–
TDI/STDI/XXtreme
S 45/65/95/105 TTK/Texxtile
Schaltpläne / Circuit Diagrams
Display-Platine Schaltplan /
Display Board Diagram ................................. 2
Display-Platine Bestückung /
Display Board Components........................... 3
CPU-Platine Schaltplan CPU /
CPU Board Diagram CPU ............................. 4
CPU-Platine Schaltplan Speicher /
CPU Board Diagram Memory........................ 5
CPU-Platine Schaltplan Schnittstellen /
CPU Board Diagram Interfaces ..................... 6
CPU-Platine Bestückung A /
CPU Board Components A ........................... 7
CPU-Platine Bestückung B /
CPU Board Components B ........................... 8
I/O-Platine: Power Supply, Stepper, Kopf /
I/O Board: Power Supply, Stepper, Head ...... 9
I/O-Platine: Schaltplan Stromversorgung /
I/O Board: Diagram Power Supply............... 10
I/O-Platine: Schaltplan I/O, Kopf /
I/O Board: Diagram I/O and Head-Control... 11
I/O-Platine: Schaltplan Schrittmotor-Logik /
I/O Board: Diagram Stepper Motor Logic..... 12
I/O-Platine: Schaltplan Kopfmotor /
I/O Board: Diagram Head Stepper Motor.....13
I/O-Platine: Schaltplan Folienmotor /
I/O Board: Diagram Foil Stepper Motor........ 14
I/O-Platine: Schaltplan Vorschubmotor /
I/O Board: Diagram Feed Stepper Motor ..... 15
I/O-Platine Bestückung /
I/O Board Components................................16
Adapter-Platine Schrittmotor Schaltplan /
Adapter Board Stepper Motor...................... 17
Adapterplatine Laminator /
Adapter board laminator .............................. 18
Applikator-Platine Schaltplan /
Applicator Board Diagram ........................... 19
Applikator-Platine Bestückung /
Aplicator Board Components.......................20
Dispenser-Platine Schaltplan /
Dispenser Board Diagram ........................... 21
Messer-Platine Schaltplan /
Cutter Board Diagram..................................22
Messer-Platine Bestückung /
Cutter Board Components...........................23
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Summary of Contents

Page 1 - How to RFID

HowToRFID Revision: 13 Date: 31 August 2009 Page 1 of 53 How to RFID With printers from Avery Dennison 01/01 Rev. 2.13-01 SERVICE

Page 2

HowToRFID Revision: 13 Date: 31 August 2009 Page 10 of 53 Application Country Description Variant Part number Option for ALX/DPM 6"

Page 3

HowToRFID Revision: 13 Date: 31 August 2009 Page 11 of 53 2.4.2 Mechanical specifications / restrictions Definitions: – Mechanical distances

Page 4

HowToRFID Revision: 13 Date: 31 August 2009 Page 12 of 53 Printer PH-CT [mm] PH-TB [mm] PH-CA [mm] PH-DE [mm] MBF [mm] 64-0X 17.13 10

Page 5

HowToRFID Revision: 13 Date: 31 August 2009 Page 13 of 53 Material Feed Direction0123456789Label X-1 Label X Label X+1Label X-1 Label X Labe

Page 6

HowToRFID Revision: 13 Date: 31 August 2009 Page 14 of 53 2.4.4 Using pre qualified supplies RFID starter kits Avery Dennison offers RFID st

Page 7

HowToRFID Revision: 13 Date: 31 August 2009 Page 15 of 53 2.4.6 Hotspot-/Profile test How to execute the hotspot-/profile test To find an

Page 8 - 2 RFID in a printer

HowToRFID Revision: 13 Date: 31 August 2009 Page 16 of 53 AD 222 in 64-05 with AWID-EU reader module AD-222 in AP 5.4 AWID-EU reader modu

Page 9 - 2.3 Hardware prerequisites

HowToRFID Revision: 13 Date: 31 August 2009 Page 17 of 53 Limitations of this test The built-in hotspot-/profile test was designed to be a

Page 10 - HowToRFID

HowToRFID Revision: 13 Date: 31 August 2009 Page 18 of 53 For UHF technology the step “selecting the tag” is skipped (not necessa

Page 11

HowToRFID Revision: 13 Date: 31 August 2009 Page 19 of 53 2.5 Using a cutter There is a limitation by moving not more than 48 mm backwards

Page 12

HowToRFID Revision: 13 Date: 31 August 2009 Page 2 of 53 Revision history Revision Date Author Changes N/A Before 2007 M. Leiblich Cha

Page 13

HowToRFID Revision: 13 Date: 31 August 2009 Page 20 of 53 3 Prepare the printer 3.1 Configuration 3.1.1 Activating the RFID-option The v

Page 14

HowToRFID Revision: 13 Date: 31 August 2009 Page 21 of 53 The following table provides the correlation between the numerical settin

Page 15

HowToRFID Revision: 13 Date: 31 August 2009 Page 22 of 53 Power control by “dBm” scaled values Starting with printer firmware version Vx.

Page 16

HowToRFID Revision: 13 Date: 31 August 2009 Page 23 of 53 3.1.4 Chip protection Another useful feature that can be activated on demand is “C

Page 17

HowToRFID Revision: 13 Date: 31 August 2009 Page 24 of 53 Adjusting the punch level The punch detection for RFID labels can be a little bit

Page 18

HowToRFID Revision: 13 Date: 31 August 2009 Page 25 of 53 3.3 AWID RFID module firmware update 3.3.1 Update procedure Note: firmware upda

Page 19

HowToRFID Revision: 13 Date: 31 August 2009 Page 26 of 53 3.3.2 Dependencies 3.3.2.1 Printer firmware / Reader module firmware Applicable f

Page 20 - 3 Prepare the printer

HowToRFID Revision: 13 Date: 31 August 2009 Page 27 of 53 3.3.2.2 Hardware compatibility list (AWID reader modules only) Region Frequency

Page 21

HowToRFID Revision: 13 Date: 31 August 2009 Page 28 of 53 4 RFID Transponder / tags / inlays 4.1 Memory layout (data fields) of RFID Tags

Page 22

HowToRFID Revision: 13 Date: 31 August 2009 Page 29 of 53 Field [data type ID] Contents / function Size in Bits (Bytes) Read / Write acce

Page 23

HowToRFID Revision: 13 Date: 31 August 2009 Page 3 of 53 Revision Date Author Changes 12 2008-09-22 R. Boettcher  Section 3.3.2.1: Lis

Page 24

HowToRFID Revision: 13 Date: 31 August 2009 Page 30 of 53 4.2 Inlay qualification 4.2.1 The inlay qualification process Using only the bu

Page 25

HowToRFID Revision: 13 Date: 31 August 2009 Page 31 of 53 4.2.2 RFID Label Design & Printer Setup Guide + RFID Suppy Specifications Ave

Page 26

HowToRFID Revision: 13 Date: 31 August 2009 Page 32 of 53 Dim. Definition Explanation LG Horizontal inlay placement “x-pos” Horizontal p

Page 27

HowToRFID Revision: 13 Date: 31 August 2009 Page 33 of 53 5 Reading and writing RFID data using EasyPlug 5.1 Design an EASYPLUG job 5.1.1

Page 28

HowToRFID Revision: 13 Date: 31 August 2009 Page 34 of 53 Technology / Tag type UHF Technology EPC Class 1 Gen 2 HF echno-logy Variou

Page 29

HowToRFID Revision: 13 Date: 31 August 2009 Page 35 of 53 5.2.2 Other RFID operations Operation Command(s) Notes Read data from tag and s

Page 30

HowToRFID Revision: 13 Date: 31 August 2009 Page 36 of 53 Coding scheme Description Valid characters Length Bin (Binary) Each character

Page 31

HowToRFID Revision: 13 Date: 31 August 2009 Page 37 of 53 5.3.4 Read and Write operations Reading and/or writing data requires always the us

Page 32

HowToRFID Revision: 13 Date: 31 August 2009 Page 38 of 53 *2) “n” parameter required *3) “n” parameter optional - for limiting size of data

Page 33

HowToRFID Revision: 13 Date: 31 August 2009 Page 39 of 53 5.3.4.2 #VR/T – Reading data from tag Use #VR/T/<expression> command. For d

Page 34

HowToRFID Revision: 13 Date: 31 August 2009 Page 4 of 53 Content 1 Summary of supported RFID features...

Page 35

HowToRFID Revision: 13 Date: 31 August 2009 Page 40 of 53 #SIr/n/h#G n = int number of bytes to respond #SIr/n/h#G h = string

Page 36

HowToRFID Revision: 13 Date: 31 August 2009 Page 41 of 53 standard. It implements only the write protection which can be reversed any time b

Page 37

HowToRFID Revision: 13 Date: 31 August 2009 Page 42 of 53 6 Applications / Examples 6.1 Hot spot test (UHF Technology) Please note: the ac

Page 38

HowToRFID Revision: 13 Date: 31 August 2009 Page 43 of 53 #G--------------------------------------------------------------------------------

Page 39

HowToRFID Revision: 13 Date: 31 August 2009 Page 44 of 53 #G--------------------------------------------------------------------------------

Page 40

HowToRFID Revision: 13 Date: 31 August 2009 Page 45 of 53 #G--------------------------------------------------------------------------------

Page 41

HowToRFID Revision: 13 Date: 31 August 2009 Page 46 of 53 #T1.0#J10.0 #YT103////Block 0..3:#G #T20.0#J10.0 #RT103/0/0/B/0/4 #G read + print

Page 42 - 6 Applications / Examples

HowToRFID Revision: 13 Date: 31 August 2009 Page 47 of 53 #G --- Write EPC #RFW2/B/1///24/0102030405060708090A0B0C#G #G --- Lock EPC (see

Page 43

HowToRFID Revision: 13 Date: 31 August 2009 Page 48 of 53 #G <<< syntax for FW-versions >= Vx.33 >>> #VDE/EPC96_BD/Dual

Page 44

HowToRFID Revision: 13 Date: 31 August 2009 Page 49 of 53 Jobs and logos files as embedded objects (not extractable from the PDF versio

Page 45

HowToRFID Revision: 13 Date: 31 August 2009 Page 5 of 53 6.1 Hot spot test (UHF Technology) ...

Page 46

HowToRFID Revision: 13 Date: 31 August 2009 Page 50 of 53 #G --- read SSCC/NVE from barcode scanner (or keyboard) #VTS/NVE/Z/20///003401234

Page 47

HowToRFID Revision: 13 Date: 31 August 2009 Page 51 of 53 #VR/T/EPC96_Read#G #G --- PRINTING --- #G --- print EPC on label #T70 #J57 #FD/2/

Page 48

HowToRFID Revision: 13 Date: 31 August 2009 Page 52 of 53 Use the #RFC command (see 5.3.5.3) to modify the EAS bit. Please note: the “Lock E

Page 49 - U:\Project\E257

HowToRFID Revision: 13 Date: 31 August 2009 Page 53 of 53 7 References [ISO15693] ISO 15693 Identification cards – Contactless integrated

Page 50

HowToRFID Revision: 13 Date: 31 August 2009 Page 6 of 53 1 Summary of supported RFID features 1.1 RFID enabled systems (machines) System

Page 51

HowToRFID Revision: 13 Date: 31 August 2009 Page 7 of 53 Feature / Classification Supported standards / variants / options Notes Operations

Page 52

HowToRFID Revision: 13 Date: 31 August 2009 Page 8 of 53 1.3 HF Technology Feature / Classification Supported standards / variants / opti

Page 53 - 7 References

HowToRFID Revision: 13 Date: 31 August 2009 Page 9 of 53 Manufacturer Tag type Name ID Memory Blocksize in byte Nr of blocks (user data)

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