KEBA 0003, 0005, 0002, 0004 User Manual

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Kemro K2

Kemro UserID classic / eco

User Identification System

User's Manual V 1.01

Translation of the original manual

Document: version 1.01 / article no.: 1000731 Filename: kemro_userid_bden.doc, last saving on: 29. 4. 2008

A: KEBA AG, Gewerbepark Urfahr, A-4041 Linz Tel.: +43 732 7090-0, Fax: +43 732 7309-10, D: KEBA GmbH Automation, Leonhard-Weiss-Strasse 40, D-73037 Göppingen, Tel.: +49 7161 9741-0, US: KEBA Corp., 100 West Big Beaver Road, Troy, MI 48084, US,Tel.: +1 248 526-0561, Fax: +1 248 526-0562, CN: Beijing Austrian KEBA Science and Technology Development Ltd., Room B516, Nan Xin Cang Tower,

www.keba.com

E-Mail: keba@keba.com Fax: +49 7161 9741-40, E-Mail: keba@keba.com E-Mail: usa@keba.com A22 Dong Si Shi Tiao, Dong Cheng District, Beijing, 100027, P.R. China,

Telefon: +86 10 6409-6592, Fax: +86 10 6409-6312, E-Mail: china@keba.com

User Identification System History

History

Version Date Changes to chapter Description Author

V1.00 100408 New meis V1.01 290408 Various changes meis

User's Manual, Version: 1.01 3

History Kemro UserID classic / eco

4 User's Manual, Version: 1.01

User Identification System Contents

Contents

Introduction......................................................................................................................9

1.1 Purpose of the document.......................................................................................9

1.2 Target groups, pre-requirements ...........................................................................9

1.3 Intended use ........................................................................................................10

1.4 Notes on this document .......................................................................................10

1.4.1 Contents of document..............................................................................10

1.4.2 Not contained in this document................................................................10

1.5 Documentation for further reading .......................................................................11

2 Safety notes ...................................................................................................................12

2.1 Representation.....................................................................................................12

2.2 General safety instructions...................................................................................13

2.3 Personnel safety instructions...............................................................................14

2.4 Safety instructions for maintenance.....................................................................14

3 General product description.........................................................................................15

3.1 Versions...............................................................................................................16

3.1.1 Kemro UserID classic.....................................................................17

3.1.2 Kemro UserID eco............................................................................18

3.2 View of modules...................................................................................................19

3.2.1 Stand-alone version .................................................................................19

3.2.2 Integrable version (OEM).........................................................................20

3.3 Recommended transponder (RFID data carrier)..................................................22

3.4 Spare parts and accessories................................................................................23

3.4.1 Connection cable......................................................................................23

3.4.2 Data disc (transponders)..........................................................................23

3.4.3 Software...................................................................................................23

4 Mounting and installation instructions........................................................................24

4.1 Stand-alone version.............................................................................................24

4.2 Integrable versions (OEM)...................................................................................27

4.2.1 Antenna 1 - XE020_ANT-OEM (variants B-OEM and D-OEM)................28

4.2.2 Antenna 2 - X110_ANT-OEM (Versions A-OEM and C-OEM).................29

4.2.3 Evaluation unit without housing (versions A-OEM and B-OEM) ..............31

4.2.4 Evaluation unit with housing (versions C-OEM and D-OEM)...................32

5 Show, connections and wiring.....................................................................................33

5.1 Status LED...........................................................................................................33

5.2 Connections.........................................................................................................33

5.2.1 Kemro UserID classic (stand-alone) ................................................33

5.2.2 Kemro UserID classic C-OEM / D-OEM...........................................34

5.2.3 Kemro UserID eco (stand-alone).......................................................34

5.2.4 Kemro UserID eco C-OEM / D-OEM..................................................36

User's Manual, Version: 1.01 5

Contents Kemro UserID classic / eco

5.2.5 Kemro UserID classic / eco A-OEM and B-OEM........................... 36

5.2.6 Antenna 1 (XE020_ANT-OEM) ...............................................................37

5.2.7 Antenna 2 (X110_ANT-OEM)..................................................................37

5.3 Shield clamp........................................................................................................ 38

5.3.1 Attaching the shield clamp.......................................................................38

5.4 Power supply....................................................................................................... 39

5.4.1 Kemro UserID classic...................................................................... 39

5.4.2 Kemro UserID eco............................................................................. 40

5.5 Serial interface RS-232 (Kemro UserID classic)......................................... 40

5.5.1 Kemro UserID classic and Kemro UserID classic C/D-OEM ..40

5.5.2 Kemro UserID classic A/B-OEM...................................................... 41

5.6 USB 2.0 interface (Kemro UserID eco).........................................................42

5.6.1 USB interface for Kemro UserID eco C-OEM / D-OEM ....................42

5.6.2 USB interface for Kemro UserID eco A-OEM / B-OEM.....................43

6 Installation ..................................................................................................................... 44

6.1 Requirements for the target system ....................................................................44

6.2 Installation with Microsoft Windows 2000/2003 Server/XP/XPemb/Vista........... 45

6.3 Installation with Microsoft Windows CE............................................................... 45

6.3.1 Integration into the Windows CE Image.................................................. 45

6.3.2 Later installation / installation outside the Windows CE image ...............46

6.3.3 Module settings for the operation with Windows CE............................... 47

7 Operating behavior .......................................................................................................48

7.1 Start-up behavior................................................................................................. 48

7.2 Behavior in operation ..........................................................................................49

7.2.1 Activation modes for status LED .............................................................51

7.2.2 Validity test.............................................................................................. 52

7.3 Range and detection...........................................................................................53

8 Demo application ..........................................................................................................54

8.1 Start-up operation................................................................................................ 54

8.1.1 Prerequisites............................................................................................54

8.1.2 Start-up operation of system ...................................................................55

8.2 Description of the function of the demo application............................................. 55

8.2.1 Application window..................................................................................55

8.2.2 Tab page Read/Write Binary Data........................................................... 57

8.2.3 Tab page Read/Write Euromap 65 Data................................................. 59

8.2.4 Tab Settings ............................................................................................60

9 Function interface of device driver ............................................................................. 63

9.1 Data format.......................................................................................................... 63

9.1.1 Euromap 65 Standard .............................................................................63

9.1.2 Binary format........................................................................................... 63

9.2 Data structure...................................................................................................... 63

9.2.1 Data structure TEuromapData................................................................. 64

9.2.2 Data structure TEuromapOEMData ........................................................66

9.2.3 Data structure TEuromapTime................................................................ 66

6 User's Manual, Version: 1.01

User Identification System Contents

9.2.4 Data structure TFactorySettings...............................................................66

9.2.5 Data structure TModuleSettings...............................................................67

9.2.6 Data structure TRfidDeviceName.............................................................67

9.2.7 Data structure TRfidUid............................................................................68

9.2.8 Data structure for Callback.......................................................................68

9.3 Enumeration types...............................................................................................69

9.3.1 Call-up actions of the Event Callback.......................................................69

9.3.2 Operating state of the Status LED............................................................69

9.3.3 Color of the Status LED............................................................................69

9.4 Constants.............................................................................................................70

9.5 Functions..............................................................................................................71

9.5.1 Registration of an Event Callback............................................................71

9.5.2 Read out list of currently connected Kemro UserID modules..............72

9.5.3 Opening a connection to a Kemro UserID module..............................72

9.5.4 Closing a connection to an opened Kemro UserID module.................72

9.5.5 Controlling the LED of the Kemro UserID module...............................73

9.5.6 Reading out current settings of the Kemro UserID module.................73

9.5.7 New settings for the Kemro UserID module........................................ 74

9.5.8 Reading out the factory settings of the Kemro UserID module ...........74

9.5.9 Creating a list of currently recognized transponders................................74

9.5.10 Opening a connection to a specific transponder....................................75

9.5.11 Closing a connection to an opened transponder....................................75

9.5.12 Reading out data from a transponder.....................................................76

9.5.13 Writing data of a transponder.................................................................77

10 Diagnosis........................................................................................................................78

11 Maintenance and repair instructions...........................................................................79

11.1 Maintenance.........................................................................................................79

11.2 Repair...................................................................................................................79

11.2.1 Packaging, shipment..............................................................................79

12 Disposal..........................................................................................................................80

12.1 Disposal of the module.........................................................................................80

13 Technical data................................................................................................................81

13.1 Stand-alone versions...........................................................................................82

13.2 OEM versions.......................................................................................................82

14 EC directives and standards ........................................................................................83

14.1 EC Directives.......................................................................................................83

14.2 Standards.............................................................................................................83

14.2.1 R & TTE .................................................................................................83

14.2.2 Other Standards and recommendations ................................................83

14.2.3 Environmental and surrounding conditions............................................84

14.3 Standards for the American market .....................................................................84

14.3.1 UL test for industrial control equipment ..................................................84

14.3.2 FCC........................................................................................................84

User's Manual, Version: 1.01 7

Contents Kemro UserID classic / eco

8 User's Manual, Version: 1.01

User Identification System Introduction

1 Introduction

1.1 Purpose of the document

This document describes the products Kemro UserID classic and

Kemro UserID eco.

This manual enables the user to operate the above-mentioned products and integrate them into the existing control and visualization system.

1.2 Target groups, pre-requirements

This document is made for the following persons with adequate skill prerequirements:

Target group Knowledge and skills pre-requirements

Project engineer

Operator

Service technician

Information To integrate the knowledge about RFID technology and the EUROMAP 65 standard. The

necessary information is provided in respective chapter.

• Basic technical training (University of Applied Science/University level or corresponding professional experience),

• Knowledge in:

• working mode of a PLC,

• safety instructions,

• the application.

• Basic technical training (Vocational high school, engineer training

or corresponding professional experience).

• Knowledge in:

• safety instructions,

• working mode of machine or plant,

• principal functions of the application,

• system analysis and troubleshooting,

• setting options at the operating installations.

• Basic technical training (Vocational high school, engineer training

or corresponding professional experience).

• Knowledge in:

• working mode of a PLC,

• safety instructions,

• working mode of machine or plant,

• Diagnosis possibilities,

• systematic error analysis and rectification.

Kemro UserID

into an existing system does not require

User's Manual, Version: 1.01 9

Introduction Kemro UserID classic / eco

1.3 Intended use

Kemro UserID is used in applications for user identification at industrial

plants and machines. The typical applications areas include injection molding machines, robots, presses, machine tools, machines / systems in the foodstuffs/luxury foodstuffs and pharmacy industries and similar.

Kemro UserID was developed, manufactured, tested and documented in

accordance with the appropriate safety standards. Provided, therefore, that the instructions and safety precautions relating to the intended use are properly observed, under normal circumstances the products do not represent any danger to the health of personnel or a risk of damage to other property or equipment.

Information

KEBA assumes no liability for damages resulting from non-observance of safety instructions or improper use.

1.4 Notes on this document

This manual is part of the product. It must be retained over the whole lifetime and if necessary referred to subsequent owners or users of the product.

1.4.1 Contents of document

z Description of the product and its function z Installation guidelines (mounting, cabling) z Description of operating behavior z Description of an example application z Description of function interface z Technical data

1.4.2 Not contained in this document

z Description of the integration packages

Integration packages are collections of modules that assist with the integration of the Kemro UserID products into the visualization system used on the customer side.

z Description of the Kemro.userID secure+ version

10 User's Manual, Version: 1.01

User Identification System Introduction

1.5 Documentation for further reading

Doc.No. Description Target group

DE: 1000732 EN: 1000733

Kemro.userID secure+ User's manual

User's manuals Kemro.userID Integration package

• Project engineer

• Commissioner

• Service technician

• Project engineer

• Commissioner

User's Manual, Version: 1.01 11

Safety notes Kemro UserID classic / eco

2 Safety notes

2.1 Representation

At various points in this manual you will see notes and precautionary warnings regarding possible hazards. The symbols used have the following meaning:

DANGER!

• indicates an imminently hazardous situation which, if not avoided, will

result in death or serious injury.

WARNING!

• indicates a potentially hazardous situation which, if not avoided, could

result in death or serious injury.

CAUTION!

• means that if the corresponding safety measures are not taken a poten-

tially hazardous situation can occur which, if not avoided, may result in property damage or slight bodily injury.

NOTICE

• NOTICE used without the safety alert symbol indicates a potentially

hazardous situation which, if not avoided, may result in property damage.

• This symbol reminds you of the possible consequences of touching

electrostatically sensitive components.

Information Information on use of equipment and useful practical tips is identified by the symbol "Information". "Information" items do not contain any information that draws attention to potentially dangerous or harmful functions.

12 User's Manual, Version: 1.01

User Identification System Safety notes

2.2 General safety instructions

WARNING!

• The following application areas are expressly excluded for Kemro

UserID:

• Use in explosive or fire-risk areas

• Use in mining

• Outdoor use

• Kemro UserID are not allowed to be used for safety-relevant applica-

tions or safety functions (e.g. shutdown in emergency).

Other products are to be used for the above applications! For further information, see EN 954-1 (EN ISO 13849-1).

CAUTION!

• Arbitrary or unsanctioned modifications to the device are prohibited.

This leads to the expiration of the conformity with the legal regulations as well as loss of guarantee and warranty claims.

NOTICE

• Kemro UserID corresp onds partially or completely to an "open type

equipment" (according to UL 508), depending on version, and must therefore be installed in a control cabinet or suitable housing. Further information: See chapter Fehler! Verweisquelle konnte nicht ge- funden werden..

• When removed from the rack, the integrable versions (OEM) are sensi-

tive to electrostatic discharge. Before handling the module, touch a grounded metal object in order to discharge any static electricity from your body.

User's Manual, Version: 1.01 13

Safety notes Kemro UserID classic / eco

2.3 Personnel safety instructions

WARNING!

Danger of personal injury due to electric shock!

• Supply the Kemro UserID exclusively from power sources that have

a protective low voltage (e.g. SELV according to EN 60950-1)

• Connect only voltages and power circuits to connections, terminals

and interfaces up to 50 V rated voltage that have a secure disconnect for hazardous voltages (e.g. with sufficient isolation).

CAUTION!

Fire hazard with module failure!

• Provide suitable fuses for the 24 V DC power supply of the final appli-

cation. The maximum allowable fuse is 10 A!

2.4 Safety instructions for maintenance

CAUTION!

• Always turn off the power supply before mounting and dismounting the

Kemro UserID. Otherwise, the module can be destroyed or undefined

signal states can lead to damage of the control system.

CAUTION!

• The device may only be opened by qualified personnel and only main-

tenance activities expressly approved by KEBA may be performed (see chapter “Service notes”).

• Protective measures against electrostatic discharge must be used (elec-

trostatic wristband, service mat) when performing maintenance and service work.

• Do not touch the parts on the modules unless it is unavoidable.

• Turn off the power supply on the device before inserting or removing

the modules.

14 User's Manual, Version: 1.01

User Identification System General product description

3 General product description

Kemro UserID is a system for easy and fast identification of users of in-

dustrial plants and machines. Process-related and frequent login and logoff operations can be carried out reliably and efficiently.

User data stored on a card are transferred via non-contact RFID technology to the control system of the plant or machine. The entry of passwords is no

longer necessary with Kemro UserID. This substantially increases the security and transparency of the machines and plants.

Kemro UserID is available in different versions (see chapter

therefore be used for variety of applications.

Next to the hardware components, Kemro UserID also contains device drivers for different operating systems. The device drivers have interfaces that are easy to use for integration with all common visualization systems. A pre-fabricated set of commands is available for user identification to facilitate the integration into a system.

In addition to the device drivers, comprehensive integration packages are available for various, commercially available visualization systems. These integration packages contain custom-made components for the simple in-

tegration of the Kemro UserID modules in the various visualization systems and present their versatile application options in an array of descriptive application examples.

Details: See manuals for Kemro UserID integration packages

V) and can

User's Manual, Version: 1.01 15

General product description Kemro UserID classic / eco

3.1 Versions

The product versions are basically divided into the following two groups:

z "Stand-alone" versions:

All Kemro UserID stand-alone products are installed well protected in rugged and compact housings. Their integration is simple and just as problem-free with regard to retrofitting existing machines.

z Integrable versions (OEM):

For integrable Kemro UserID products, the installation is made directly in the customer's system, without interfering edges or gaps, which effectively reduces contamination of the devices. The antenna for this is integrated directly in the housing of the machine or the visualization device. All OEM versions are available with different antennae and with or with-

out metal housing.

The Kemro UserID product line consists of the following versions:

Stand-alone version Integrable version

Kemro UserID classic

• Serial interface

• Module and antenna in a common

housing

• Rugged housing

(Front side: IP65)

Kemro UserID eco

• USB interface

• Module and antenna in a common

housing

• Rugged housing

(Front side: IP65)

Kemro UserID classic OEM

• Serial interface

• For installation in machinery and

plants

• Antennas can be remotely positioned

from the module

Kemro UserID eco OEM

• USB interface

• For installation in a machinery and

plants

• Antennas can be remotely positioned

from the module

Information A further system version is

Kemro UserID secure+

. This additionally

offers a special encoding feature for increasing data security. This version is not described in this manual due to the technical differences (see chapter

Documentation for further reading).

16 User's Manual, Version: 1.01

User Identification System General product description

3.1.1 Kemro UserID classic

Material No. Name Description

074223

074224

074225

074226

Kemro UserID classic

(IC 140/A)

Kemro UserID classic A-OEM

(IC 140/A-OEM)

Kemro UserID classic B-OEM

(IC 140/B-OEM)

Kemro UserID classic C-OEM

(IC 140/C-OEM)

RFID read/write unit

• Stand-alone version with complete electronics in compact plastic housing

• Serial interface

• Connector plug: 9 pole D-SUB (fe-

male) and 2 pole male connector (supply)

• without connection cable

RFID read/write unit

• without sheet metal housing for evaluation unit

• Serial interface

• Antenna 2 (L x W = 50 mm x 30 mm)

• Connecting plug: Terminal block

• without connection cable

• Shield clamp for the shield connection

(with fixing screw)

• Connection cable evaluation unit – Antenna (coax cable and LED connection cable)

RFID read/write unit

• without sheet metal housing for evaluation unit

• Serial interface

• Antenna 1 (L x W = 57 mm x 53 mm)

• Connecting plug: Terminal block

• without connection cable

• Shield clamp for the shield connection

(with fixing screw)

• Connection cable evaluation unit – Antenna (coax cable and LED connection cable)

RFID read/write unit

• incl. sheet metal housing for evaluation unit

• Serial interface

• Antenna 2 (L x W = 50 mm x 30 mm)

• Connecting plug: 9 pole D-SUB (fe-

male) and 2 pole male connector (supply)

• without connection cable

• Connection cable evaluation unit –

Antenna (coax cable and LED connection cable)

User's Manual, Version: 1.01 17

General product description Kemro UserID classic / eco

Material No. Name Description

074227

Kemro UserID classic D-OEM

(IC 140/D-OEM)

RFID read/write unit

• incl. sheet metal housing for evaluation unit

• Serial interface

• Antenna 1 (L x W = 57 mm x 53 mm)

• Connecting plug: 9 pole D-SUB (fe-

male) and 2 pole male connector (supply)

• without connection cable

• Connection cable evaluation unit –

Antenna (coax cable and LED connection cable)

3.1.2 Kemro UserID eco

Material No. Name Description

074229

074230

074231

Kemro UserID eco

(IE 160/A )

Kemro UserID eco A-OEM

(IE 160/A-OEM)

Kemro UserID eco B-OEM

(IE 160/B-OEM)

RFID read/write unit

• USB interface

• Stand-alone version with complete

electronics in compact plastic housing

• Connecting plug: USB Type B

• without connection cable

RFID read/write unit

• USB interface

• Antenna 2 (L x W = 50 mm x 30 mm)

• Connecting plug: Terminal block

• without sheet metal housing for evalu-

ation unit

• without connection cable

• Connection cable evaluation unit –

Antenna (coax cable and LED connection cable)

RFID read/write unit

• USB interface

• Antenna 1 (L x W = 57 mm x 53 mm)

• Connecting plug: Terminal block

• without sheet metal housing for evalu-

ation unit

• without connection cable

• Connection cable evaluation unit –

Antenna (coax cable and LED connection cable)

18 User's Manual, Version: 1.01

User Identification System General product description

Material No. Name Description

074232

074233

Kemro UserID eco C-OEM

(IE 160/C-OEM)

Kemro UserID eco D-OEM

(IE 160/D-OEM )

RFID read/write unit

• USB interface

• Antenna 2 (L x W = 50 mm x 30 mm)

• Connecting plug: USB Type B

• incl. sheet metal housing for evalua-

tion unit

• without connection cable

• Connection cable evaluation unit –

Antenna (coax cable and LED connection cable)

RFID read/write unit

• USB interface

• Antenna 1 (L x W = 57 mm x 53 mm)

• Connecting plug: USB Type B

• incl. sheet metal housing for evalua-

tion unit

• without connection cable

• Connection cable evaluation unit –

Antenna (coax cable and LED connection cable)

3.2 View of modules

3.2.1 Stand-alone version

Stand-alone version (Kemro UserID classic / eco)

User's Manual, Version: 1.01 19

General product description Kemro UserID classic / eco

3.2.2 Integrable version (OEM)

3.2.2.1 Kemro UserID classic / Kemro UserID eco A-OEM

Scope of delivery:

z Read/write unit without sheet metal housing for the evaluation unit z Antenna 2 (L x W = 50 mm x 30 mm) z Connecting cable evaluation unit -> antenna z Shield clamp with fixing screw (shield connection)

Kemro UserID classic / Kemro UserID eco A-OEM

3.2.2.2 Kemro UserID classic / Kemro UserID eco B-OEM

Scope of delivery:

z Read/write unit without sheet metal housing for the evaluation unit z Antenna 1 (L x W = 57 mm x 53 mm) z Connecting cable evaluation unit -> antenna z Shield clamp with fixing screw (shield connection)

Kemro UserID classic / Kemro UserID eco B-OEM

20 User's Manual, Version: 1.01

User Identification System General product description

3.2.2.3 Kemro UserID classic / Kemro UserID eco C-OEM

Scope of delivery:

z Read/write unit with sheet metal housing for the evaluation unit z Antenna 2 (L x W = 50 mm x 30 mm) z Connecting cable evaluation unit -> antenna

Kemro UserID classic / Kemro UserID eco C-OEM

Information The version

Kemro UserID eco OEM

Kemro UserID classic OEM

version by the different data interfaces.

only differs from the shown

3.2.2.4 Kemro UserID classic / Kemro UserID eco D-OEM

Scope of delivery:

z Read/write unit with sheet metal housing for the evaluation unit z Antenna 1 (L x W = 57 mm x 53 mm) z Connecting cable evaluation unit -> antenna

Kemro UserID classic / Kemro UserID eco D-OEM

Information The version

Kemro UserID eco OEM

User's Manual, Version: 1.01 21

Kemro UserID classic OEM

version by the different data interfaces.

only differs from the shown

General product description Kemro UserID classic / eco

3.3 Recommended transponder (RFID data carrier)

Kemro UserID classic or Kemro UserID eco is for use with

ISO/IEC 15693 compatible transponders (tags) designed with at least 256 bit freely writable memory.

Transponders with the following transponder chips are approved:

z Tag-it HF I Plus (Texas Instruments) z Tag-it HF I Standard (Texas Instruments) z I-Code SLI SL2 ICS20 (Philips)

Different transponder designs can be obtained directly from KEBA. The correct functioning of these transponders is guaranteed by KEBA through comprehensive system tests. For an overview of all available transponders, please see the chapter " If other transponders are to be used, these are to be approved by KEBA.

Data disc (transponders)".

22 User's Manual, Version: 1.01

User Identification System General product description

3.4 Spare parts and accessories

3.4.1 Connection cable

Material No. Name Description

on request Serial data cable, 1 m D-Sub 9-pin plug/socket, 1 m 074212 Serial data cable, 3.6 m D-Sub 9-pin plug/socket, 3.6 m on request Serial data cable, 5 m D-Sub 9-pin plug/socket, 5 m 073384 USB data cable,

USB type A/type B, 2 m

070780 USB data cable,

USB type A/type B, 4 m

069145 USB data cable,

USB type A/type B, 4.6 m

Information To ensure a proper functioning, we recommend using the cables specified above.

USB-A-USB-B 2.0 m USB-A-USB-B 4.0 m USB-A-USB-B 4.6 m

3.4.2 Data disc (transponders)

Material No. Name Description

074665 XC140/A Check card transponder unprinted, 2kBit on request XC140/Z Check card transponder, printed (4-color), 2

074662 XC240/A Key ring transponder unprinted, 2kBit on request XC240/Z Key ring transponder, printed (4-color), 2 kBit 074710 XC340/A Wristband transponder unprinted, 2kBit on request XC340/Z Wristband transponder, printed (4-color), 2

3.4.3 Software

Material No. Name Description

074345

074346

kBit

Kemro UserID Device

driver CD-Rom

Kemro UserID Integration

packages CD-ROM

Device driver for the product line

Kemro UserID, suitable for instal-

lation in all Windows-based development environments.

Kemro UserID Integration pack-

ages for the easy installation in current visualization systems

User's Manual, Version: 1.01 23

Mounting and installation instructions Kemro UserID classic / eco

4 Mounting and installation instructions

In order to guarantee the defined range of the antenna (see chapter Technical data) and ensure an error-free operation, observe the installation instructions listed in this chapter.

Information The range is largely dependent on the installation situation. (see chapter Range and detection)

4.1 Stand-alone version

NOTICE

• The Kemro UserID stand-alone version is defined as "open type

equipment" (according to UL 508). After mounting the front side rates as part of the final casing to a "type 1" indoor use (according to UL 508) or the protection type IP65.

Dimensions:

54,4

24,1 10,5

38,5

Dimensions (in mm)

24 User's Manual, Version: 1.01

25,1

34,6

User Identification System Mounting and installation instructions

Cut-Out

Dimension of the opening for the installation (in mm)

Information The edges of the opening must be deburred to prevent damage to the device that might occur otherwise.

User's Manual, Version: 1.01 25

Mounting and installation instructions Kemro UserID classic / eco

Installation

1. Create an opening with a size of 57 mm x 43 mm.

2. Remove the product from the packaging

3. Take off front cover (by pressing the clip 2 in the direction of the arrow)

4. Fit module (without front cover) in the opening 1.

Information The wall strength of the carrier material 5 can amount to 1.5 mm and 6 mm.

5. Press in the clip of the mounting bracket and hold pressed 2

6. Stick the front cover onto the module from the front side 3.

7. Tighten both retaining screws (max. 0.5 Nm) 4.

NOTICE

• The housing can be damaged by tightening the retaining screws too

tightly.

26 User's Manual, Version: 1.01

User Identification System Mounting and installation instructions

4.2 Integrable versions (OEM)

General installation instructions for all integrable versions:

z No metal may be located in front of the antenna print (from the perspec-

tive of the user).

z The larger the distance is between the antenna print and the metallic

environment, the greater the range.

z The back side of the antenna print and the evaluation electronics must

be protected against touching by a metallic cover. The distance to the back side of the antenna print must be at least

2.5 cm.

• The module and the antenna are sensitive to electrostatic discharge and

thus corresponding ESD protection measures must be taken. (ground strap)

NOTICE

• The operation of the module is only approved with the supplied anten-

nas. Arbitrary or unsanctioned modifications to the module or the antenna are prohibited and will lead to the loss of the operating license.

NOTICE

• The Kemro UserID OEM-version is defined as "open type equipment"

(according to UL 508) so that it must be installed in a control cabinet or in other suitable housings.

Information

• Not observing the installation instructions will result in a loss of guaran- tee and warrantee claims.

• The manufacturer is responsible for the compliance with the corre- sponding standards of the complete device for the integration of OEM modules.

User's Manual, Version: 1.01 27

Mounting and installation instructions Kemro UserID classic / eco

4.2.1 Antenna 1 - XE020_ANT-OEM (variants B-OEM and D-OEM)

6,5

Antenna 1 - XE020_ANT-OEM (dimensions in mm)

Information

The thickness of the circuit board varies over ±10%, this must be reconsidered for mounting the circuit board into the front plate. (see following figure)

4.2.1.1 Antenna 1: Installation example

21 3

6,5

3,3

47 57

1 Antenna 1 (XE020_ANT-OEM)

antenna module

2 Adhesive strips between antenna

module and front plate

3 Opening in the front plate

Installation example of the antenna 1 (back view) (dimensions in mm)

4 Front film 5 Front plate (aluminum material)

at least 5 mm thick

6 Antenna 7 Metallic cover

min. 25 mm

depends on circuit board

28 User's Manual, Version: 1.01

User Identification System Mounting and installation instructions

4.2.2 Antenna 2 - X110_ANT-OEM (Versions A-OEM and C-OEM)

2215,6

12,93

Antenna 2 - X110_ANT-OEM Antenna - dimensions (in mm)

Information

The thickness of the circuit board varies over ±10%, this must be reconsidered for mounting the circuit board into the front plate.

1,6

20,8

4.2.2.1 Antenna 2: Installation example

50 63

1 ... Front film (plastic) 2 ... Front plate 3 ... Metallic cover (contact protection) 4 ... Antenna 2 (X110_ANT-OEM) antenna module 5 ... Plastic clip *) 6 ... Screw

*) To prevent a restriction of the range, the support clip must never be made of a metallic material.

min. 25 mm

Installation example of the antenna 2 (back view) (dimensions in mm)

User's Manual, Version: 1.01 29

Mounting and installation instructions Kemro UserID classic / eco

30 User's Manual, Version: 1.01

User Identification System Mounting and installation instructions

4.2.3 Evaluation unit without housing (versions A-OEM and B-OEM)

4 4

Dimensions of the evaluation unit without housing (versions A-OEM and B-OEM) (dimensions in mm)

4.2.3.1 Evaluation unit without housing - installation example

1 2

1 Evaluation unit (print)

2 Screw 3 Spacer bolts 4 Carrier material

Evaluation unit without housing - installation example

3 4

User's Manual, Version: 1.01 31

Mounting and installation instructions Kemro UserID classic / eco

4.2.4 Evaluation unit with housing (versions C-OEM and D-OEM)

Dimensions of the evaluation unit with housing (versions C-OEM and D-OEM) (dimensions in mm)

4.2.4.1 Installation

The evaluation unit with housing can be screwed to any level carrier material using 2 M4 screws.

745484

32 User's Manual, Version: 1.01

User Identification System Show, connections and wiring

5 Show, connections and wiring

5.1 Status LED

A three-color status LED to display the status is mounted on the housing front of the stand-alone version or on the antenna module of the integrated versions (OEM).

Information The conditions of the status LED are described in chapter Diagnosis.

5.2 Connections

5.2.1 Kemro UserID classic (stand-alone)

24/12V 0V

1 … Voltage supply 24/12 V (2-pole plug) 2 … Serial interface (D-Sub socket 9-pole)

Kemro UserID classic, back view

RS232

User's Manual, Version: 1.01 33

Show, connections and wiring Kemro UserID classic / eco

5.2.2 Kemro UserID classic C-OEM / D-OEM

24/12V 0V

1 … Voltage supply 24/12 V (2-pole plug) 2 … Serial interface (D-Sub socket 9-pole) 3 … ANT, plug for antenna cable 4 … LED, plug for status LED

Kemro UserID classic C-OEM / D-OEM

5.2.3 Kemro UserID eco (stand-alone)

RS232

ANT

LED

USB

1 … USB interface (type B)

Kemro UserID eco, back view

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User's Manual, Version: 1.01 35

Show, connections and wiring Kemro UserID classic / eco

5.2.4 Kemro UserID eco C-OEM / D-OEM

USB

LED

ANT

1 … USB interface (type B) 2 … ANT, plug for antenna cable 3 … LED, plug for status LED

Kemro UserID eco C-OEM / D-OEM

5.2.5 Kemro UserID classic / eco A-OEM and B-OEM

1 … LED, plug for status LED 2 … ANT, plug for antenna cable 3 … S1, terminal block for data interface (eco and classic) and voltage supply

(classic only)

Kemro UserID classic / eco A-OEM and B-OEM

36 User's Manual, Version: 1.01

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5.2.6 Antenna 1 (XE020_ANT-OEM)

1 … ANT … connection for antenna cable 2 … LED ... Connection for status LED cable

Antenna 1 (XE020_ANT-OEM)

5.2.7 Antenna 2 (X110_ANT-OEM)

1 … ANT, connection for antenna cable 2 … LED, connection for status LED cable

Antenna 2 (X110_ANT-OEM)

User's Manual, Version: 1.01 37

Show, connections and wiring Kemro UserID classic / eco

5.3 Shield clamp

Information The shield clamp is used for grounding and must never be used as strain relief.

5.3.1 Attaching the shield clamp

Proceed as follows to connect the cable to the terminal block and subsequently attach the shield clamp:

1. Strip the insulation off the cable end.

2. Fold back the shielding braid and shielding foil.

3. Attach conductive textilebacked strip.

4. Strip the insulation off the pins.

5. Connect the pins to the terminal block according to the pin assignment.

6. Attach the shield clamp to the print using fixing screw.

The cable is now connected and the shield clamp is connected with the print.

38 User's Manual, Version: 1.01

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5.4 Power supply

5.4.1 Kemro UserID classic

All Kemro UserID classic modules can be optionally supplied with +24 V DC or +12 V DC. Depending on the module version, the voltage supply occurs either via a

plug or a terminal block.

Kemro UserID classic stand-alone, C-OEM / D-OEM:

24 / 12 V DC

0 V (GND)

Plug for the voltage supply (24/12V) for Kemro UserID classic stand-alone C-OEM / D–OEM

Kemro UserID classic A-OEM / B-OEM:

24 / 12 V DC 0 V (GND)

Terminal block S1 for Kemro UserID classic A-OEM / B-OEM

User's Manual, Version: 1.01 39

Show, connections and wiring Kemro UserID classic / eco

5.4.2 Kemro UserID eco

All Kemro UserID eco modules are supplied with voltage directly via the USB interface.

Kemro UserID eco modules can only be connected to USB devices that

fulfill the high power standard, i.e. a voltage supply of 500 mA is guaranteed.

5.5 Serial interface RS-232 (Kemro UserID classic)

5.5.1 Kemro UserID classic and Kemro UserID classic C/D-OEM

9-pole DSUB female connector (S3)

Pin Description

1 -2 RxD 3 TxD 4 -5 0V (GND) 6 -7 (RTS) is not used 8 (CTS) is not used 9 --

5.5.1.1 Cable and plug specification:

Cable type

Shielded standard cable.

Plug type

9-pole D-SUB male connector with completely conductive shell. The cable shielding must be connected plane with the shield cover of the

plug.

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Cable length

tested up to 30 m

Minimum bend radius

Minimum bend radius during installation: 60 mm Minimum bend radius for installed cable: 50 mm

5.5.2 Kemro UserID classic A/B-OEM

Terminal block S1

Terminal Description

1 +24/12V 2 0V (GND) 3 CTS 4 RxD 5 TxD 6 RTS

5.5.2.1 Cable and plug specification:

Cable type

Shielded standard cable.

Cable length

tested up to 30 m

Minimum bend radius

Minimum bend radius during installation: 60 mm Minimum bend radius for installed cable: 50 mm

User's Manual, Version: 1.01 41

Show, connections and wiring Kemro UserID classic / eco

5.6 USB 2.0 interface (Kemro UserID eco)

Kemro UserID eco is a high-power USB device and has a standard

USB 2.0 interface. The USB master interface to which the Kemro UserID

eco - module is connected must be able to supply this with 500 mA (high-

power).

5.6.1 USB interface for Kemro UserID eco C-OEM / D-OEM

21 3

USB interface type B

Pin Description

1 Vbus (+5V) 2 D3 D+ 4 0 V (GND)

5.6.1.1 Cable and plug specification:

Cable type

Shielded USB cable, twisted pair data cables with a characteristic impedance of 90 Ohm +/- 15%.

Cable length

tested up to 5 m

42 User's Manual, Version: 1.01

User Identification System Show, connections and wiring

5.6.2 USB interface for Kemro UserID eco A-OEM / B-OEM

Terminal block S1

Terminal Description

1 0V (GND) 2 D+ 3 D4 0V (GND) 5 0V (GND) 6 5V

5.6.2.1 Cable and plug specification:

Cable type

Shielded USB cable, twisted pair data cables with a characteristic impedance of 90 Ohm +/- 15%.

Plug type

Standard USB connector type B with fully conductive shell. The cable shielding must be connected plane with the shield cover of the

plug.

Cable length

tested up to 5 m

User's Manual, Version: 1.01 43

Installation Kemro UserID classic / eco

6 Installation

Generally the Kemro UserID can be integrated with every system that, depending on the product version, has a serial interface or USB interface with a host function (master) and is supported by the operating system.

The device drivers supplied are suitable for the following operating systems:

z Microsoft Windows XP z Microsoft Windows XP emb. z Microsoft Windows CE 5.x z Microsoft Windows Vista z Microsoft Windows 2000 z Microsoft Windows Server 2003

When integrating serial Kemro UserID modules in systems conforming to EN 61131, the following additional operating systems are possible:

z Linux z VxWorks

6.1 Requirements for the target system

Before installing the Kemro UserID one of the following operating systems must have been fully installed in the target system:

z Microsoft Windows XP SP2 z Microsoft Windows XP emb. z Microsoft Windows CE 5.x z Microsoft Windows Vista z Microsoft Windows 2000 SP4 z Microsoft Windows Server 2003

In case of product version Kemro UserID eco the following additional requirement must be met:

z USB interface (host controller / master, type A socket, the interface

can supply high-power devices with 500 mA current consumption)

44 User's Manual, Version: 1.01

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6.2 Installation with Microsoft Windows 2000/2003 Server/XP/XPemb/Vista

1.) Start target system.

2.) Insert Kemro UserID installation CD into the CD drive.

3.) Start installation by calling up the file

INSTALL_device_driver.cmd (directory <Kemro UserID CD>\drivers\Win_XP_Vista).

4.) Re-start system.

The drivers necessary for operation are installed and Kemro UserID can now be used from all windows-based application development systems.

6.3 Installation with Microsoft Windows CE

6.3.1 Integration into the Windows CE Image

1.) Start target system.

2.) Copy the files

SIUSBXP.dll SIUSBXP_LIB.dll UIDDRV_RfbCommUsb.dll UIDDRV_RfbMaster.dll UIDDRV_RfbInterface.dll UIDDRV_RfidInterface.dll UIDDRV_RfidService.dll

of directory <Kemro UserID CD>\drivers\win_ce into directory

\Windows of the target system.

3.) Take over the registry entries from files SIUSBXP.reg and UIDDRV_Win32ce_RfidService.reg. Here the Dll entries are to be set on \Windows\SIUSBXP.DLL or \Windows\UIDDRV_RfidService.dll (in the platform builder).

4.) Create Windows CE Image in the platform builder.

The drivers necessary for operation are installed and Kemro UserID can now be used from all windows-based application development systems.

User's Manual, Version: 1.01 45

Installation Kemro UserID classic / eco

6.3.2 Later installation / installation outside the Windows CE image

1.) Start target system.

2.) Copy the files

SIUSBXP.dll SIUSBXP_LIB.dll UIDDRV_RfbCommUsb.dll UIDDRV_RfbMaster.dll UIDDRV_RfbInterface.dll UIDDRV_RfidInterface.dll UIDDRV_RfidService.dll

of directory <Kemro UserID CD>\drivers\win_ce into a non-

volatile directory (e.g. flash drive, a hard disc or a battery-buffered Ram)

3.) Take over the registry entries of file UIDDRV_Win32ce_RfidService.reg into the registry of the target system and at the same time change the path of entry Dll to the path under which file UIDDRV_RfidService.dll was stored . The registry can be edited via a remote registry editor if the target system has no registry editor available. The suitability of the editor depends on the Windows CE image and the CPU used. Additional information is available from the manufacturer of the target system.

4.) Now connect the Kemro UserID module to the target system. The target system will now display a dialog in which you are requested to enter the driver for the new device. Now specify the file

<pfad>\SIUSBXP.dl, which could not be copied into the non-

volatile directory of the target system. If this dialog is not displayed the registry key

[HKEY_LOCAL_MACHINE\DRIVERS\USB\LoadClients\Default \Default\255] is to be deleted in the target system with the aid of

the registry editor. The connecting cable to the Kemro UserID module must then be unplugged and again plugged in. The dialog should

now be displayed.

5.) Re-start the target system.

The drivers necessary for operation are installed and Kemro UserID can now be used from all windows-based application development systems.

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6.3.3 Module settings for the operation with Windows CE

In order to keep the system capacity low with the use of the device driver, we recommend setting the inventory cycle (cycle time with which the module is polled by the driver via identified cards) to 300 ms (default value: 50 ms). This setting can be carried out using the demo application (see chapter Settings). Moreover, the inventory cycle can also be set directly via the de-

vice driver (see chapter

New settings for the Kemro UserID module).

Tab

User's Manual, Version: 1.01 47

Operating behavior Kemro UserID classic / eco

7 Operating behavior

7.1 Start-up behavior

During the startup of the Kemro UserID module, states are displayed in the following order by the status LED:

Step Display Description

1 off (continuous)

2 red (continuous) 3 orange (continuous)

4 green / orange

(blinking)

After completion of the startup, the LED can either be set individually by the driver or through a communication interface by the application (see chapter Activation modes for status LED).

Only for Kemro UserID eco:

Module from device driver not yet detected and switched on.

Only for Kemro UserID classic: Once the module is supplied with voltage, the status LED lights up red and the firmware is loaded (step 2) Firmware is loaded Firmware is loaded, data communication with device driver on the host system is established Supply and data communication with device driver on the host system exists

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7.2 Behavior in operation

Module waits

for TAG

TAG

identified

YES

TAG

readable?

YES

Perform che ck for

Euromap 65

standard?

**)

YES

Data exists in

Euromap 65

standard?

YES

State 5 "Not readable TAG found";

UID of the TAG will be sent to the

system -> further processing

via application

Status-LED blinks red *)

State 4 "New/blank TAG found";

-> further processing via application Status-LED blinks green *)

State 4 "New/blank TAG found";

-> further processing via application Status-LED blinks green *)

State 3 "Validation check failed";

Data

valid?

-> further processing via application Status-LED blinks green *)

State 2 "Valid TAG found";

-> further processing via application Status-LED blinks green *)

*) This behavior of the Status-LED only occurs, if the control of the Status-LED will be performed by the

device driver (dwLedControlMode=0)

**) Whether the check for the Euromap65 Standard is performed or not, is configured via the configura-

tion entry boolCheckValidation.

User's Manual, Version: 1.01 49

Operating behavior Kemro UserID classic / eco

Information For a detailed description of the individual status messages, see the chapter Call-up actions of the Event Callback.

The operating behavior of the started up Kemro UserID modules is dependent on their configuration. Configurations in all Windows-based devel-

opment environments for the following parameters can be determined via a predefined data structure (see chapter

z dwLedControlMode

This determines how the status LED is controlled after successful startup.

z boolCheckValidation

This determines whether a validity test according to Euromap 65 guideline is to occur.

Via a function of the device driver from the Kemro UserID module, the selected configuration can be read and also written to this (see chapter

Call-up actions of the Event Callback).

Data structure TModuleSettings):

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7.2.1 Activation modes for status LED

Two operation types result by the setting of the parameter dwLedControlMode for the signaling of the Kemro UserID modules through the

status LED:

z Operation type 0 (status on delivery)

The device driver controls the status LED according to the schema shown below. The read/write functions on the status LED from the application remain without effect.

LED signals Designation / description

LED green (continuous) Defau lt behavior if valid module detected LED green (blinking, max. 3 sec.)

LED red (blinking, max. 3 sec.) Transponder could not be read; unsupported trans-

Information The signaling via the status LED merely provides information about whether a transponder was able to be read correctly. Whether the stored used on the transponder can actually be logged in on the system is not signaled in this operating mode.

z Operating mode 1

status LED is controlled by the application. In this was, the LED can be arbitrarily set by the application via the corresponding read/write functions. An individual formation of the acknowledgement can thus be realized through the status LED.

Information The data basis for the user data is stored in the control or visualization system and is retrievable by the associated application. Thus, the validity of user data can be checked in the application and signaled via driver inter-

face through the status LED of the

Readable transponder detected The status LED blinks green as long as the transponder is within reading range (max. 3 sec.)

ponder type The status LED blinks red as long as the transponder is within reading range (max. 3 sec.)

Kemro UserID

module.

User's Manual, Version: 1.01 51

Operating behavior Kemro UserID classic / eco

7.2.2 Validity test

The setting of the parameter boolCheckValidation determines whether the transponder is checked for validity according to the Euromap 65 guideline. Through this setting, different call actions of the callback function become effective (see chapter

z TRUE (status on delivery)

Validity of a detected transponder is checked according to the Euromap 65 guideline. The data content is linked with an individually settable "security key". Falsified transponders can thus be reliably detected. Thus the following invoking actions of the callback function of the driver are possible through the validity test:

z Valid transponder found z Falsified transponder was found (security test failed) z Empty / invalid transponder was found

Call-up actions of the Event Callback).

z Unreadable transponder was found z Known transponder was removed.

z FALSE

No validity test of a known transponder is performed. Thus, the following invoking actions of the callback function of the driver are possible:

z Transponder was found z Unreadable transponder was found z Known transponder was removed.

Information The invoking action "Transponder was found" for switched off validity test is ident with the invoking action "Empty / invalid transponder was found" for activated validity test.

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7.3 Range and detection

The range between transponder and the Kemro UserID module is dependent on the installation situation, the antenna size (with OEM versions)

and the transponder used. The range increases if the antenna (for OEM versions) or the stand-alone module are installed in non-metallic materials. In addition, the range increases if a sufficiently large surface is available for the transponder antenna. Thus, check card transponders have a slightly higher range than transponders in the form of key chains.

The simultaneous detection of up to four transponders is possible. If multiple transponders are in the reception area of a Kemro UserID module simultaneously, the module will automatically attempt to read out the trans-

ponders, filter out unreadable transponders and make the valid card(s) available at the interface of the device driver.

User's Manual, Version: 1.01 53

Demo application Kemro UserID classic / eco

8 Demo application

The demo application is a complete application with which the Kemro

UserID can be put into operation quickly and easily on systems with Mi-

crosoft Windows. The demo application is a practical application for reading out and writing

on transponders in Euromap 65 or binary form.

The demo application can be used to configure Kemro UserID modules and to test different functions.

8.1 Start-up operation

8.1.1 Prerequisites

Before installing the demo application one of the following operating systems must have been fully installed in the target system:

z Windows XP z Windows XP emb. z Windows Vista z Windows 2000 z Windows Server 2003

In case of product version Kemro UserID eco the following additional requirement must be met:

z USB interface (host controller / master, type A socket, the interface

can supply high-power devices with 500 mA current consumption)

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8.1.2 Start-up operation of system

1.) Installation of the device driver. See chapter Installation with Microsoft Windows 2000/2003 Server/XP/XPemb/Vista

2.) Installation of .NET Framework 2.0, if it is not already in the target system. This setup can also be called up from the CD-ROM at: <root>/drivers/Framework 2.0/dotnetfx.exe

3.) Connect the Kemro UserID modules with target system and ensure the power supply of the modules.

4.) Start the demo application. The demo application can only be started directly from the CD-ROM and can be called up at: <root>/demo application/Demo_Application.exe

8.2 Description of the function of the demo application

8.2.1 Application window

Description of the mask

The application window of the demo application consists of a continuously visible (general) part and a part that can be switched over via tabs.

In the constantly visible part of the application the general functions of the

Kemro UserID modules are contained. On the tab pages of the applica-

tion files can be manipulated and module configurations displayed and changed.

The Kemro UserID modules can read out and write on transponders in Euromap 65 format or binary format. The write and read processes can be

switched over with the two tabs Read / Write Binary Data and Read / Wri- te Euromap 65 Data.

Tab page Settings contains all functions required for configuring the module.

User's Manual, Version: 1.01 55

Demo application Kemro UserID classic / eco

Kemro UserID demo application - application window

Description of the elements

Element Description

Read Reading out user data from the selected transponder and

displaying it according to the selected format in binary form or Euromap 65 form.

Note:

The button can only be operated when at least one valid card has been recognized by the Kemro UserID module.

Write Writing user data on the selected transponder in the

format selected. The format is set by the setting of the tab.

Note:

The button can only be operated when at least one valid card has been recognized by the Kemro UserID module.

Date / time (to the right next to the Write button) Status display (to the right next to date / time)

System time and system date are displayed here.

Messages from Kemro UserID module are displayed in the status display.

The following messages are possible:

- Recognized Kemro UserID modules

- Removed Kemro UserID modules

- Recognized transponders and their status

- Removed transponders

- Return signal of write commands

- Return signal at changes in settings

- Fault messages from the application

- Fault messages from the device driver

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Element Description

read valid tags automatically When selecting this option a transponder that is valid

according to the Euromap 65 standard and within receiving range is automatically read out. The tab page Read / Write Euromap 65 Data is displayed automatically.

A further transponder can only be automatically read when the current transponder has left the receiving range.

UIDs This selection field displays the UIDs of all recognized

transponders that are within the receiving range. The individual transponders for further use (writing, reading) can be selected in this selection field.

Clear Tag User data of the selected transponder can be deleted

with this function. The deletion process overwrites all bytes with 0.

Tag Info The UID and size of the data memory of the selected

transponder are displayed in the status display.

Exit The connection to the modules is terminated and the

application closed.

LED green The color of the status LED can be set o n green with this

button.

Note:

The color of the status LED can only be set when the module is operated in "LED application mode". See also chapter Tab Settings.

Orange LED The color of the status LED can be set to orange with

this button.

Note:

The color of the status LED can only be set when the module is operated in "LED application mode". See also chapter Tab Settings.

Red LED The color of the status LED can be set on red with this

button.

Note:

The color of the status LED can only be set when the module is operated in "LED application mode". See also chapter Tab Settings.

8.2.2 Tab page Read/Write Binary Data

Purpose

On this tab page data in binary format can be read out from or written onto the transponder.

User's Manual, Version: 1.01 57

Demo application Kemro UserID classic / eco

Description of the mask

The type of display (text / byte) and the number of bytes to be read out from the transponder's user memory can be set in upper sector of the tab page. Two fields are located below this. The left text field displays the user data read out from the transponder. The right input field is used to enter data that can be subsequently written into the user memory of the transponder.

Kemro UserID demo application - tab page read / write binary data

Description of the elements

Element Description

Show text The selection of this option displays the user data of the

transponder as text in the left text field.

Show byte T he selection of this option displays the user data of the

transponder as byte characters in the left text field.

Bytes to read Number of Bytes to be read from the user memory of the

transponder (user data). The maximum storage memory is specified by the selected transponder.

Text field (left) Here the user data of the transponder are displayed in

the selected display format after being read out.

Input field (right) Any type of content can be entered as text in the input

field. This content is written on the selected transponder during the write process.

Usage of this mask

z Reading out user data in binary format from a transponder z Writing user data in binary format onto a transponder

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8.2.3 Tab page Read/Write Euromap 65 Data

Purpose

On this tab page data in Euromap 65 format can be read out from or written onto the transponder.

Information The Euromap 65 Standard is specifically matched to the requirements of user identification on machines and plants. Additional information can be found in the Internet at 0Hhttp://www.euromap.org/H.

Description of the mask

On this tab page the user data acc. to the Euromap65 standard are displayed. Here each Euromap 65 parameter is displayed in its own text field. The parameters can also be modified in each field.

In selection field Specific parameters the reserved parameters acc. to the Euromap 65 standard can be selected per index number (203-255) and displayed and modified in the input field on the right.

Kemro UserID demo application - tab Read/Write Euromap 65 data

Description of the elements

Element Description

UID Display of UID of the read out transponder User ID numerical Identification number of transponder profile User ID textual Name of transponder profile Expire date Expiry date of transponder. The transponder loses its

validity after this date. This enables the validity of lost transponders to be limited in the application with regard to time.

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Demo application Kemro UserID classic / eco

Element Description

Preferred language Language code of preferred language according to ISO

639-2/B (3-digit, e.g. eng for English).

Country code

Factory identifier Company code

Access rights Access rights according to the Euromap65 standard with

User level User level of transponder profile (0-255) Reproduction identifier Identifier for rights for multiplication of the transponder

Specific parameters Selection of reserved parame ters (203-255) acc. to Eu-

Country code acc. to ISO 3166-1 (2-digit, e.g. GB for United Kingdom).

(note: a distinction is made between upper and lower case letters in the input).

the following options:

• 0 = no access

• 1 = lowest level

• 2 = middle level

• 3 = highest level

Recommended application: 0- writing of further transponders not possible

1- user can create transponder with low access rights. 2- user can create transponder with the same access rights.

romap 65 standard. The value of the parameter is displayed or entered in the input field to the right.

Usage of this mask

z Reading out user data in Euromap 65 format from a transponder z Writing user data in Euromap 65 format onto a transponder

8.2.4 Tab Settings

Purpose

With this tab page the configuration of the Kemro UserID module can be displayed and modified.

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Description of the mask

On this tab page all the configuration parameters of a Kemro UserID module are displayed. The connected options are displayed in their own

sector with a surrounding border. Each parameter can be modified by an entry or a selection.

Kemro UserID demo application - tab settings

Description of the elements

Element Description

Get settings Reading out settings. Security ON / Security OFF Switching validation check on or off

(Note: when using the Euromap65 standard the validation check must be switched on.)

LED default mode The condition of the status LED is set directly by the

driver.

LED application mode The condition of the status LED is controlled by the ap-

plication. In this mode the condition and the color of the status LED can be changed with the buttons in the lower area of the mask.

Euromap 65 (r/w) With the selection of this option the configuration data of

the transponder are read and written in the Euromap65 format.

The setting applies only to write and read processes of the configuration data. The format of the user data is influenced by the selection of the other tab pages.

Binary (r/w) With the selection of this option the configuration data of

the transponder are read and written in binary format. The setting applies only to write and read processes of

the configuration data. The format of the user data is influenced by the selection of the other tab pages.

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Demo application Kemro UserID classic / eco

Element Description

Inventory cycle [ms] The cycle time with which the module searches for new

transponders in the detection range (typical value: 50 ms). After the corresponding Change button is pressed this setting is changed.

Safety key Key (32-bit safety key) for calculating the safety code

acc. to the Euromap 65 standard. The safety code is calculated from the checksum of the data stored on the transponder and this safety key (hid- den factory safety key), and stored on transponders in Euromap 65 format. After the corresponding Change button is pressed this setting is changed.

LED off LED is switched off in the application mode LED on LED lights up in the application mode LED blink 1 Hz LED blinks once per second in the application mode LED blink 2 Hz LED blinks twice per second in the application mode Baud rate Transmission rate of serial interface.

After the corresponding Change button is pressed this setting is changed.

Usage of this mask

z Displaying and changing the configuration of the Kemro UserID mo-

dule

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9 Function interface of device driver

With the aid of the Kemro UserID simple and easy integration into existing visualization systems is possible. This chapter describes the commands of the device driver of the Kemro

UserID for accessing the module and transponders recognized by the

module.

9.1 Data format

Data can be stored on the RFID transponder either in Euromap 65 format, or in binary form. The format is set by the write command used.

9.1.1 Euromap 65 Standard

The user data on the RFID transponder are displayed in Unicode UTF-8 format and stored with the byte sequence Low-Byte-First (Little-Endian).

The data are stored as a sequence of parameters and formatted as follows:

<ID><len><parameter...><ID><len><parameter...>...

ID len

parameter

9.1.2 Binary format

When using the binary format the user data transferred to the device driver are stored directly on the transponder. These data are not specially formatted.

Parameter Description

Identification of the parameter (8-bit value) Number of attached parameters in 8-bit units (optional,

depends on parameter) Value of the parameter

9.2 Data structure

Information An alignment of 1 applies to all data structures listed here

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Function interface of device driver Kemro UserID classic / eco

9.2.1 Data structure TEuromapData

This chapter describes all data elements which correspond to the optional Euromap65 parameters.

Data element Euromap

65 ID #

DWORD TEuromapData::dwValid --

DWORD TEuromapData::dwUserIdNumerical char TEuromapData::strUserIdTextual

TEuromapTime TEuromapData::sExpiryDate char TEuromapData::strLanguageCode

0x01

0x02

0x03

0x04

Switches the following structure entries valid or invalid. A set bit means that the data entry is filled during reading and taken over during writing. If the bit is not set, the corresponding structure entry is not used. One bit each activates/deactivates the specified structure entry:

• Bit0: dwUserIdNumerical

• Bit1: strUserIdTextual

• Bit2: sExpiryDate

• Bit3: strLanguageCode

• Bit4: strCountryCode

• Bit5: strFactoryId

• Bit6: bAccessRights

• Bit7: bUserLevel

• Bit8: bReproductionId

• Bit9: rsOEMData

• Bit10-31: not used

The bit pattern can be used as constants (see chapter Fehler!

Verweisquelle konnte nicht gefunden werden.).

Numerical user identification Textual user identification Maximum length of the text field:

16 characters Note: The length by 1 byte larger

than in Euromap defines due to 0termination, further bytes due to alignment of the structure.

Expiry date of transponder Language code of user It is recommended to store the

language code in line with ISO2/B.

Note: The length by 1 byte larger than in Euromap defines due to 0termination.

Description

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Data element Euromap

65 ID #

char TEuromapData::strCountryCode

char EuromapData::strFactoryId 0x05

BYTE TEuromapData::bAccessRights BYTE TEuromapData::bUserLevel 0xC9

BYTE TEuromapData::bReproductionId

TeuromapOEMData TEuromapData::rsOEMData

0x04

0x06

0xCA

0xCB 0xFF

Description

Country code of user It is recommended to store the

language code in line with ISO1/B.

Note: The length by 1 byte larger than in Euromap defines due to 0termination, further bytes due to alignment of the structure.

Factory identification Maximum length of the text field:

16 characters Note: The length by 1 byte larger

than in Euromap defines due to 0termination.

Access rights User level (Keba-specific)

Value range 0-255 Reproduction code for the user

(Keba-specific) Recommended application:

• 0: writing of further transponders not possible

• 1: user can create transponder with low access rights

• 2: user can create transponder with the same access rights

List with further, free Euromap entries (OEM-specific)

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Function interface of device driver Kemro UserID classic / eco

9.2.2 Data structure TEuromapOEMData

This data structure is used to specify further free Euromap65 entries in the Euromap65 format (ID 203-255).

Data element Euromap

65 ID #

BYTE TEuromapOEMData::bEuromapID

BYTE TEuromapOEMData::bDummy --

WORD TEuromapOEMData::wLength --

BYTE TEuromapOEMData::rbEuromapData [EUROMAP_OEM_DATALENGTH]

0x1F 0xC8

Specific machine manufacturer parameters (these are issued exclusively by the EUROMAP organization,

H1Hhttp://www.euromap.orgH )

Dummy for structure alignment Length of data of the Euromap65

entry defined by bEuromapID. Data pointer of data of the Euro-

map65 entry defined by bEuromapID.

Description

9.2.3 Data structure TEuromapTime

This data structure is used to display the Euromap65 time specifications.

Data element Euromap

WORD TEuromapTime::wYear -BYTE TEuromapTime::bMonth -BYTE TEuromapTime::bDay --

9.2.4 Data structure TFactorySettings

This data structure is used for reading the factory data of an RFID module.

Data element Euromap

DWORD TFactorySettings::dwSerialNumber

65 ID #

Description

Year Month (1-12) Day (1-31)

Description

Serial number of the RFID module

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9.2.5 Data structure TModuleSettings

This data structure is used for reading and writing the setting data of an RFID module.

Data element Euromap

DWORD TModuleSettings::dwInventoryRequestCycle

DWORD TModuleSettings::dwLedControlMode

BOOL TModuleSettings::boolCheckValidation

unsigned short TModuleSettings::usSafetyKey

DWORD TModuleSettings::dwBaudrate

65 ID #

Cycle time for searching the new transponders

Specification of who controls the LEDs (default: 0):

• 0: driver takes over control.

• 1: the application takes over

Specifies whether the validity of the transponder is checked according to Euromap 65 regulation.

Safety key for Euromap 65 encoding This key is used to together with the data content of the transponder to calculate the safety code.

Baud rate of the Bus connection for to the Kemro UserID module

Note: Only valid for units with serial

interfaces (Kemro UserID

classic).

Description

control.

9.2.6 Data structure TRfidDeviceName

This data structure is used in connection with the device name of a

Kemro UserID module.

Data element Euromap

65 ID #

char TRfidDeviceName::strDeviceName

Name of Kemro UserID modules

User's Manual, Version: 1.01 67

Description

Function interface of device driver Kemro UserID classic / eco

9.2.7 Data structure TRfidUid

This data structure is used in connection with the clear identification of a transponder.

Data element Euromap

65 ID #

unsigned char TRfidUid::uid --

Clear transponder ID

Description

9.2.8 Data structure for Callback

The Event Callback is used to signal transponder or device actions.

typedef void __stdcall TEventCallback(const TRfidDeviceName sDeviceName, TRfidUid sTag, const TRfidAction eAction)

Parameter Description

sDeviceName Name of device that has caused the action sTag Name of transponder that has caused the

action

eAction The action that was carried out

The following actions are signaled via this Callback.

Action Description

eAction

Information If a

Kemro UserID

(rfidOpenDevice/rfidOpenTag), then the connection with regard to this Callback is to be closed (rfidCloseDevice/rfidCloseTag), since the respective Handle looses its validity when removed.

• 0: New Kemro UserID module added (sTag is transmit- ted as 0)

• 1: Kemro UserID module was removed

• 2: Valid transponder found

• 3: Copied transponder was found (security check has

failed)

• 4: New / empty / transponder was found

• 5: Non-readable transponder was found

• 6: Known transponder was removed

module or a transponder is removed and it is open

NOTICE

• Under no circumstance is blocking and waiting for something during

the Callback permitted. Editing during Callback must be short and fast.

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9.3 Enumeration types

9.3.1 Call-up actions of the Event Callback

enum TRfidAction

Enumeration values Description

RfidAction_NewDevice

RfidAction_DeviceRemoved RfidAction_ValidTagFound

RfidAction_CopiedTagFound

RfidAction_EmptyTagFound RfidAction_UnreadableTagFound RfidAction_TagRemoved

New Kemro UserID module added (sTag is transmitted as 0)

Kemro UserID module was removed

Valid transponder found Copied transponder was found (security check has failed) New / empty / transponder was found Non-readable transponder was found Known transponder was removed

9.3.2 Operating state of the Status LED

enum TRfidLedStatus

Enumeration values Description

RfidLedStatus_Off RfidLedStatus_On RfidLedStatus_Slow RfidLedStatus_Fast

9.3.3 Color of the Status LED

enum TRfidLedColor

Enumeration values Description

RfidLedColor_Red RfidLedColor_Green RfidLedColor_Orange

LED off (continuous) LED on (continuous) LED blinking slowly (1 Hz) LED blinking fast (2 Hz)

Led illuminated/blinks red Led illuminated/blinks green Led illuminated/blinks orange

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Function interface of device driver Kemro UserID classic / eco

9.4 Constants

Constant Value Description

USER_ID_LENGTH 16 FACTORY_ID_LENGTH 16

LANGUAGECODE_LENGTH 3 COUNTRYCODE_LENGTH 2 OEM_DATA_LENGTH 53

FLAG_OPEN_EUROMAP65 1

FLAG_OPEN_BINARY 2

RFID_DEVICENAME_LENGTH 50 EUROMAP_OEM_DATALENGTH 256 EUROMAP_VALID_USERID_NUMERICAL 0x0001

EUROMAP_VALID_USERID_TEXTUAL 0x0002

EUROMAP_VALID_EXPIRY_DATE 0x0004

EUROMAP_VALID_LANGUAGE_CODE 0x0008

EUROMAP_VALID_COUNTRY_CODE 0x0010

EUROMAP_VALID_FACTORY_ID 0x0020

EUROMAP_VALID_ACCESS_RIGHTS 0x0040

EUROMAP_VALID_KEBA_USER_LEVEL 0x0080

EUROMAP_VALID_KEBA_REPRODUCTION_ID 0x0100

EUROMAP_VALID_OEM_DATA 0x0200

EUROMAP_ID_USERID_NUMERICAL 0x01

Maximum length of the textual user identification Maximum length of the textual factory identifica-

tion Number of language code bBytes Number of country code bytes Maximum number of user commands (ID 0xcb to

ID 0xff) Transponder connection is opened in Euromap65

format Transponder connection is opened in binary for-

mat Maximum length of module name Maximum length of an OEM data entry The entry "UserID-Numerical“ of the Euromap

structure contains valid data for writing/reading The entry "UserId-textual“ of the Euromap struc-

ture contains valid data for writing/reading The entry "Expiry Date“ of the Euromap structure

contains valid data for writing/reading The entry "Language Code“ of the Euromap struc-

ture contains valid data for writing/reading The entry "Country Code“ of the Euromap struc-

ture contains valid data for writing/reading The entry "FactoryID“ of the Euromap structure

contains valid data for writing/reading The entry "Access Right“ of the Euromap struc-

ture contains valid data for writing/reading The entry "User Level“ of the Euromap structure

contains valid data for writing/reading The entry "ReproductionId“ of the Euromap struc-

ture contains valid data for writing/reading The entry "OEM Data“ of the Euromap structure

contains valid data for writing/reading UserId-Numerical entry

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User Identification System Function interface of device driver

Constant Value Description

EUROMAP_ID_USERID_TEXTUAL 0x02 EUROMAP_ID_EXPIRY_DATE 0x03 EUROMAP_ID_PREFERED_LANGUAGE 0x04 EUROMAP_ID_FACTORY_ID 0x05 EUROMAP_ID_ACCESS_RIGHTS 0x06 EUROMAP_ID_KEBA_USER_LEVEL 0xc9 EUROMAP_ID_KEBA_REPRODUCTION_ID 0xca

UserId-Textual entry Expiry-Date entry Language and Country-Code entry FactoryID entry Access-Rights entry User-Level entry ReproductionId entry

9.5 Functions

9.5.1 Registration of an Event Callback

DWORD rfidRegisterEventCallback (TEventCallback * pfnEventCallback)

Parameter Description

pfnEventCallback

A Callback can be registered with this function which is called up in the subsequent action. (see definition of T_EventCallback):

z 0.....New RFID module added (sTag is transmitted as 0)

z 1.....Kemro UserID module was removed

z 2.....Valid transponder found

z 3.....Copied transponder was found (security check has failed)

z 4.....New / empty / transponder was found

z 5.....Non-readable transponder was found

z 6.....Known transponder was removed

The de-registration of a Callback is carried out by transferring a ZERO pointer as Callback pointer

Callback function that is called up with the previously described actions

Return

Value Description

If everything is OK, otherwise descriptive error code

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Function interface of device driver Kemro UserID classic / eco

9.5.2 Read out list of currently connected Kemro UserID modules

DWORD rfidGetDeviceList (TRfidDeviceName rsDeviceName[], DWORD * pdwCount)

Parameter Description

rsDeviceName

pdwCount In

This function lists all Kemro UserID modules found (independent of connection, USB or RS232). The symbolic names specified are generated automatically and can continue to be used to open a Kemro UserID module with rfidOpenDevice, to control LEDs or to read or modify the settings of the module.

Return

String list in which the automatically generated symbolic names of the Kemro UserID modules are written Length of string list

Out: Number of entered RFID modules

Value Description

If everything is OK, otherwise descriptive error code

9.5.3 Opening a connection to a Kemro UserID module

DWORD rfidOpenDevice (const TRfidDeviceName sDeviceName, HANDLE * phDevice)

Parameter Description

sDeviceName phDevice

This function opens the data connection to a Kemro UserID module and supplies a Handle with which the data of the Kemro UserID module can

continue to be accessed.

Return:

Value Description

If everything is OK, otherwise descriptive error code

Symbolic name of Kemro UserID module to be opened Pointer on the Handle of the opened Kemro UserID mod-

ule

9.5.4 Closing a connection to an opened Kemro UserID module

void rfidCloseDevice (HANDLE hDevice)

Parameter Description

hDevice

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Name of the opened Kemro UserID module

User Identification System Function interface of device driver

9.5.5 Controlling the LED of the Kemro UserID module

DWORD rfidSetLedStatus (HANDLE hDevice, TRfidLedStatus eStatus, TRfidLedColor eColor)

Parameter Description

hDevice

eStatus

eColor

This function controls the operating state of the LED and switches the LED off/on and controls its color.

Information The LED can only be controlled when the control for the LED has been released in the settings for the application. Otherwise the driver takes over the exclusive control of the LED.

Handle on the Kemro UserID module whose Led is to be controlled Operating status of the LED.

• 0: Off

• 1: On

• 2: Slowly flashing (1Hz)

• 3: Fast flashing (2Hz)

Color of the LED

• 0: Red

• 1: Green

• 2: orange

Return:

Value Description

If everything is OK, otherwise descriptive error code

9.5.6 Reading out current settings of the Kemro UserID module

DWORD rfidGetModuleSettings (HANDLE hDevice, TModuleSettings * psModuleSettings)

Parameter Description

hDevice psModuleSettings

The current device driver settings are supplied for this Kemro UserID module.

Return:

Value Description

If everything is OK, otherwise descriptive error code

Handle on the Kemro UserID module Setting data of the Kemro UserID module

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Function interface of device driver Kemro UserID classic / eco

9.5.7 New settings for the Kemro UserID module

DWORD rfidSetModuleSettings (HANDLE hDevice, TModuleSettings * psModuleSettings)

Parameter Description

hDevice psModuleSettings

Handle on the Kemro UserID module New setting data of the Kemro UserID module

The current device driver settings are set for this Kemro UserID module.

Return:

Value Description

If everything is OK, otherwise descriptive error code

9.5.8 Reading out the factory settings of the Kemro UserID module

DWORD rfidGetFactorySettings (HANDLE hDevice, TFactorySettings * psFactorySettings)

Parameter Description

hDevice psFactorySettings

Handle on the Kemro UserID module Factory data of the Kemro UserID module

The Kemro UserID module data entered at the factory are read out and supplied.

Return:

Value Description

If everything is OK, otherwise descriptive error code

9.5.9 Creating a list of currently recognized transponders

DWORD rfidGetTagList (HANDLE hDevice, TRfidUid rsUids[], DWORD * pdwCount)

Parameter Description

hDevice

rsUids

pdwCount

This function lists all detected transponders for the specified Kemro

UserID module. The UIDs are required to establish a data connection to a

transponder (rfidOpenTag).

Handle on the Kemro UserID module whose transponder is to be determined List into which the UIDs of the detected transponders are written In: Length of UID list. Out: Number of entered transponders

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User Identification System Function interface of device driver

Return:

Value Description

If everything is OK, otherwise descriptive error code

9.5.10 Opening a connection to a specific transponder

DWORD rfidOpenTag (TRfidUid sUid, DWORD dwFlags, HANDLE * phTag)

Parameter Description

sUid dwFlags

phTag

This function opens the data connection to a transponder and supplies a Handle with which the data of the transponder can continue to be accessed.

Information Opening in the Euromap65 mode is only possible when the safety code check (boolCheckValidation = 1) has been activated. If the validation check is deactivated, the rfidOpenTag issues an error. Specifying the

Kemro UserID

module is not necessary here, since the transponders are

administered centrally for all

UIDs of the transponder to be opened Data mode in which the transponder is to be opened

• FLAG_OPEN_EUROMAP65: opens the connection in the Euromap65 standard, i.e. at rfidRead- Tag/rfidWriteTag data in the form of a T_EuromapData structure are expected (pvData is of type T_EuromapData *).

• FLAG_OPEN_BINARY: opens the connection in the bi- nary mode, i.e. binary data are expected at rfidRead- Tag/rfidWriteTag (pvData is of type BYTE *). The transmitted data correspond 1:1 to the memory dump of the transponder, without any formatting.

Pointer on the Handle of the opened transponder

Kemro UserID

modules.

Return:

Value Description

If everything is OK, otherwise descriptive error code

9.5.11 Closing a connection to an opened transponder

void rfidCloseTag (HANDLE hTag)

Parameter Description

hTag

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Handle of the opened transponder

Function interface of device driver Kemro UserID classic / eco

9.5.12 Reading out data from a transponder

DWORD rfidReadTag (HANDLE hTag, void * pvData, DWORD dwCount, DWORD * pdwCountRead)

Parameter Description

hTag pvData

dwCount

pdwCountRead

This function reads the data of an opened transponder. The data are supplied in the form of Euromap65 structure or as binary data depending on how the connection to the transponder was opened.

Handle of the transponder to be read Buffer for the data read out. The data have the following format, depending on the data mode in which the transponder was opened:

• FLAG_OPEN_EUROMAP65: a data buffer in the form of a T_EuromapData structure is expected. Those fields of the structure that are activated by dwValid (at parameter transfer [in]), are filled during reading out, the fields not activated remain unaffected.

• FLAG_OPEN_BINARY: a byte array of adequate size is expected. The data are copied from the transponder into the buffer in binary form (1:1 image)

FLAG_OPEN_EUROMAP65: number of structures to be read, must be permanently set on 1.

• FLAG_OPEN_BINARY: number of bytes to be read.

FLAG_OPEN_EUROMAP65: number of the structures read, 1

if reading was possible, otherwise 0.

• FLAG_OPEN_BINARY: number of bytes read.

Return:

Value Description

If everything is OK, otherwise descriptive error code

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User Identification System Function interface of device driver

9.5.13 Writing data of a transponder

DWORD rfidWriteTag (HANDLE hTag, void * pvData, DWORD dwCount, DWORD * pdwCountWritten)

Parameter Description

hTag pvData

dwCount

pdwCountWritten

This function writes the data of an opened transponder. The data are expected in the form of Euromap65 structure or as binary data depending on how the connection to the transponder was opened.

Handle of the transponder to be written Buffer that contains the data to be written. The data have the following format, depending on the data mode in which the transponder was opened:

• FLAG_OPEN_EUROMAP65: a data buffer in the form of a T_EuromapData structure is expected. Those fields of the structure that are activated by dwValid are taken over, the fields not activated remain unaffected.

• FLAG_OPEN_BINARY: a byte array of adequate size is expected. The data are taken over in binary form and copied into the transponder (1:1 image).

FLAG_OPEN_EUROMAP65: number of structures to be written, must be permanently set on 1.

• FLAG_OPEN_BINARY: number of bytes to be written.

FLAG_OPEN_EUROMAP65: number of the structures written,

1 if writing was possible, otherwise 0.

• FLAG_OPEN_BINARY: number of bytes written.

Return:

Value Description

If everything is OK, otherwise descriptive error code

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Diagnosis Kemro UserID classic / eco

10 Diagnosis

The following states can be signaled with the status LED:

Display Description

LED off

red (continuous) orange (continuous)

green / orange (blinking)

green (continuous) green (blinking, max. 3 sec.)

red (blinking, max. 3 sec.)

Kemro UserID module is not supplied

Only with Kemro UserID eco: The module has not yet been detected by the device driver or the device driver for the module has not been installed yet.

Firmware of the module is loaded Firmware is loaded, data communication with device driver on the host system is established

Supply and data communication with device driver on the host system exists

Default behavior of the module, as soon as the device driver has instantiated the module at least one time. Readable transponder detected The status LED blinks green as long as the transponder is within reading range (max. 3 sec.) Transponder could not be read; unsupported transponder type The status LED blinks red as long as the transponder is within reading range (max. 3 sec.)

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User Identification System Maintenance and repair instructions

11 Maintenance and repa ir instructions

11.1 Maintenance

This device does not require regular maintenance.

11.2 Repair

A defective device may only be repaired by KEBA specialists, otherwise the warranty claim expires. This is to be sent to KEBA in a suitable transport packaging.

11.2.1 Packaging, shipment

The module is wrapped in protective packaging material for shipment. The protective packaging does not qualify as adequate transport packaging

and hence is not suited for transportation via carrier haulage or airplane. Appropriate transportation packaging is required for these types of shipment.

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Disposal Kemro UserID classic / eco

12 Disposal

12.1 Disposal of the module

• The symbol with the crossed-out rubbish bin indicates that electrical

and electronic devices including their accessories should not be disposed of in the household garbage.

• Depending on their coding, the raw materials are recyclable. By dispos-

ing of such used devices correctly, you can ensure that they can be reused, their raw materials recycled or put to another use, and you will be making an important contribution to the protection of our environment!

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User Identification System Technical data

13 T echnical data

General information

Interfaces

Power consumption: (Kemro UserID eco) Power consumption: (Kemro UserID classic) Reading range: Up to 6 cm from the housing / antenna (depending on the

Supported transponders: Transponders according to ISO/IEC 15693 in any form

Signaling: Three-color LED on the front side of the housing / on the

Device driver for the operation systems:

Max. 0.75 W

Max. 1 W

installation situation, the transponder design and the number of transponders)

(Tag-it, I-Code SLI)

antenna print Windows 2000, Windows 2003 Server, Windows CE, Win-

dows XP pro, Windows XP emb., Windows Vista

Data interface:

Power supply voltage:

Communication connecting plug:

Supply connecting plug:

RS 232 – bei Kemro UserID classic USB 2.0 (12 Mbit) – bei Kemro UserID eco

12 V / 24 V DC – for Kemro UserID classic USB bus powered – for Kemro UserID eco

DSUB 9 pol. (female) – for Kemro UserID classic stand-alone and OEM – variants C-OEM and D-OEM USB type B – for Kemro.UserID eco stand-alone and OEM – variants C-OEM and D-OEM Terminal block: Kemro UserID OEM variants A-OEM and B-OEM classic and eco

Only Kemro UserID classic (IC 140/A, IC 140/C-OEM, IC 140/D-OEM): 2-pole plug

RF signal

Frequency range: 13.56 MHz Transmitting power: Typical 200 mW (max. 250 mW) Chip set: Melexis

Casing, dimensions

Stand-alone module: Width: 77 mm Length: 65.4 mm Height: 46.3 mm Antenna print small: Width: 50 mm Length: 30 mm Antenna print large: Width: 57 mm Length 53 mm Evaluation unit with housing: Width: 94 mm Length: 54 mm Height: 24 mm Evaluation unit without housing: Width: 70 mm Length: 50 mm Height: 11 mm

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Technical data Kemro UserID classic / eco

Transportation and Environmental conditions

Operating temperature: +0 °C to +65 °C (OEM variants)

Storage temperature: -25 °C to +70 °C Relative humidity of air: 5 % to 95 % (non condensing) Vibration resistance: according to EN 61131-2 Shock resistance: according to EN 61131-2

13.1 Stand-alone versions

General Information

Housing: Robust plastic housing PC / ABS Bayblend FR3010 Device installation: Direct installation in opening of the front plate,

Protection class: IP65 (front-sided); IP20 (back-sided)

Wall thickness for the installation: 1.5 mm to 6 mm

13.2 OEM versions

+5 °C to +55 °C (stand-alone variant)

fastening with retaining screws

Housing material fire-resistant according to UL 94

General Information

Antenna installation: Antenna installation flush with front plate possible

Transmission range evaluation unit: Evaluation unit can be positioned up to 30 cm from the an-

Connection antenna - evaluation unit Plug-in Sheet metal housing: Only for versions C-OEM and D-OEM.

Protection class: IP20

corresponding to the installation guidelines

tenna

Contact protection (IP 20) and fitting aid of the evaluation unit

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User Identification System EC directives and standards

14 EC directives and standards

14.1 EC Directives

Directive 1999/5/EG R&TTE Directive

Directive 2002/95/EG RoHS directives

14.2 Standards

The following, legally non-binding European standards, were applied in order to check that the Kemro K2 System conforms with the Directives.

14.2.1 R & TTE

EN 300330-2 Electromagnetic compatibility and radio spectrum matters

EN 301489-01 Electromagnetic compatibility and radio spectrum matters

EN 301489-03 Electromagnetic compatibility and radio spectrum matters

EN 50364 Limit of the exposition of persons to electromagnetic fields of

EN 60950-1 Information Technology Equipment – Safety; Part 1

(Radio & Telecommunications Terminal Equipment)

(ERM); Short range devices (SRD); Radio equipment with operating frequencies in the range of 9 kHz to 25 MHz and induction loop systems in the range of 9 kHz to 30 MHz

(ERM); Electromagnetic compatibility for radio equipment and – services Part 1: General technical requirements

(ERM); Electromagnetic compatibility for radio equipment and – services; Part 3: Specific conditions for short range radio devices (SRD) for the use on frequencies between 9 kHz and 40 Ghz

devices that are operated in the frequency range of 0 Hz to 10 GHz and used in the electronic article monitoring (en: EAS), high-frequency identification (en: RFID) and similar applications

14.2.2 Other Standards and recommendations

In addition, partial aspects of the following legally non-binding standards/recommendations were consulted:

EN 61000-6-2 Electromagnetic compatibility (EMC) – Part 6-2:

EN 61000-6-4 Electromagnetic compatibility (EMC) – Part 6-2:

User's Manual, Version: 1.01 83

Generic standards – Immunity for industrial environments

Generic standards – Emission standard for industrial einvironments

EC directives and standards Kemro UserID classic / eco

14.2.3 Environmental and surrounding conditions

EN 61131-2 Stored-program controls – Part 2 IEC 60068-2-6 Vibration, test FC IEC 60068-2-27 Shock

14.3 Standards for the American market

14.3.1 UL test for industrial control equipment

UL 508, 2005 Industrial Control Equipment

14.3.2 FCC

CFR 47 Part 15 Radio Frequency Devices

14.3.2.1 FCC Requirements

The device complies with Part 15 of the FCC Rules. Operation in subject to the following two conditions:

1. this device may not cause harmful interference, and

2. this device must accept any interference received, including in-

This device is labelled with an FCC ID number. If this label is not visible when installed in an end device, the outside of the device MUST also display a label referring to the enclosed module.

Contains FCC ID: U870002 - IC 140/A

Contains FCC ID: U870003 – IC 140/C - OEM

Contains FCC ID: U870004 – IE 160/A

Contains FCC ID: U870005 – IE 160/C – OEM

Information

No other antennas except the one provided by KEBA shall be used.

Changes or modifications not expressly approved by KEBA could void the user's authority to operate the equipment.

terference that may cause undesired operation.

(Kemro UserID classic Stand Alone)

U870003 – IC 140/D – OEM (Kemro UserID classic OEM)

(Kemro UserID eco Stand Alone)

U870005 – IE 160/D – OEM (Kemro UserID eco OEM)

84 User's Manual, Version: 1.01

KEBA 0003, 0005, 0002, 0004 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

1 Introduction

1.1 Purpose of the document

1.2 Target groups, pre-requirements

1.3 Intended use

1.4 Notes on this document

1.4.1 Contents of document

1.4.2 Not contained in this document

1.5 Documentation for further reading

2 Safety notes

2.1 Representation

2.2 General safety instructions

2.3 Personnel safety instructions

2.4 Safety instructions for maintenance

3 General product description

3.1 Versions

3.2 View of modules

3.3 Recommended transponder (RFID data carrier)

3.4 Spare parts and accessories

4 Mounting and installation instructions

4.1 Stand-alone version

4.2 Integrable versions (OEM)

5 Show, connections and wiring

5.1 Status LED

5.2 Connections

5.3 Shield clamp

5.4 Power supply

5.5 Serial interface RS-232 (Kemro UserID classic)

5.6 USB 2.0 interface (Kemro UserID eco)

6 Installation

6.1 Requirements for the target system

6.2 Installation with Microsoft Windows 2000/2003 Server/XP/XPemb/Vista

6.3 Installation with Microsoft Windows CE

7 Operating behavior

7.1 Start-up behavior

7.2 Behavior in operation

7.3 Range and detection

8 Demo application

8.1 Start-up operation

8.2 Description of the function of the demo application

9 Function interface of device driver

9.1 Data format

9.2 Data structure

9.3 Enumeration types

9.4 Constants

9.5 Functions

10 Diagnosis

11 Maintenance and repa ir instructions

11.1 Maintenance

11.2 Repair

12 Disposal

12.1 Disposal of the module

13 T echnical data

13.1 Stand-alone versions

13.2 OEM versions

14 EC directives and standards

14.1 EC Directives

14.2 Standards

14.3 Standards for the American market