ACS Solutions FranceS VPE420 Interactive Contactless Validator User Manual EN OPE2791 B

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Text :
INTERACTIVE CONTACTLESS VALIDATOR VPE420 ON-SITE AND
WORKSHOP MAINTENANCE MANUAL
Affaire/Subject :
---
Classement fichier informatique :
Computer file classification :
DTAO
Classement original papier :
Hard copy classification :
SERVICE CLIENT PEAGE/TOLL SYSTEM CUSTOMER SERVICE
Nbr. of
Rel1
Destinataires/To
Observations/Comments
copies
/Binding1
DTAO
Circulation sheet
BERNARD J-L
BERNE G
CARRON E
CHIZAT G
COURTIAL R.
FROMENT M
GUETTARD F
LACOUR M
LEBIDAN G
MARROT A
MOURADKHANIAN A
SAINTCIERGE Y
VALETTE P
VIAL-TISSOT S
VILLERET E
Binding:
EN
A = Simple Stapling
B = Binding
C = Hole Perforation M = Distribution by Mail
INTERACTIVE CONTACTLESS VALIDATOR VPE420 ON-SITE AND
WORKSHOP MAINTENANCE MANUAL
---
Reference:
OPE2791
Revision:
Text:
EN
This document is property of the association Affiliated Computer Services Solutions France SAS. It can not be reproduced or distributed without prior authorization.
Contact Details
Affiliated Computer Services Solutions France SAS
Customer Service:
* Address
Affiliated Computer Services Solutions France SAS,
Rue Claude Chappe - BP 345
07503 GUILHERAND GRANGES CEDEX (FRANCE)
Phone
33. (0)4.75.81.42.21
Fax
33. (0)4.75.81.43.38
Return Service (repair):
* Adresse
ASCODI Industries SAS
1 rue Gilles de Roberval
Quartier Briffaut - BP 161
26906 VALENCE Cedex 9 (FRANCE)
Téléphone
33 (0)4 75 81 42 77
Télécopie
33 (0)4 75 81 84 41
Affiliated Computer Services Solutions France SAS
Service Clients Public Transport
12, rue Jules Ferry
93110 ROSNY-SOUS-BOIS (FRANCE)
Téléphone
33.(0)1.56.63.92.00
Télécopie
33.(0)1.56.63.92.22
* Adresse
This document is property of the association Affiliated Computer Services Solutions France SAS. It can not be reproduced or distributed without prior authorization.
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WARNING
THIS DOCUMENT DESCRIBES ALL THE FUNCTIONS AND OPTIONS THAT CAN BE
IMPLEMENTED ON THIS EQUIPMENT.
IN THIS DOCUMENT, THE FIGURES AND DRAWINGS ARE PROVIDED ONLY AS
EXAMPLE.
IN THIS DOCUMENT, MMI SCREENS OF SOFTWARE TOOLS ARE PROVIDED AS
EXAMPLE.AND CAN BE GIVEN IN EITHER FRENCH OR ENGLISH LANGUAGE.
THE MMI LANGUAGE IS A SETTING PARAMETER.
IN ORDER TO KNOW YOUR EQUIPMENT SETTINGS, REFER TO THE HARDWARE
SPECIFICATIONS OF THE EQUIPMENT.
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Page: M2
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Modification Sheet
Revision Approval: B
Name
Position
Signature
Written by:
G. BERNE
Customer Service
Checked or Approved by:
P. VALETTE
Technical Project Leader
Authorized by :
A. MARROT
Head of Customer
Service
Revision
Validation/
Application Date
No. of Pages
No. of Attached
Pages
November 29, 2010
46
First issue.
February 01, 2011
46
Second issue: Modification for FCC and
IC certification
Object and Description of Modification
In this document the association of "Affiliated Computer Services Solutions France SAS" is designated by the
following abbreviation: ACS.
This document is property of the association Affiliated Computer Services Solutions France SAS. It can not be reproduced or distributed without prior authorization.
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TABLE OF CONTENTS
Page
CHAPTER 1 : OVERVIEW ..................................................................................................
1.
ABBREVIATIONS..................................................................................................
2.
PRESENTATION ...................................................................................................
2.1
GENERAL PRESENTATION.................................................................................
3.
DESCRIPTION.......................................................................................................
3.1
BLOCK DIAGRAM ................................................................................................
3.2
3.2.1
3.2.2
3.2.3
3.2.4
3.2.5
3.2.6
3.2.7
DESCRIPTION OF FUNCTIONS ...........................................................................
Validator casing......................................................................................................
Support ..................................................................................................................
Internal resources ..................................................................................................
Touch screen .........................................................................................................
Sound module ........................................................................................................
Contactless interface..............................................................................................
Communication interfaces ......................................................................................
4.
MODES OF OPERATION ......................................................................................
5.
MAIN CHARACTERISTICS ...................................................................................
5.1
PHYSICAL CHARACTERISTICS ..........................................................................
5.2
5.2.1
5.2.2
ENVIRONMENTAL CHARACTERISTICS .............................................................
Climatic characteristics...........................................................................................
Electrical characteristics.........................................................................................
5.3
FUNCTIONAL CHARACTERISTICS .....................................................................
6.
EXTERNAL CONNECTIONS.................................................................................
10
6.1
VALIDATOR CONNECTION .................................................................................
11
6.2
6.2.1
CONNECTIONS ON CONNECTION BOARD........................................................
Details of the connections bo ard ..........................................................................
12
13
7.
CONFIGURATION VPE420 ...................................................................................
18
7.1
VALIDATOR ADDRESS ........................................................................................
18
7.2
7.2.1
7.2.2
CONFIGURATIONS AND POLARISATION COM 1 ET COM2..............................
Configuration COM1...............................................................................................
Configuration COM 2..............................................................................................
19
19
20
8.
INTERCONNEXIONS ............................................................................................
21
9.
DOCUMENTATION OF ASSOCIATED EQUIPMENT ...........................................
22
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CHAPTER 2 : PREVENTIVE MAINTENANCE ...................................................................
23
1.
CHANGING “OPERATIONAL” CONSUMABLES ................................................
23
2.
ON-SITE PREVENTIVE MAINTENANCE .............................................................
24
2.1
PURPOSE OF THE ON SITE PREVENTIVE MAINTENANCE .............................
24
2.2
NECESSARY TOOLS ...........................................................................................
24
2.3
ON SITE PREVENTIVE MAINTENANCE OPERATIONS .....................................
24
3.
PREVENTIVE MAINTENANCE IN WORKSHOP ..................................................
25
3.1
PURPOSE OF THE WORKSHOP PREVENTIVE MAINTENANCE ......................
25
3.2
NECESSARY TOOLS ...........................................................................................
25
3.3
ON SITE PREVENTIVE MAINTENANCE OPERATIONS .....................................
25
CHAPTER 3 : CORRECTIVE MAINTENANCE ..................................................................
27
1.
ON-SITE CORRECTIVE MAINTENANCE.............................................................
27
1.1
PURPOSE OF SITE MAINTENANCE ...................................................................
27
1.2
NECESSARY TOOLS ...........................................................................................
27
1.3
1.3.1
1.3.2
1.3.3
SITE CHECKLIST AND REPAIR ACTIONS FOR FAILURE AND ALARM CODES
Component code (atlas system) ............................................................................
Alarm Code: XXX (atlas system) ...........................................................................
List of alarms .........................................................................................................
27
27
27
27
1.4
1.4.1
1.4.2
1.4.3
1.4.4
TABLE OF FAULT CODES ..................................................................................
Power up of the VPE 420 ......................................................................................
Application launch .................................................................................................
Application load Procedure in cases where the VPE 420 is on boot ......................
Maintenance menu integral to application software ...............................................
28
29
29
29
29
1.5
INITIALIZING VPE 420 .........................................................................................
30
1.6
1.6.1
1.6.2
TESTS...................................................................................................................
Processing of a transport medium .........................................................................
Functional tests .....................................................................................................
30
30
30
1.7
VPE 420 EXCHANGE ...........................................................................................
31
1.8
1.8.1
SUBASSEMBLIES EXCHANGE...........................................................................
SAM EXCHANGE..................................................................................................
32
32
2.
CORRECTIVE MAINTENANCE IN THE WORKSHOP .........................................
33
2.1
PURPOSE OF CORRECTIVE MAINTENANCE IN THE WORKSHOP .................
33
2.2
NECESSARY TOOLS ...........................................................................................
33
2.3
ADJUSTMENTS....................................................................................................
33
2.4
TEST .....................................................................................................................
34
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2.5
2.5.1
2.5.2
2.5.3
2.5.4
2.5.5
2.5.6
2.5.7
SUBASSEMBLIES EXCHANGE ...........................................................................
Particular point due to the replacement ..................................................................
Dismantling/mounting – VPE 420 ...........................................................................
Dismantling/mounting – VPE 420 Front hood assembly .........................................
Dismantling/mounting – VPE 420 rear hood assembly ...........................................
Dismantling/mounting – VPE 420 Frame assembly ................................................
Dismantling/mounting – VPE 420 kit touch screen resistive ...................................
Dismantling/mounting – VPE 420 kit touch screen capacitive.................................
34
34
35
36
37
38
39
40
ANNEX 1:...... INTERVENTION AND TROUBLESHOOTING FILE .....................................
41
1.
COMPOSITION......................................................................................................
41
2.
MODE OF USE ......................................................................................................
41
3.
DESCRIPTION OF HEADINGS/LINE ITEMS ........................................................
41
3.1
FRAME 1 ...............................................................................................................
41
3.2
FRAME 2 ...............................................................................................................
41
3.3
FRAME 3 ...............................................................................................................
41
3.4
FRAME 4 ...............................................................................................................
41
ANNEX 2:...... APPENDIX – "PRECAUTIONS AND SAFETY" ...........................................
43
1.
PRESENTATION ...................................................................................................
43
2.
CERTIFICATION ...................................................................................................
43
3.
EXTERNAL CONNECTION ...................................................................................
43
3.1
POWER SUPPLY ..................................................................................................
43
3.2
SIGNALS ...............................................................................................................
43
4.
PRECAUTIONS .....................................................................................................
44
4.1
DISCONNECTING THE EQUIPMENT ...................................................................
44
4.2
VENTILATION .......................................................................................................
44
4.3
4.3.1
ELECTRONIC CARD.............................................................................................
Special Cases ........................................................................................................
44
44
4.4
PACKAGING .........................................................................................................
44
4.5
CONTACTLESS FUNCTION FOR INDUSTRY CANADA AND FCC.....................
44
5.
SAFETY.................................................................................................................
45
6.
STANDARDS.........................................................................................................
46
7.
REPAIRS ...............................................................................................................
46
8.
CONCLUSION .......................................................................................................
46
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LIST OF FIGURES
Page
Figure 1: Interactive contactless validator + flange assembly.......................................
Figure 2: VPE 420 block diagram .....................................................................................
Figure 3: Presentation of the external connection..........................................................
10
Figure 4: Connection board..............................................................................................
12
Figure 5: Interactive Contactless validator VPE 420 interconnexions ..........................
21
Figure 6: VPE 420 exchange.............................................................................................
31
Figure 7: SAM exchange...................................................................................................
32
Figure 8: Dismantling/mounting – VPE 420.....................................................................
35
Figure 9: Dismantling/mounting – VPE 420 Front hood assembly ................................
36
Figure 10: Dismantling/mounting – VPE 420 rear hood assembly ................................
37
Figure 11: Dismantling/mounting – VPE 420 Frame assembly ......................................
38
Figure 12: Dismantling/mounting – VPE 420 kit touch screen resistive .......................
39
Figure 13: Dismantling/mounting – VPE 420 kit touch screen capacitive.....................
40
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Page: S4
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Chapter 1: Overview
CHAPTER 1: OVERVIEW
1.
ABBREVIATIONS
VPE 420
Interactive contactless validator type VPE420
CPU
Central Processing Unit
FLASH
Electrically Programmable Memory (parallel access)
LCD
Liquid Cristal Display
LED
Light Emitting Diode
MMI
Man machine Interface
N.U.
Not Used
RS232
RS422
Standard data links
RS485
Ethernet
TLB
Teleticketing (ContactLess Ticketing)
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Chapter 1: Overview
2.
PRESENTATION
2.1
GENERAL PRESENTATION
This device is a contactless reader-encoder unit which processes ISO/IEC 14 443-compliant
contactless cards.
With its modern design similar to mobile communication devices, this interactive validator
VPE420 is much more than a simple validation tool.
With a large color touch screen and voice synthesis, it is a truly modern communication tool,
prestigious for the image of transport networks.
The screen offers a contextual display which indicates only the right information at the right
time (contactless target, keys, pictograms…). This helps user understanding and the flow of
validations is therefore increased.
Of an innovative concept, the wide-range contactless antenna integrated in the screen enables
the easy validation of all types of contactless media: card, ticket, NFC telephone, NFC Smart
Object, simply by placing the media in front of the screen when invited to do so.
Activated on request, the voice synthesis effectively guides users with sight impairments.
Over and beyond ticketing, the combination of sound, image and touch enables a multitude of
possibilities such as the display and vocal announcement of the next stop, transmission of
passenger information messages; performing "on the spot" satisfaction surveys, transmission
of video spots or advertising banners …
However with all this, the validator still remains reliable, robust and ecological. In fact it
contains no battery, which reduces its impact on the environment and eliminates preventive
maintenance operations.
Figure 1: Interactive contactless validator + flange assembly
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Chapter 1: Overview
The validator can be fixed on a vertical tube of 25 to 35 mm diameter through a support which
integrates and hides the connectors and cables.
Tube
Support
Validator
Once installed on its support the validator is slightly inclined to facilitate reading and entry on
the screen.
The support integrates an identification memory module which enables the memorization of
information such as the identification of the validator, of the vehicle, its IP address... Thus, in
case of replacement of the validator, the new one automatically recovers the context
information.
The unit is locked by a hidden lock underneath the support.
Unlocking opens a flap with gives access to a USB connector thus enabling the connection of
a USB peripheral (key, keyboard, mouse).
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Chapter 1: Overview
3.
DESCRIPTION
3.1
BLOCK DIAGRAM
Item
Designation
Validator VPE 420
VPE 420 Touch screen
(capacitive or resistive)
Speaker
RFID Antenna
Capacitive touch
External connector
Brackets SAM
Figure 2: VPE 420 block diagram
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Chapter 1: Overview
3.2
DESCRIPTION OF FUNCTIONS
For details, refer to the interactive contactless validator VPE 420 hardware
specifications.
3.2.1
Validator casing
This comprises a front and rear cover in molded ABS/PC with no screw apparent when the
validator is mounted on its support.
3.2.2
Support
It consists of an aluminium flange attached to the tube by 2 threaded rods bent into a U and a
flange cover moulded in ABS-PC attached to the flange to decorate the back of validator.
The flange has an anti-rotation peg to prevent the validator to turn around the tube.
As an option, the validator may be supplied with a support enabling its mounting on a flat
surface (wall, panel…).
3.2.3
Internal resources
− ARM core processor.
− Memories:
SDRAM: 128 Mbytes
FLASH: 256 Mbytes extensible to 32 Gbytes
− Identification module (present in the support): 256 bytes.
− Calendar, protected at least 3 days in the event of power supply cutout.
− Operating system: Windows CE 6.0 R3.
3.2.4
Touch screen
6"5 TFT screen mounted in portrait mode.
3.2.5
− Technology:
color TFT graphic.
− Definition:
640 x 480 pixels (VGA).
− Touch panel:
Projected capacitive, or resistive.
Sound module
The sound module is formed by a loudspeaker by which pre-recorded messages or sounds are
broadcast in Wav or MP3 format (optional) with a sound rating of up to 72 dB at 1 m.
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Chapter 1: Overview
3.2.6
Contactless interface
The contactless interface comprises:
− A radio coupler complying with standard ISO/IEC 14443 (type A and B) supporting the
Innovatron B’ protocol. Optionally, the coupler can integrate the Felica standard (Type C)
and be "EMV contactless" compatible.
− An antenna.
− Four SAM supports.
Main characteristics of interface:
− Carrier frequency: 13.56 MHz.
− Communication speed with contactless card: up to 424 Kbit/s.
− Range: 0 to 10 cm depending on type of contactless media.
3.2.7
3.2.7.1
Communication interfaces
RS232/RS422/RS485/SAEJ1708
Two ports, configurable for RS232 or RS422 or RS485, with one configurable additionally for
SAEJ1708.
3.2.7.2
Ethernet
One Ethernet, 10/100 base TX.
3.2.7.3
USB
One USB 2.0 master interface; accessible under the validator after unlocking.
3.2.7.4
Input - Output interfaces
Two opto-isolated inputs and four dry contact outputs.
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Chapter 1: Overview
4.
MODES OF OPERATION
According to the address to which the validator is wired, it can work in “master” or “slave”
mode of peripheral equipment.
“Master” Mode
In this mode, the validator is master of the dialogue between equipment (console, beacons,
validator, etc.).
Data exchange and loading of the RTP file may be carried out:
− through an infrared connection from a portable terminal,
− or through a beacon or WiFi system to a land site.
Generally, this mode is used when the validator is alone.
"Slave" Mode
In this case, the validator is linked in long distance transmission through a serial connection to
the master equipment (console or validator).
Generally, this mode is used as slave of a master validator or when the console has a printer.
“Autonomous” Mode
Thanks to the internal ticket machine and a back up memory, the validator may function in
“autonomous” mode, i.e. not connected to master equipment.
“Degraded” Mode
Due to a dialogue failure, the validator may function in “degraded” mode until the system works
correctly again. This functioning mode is defined by application parameters. During this mode,
the validations are memorized and will be transmitted to the master machine when the
dialogue is resumed.
Refer to the interactive contactless validator VPE 420 hardware specifications,
functional specifications.
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Chapter 1: Overview
5.
MAIN CHARACTERISTICS
5.1
PHYSICAL CHARACTERISTICS
− Height:
approximately 250 mm
− Width:
approximately 146 mm
− Depth:
approx. 95 mm (in relation to the front of the tube)
− Weight of the Validator with the flange support: < 1,5 Kg approximately
These values are given for the Validator + flange assembly.
5.2
ENVIRONMENTAL CHARACTERISTICS
5.2.1
Climatic characteristics
− Operating temperature range:
-25°C to +55°C
− Storage temperature range:
-30°C to +70°C
− Humidity:
95% HR
− Without condensation at 35°C
− Protection index:
IP54.
− Protection impact index IK07.
5.2.2
Electrical characteristics
The Validator is powered on vehicles equipped with a nominal 12-Volt or 24-Volt battery.
− For 24 Vdc Battery 18 Vdc to 32 Vdc.
24Vdc nominal
Maximum power
consumption
600mA
− For 12 Vdc Battery 9 Vdc to 16 Vdc.
12Vdc nominal
Maximum power
consumption
1200mA
The Validator is protected against polarity reversals and against power surges.
The Validator’s power line must be protected by a circuit breaker or fuse, calibrated as follows:
− 2 amperes for one Validator – VPE420.
− 4 optional digital outputs (isolated relay):
2 SPST-NO relays isolated outputs
2 SPDT relays isolated outputs
Contacts ratings:
Max switching voltage: 60VDC
Max switching current: 1A
Contacts protections against overvoltage and over current due to switching operations.
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Chapter 1: Overview
−2 optional opto-coupled isolated inputs:
Forward voltage: from 8VDC to 60 VDC.
Forward current: 10 mA.
Protection against reverse voltage.
5.3
FUNCTIONAL CHARACTERISTICS
Refer to the interactive contactless validator VPE 420 functional specifications.
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Chapter 1: Overview
6.
EXTERNAL CONNECTIONS
Flange assembly
Link to support kit for external
connections (power, serial
connections, maintenance)
Figure 3: Presentation of the external connection
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Chapter 1: Overview
6.1
VALIDATOR CONNECTION
Refer to the interactive contactless validator VPE 420 hardware specifications.
The functional connections of VPE 420 are made through a single male connector (J2),
Connector type 50P TX25-50P-8ST-H1E:
− DC power supply: +24V,
− the COM1 to COM2 links,
− the Relay outputs,
− the isolated inputs,
− one USB 2.0 master interface,
− the Ethernet link (COM4).
Connecteur J2 of UC board: External Connection:
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Chapter 1: Overview
6.2
CONNECTIONS ON CONNECTION BOARD
Figure 4: Connection board
Connector J2: power supply
Connector J7: COM 1 and COM2 only RS485 and RS422 configured
Connector J6: COM 1 and COM2 only RS232 configured, and Ethernet COM
Connector J5: several configuration of two outputs
Connector J4: two inputs and one outputs
Connector J31: COM2 SAEJ1708 configured
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Chapter 1: Overview
6.2.1
Details of the connections board
Connector
Schema
Connector J2: power
supply
Pin1 : VP
Pin 2 : PGND
Connector J7: COM1 and
COM2 only RS485 and
RS422 configured
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Chapter 1: Overview
Connector
Schema
Connector J6: COM1
and COM2 only RS232
configured, and
Ethernet COM
Connector J5: several
configuration of two
outputs
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Chapter 1: Overview
Connector
Schema
Connector J4: two
inputs and one outputs
Connector J31: COM2
SAEJ1708 configured
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Chapter 1: Overview
Connector
Schema
Connector J38: for USB
KEY, USB KEYBOARD,
etc.
Connector J3: for
DEBUG and OS
download
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Chapter 1: Overview
Connector
Schema
Connector J8: LAN
socket is for debug only
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Chapter 1: Overview
7.
CONFIGURATION VPE420
7.1
VALIDATOR ADDRESS
Addressing is done by switches SW2 of the VPE420 connection board.
Address
SW2 number 1
SW2 number 2
SW2 number 3
SW2 number 4
Signal
RT_ADDR3
RT_ADDR2
RT_ADDR1
RT_ADDR0
VPE420 N° 0
OFF
OFF
OFF
OFF
VPE420 N° 1
OFF
OFF
OFF
ON
VPE420 N° 2
OFF
OFF
ON
OFF
VPE420 N° 3
OFF
OFF
ON
ON
VPE420 N° 4
OFF
ON
OFF
OFF
VPE420 N° 5
OFF
ON
OFF
ON
VPE420 N° 6
OFF
ON
ON
OFF
VPE420 N° 7
OFF
ON
ON
ON
VPE420 N° 8
ON
OFF
OFF
OFF
VPE420 N° 9
ON
OFF
OFF
ON
VPE420 N° 10
ON
OFF
ON
OFF
VPE420 N° 11
ON
OFF
ON
ON
VPE420 N° 12
ON
ON
OFF
OFF
VPE420 N° 13
ON
ON
OFF
ON
VPE420 N° 14
ON
ON
ON
OFF
VPE420 N° 15
ON
ON
ON
ON
Warning:
Switches are set 1 when they are set on position "ON".
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Chapter 1: Overview
7.2
CONFIGURATIONS AND POLARISATION COM 1 ET COM2
7.2.1
Configuration COM1
CONFIG COM1
SW1.10
SW1.9
SW1.8
SW1.7
SW1.6
SW1.5
SW1.4
SW1.3
SW1.2
SW1.1
RS-232
N.U
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
RS-422 nonpolarized and
non adapted
N.U
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
ON
RS-485 nonpolarized and
non adapted
N.U
OFF
OFF
OFF
OFF
OFF
OFF
ON
ON
ON
RS-422
polarized and
adapted
N.U
ON
ON
ON
ON
ON
ON
OFF
OFF
ON
RS-485
polarized and
adapted
N.U
OFF
OFF
OFF
ON
ON
ON
ON
ON
ON
When The COM1 is configured in RS 422
− SW1.4:
Enable to polarize TX1_422+ with a pull-up
− SW1.5:
Enable to adapt the emission of RS422
− SW1.6:
Enable to polarize TX1_422- with a pull-down
− SW1.7:
Enable to polarize RX1_422+ with a pull-up
− SW1.8:
Enable to adapt the reception of RS422
− SW1.9:
Enable to polarize RX1_422- with a pull-down
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Chapter 1: Overview
7.2.2
Configuration COM 2
CONFIG COM2
SW3.10
SW3.9
SW3.8
SW3.7
SW3.6
SW3.5
SW3.4
SW3.3
SW3.2
SW3.1
RS-232
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
OFF
RS-422
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
OFF
OFF
RS-485
ON
ON
ON
ON
ON
OFF
OFF
OFF
OFF
OFF
SAJ1708
OFF
OFF
OFF
OFF
OFF
ON
ON
ON
ON
ON
CONFIG COM2
SW2.10
SW2.9
SW2.8
SW2.7
SW2.6
SW2.5
RS-232
OFF
OFF
OFF
OFF
OFF
OFF
RS-422 nonpolarized and
non adapted
OFF
OFF
OFF
OFF
OFF
OFF
RS-485 nonpolarized and
non adapted
OFF
OFF
OFF
OFF
OFF
OFF
SAJ1708
OFF
OFF
OFF
OFF
OFF
OFF
RS-422
polarized and
adapted
ON
ON
ON
ON
ON
ON
RS-485
polarized and
adapted
OFF
OFF
OFF
ON
ON
ON
When The COM2 is configured in RS 422
− SW2.10: Enable to polarize TX2_422-with a pull-down
− SW2.9:
Enable to adapt the emission of RS422
− SW2.8:
Enable to polarize TX2_422+ with a pull-up
− SW2.7:
Enable to polarize RX2_422+ with a pull-up
− SW2.6:
Enable to adapt the reception of RS422
− SW2.5:
Enable to polarize RX2_422- with a pull-down
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Chapter 1: Overview
8.
INTERCONNEXIONS
Figure 5: Interactive Contactless validator VPE 420 interconnexions
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Chapter 1: Overview
9.
DOCUMENTATION OF ASSOCIATED EQUIPMENT
− Interactive contactless validator product datasheet
Reference:
SES5409
− Interactive Contactless Validator VPE420 - installation specifications and requirements
Reference:
OPE2790
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Chapter 2: Preventive maintenance
CHAPTER 2: PREVENTIVE MAINTENANCE
1.
CHANGING “OPERATIONAL” CONSUMABLES
Not applicable.
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Chapter 2: Preventive maintenance
2.
ON-SITE PREVENTIVE MAINTENANCE
2.1
PURPOSE OF THE ON SITE PREVENTIVE MAINTENANCE
The purpose to check and possibly repair, worn parts in order to keep the equipment in
permanent good working condition.
2.2
NECESSARY TOOLS
Not applicable.
2.3
ON SITE PREVENTIVE MAINTENANCE OPERATIONS
Not applicable.
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Chapter 2: Preventive maintenance
3.
PREVENTIVE MAINTENANCE IN WORKSHOP
3.1
PURPOSE OF THE WORKSHOP PREVENTIVE MAINTENANCE
The roles of the maintenance technician, who must be trained to work on this type of
equipment, are:
− Analyze the defect related to the specified alarm code.
− If possible, start-up the VPE 420 again.
− Complete 1st level section service sheet if the VPE 420 is dismantled.
− Keep track of the dismantled VPE 420, with the service sheet attached, to the maintenance
workshop.
3.2
NECESSARY TOOLS
Not applicable.
3.3
ON SITE PREVENTIVE MAINTENANCE OPERATIONS
Not applicable.
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Chapter 2: Preventive maintenance
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Chapter 3: Corrective maintenance
CHAPTER 3: CORRECTIVE MAINTENANCE
1.
ON-SITE CORRECTIVE MAINTENANCE
1.1
PURPOSE OF SITE MAINTENANCE
The tasks of the maintenance technician, who must be trained to operate this type of
equipment, are:
− Analyze the defects relative to customer information.
− Complete the first level section of the intervention sheet.
− Keep track of the equipment, with the intervention sheet attached, to the maintenance
workshop.
1.2
NECESSARY TOOLS
Tooling is in metric measurement.
− Equipment key wrench.
− Star screwdriver set from 6 to 30 (not provided by ACS).
− Flat screwdriver set from 4 to 8 (not provided by ACS).
− Digital multimeter.
1.3
SITE CHECKLIST AND REPAIR ACTIONS FOR FAILURE AND ALARM CODES
To be defined.
1.3.1
Component code (atlas system)
To be defined.
1.3.2
Alarm Code: XXX (atlas system)
To be defined.
1.3.3
List of alarms
See project alarm list or the functional specification of the equipment.
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Chapter 3: Corrective maintenance
1.4
TABLE OF FAULT CODES
For a detailed description of alarm codes available on the equipment, see the alarm
specification.
The table below lists all the maintenance procedures to be performed before returning
equipment to the ACS Repair Workshop.
A group of logical diagrams describes these different maintenance interventions to be
performed according to the alarm code present on the equipment.
Removal-Installation Procedure
Paragraph concerned
VPE 420 exchange
See 1.7 page 31.
Application loading procedure for cases where the VPE 420 is
on boot
Chapter 11.4.3 page 29
Maintenance menu integrated in the application software
Chapter 11.4.4 page 29
Logical Diagram N°1: Absence of software
Absence of software
Application Loading
NOK
Result
OK
Return to Spares Park
Return to ACS
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Chapter 3: Corrective maintenance
Logical Diagram N°2: Factory Initialization Defect
Factory initialization defect
Initialize again
The serial number … using
the command
« PARAM»
NOK
Result
OK
Return to Spares Park
1.4.1
Return to ACS
Power up of the VPE 420
To be defined.
1.4.2
Application launch
To be defined.
1.4.3
Application load Procedure in cases where the VPE 420 is on boot
Procedure:
To be defined.
1.4.4
Maintenance menu integral to application software
Procedure:
To be defined.
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Chapter 3: Corrective maintenance
1.5
INITIALIZING VPE 420
To be defined.
1.6
TESTS
1.6.1
Processing of a transport medium
To be defined.
1.6.2
Functional tests
To be defined.
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Chapter 3: Corrective maintenance
1.7
VPE 420 EXCHANGE
The unit is locked by a hidden lock underneath the support.
Unlocking opens a flap with gives access to a USB connector thus enabling the connection of
a USB peripheral (key, keyboard, mouse).
Access flap to USB
connector
Lock
The mounting/dismantling of the validator on its support is done easily in a few seconds.
Dismantling the validator
Mounting of the validator
Figure 6: VPE 420 exchange
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Chapter 3: Corrective maintenance
1.8
SUBASSEMBLIES EXCHANGE
1.8.1
SAM EXCHANGE
Figure 7: SAM exchange
Removing
− Remove the VPE 420.
− On the CPU (1), remove the SAMs from brackets (2).
− For the fourth SAM, disassembled the new Hood assembly.
Installation
− On the CPU (1), install the SAMs from brackets (2).
− Mount the VPE 420.
− For the fourth SAM, Mount the rear Hood assembly.
Note 1 :
The CPU has 4 brackets SAM.
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Chapter 3: Corrective maintenance
2.
CORRECTIVE MAINTENANCE IN THE WORKSHOP
2.1
PURPOSE OF CORRECTIVE MAINTENANCE IN THE WORKSHOP
The tasks of the maintenance technician, who must be trained to operate this kind of
equipment, are:
− to analyze the defects with the instruments supplied by the on-site maintenance personnel,
− to repair the equipment by replacing subassemblies or components,
− to complete the worksheet,
− to return the equipment to the site to which it is assigned.
Note :
2.2
If a replacement is necessary, CUT power supply of equipment.
NECESSARY TOOLS
− Star screw driver.
− Multimeter.
− Adjustable stable feeding 35 V - 1 A.
− Equipment key.
2.3
ADJUSTMENTS
To be defined.
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Chapter 3: Corrective maintenance
2.4
TEST
To be defined.
2.5
SUBASSEMBLIES EXCHANGE
Only an authorized and qualified person qualified and trained in the maintenance can remove
and install subassemblies.
Exchange procedures concern all subassemblies that can be mounted. Do not consider those
that are not part of your applications.
In exchanging subassemblies, refer to the interconnections 7 page 18.
Before performing any work on equipment, make sure power is OFF.
Tightening torque to be observed during assembly:
− M2
⇒ 2 daN/cm
− M 2,5 ⇒ 3 daN/cm
2.5.1
− M3
⇒ 7 daN/cm
− M4
⇒ 9 daN/cm
− M 10
⇒ 30 daN/cm
Particular point due to the replacement
− The CPU must be initialized.
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Chapter 3: Corrective maintenance
2.5.2
Dismantling/mounting – VPE 420
Figure 8: Dismantling/mounting – VPE 420
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Chapter 3: Corrective maintenance
2.5.3
Dismantling/mounting – VPE 420 Front hood assembly
Figure 9: Dismantling/mounting – VPE 420 Front hood assembly
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Chapter 3: Corrective maintenance
2.5.4
Dismantling/mounting – VPE 420 rear hood assembly
Figure 10: Dismantling/mounting – VPE 420 rear hood assembly
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Chapter 3: Corrective maintenance
2.5.5
Dismantling/mounting – VPE 420 Frame assembly
Figure 11: Dismantling/mounting – VPE 420 Frame assembly
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Chapter 3: Corrective maintenance
2.5.6
Dismantling/mounting – VPE 420 kit touch screen resistive
Figure 12: Dismantling/mounting – VPE 420 kit touch screen resistive
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Chapter 3: Corrective maintenance
2.5.7
Dismantling/mounting – VPE 420 kit touch screen capacitive
Figure 13: Dismantling/mounting – VPE 420 kit touch screen capacitive
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Annex 1: INTERVENTION AND TROUBLESHOOTING FILE
ANNEX 1: INTERVENTION AND TROUBLESHOOTING FILE
1.
COMPOSITION
Each file breaks down into five sheets:
− 1 exemplar is retained by the "User" customer’s maintenance department,
− 1 exemplar is returned to the customer after repairs are made,
− 3 exemplars are assigned to the repair and follow-up of the equipment/materiel.
If the customer performs its own 2nd level maintenance, it must, on a monthly basis, return the
“Quality-Reliability” (Q.F.) and the “After Sales Service” (S.A.V.) exemplars to ACS Customer
Services so that it can perform functional monitoring of the equipment.
2.
MODE OF USE
During each intervention on equipment, the maintenance technician must, imperatively, fill out
an intervention sheet, regardless of whether or not a replacement has been made.
3.
DESCRIPTION OF HEADINGS/LINE ITEMS
3.1
FRAME 1
− Re-shipment address
Address at which customer maintenance is conducted, to be filled out in all cases, even if
the customer itself performs the trouble shooting.
− Invoicing address.
− Reason for return
To be filled out in the same manner, in as much detail as possible.
− Materiel/equipment in operation
Complete reference concerning the defective equipment.
3.2
FRAME 2
To be filled out by the 1st level maintenance service at the time of intervention.
3.3
FRAME 3
To be filled out by the 2nd level maintenance service at the time of intervention, while noting the
exchanges of sub-assemblies and the reason for the exchange.
3.4
FRAME 4
Reserved to ACS.
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Annex 1: INTERVENTION AND TROUBLESHOOTING FILE
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Annex 2: APPENDIX – "PRECAUTIONS AND SAFETY"
ANNEX 2: APPENDIX – "PRECAUTIONS AND SAFETY"
1.
PRESENTATION
This general appendix indicates the precautions and safety instructions to be applied for all
ACS products, Public Transport Toll Activity.
Some paragraphs in this document may be unnecessary for the type of equipment that you
have just acquired.
2.
CERTIFICATION
Our quality control begins with inspection and testing of most of the components used in our
products. After assembly, all equipment is tested.
Mastery of the industrial process enabled ACS to obtain ISO 9001 certification.
3.
EXTERNAL CONNECTION
3.1
POWER SUPPLY
Before the equipment is connected, make sure to check for compatibility in voltage between
the equipment and the power source (aid: product identification label).
Note :
3.2
The particular constraints of specific products must also be respected (see PRODUCT
DOCUMENTATION) or the particular chapter in the installation notice for the product under
consideration.
SIGNALS
The different signals, such as:
− low voltage power supply,
− remote transmission,
− wire alarms,
are Very Low Safety Voltage circuits (TBTS) and must absolutely be interconnected to
equipment whose interfaces are powered by circuits of the same type.
The equipment that is interconnected by the TBTS connections must have the same protective
ground if the signals do not have galvanic insulation (relays, opto-couplers, etc.).
Note :
TBTS: a connection whose voltage is ≤ at 60 V continuous or at ≤ 42.4 V alternating.
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Annex 2: APPENDIX – "PRECAUTIONS AND SAFETY"
4.
PRECAUTIONS
Alarm symbol - failure to comply on the part of the operator could have serious
consequences.
Take into account all of the notices affixed in the form of labels or other means.
4.1
DISCONNECTING THE EQUIPMENT
Whenever disconnecting the cable, place the equipment OFF TENSION. If the equipment is
powered by a backup supply, wait for it to be cut off.
4.2
VENTILATION
If the equipment is furnished with aeration vents, never obstruct them so as to avoid the risk of
overheating.
If the equipment is mounted in embedded fashion, leave a clearance zone around the walls in
order to promote heat exchange.
4.3
ELECTRONIC CARD
If the electronic card has a battery or a power cell, do not lay it on a metallic surface.
4.3.1
Special Cases
In the case of cards containing integrated circuits, it is necessary to take precautions to
prevent electrostatic discharges.
Precautions to take for handling these cards:
− Transport and storage in anti-static packaging.
− Leave sensitive components in their packaging until they are used.
− Put the components down on a grounded metal surface BEFORE they are unpacked.
− Do not touch the integrated circuits’ plugs and the card’s conduit paths.
− Wear a grounded anti-static bracelet.
4.4
PACKAGING
If the equipment is delivered in individual packages, save several of these packages for use in
the event equipment is returned to ACS.
4.5
CONTACTLESS FUNCTION FOR INDUSTRY CANADA AND FCC
For Industry Canada 
 IC: 6330A-VPE420
Operation is subject to the following two conditions:
(1) this device may not cause interference, and
(2) this device must accept any interference, including interference that may cause undesired
operation of the device.
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Annex 2: APPENDIX – "PRECAUTIONS AND SAFETY"
For FCC 
 ID: U36-VPE420
Note 1 :
Changes or Modifications not expressly approved by the party responsible could void the user’s authority
to operate this device.
Note 2 :
This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant
to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful
interference in a residential installation. This equipment generates uses and can radiate radio frequency
energy and, if not installed and used in accordance with the instructions, may cause harmful interference
to radio communications. However, there is no guarantee that interference will not occur in a particular
installation. If this equipment does cause harmful interference to radio or television reception, which can
be determined by turning the equipment off and on, the user is encouraged to try to correct the
interference by one or more of the following measures:
-- Reorient or relocate the receiving antenna.
-- Increase the separation between the equipment and receiver.
-- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
-- Consult the dealer or an experienced radio/TV technician for help.
Note 3 :
5.
This device complies with Part 15 of the FCC Rules.
Operation is subject to the following two conditions:
(1) this device may not cause harmful interference, and
(2) this device must accept any interference received, including interference that may cause undesired
operation.
SAFETY
Symbol indicating the presence of dangerous voltage inside the equipment (risk of
electrocution).
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Annex 2: APPENDIX – "PRECAUTIONS AND SAFETY"
6.
STANDARDS
EUROPE:
Directive R&TTE 1999/5/EC:
 RADIO Standards EN302291-2 or EN300330-2
 EMC Standards EN301489-3 and EN50121-3-2
 EMF standard EN50364
Directive Automotive 2004/104/EC:
 Standard CISPR25
 Standard ISO7637-2
Low Voltage Directive 2006/95/EC
 Standard EN60950-1 Edition 2006 + Amendment A11 Edition 2009
NORTH AMERICA:
 FCC Part 15 Subpart C 15.225
 RSS-210 Issue 8 and RSS-Gen Issue 3
 RSS-102
7.
REPAIRS
All equipment that is replaced must be approved by ACS. The use of unapproved items may
lead to malfunctions, even degradation of the equipment, or may render the equipment
hazardous.
Once the repairs have been made, proceed to perform the necessary controls and testing to
ensure correct operations and worker safety.
8.
CONCLUSION
For various reasons, the installation and use of any type of equipment present more or less
serious risks. Adhering to safety rules and installation constraints, and reading the
documentation will enable you to minimize the risks and to correctly operate the equipment,
with complete safety.
When you read this sentence, are you sure of having read the previous pages of the
APPENDIX - "PRECAUTIONS & SAFETY"
If not, take the time to read them
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Affiliated Computer Services Solutions France SAS
B.P. 345 – 07503 Guilherand Granges Cedex (France)
Phone : 33 4 75 81 44 44 - Fax : 33 4 75 81 41 00

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