background image

5

ENGLISH

ENGLISH

The ParkLite Ticket Dispenser was designed to manage the exit 

lane of a parking area. This function can be carried out by the 

equipment only subordinately with respect to the “ParkLite” 

management software. 

The unit which controls exit from the gate must be connected to 

the data Controller PC, and to the relevant application program.  

This type of connection makes it possible to exploit all the ser-

vices offered by the system, thanks to the support of the parking 

area management program. 

The ParkLite Ticket Reader is available in three versions:

• 

ParkLite TR

• 

ParkLite TR-TAG 

• 

ParkLite TR-MAG

All models are provided with the ticket reading module, for 

managing single-stay users.

Thermostat

Plastic box with control 

board Cobra 5000 P.Lite

Metal protection for 

Power Feeder and wire 

terminal-boards.

Heater

The equipment was designed to read tickets with a 22-character 

interleaved 2/5 barcode, issued by the ParkLite Ticket Dispensers 

installed on the area entry lanes, or by the ParkLite Decentralised 

Cash Desks, as substitute tickets.

The ParkLite Ticket Reader reads the ticket by means of a one-

way 16-line laser scanner, at a scanning speed of 1200 times a 

second.

“ParkLite TR-TAG”

 has a reader of passive proximity cards, 

which detects memory-stored codes at a frequency of 125 Khz.

“ParkLite TR-MAG”

 has a magnetic card reader, which reads 

magnetic bands coded on a Standard 2 ISO track.

The equipment is operational only when it is on-line with the 

management software.

The Ticket Reader can be connected to a specific intercom 

control unit (optional), which enables the operator to remotely 

communicate with the user situated on the exit lane.

Connection with two magnetic loops, able to detect the pre-

sence and transit direction of the vehicle, is obligatory for all 

models. 

The engagement and disengagement of these sensors, allows 

the Ticket Reader to enable the ticket/card reading modules, 

control the car’s travelling direction, supply the closing com-

mand to the beam and do the counting. 

The location of the loops, in common with the equipment for 

controlling access in the exit lane, must observe to the letter 

the instructions in the following chapters.

The Ticket Reader directly opens/closes the beam with an 

impulsive logic, providing the open/closed command. 

For this reason, when creating exit gates for vehicles, solely 

beams which manage the car park logic must be used.

The vehicles-only lanes must be provided with appropriate 

horizontal and vertical signs indicating “transit by pedestrians 

forbidden”. Likewise, if there are any pedestrian crossings 

on the lanes, all the beams must be made safe and suitable 

warning signs must be installed. See the current legal regula-

tions on the matter (in particular standards: EN12453 and EN 

12455). 

To avoid damage to transiting vehicles, the barriers must be 

equipped with a safety option, which makes it possible to 

connect the “vehicle present” signal, received from the transit 

loop, to avoid accidental closure. This characteristic must be 

enabled also when photocells installed under the beam are 

used.

Card reader

Intercom

1.1  DESCRIPTION

 1.  DESCRIPTION AND TECHNICAL SPECIFICATIONS

fig. 1 ParkLite Ticket Reader

Ticket reading 

location

   Laser scanner

Summary of Contents for ParkLite TR

Page 1: ...TR ParkLite rev A INSTALLATION MANUAL Ticket Reader ParkLite Ticket Reader ParkLite ...

Page 2: ...irectives 73 23 EEC and subsequent amendment 93 68 EEC 89 336 EEC and subsequent amendment 92 31 EEC and 93 68 EEC and also conforms to the following standards EN 50081 1 EN 60555 2 IEC 801 2 EN 50082 1 EN 60555 3 IEC801 3 EN 60335 1 EN 55022 IEC 801 4 EN 60204 1 EN 55014 Additional notes This product underwent a test in a typical uniform configuration all products of FAAC S p A Bologna 01 January...

Page 3: ...9 The installation must be carried out by observing standards EN12453 and EN12445 10 Before attempting any action on the system cut out the electrical power supply 11 Install an omnipolar switch upstream of the power supply line for the ParkLite Ticket Reader with contact opening distance of 3 mm or more We advise you to use a 6A thermal breaker with omnipolar switching 12 Make sure that a differe...

Page 4: ...NDINGS 2 4 MASONRY PREPARATIONS 2 4 1 LAYING THE FOUNDATION PLATES 2 4 2 FASTENING 2 5 COMPONENT DIMENSIONS 2 6 PREPARATION OF CHANNELS 2 7 POSITION OF EQUIPMENT 3 ELECTRICAL PREPARATIONS 3 1 SAFETY INSTRUCTIONS 3 2 TYPES OF CABLES 4 ELECTRICAL CONNECTIONS 4 1 CONNECTIONS ON INTERFACE BOARD 4 2 DATA TRANSMISSION LINES 4 3 INTERCOM CONNECTION 5 SETTING OF COMPONENTS 5 1 DETECTOR CONFIGURATION 5 2 T...

Page 5: ...can be connected to a specific intercom control unit optional which enables the operator to remotely communicate with the user situated on the exit lane Connection with two magnetic loops able to detect the pre sence and transit direction of the vehicle is obligatory for all models The engagement and disengagement of these sensors allows the Ticket Reader to enable the ticket card reading modules ...

Page 6: ...OL UNIT COBRA 5000 P Lite board RAM CONTROL UNIT 512 KByte USER CAPACITY 5000 EVENT CAPACITY 15000 BARCODE READER One way laser scanner SCANNING RESOLUTION 16 lines SCANNING SPEED 1200 per second READ TICKET DETECTION Barcode with 22 characters 2 5 interleaved Tab 1 Characteristics present on all ParkLite Ticket Reader models Tab 2 Characteristics present only on ParkLite TR TAG Tab 3 Characterist...

Page 7: ...ndicated in paragraph 3 2 Type of cables Furthermore all the instructions in paragraph General safety rules on page 3 must be respected and with reference to the specific electrical preparations as described in paragraph 3 1 Safety rules The Ticket Reader was designed to manage automatically the exit of vehicles from a parking area Therefore transit by pedestrians must be forbidden in the area res...

Page 8: ...le insulation cable with a cross section of 1 5 mm2 inside it and then lay the loop thus constructed inside the chase NB in both cases respect the requirements specified in point 2 3 1 described up to here around the perimeter in which it must be constructed Procedure for the above operation insert the cable end from the sharp edge providing access into the chosen seat next run it inside for a set...

Page 9: ...ow the dimensions in millimetres of the main lane equipment 2 4 MASONRY PREPARATIONS The foundation plate for securing the Ticket Reader is identical to the one used for installing the 620 barrier The drawing be low shows the dimensions and methods for laying them both 2 4 1 LAYING THE FOUNDATION PLATES Ticket Reader Dimensions Fig 6 Dimensions of 620 Barrier Fig 7 Dimensions in mm Fig 5 The dimen...

Page 10: ...ercom serial data line etc Furthermore appropriately size the diameter of the cable ducts to be laid in relation to the cross section and number of cables to be inserted To this end please refer to section 3 Electrical preparations of this manual Channel lay out for Exit lane Driving direction 1 Input of Ticket Reader power cables 2 Input and output of cables for data transmission line on RS 485 p...

Page 11: ...switch with a threshold of 0 03A is installed upstream of the system Make sure that the earthing system is expertly made and connect to it the metal parts of the closing element Apply all the instructions described in the preceding points to all the lane devices in addition to the Ticket Reader Fig 12 Foundation plate for ParkLite column Foundation plate for 620 rapid barrier RH version Driving di...

Page 12: ...col All devices must be multidrop connected as shown in lay out Data Line Connections 5 Shielded cable for intercom 2 x 1 5 mm if Legacy model Telephone pair 0 4 mm 275 Ohm Km Line Double wire or telephone pair 0 6 mm 122 Ohm Km Line Double wire if Deluxe model 6 Flame retardant cable 2 x 0 5 mm input for barrier closure safety 7 Flame retardant cable 3 x 0 5 mm open closed barrier commands Power ...

Page 13: ...op output C Transit loop output NC Presence loop output NA Presence loop output C Presence loop output Input 6 additional Common input Comune Open Closed Barriera Closed Barrier Open Barrier Input 2 Input 6 Additional inputs Vehicle detection loops on exit lane 620 640 barrier configured in P logic Barrier photocell 620 640 barrier configured in P logic Sch RS 485 Polling Out RS 485 Polling Out RS...

Page 14: ...stem uses NET stations both the concentrator PC and the NET PC must have a static address assigned to them The fundamental parameters for network connection between PCs such as IP address Netmask Gateway etc must be supplied by the customer s network administrator RS 485 Data transmission line Use a paired twisted and screened cable for transmission on data network with RS 485 protocol type Belden...

Page 15: ...tely for each channel It is essential to differentiate the frequency among the channels of the detectors which command two adjacent loops in order to avoid any kind of noise Presence time and reset Dip switches 3 and 7 enable you to set a continuous detection time of 5 minutes after which a reset and a consequent self set are performed automatically This type of setting is normally not recommended...

Page 16: ...et Reader is powered up the Cobra P Lite control unit controls the function to which it is delegated through the jumper fitted on the CN1 connector and it sets itself to manage all the specified devices for that use Therefore this jumper must be correctly fitted Obviously the Ticket Reader is supplied with the jumper already set in the right position Fig 15 shows all the settings which can be carr...

Page 17: ...d Output 1 M7 CN1 on Interface board Closed Barrier Command Output 2 M6 Not connected Output 3 M5 Not connected Output 4 M4 CN2 on Interface board Inputs loops engage disengage in5 and in1 area down count or reserve remaining M13 Ticket Reader Scanner Receive the data of the ticket read by the laser scanner Pratic 503 Destination Function CM1 M1 on Cobra P Lite board Connection of reader input to ...

Reviews: