digicon Tx1500 Installation Manual

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Installation Manual

Turnstile

Tx1500

Page 2

Page 3

Controle Eletrônico para Mecânica – 2013

All rights reserved. No part of this publication may be reproduced, transmitted, transcribed, stored in a retrieval system, translated into any language or computer language in any electronic, magnetic, optical, chemical, manual way, or otherwise, without the express written permission from Digicon S.A.

Códe: 069.31.211

ersion: 01

This manual was elaborated by:

Digicon S.A. Electronic Control for Mechanics Documentation Sector - EDS

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Contents

1. IMPORTANT INSTRUCTIONS ................................................................

2. ORIENTATIONS .................................................................................

3. INTRODUCTION ................................................................................

4. INSTALLING Tx1500 ..........................................................................

5. CAPTIONS ........................................................................................

6. POWER SUPPLY .................................................................................

7. CONTROL BOARD ..............................................................................

7.1.INPUTS ..........................................................................................

7.2.OUTPUTS ........................................................................................

7.3.CONFIGURATION OF CONTROL BOARD - SWITCHES DS1 AND Ds2 .........

7.4.EXAMPLES OF SOME CONFIGURATIONS ..............................................

7.5. SERIAL COMMUNICATION ................................................................

8. DIMENSIONS ....................................................................................

9. WARRANTY AND TECHNICAL ASSISTANCE ............................................

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05 06 06 07 23 25 25 27 28 30 30 31 32 33

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1. mportant nstructionsI i

You can see, below, the symbols that will appear in this manual, signaling important moments. It is essential to pay attention to them.

TIP: Indicates

something Digicon considers important.

CAUTION: Indicates a moment of extreme caution when handling the equipment/product

ATTENTION: Indicates a moment when your observation

skills should be extremely productive.

INFORMATION: Presents interesting facts about the purchased product.

QR CODE: Presents additional information or links with more details about the presented text.

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2. Orientations

 Read the information and instructions of this manual carefully, before using the

product. This ensures the correct use of the equipment and maximum use of its technical features as well as a prolonged service life.

 Keep this manual for future consultations.  Digicon reserves its right to alter its products at any moment to adapt them to more

recent technical advancements.

 Digicon maintains its right to alter the information contained in this manual without

previous notice.

 Digicon does not provide any contractual warranty concerning the information in

this manual, and cannot be held responsible for errors it may contain and problems due to its use.

 The information contained in this manual is exclusive property of Digicon and is

protected by copyright laws.

 This manual cannot be reproduced, photocopied or translated, in its entirety or in

part, into any kind of medium, without Digicon's written consent.

3. Introduction

The Full-height is a bidirectional access control equipment forTurnstile Tx1500 entrance and exit of pedestrians. Highly resistant, both indoors and outdoors, it is sturdy, safe, and ﬁrmly ﬁxated to the ﬂoor. It is completely integrated to access controllers. This manual presents a detailed description the installation of Tx1500 and of the components that accompany it.

To see our complete catalogue, visit www.digicon.com.br.

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4.Installing Tx1500

1 Prepare the Turnstile assembly

tep:S

The ﬂoor where the turnstile will be ﬁxed must meet the following speciﬁcations:

a. 1,6mm x l 1,4mm xDimensions: Direction of ﬂow columns width concrete

height

10 cm;

b. ;Necessary height: 2. meters5 c. ;Level the ﬂoor for better product performance d. ;Floor speciﬁcation (FCK15 M.P.A. concrete or equivalent) e. 1,6m

x 1,4m x 2,6m.Floor speciﬁcation (FCK15 M.P.A. concrete or equivalent)

Power point input and network cable can be on the ﬂoor, preferably at point 3 or overhead pipes.

Obs.:The dimensions of the concrete block and power inputs are only a suggestion. The client can choose smaller bases (footing) at the ﬁxing points (determined by template).

List of tools for assembling the Turnstile:

INFORMATION: Illustrative image (measures speciﬁed in “mm”).

Duct

Point 4

Reference point

Point 1

Point 3

Point 2

725

628

362

725

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 1 socket wrench with

socket of 14 and 17mm;

 1 combination wrench

17;

 1 socket wrench 10

with extension;

 1 ;n.3 Allen wrench



1 n. 5 Allen wrench;

 1

medium-sized

Philips screwdriver;

 1 medium-sized

screwdriver;

 1 hard plastic

hammer

 1 plum-line or water

level;

 1 silicone tube;  Molykote BR2 Plus

aphite grease;

 Step ladder with four

steps

;

 Electric drill and drill

bits for concrete with 6 and 14 cm

;

 Bolter – 10 parts for

every product.

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tep:S Drilling device

a. It will be necessary to add cardboard or bubble wrap under the device so not to

damage the roof painting when using the drilling demarcations;

b. Screw the device (P1) to the turnstile's roof (P1);

c. Position the assembled parts in the area chosen for installation, observing the ﬂow

of entrance and exit;

d. Observe the desired side for the opening (lock side) of the central support for

maintenance;

e. P ;lace

the roof (P1) and ﬁx tem with screw (P2) and nut (P3)

f. The pre-hole must be done with an Ø6mm drill, so there are no damages to the

device's holes;

g. Remove the device and drill again all the holes with an Ø14mm drill.

Quantity of parts used in this stage:

 P1

= 1x Roof

 P2 = 1x Drilling device  P3 = 2x M6x15Allen screw  P4 = 2x M6Nut

Obs.: After all demarcations, disassemble the device to use the part later (P1).

90°

P3 - P4

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ATTENTION: The place of installation and the direction of entrance

.and exit must be deﬁned alongside the responsible for the place

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Step: Assembly of sides with rods or glass sides

Sides with rods:

a. Fit the sides (P5) and (P6) so to form an arch; b. Screw the sides using washer (P7) and screw (P8); repeat on the four ﬁxing

points (two on the upper part, two on the lower part); c. Place the screw (P26) with washers (P7) on both sides and on the nuts (P18) to

ﬁnish the holes on the arch's upper part.

Quantity of parts used in this stage:

 P5

= 1x - 5 side rods

 P6 = 1x- 4 side rods  P7 = 8x - D=30,5 x 10,5 x 3mmWasher  P8 = 4x - M10 x 20Hexagon head screw  P18 = 2x - M10Nut  P26

= 2x - M10 x 30Hexagon head screw

This assembly will result in the set (P23) – Assembling the arch's sides

P18

P26

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Glass sides:

a. Fit the sides (P39) and (P40) so to form an arch;

b. Screw the sides using washer (P41) and screw (P8); repeat on the four ﬁxing

points (two on the upper part, two on the lower part);

c. Fix the glass support (P42) to the rods' inner parts using washers (P25) 2x and screws (P20) 2x in each support;

d. Fit the nut for the glass support (P45) to the glass support (P42); after the nut was placed on the other side, place the two PVC washers (P44);

e. Repeat items “c” and “d” 16 times in each support ﬁxation.

Quantity of parts used in this stage:

 P8

= 4x - Hexagon head screws M10 x 20

 P20 = 32x - M4 x 12cross head screw  P25 = 32x - D4ﬂat washer  P39 = 1x - 2 side rods  P40 = 1x - 1 side rod  P41 = 4x - ﬂat washer D10  P42

= 16x - glass support

 P44 = 32x - PVC washer  P45

= 16x - glass support nut

This assembly will result in the set (P48) – Assembly of glass sides.

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P39

P45

P41

P25

P20

P42

P44

P40

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tep:S Assembling central arms

a. ﬁx the inner triangle (P9) to one of the arms (P10) using the screw and the spring washer (P11); repeat it for the arm's two ﬁxing points (P10). Fixing this part is done internally in the arms that have no buffer. Do not fasten the screw, simply position it. b. Place the second arm (P10), ﬁxing it to the inner triangle (P9) using the screw ad the spring washer (P11). Repeat it for the arm's two ﬁxing points (P10). Fixing this part is done internally in the arms that have no buffer. Do not fasten the screw, simply position it. c. Place the third arm (P10), ﬁxing it to the inner triangle (P9) using the screw ad the spring washer (P11). Repeat it for the arm's two ﬁxing points (P10). Fixing this part is done internally in the arms that have no buffer. Do not fasten the screw, simply position it. d. Fit the lower base set (P14) to the lower part of the assembled arms (P10); place the washers (P17) 2x, screw (P16) 1x, and nut (P18) 1x in each of the holes 3x. Do not fasten the screw to the nut, only position it. e. Fit the upper base set (P15) to the upper part of the assembled arms (P10); place the washers (P17) 2x, screw (P16) 1x, and nut (P18) 1x in each of the holes 3x. Do not fasten the screw to the nut, only position it.

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P11

P10

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P18

P16

P14

P17

Base set assembled. Do not fasten it.

P15

P17

P16

P18

Upper base set assembled. Do not fasten it.

Quantidade de peças usadas nesta etapa:

 P9 = 2x - Triangle  P10 = 3x - Central arm  P11 = 6x - M8 x 10Allen screw  P14 = 1x - Lower base  P15 = 1x - Upper base  P16 = 6x - M10 x 80Hexagonal head screw  P17 = 12x - D=22 x 10,5 x 3mmWasher  P18 = 6x - M10Nut

This assembly will result in the set (P28) – Central arms

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tep:S Fixing the bearing support

a. ;Replace the fastener's washer (P21) for the washer (P7) b. ;Use the fastener (21); does not accompany the product c. Place silicone rubber under the bearing; then ﬁx the bearing support (P19) to

the central hole, as shown in the image

Quantity of parts used in this stage:

 P7

= 1x - Washer D= 30,5 x 10,5 x 9mm

 P19 = 1x – Bering  P21 = 1x - Fastener

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ISOMETRIC VIEW

P19

UPPER VIEW

Screw must be centralized in

the bearing.

P21

INFORMATION:

 Add more Molykote grease to the bearing since the grease sent is for

transport only.

 Repeat the operation above in the both rotating centers.

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tep:S

Fixing the sides

Fixing the sides with rods:

a. ;Set the coincident ﬂanges (P22) in the holes of the ﬂoor b. Align the assembly of the sides with grid (P23) over the ﬂanges, coinciding

with

the holes;

c. ;Replace the fastener's washer (P21) by the washer (P7) d. ;

Place the fasteners (P21) in all ﬁxing points

e. ;

Level the rod and wedge the base with washers, if correction is necessary

f. .Fasten all the screws

uantity of parts used in this stage:

 P7

= 6x - Washer D=30,5 x 10,5 x 3mm

 P21 = 6x - Fastener  P22 = 6x - Flange  P23 = 1x (Assembly obtained in step 3) -



Assembly of arch's sides

Fixing

glass sides:

a. Align the assembly of the sides to the glasses (P48), coinciding with the holes; b. Place the fasteners (P21) in all ﬁxing points; c. Level the rod and wedge the base with washers, if correction is necessary; d. Fasten all the screws.

Quantity of parts used in this stage:

 P21 = 6x -Fasteners  P48

= 1x - Assembly of sides to the glasses

P23

P21

P22

P48

P21

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P21

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P22

P24

P21

tep: Fixing the stationery armS

Set the coincident ﬂanges (P22) in the holes of the ﬂoor. b. Set the stationery arm (P24) over the ﬂanges and coinciding holes; c. Replace the fastener's washer (P21) by the washer (P7); d. Place the fasteners (P21) in all ﬁxing points; e. Level the rod and wedge the base with washers, if correction is necessary; f. Fasten all the screws. e. Level the column and wedge it with washers, if necessary;

Quantity of parts used in this stage:

 P7

= 4x - D=30,5 x 10,5 x 3mmWasher

 P21 = 4x - fastener  P22

= 4x - Flange

 P24 = 1x - Stationery arm

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tep: Fixing the roofS

a. Place the roof over the side (P23 or P48); b. Screw only the edges of the roof, using in each ﬁxation 2 washers (P7), screw (P26), and nut (P18). The center will be fastened later, alongside the coverage. Obs.: Place the screw from the bottom upwards.

Quantity of parts used in this stage:

 P1

= 1x - Roof

 P7 = 4x - D=30,5 x 10,5 x 3mmWasher  P18 = 2x - M10nut  P26 = 2x - M10 x 30Hexagonal head screw  P23 = Side assemble with rods  P48

= Side assemble for glass

P18

P26

P23 OR P48

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Step: Fixing the coverage

a. Check the height from the ﬂoor to the upper part of the roof (P1) – 2.1 meters with tolerance of 5mm; b. Place the turnstile coverage (P27) over the roof (P1) and the stationery arm (P24); c. In each ﬁxation, use 2 washers (P7), screw (P26), and nut (P18). Obs.: place the screw from the bottom upwards. Do not fasten it. d. Fix the roof (P1) with the turnstile coverage (P27), using screw (P3) and nut (P4); e. Align the turnstile coverage (P27) with the central hole, considering 70cm plus the hole radius of 11.5cm = total 81,5 cm of the inner central rod of the structure to the hole's larger size and the inner stationery column in relation to the hole's large side. Details in the ﬁgure below: f. After aligning, fasten the screws in all the ﬁxing points of the turnstile coverage (P27).

Quantity of parts used in this stage:

 P3

= 2x - M6 x 15Allen screw

 P4 = 2x - M6Nut  P7

= 16x - D = 30,5 x 10,5 x 3mmWasher

 P18 = 8x - M10Nut  P26

= 8x - M10 x 30Hexagonal head screw

 P27

= 1x - Coverage

 P30

= 2X - D= 6Plat washer

Coverage face must be aligned to stationery arm

Alignment detail

Coverage face must be

parallel to the roof's side

P18

P26

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P27

P30

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Step: Fit the central pivoting arm

a. Grease the bearing support (P19). (We recommend Molykote BR-2 Plus

grease);

b. Fit the central arms assembly (P28) in the bearing support (P19). In this stage,

the assembler or mechanic cannot drop the central arms assembly, so we suggest an auxiliary assembler or to tie the central arm to the structure;

c. Align one of the line of arms to the stationery arms, as shown in the image:

Quantity of parts used in this stage:

 P28

= 1cj (Assembly obtained in the 4 step of this Manual) – Central arm

Fitting of the arms in the base

P19

P28

Align pivoting arm with stationary arm

Align pivoting arm with

.central metalon

Position of the pivoting arm in the structure.

This must be the pivoting arm's position to ﬁt the locking

system detailed in the next step.

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Step: Fitting of locking system

a. Fit the locking system (P29) in the pivoting arm assembly (P28), maintaining the arms' alignment, as seen in the 10 step; ﬁt it in the coverage (P27);

b. Fit the locking system (P29) with washer (P30), spring washer (P31), and nut (P32). 6 ﬁxings; c. After the locking system (P29) is ﬁxed (and only then), rotate the pivoting arm several times to settle the bearing supports and fasten all the screws in the pivoting arm assembly (P28).

Quantity of parts used in this stage:

 P29

= 1x - Locking system

 P30 = 6x - D6Flat washer  P31 = 6x - D6Spring washer  P4 = 6x - M6Nut

P29

P31 P30

P27

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Locking system

Disk with ablong

Stainless steel

turnstile

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12 ;

Step: Cable passage

a. Pass the power and network cables through a hose (P33); b. Put one of the hose's ends (P33) inside the coverage (P27) and the other end

inside the side structure (P23 or P48); c. Inside the coverage (P27), place the clamp (P34) on the hose's end (P33) to avoid it being torn;

d. Repeat the procedure above on both sides (entrance and exit) of the turnstile.

Quantity of parts used in this stage:

 P33

= 2x - Hose

 P34 = 2x - Clamp

tep: Assembling the card reader bracketS

a. Fix the card reader bracket (P35) with a screw (P36); repeat on both sides;

b. Place the cowl cover (P37) in all holes, 4x in each bracket; c. Place the arms cover (P38) in the arms assembly (P28).

Quantity of parts used in this stage:

 P35=

2x - Reader bracket

 P36=

4x - M4x12mmAllen screw

 P37=

8x Cowl cover

P38

P28

The holes of the bracket always have to stay in the inner side of the turnstile on both sides

P35

P36

P37

P34

P27

P33

P23

Cable output for readers

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14 tep: Assembling sides glasses

a. Place the glass (P49) and ﬁx it using washers (P44) 2x, the glass ﬁxing bracket (P43), and screw (P46). b. Place the glass (P50) and ﬁx it using washers (P44) 2x, the glass ﬁxing bracket (P43), and screw (P46).

Quantity of parts used in this stage:

 P43 = 16x

- Glass bracket

 P44 = 32x - PVC washer  P46 = 16x -Fixing screw  P49 = 4x - Smaller glass arch  P50 = 2x - Larger glass arch

P49

P44

P43

P46

P50

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Turnstile with glass sides (gray, blue, and stainless steel)

Turnstile with grid sides (gray, blue, and stainless steel)

15 tep: Assembled Turnstile

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5. Legenda

P1 - - 01 01 01Turnstile's roof P2 - - 01 01 01 Por PedidoDevice for drilling P3 - - 02 02 02Stainless steel Allen M6x15 screw P4 - - 08 08 08Self-locking Hexagonal nut M6 P5 - - 01 01 015 rods turnstile side P6 - - 01 01 014 rods turnstile side P7 - D=30,5x10,5x3mm - 39 39 39washer P8 - -

04 04 04Stainless steel hexagonal head screw M10x20 P9 - - 02 02 02Inner triangle P10 - - 03 03 03Central column arm P11 - - 06 06 06Stainless steel Allen M8x10 screw P14 - - 01 01 01Central column lower base set P15 - - 01 01 01Central column upper base set P16 - 06 06 06-Stainless steel hexagonal head screw M10x80 P17 - 12 12 12Washer D=22x10,5x3mm - P18 - 18 18 18Self-locking Hexagonal nut M10 - P19 - 01 01 01Lower bearing set - P20 - -Stainless steel cross head M4x12 screw P21 - (C38312 3,1-2-3-8) - 11 11 11Fastener Not provided P22 - 10 10 10Turnstile lower Flange - P23 - 01 01 01Sides with grid assembly 3 step

P24 - 01 01 01– tationery arm setS P25 - -Stainless steel ﬂat washer D4 P26 - -

12 12 12Stainless steel hexagonal head M10x30 P27 - - 01 01 01Turnstile coverage P28 - - 01 01 01Central arms 4 step

P29 - - 01 01 01Turnstile's locking system set P30 - - 06 06 06Stainless steel ﬂat washer D6 P31 - - 08 08 08Stainless steel spring washer D6 P33 - l - 02 02 02Flexible hose 1m each P34 - - 02 02 02Clamp P35 - - 02 02 02Card reader bracket P36 04 04 04– tainless steel Allen M4x8 screw -S P37 - - 08 08 08Cowl cover

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Descrição das Peças CZ AZ IX VDR Observações

01 01 02 08

29 04 02 03 06 01 01 06 12 18 01 32 11 04

01 32 12 01 01 01 06 08 02 02 02 04 08

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P38 –ﬁnishing cover - 06 06 06 06 P39 - 2 rods turnstile side - 01 P40 - 1 rod turnstile side - 01 P41 – stainless steel ﬂat washer D10 - 04 P42 – glass stationery bracket - 16 P43 – glass ﬁxing bracket - 16 P44 – PVC washer - 64 P45 - Nut for glass bracket - 16 P46 – screw for glass bracket - 16 P48 – side assembly for glasses - 01 3 step

P49 – smaller glass arch - 04 P50 – larger glass arch - 02

aption of table above:

GRAY – grayturnstile BLUE – blue turnstile S. STEEL – stainless steel turnstile GLASS – turnstile with glass sides (it can be done in the colors gray, blue, and

stainless steel)

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Descrição das Peças CZ AZ IX VDR Observações

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7. Control board

Turnstile Tx1500's control board was designed to meet most technologies of access control

terminals in the market. The controller have mechanical features and layout perfectly suited for the Turnstile Tx1500's needs and it is one of the best options for the equipment's operation. The following images show the control board with its straps, connectors, and dipswitch, as well as the location of the power supply and the control board.

The table below describes the functions of the control board's connectors:

6.Power supply

This power supply was especially designed for the line CATRAX. Among the main advantages of this optional item, is its adaptation capability to the voltage variations often found in installation sites – the input voltage can vary between 100 and 240 V .ac

The supply's speciﬁc technical features, protections and dimensions were carefully tested and approved in hostile temperature and environmental conditions, which ensures the adequate power supply to the equipment's performance. Besides the input and output voltages indicated in the image below, the supply has a shortcircuit and overheating protection.

INPUT:

100 A 240 Vac

OUTPUT:

Ground

Neutral

Phase

12V 5% / 3A

GND

TIP: The power supply can be mounted to the board's support hat accompanies the Turnstile.

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Cn1

Cn2

Ds1

Cn8

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Signal Name/Description

CN1 INPUTS 1 +Vext1 (enables turn through voltage) 2 HAB1 (enables turn through dry contact – from right to left) 3 GND 4 Vext2 (enables turn through voltage) 5 HAB2 (enables turn through dry contact – from left to right) 6 GND 7 +12Vdc (available to auxiliary – maximum 500 mA) 8 CLOCK1 (input for reader from left to right) 9 DATA1 (input for reader from left to right) 10 CLOCK2 (input for reader from right to left) 11 DATA2 (input for reader from right to left) 12 GND 13 PROG1 (programs direction) 14 PROG2 (programs direction) 15 PIC1 (controls frontal pictogram 1) 16 PIC2 (controls frontal pictogram 2) CN2 OUTPUTS 1 NO or NC Contact (HAB1 return) 2 Contact C (HAB1 return) 3 NO or NC Contact (HAB2 return) 4 Contact C (HAB2 return) 5 Output for indicative X (open collector NPN – maximum 500 mA) orange wire 6 Output for arrow > (open collector NPN – maximum 500 mA) blue wire 7 Output for arrow < (open collector NPN – maximum 500 mA) green wire 8 +12Vdc (indicative arrows’ power) red wire 9 GND (indicative arrows’ power) black wire 10 + solenoid of badge collector box 11 - solenoid of badge collector box 12 Sound signal (open collector – NPN)

CN3 SERIAL RS-485

1 DATE 2 DATE + 3 GND CN4 SIDE PICTOGRAM 2 1 +12Vdc (indicative arrows’ power) 2 Output for indicative X (open collector NPN – maximum 500 mA) 3 Output for arrow > (open collector NPN – maximum 500 mA) 4 GND (indicative arrows’ power) CN5 SIDE PICTOGRAM 1 1 +12Vdc (indicative arrows’ power) 2 Output for indicative red arrow (open collector NPN – maximum 500 mA) 3 Output for green arrow (open collector NPN – maximum 500 mA) 4 GND (indicative arrows’ supply) CN6 INPUT/OUTPUTS 1 input or output 1 – configure at S4 (IN or OUT) 2 input or output 2 - configure at S5 (IN or OUT) 3 GND 4 +12Vdc CN7 SERIAL RS-232 2 TX 3 RX 5 GND CN8 POWER – POWER INPUT 1 +12Vdc power input 2 GND power input CN9 BOX SENSOR 1 LED anode 2 box signal 3 GND 4 GND CN10 ELECTROMAGNETS 1 + electromagnet 1 2 - electromagnet 1 3 + electromagnet 2 4 - electromagnet 2 CN11 OPTICAL SENSORS 1 sensor 1 signal 2 LED 1 anode 3 sensor 2 signal 4 GND 5 LED2 anode

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Passage direction

PROG1 (pin 13)

PROG2 (pin 14)

Free in both directions Open Open Controlled from left to right GND Open Controlled right to left Open GND Controlled on both sides GND GND

INFORMATION:

- ide pictogram 1 and 2 refer to the devices located on top of theS equipment.

-The cables of the optical sensors (CN11) and the electromagnets (CN10) are provided alongside Tx1500.

-The cable of the box sensor (CN9) is provided alongside the collecting box kit (optional).

INFORMATION: PIC1 and PIC2 refer to the pictograms located on each side of the equipment.

PIC1 (pin 15) PIC2 (pin 16) Pictogram 1 Pictogram 2

Open Open

GND GND

Open

GND

Open

GND

Red arrow

ed arrow

Red arrow

Green arrow

NO or NC Contact

Particularly about the CN11 connector, pins 13 and 14: Turnstile Tx1500 can be conﬁgured

as follows to determine direction passage:

Pins 15 and 16, which control the side pictograms, must be conﬁgured

thusly:

The following sections concern important aspects of the control

board conﬁguration

and connections of .Tx1500

7.1 Inputs

The input signals or passage clearance (HAB1 and HAB2) can be originated by a relay contact, pushbutton contact, tension from 5 to 24 V / c, from 110 to 220 V / c. Toac d ac d enable passage t

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Enabling passage through tension pulse is shown in the image below. It is necessary to observe the polarity of the V c voltages and to use an external resistor for highd voltages (110V and 220V).

The control board also has inputs for optical sensors (CN11) that monitor rotation without mechanical wear, and two opto-isolated inputs to clear the

Turnstile Tx1500

if required.

7.2 Outputs

urnstile Tx1500

board has outputs for return signals, electromagnets, pictogram,

collecting box, and sound alarm.

 Return signals

Return signals indicate the moment and direction of passage and are originated at the relay – normally open contact (NO) or normally closed contact (NC). Connect the outputs according to the image below:

 E

lectromagnets

Electromagnets are activated for blocking the turnstile. Opposite to the traditional solenoids, electromagnets do not cause abrasion between the coil and the locking device, avoiding malfunctions. Moreover, the activation is done through a transistor, and not a relay, avoiding the electromagnet to be blown due to the “contact wielding” (there is no mechanical wear).

 Sound alarm

The sound alarm output is activated by a NPN transistor (maximum 500 mA) every

time that Turnstile Tx1500:

- eceives a clearance signal (two short rings)R

-Is not cleared and is forced during 1 second (1-second ri

5 a 24 Vca ou cc

110 a 220 Vca ou cc

Torniquete

Tx1500

Page 29

Torniquete

Tx1500

Connect the outputs according to the following image:

Sound alarm

Maximum current: 500mA

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Torniquete

Tx1500

7.3 Conﬁguration of control board – Switch Ds1

The switch (or dipswitch) DS1 allows programming the following actions:

-passage direction

-Maximum time for turns

-NO inputs (relay or pushbutton contact normally open and without input voltage), enabling passage in face of these signals; or NC inputs (relay or pushbutton contact usually closed and with input voltage), enabling passage in the absence of these signals.

-enabling of a signal for a sound alarm if the access control remains at mid turn for more than 5 seconds.

To program DS1, put each pin in the desired position, according to the table below.

01020304050607

Cleared in both directions - - - OFF OFF - - Blocked from left to right - - - ON OFF - - Blocked form right to left - - - OFF ON - - Blocked in both directions - - -

- - -

NO inputs -

- - - - - NC inputs - OFF - - - - - Enables sound signal

- - - -

- -

Disables sound signal OFF - - - -

- -

Enables sound signal in mid-turn - - - - -

- Disables sound signal in mid-turn - - - - - OFF - Wait until first turn - - - - - -

Wait for 5 seconds - - - - - - OFF ON Wait for 10 seconds - - - - - - ON OFF Wait for 15 seconds - - - - - - OFF OFF Habilitation per border* - -

OFF

- - - - -

Habilitation per level** - - ON - - - - -

* “Habilitation per border” means that Tx1500 will be enabled by a pulse at the entry border (NC inputs) or exit border (NO inputs). ** “Habilitation per level” means that Tx1500 will remain free as long as there is an input signal.

1 - To receive a relay pulse (NO contact), clear the turning and wait to turn for 10 seconds:

1234567

Configuration - ON OFF ON ON - ON OFF

2 - To leave the clockwise direction always cleared and, when the HAB2 (anti-clockwise)

clearance signal is received, clear passage for undetermined period:

1234567

Configuration - ON OFF OFF ON - ON ON

3 - To clear the turning while the relay has the contact closed and, as soon as the relay contact

is open, remove clearance:

1234567

Configuration - ON ON ON ON - ON ON

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Torniquete

Tx1500

7.5. Serial communication

Turnstile Tx1500 Duo

's control board allows serial conﬁgur

ation of the equipment. The

communication protocol used is as follows:

Where:

- represents beginning of transmission (0x02)STX

- is the byte with the least signiﬁcant size componentSize(LSB)

- is the byte with the most signiﬁcant size componentSize(MSB)

- is the information sent to the equipment (one or two bytes);Commands

- is the XOR operation for all bytes sent, from STX to CommandsBCC

The following table shows the enabling commands that can be sent to

Turnstile Tx1500

Duo:

The following table shows the return commands that can be sent by the equipment:

The

following table shows some examples of command:

STX Tamanho(LSB) Tamanho(MSB) Comandos BCC

HEXA

ASCII

FUNCTION

0x48 H

Clears direction from right to left 0x41 A Clears direction from left to right 0x44 D Clears both directions 0x43 C Back to controlling (command used to leave free state) 0x4C L Turnstile free (include free direction <0x4C> + <0x48>) 0x53 S

Direction programming (include direction to be programmed <0x53>

+ <0x48>)

HEXA

ASCII

FUNCTION

0x48 H free from right to left 0x06

ACK, indicates command OK 0x15 §

NACK, indicates invalid command 0x1A

Return command form right to left (RET1) 0x1B

Return command from left to right (RET2)

Free from left to right (1 passage):

0x02 0x02 0x00 0x48 0x48

Configure from left to right as always free:

0x02 0x03 0x00 0x4C 0x48 0x05

Return OK command:

0x02 0x02 0x00 0x06 0x06

ATTENTION:

- Size corresponds to the number of bytes sent (total command bytes: 1).

- The protocol communication rate is 115,200 bps.

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8.Dimensions

Torniquete

Tx1500

2230(87.795")

1350(54.149")

1400(55.118")

1500(56.055")

1166

2500(98.425")

Closed cover

Open cover

Side view

Upper view

575

(22.637")

INFORMATION: All measures presented in the images are in

millimeters .(Inches)

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9.Warranty and technical assistance

Digicon is responsible for the project, skilled labor, and quality of the materials used in the manufacturing of our products, ensuring that the equipment and all parts are free of manufacturing defects or problems. Digicon commits itself to replace or repair, as we choose, any part or equipment presenting manufacturing defects without any costs to the buyer, in our factory in Gravataí or our branch ofﬁce in São Paulo, in the conditions set below:

1. The buyer is responsible for the costs of shipping (return service) of the product to the factory

in Gravataí or the branch ofﬁce in São Paulo.

2. The warranty period is counted from the date of emission of the bill of sale and encompasses: a) 12 (twelve) months for equipment, accessories, parts, and pieces, including the legal warranty period of 90 (ninety) days.

Legal warranty

The customer has the period of 90 (ninety) days, from the date of emission of the bill of sale, to complain about apparent defects (easily observable in the product), such as the items that constitute the product's exterior and any other area accessible to the user, just like appearance parts and general accessories.

b) 90 (ninety) days for repairs or technical assistance

3. Warranty shall be granted to the buyer only in the face of the bill of sale (original or copy)

. Warranty does not apply in the following cases or conditions: a) defects and damages caused by accidents, negligence, or reasons of force majeure b) defects and damages caused by inappropriate storage or lack of prolonged use c) defects and damages caused by improper use of the equipment d) defects and damages caused by improper operation or installation of the equipment e) vandalism f) natural impacts (lightning, ﬂooding, etc.) g) defects and damages caused by abnormal temperature conditions, voltage/frequency, or humidity out of the levels speciﬁed in the installation and operation manual, once proven h) reconditioning, chrome plating, nickel plating, and painting

5. Warranty shall be automatically canceled for equipment that: a) suffers modiﬁcations, adaptations, or any alterations performed by the client or by third parties without Digicon's written consent b) goes through maintenance or repairs by people not authorized by Digicon c) suffers alteration of serial number or violation of the identiﬁcation label d) is not paid for in the conditions, amounts, and deadlines described in the bill of sale

6. Digicon is not responsible for eventual losses suffered by the down time of the equipment

7. The repair of a warranted product will be performed inside the Digicon facilities.

Torniquete

Tx1500

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