Automatic Systems TRS 372 Technical Instructions

NAM-TRS372-MT-EN-C

TRS 372

TECHNICAL MANUAL

Revision

n°

Date

Written

by

Checked

by

Nature

A

2011-OCT-25

SSA

First edition.

B

2013-FEV-12

JPS

Change electrical diagram (CH6).

C

2015-03-10

JPNF

SSA

Figure corrections page 11-13-14

Document revisions

NAM-TRS372-MT-EN-C p2/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

Table of contents

1. SAFETY WARNINGS 4

2. INSTALLATION 5

2.1. Equipment storage before installation 5

2.2. List of tools required 5

2.3. Installation on finished ground surface (with template) 6

2.4. Installation with fixing frame (option) 8

2.5. Turnstile assembly 10

2.5.1. Fixed panel assembly 10

2.5.2. Central upright assembly 11

2.5.3. Plugs installation 12

2.5.4. Fixing the turnstile to the ground 13

2.5.5. Upper box section assembly 13

2.5.6. Canopy assembly (option) 15

2.5.7. Mobile comb assembly 16

2.5.8. Heel guard assembly (option) 17

2.6. Electrical connections 17

3. DESCRIPTION 18

3.1. Technical specifications 18

3.2. Operating modes 18

3.2.1. Mode descriptions 18

3.2.2. Power failure 18

3.3. Location of the components 19

3.4. Fixed panel 20

3.5. Mobile combs 20

3.6. Fixed combs 21

3.7. Upper box 22

3.8. Heating resistance (option) 23

3.9. Mechanical assembly 24

3.9.1. Modes 3 and 5 - Operating principle 25

3.9.2. Mode 4 – Operating principle 25

3.10. Pictograms 26

3.10.1. Orientation pictograms 26

3.10.2. Function pictograms 26

3.11. Control board 27

4. MAINTENANCE 34

5. TROUBLESHOOTING 35

6. ELECTRICAL DIAGRAMS 36

6.1. Control board terminal block assignment 37

NAM-TRS372-MT-EN-C p3/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

1. SAFETY WARNINGS

 This manual must be made available to everyone working on the equipment: installer, maintenance

operator, end user…

 This equipment is solely intended to control pedestrian access. Operating it for any other purpose entails

risks for the user and may jeopardize the integrity of the equipment. Automatic Systems’ responsibility

may not be invoked for damages resulting from inappropriate use of the equipment. Specifically, the turnstile is not intended for:

- People with reduced mobility.

- Unaccompanied children.

- Managing a continuous flow of more than twenty (20) people per minute.

 This equipment must not be installed in an explosive area.  Do not add accessories that are not original equipment or that have not been approved by the

manufacturer (contact between different metals may cause galvanic corrosion that can accelerate the deterioration of the equipment).

 The contractor must respect all local standards and regulations when installing the equipment.  All operations performed on the equipment must be undertaken by qualified personnel. All operations that

are not authorized or that are carried out on this product by an unqualified technician shall automatically invalidate the manufacturer’s warranty.

 Access to the mechanism must be limited to personnel informed of the electrical and mechanical risks

incurred by negligent handling. The access door to mechanism must be locked after every operation performed.

 Be certain to switch off the electrical power supply on the circuit breaker (ch. 2.6. ) when opening the

housing.

 The equipment is configured in a "minimal risk" mode for its users. All modifications of the parameters

must be undertaken by experienced and qualified personnel and in no way can be deemed the responsibility of Automatic Systems.

NAM-TRS372-MT-EN-C p4/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

2. INSTALLATION

2.1. Equipment storage before installation

Prior to installation, be careful to avoid all physical impacts to the equipment. Keep it in its original packaging and store it in a dry location. Make sure it is protected from dust, heat and harsh weather. Extreme temperatures of storage: -30 to +80°C [-22 to 176°F].

2.2. List of tools required

 Wrench set.  Ratchet set.  500 g hammer.  Percussion drill + drill bit Ø15mm x 100mm (if fixed to the ground with template).  Spirit level.  Forklift.

NAM-TRS372-MT-EN-C p5/38

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2.3. Installation on finished ground surface (with template)

NAM-TRS372-MT-EN-C p6/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

21

1. Conduit installation for the passage of cables and remote control devices (as seen in implementation drawings) should be planned in advance. Remember that the cable ends must extend 4m [13ft] above ground level, as electrical connections are done in the upper section of the full-height turnstile.

2. Ensure that the surface on which the full-height turnstile is to be installed is perfectly flat (without any irregularities) and made of concrete or other non-flammable material.

3. Following the instructions presented in the Installation Drawing, use your drilling template to mark the location of the various drilling holes.

4. If you chose to use the anchoring bolts provided by Automatic Systems, bore holes that have a diameter of 15 mm and are 85 mm deep into the surface. Caution: Although the anchoring bolts provided by Automatic Systems are compatible with most configurations, the complete fixing process must be adapted to the environment and nature of the ground on which the full-height turnstile is to be installed. All civil work must be approved and validated by a knowledgeable engineer..

The equipment must be fixed to the ground prior to being used!

Automatic Systems cannot be held responsible for accidents or damages resulting from a faulty anchoring installation.

5. Put the anchoring bolts (21) in place. Pre-tighten the nuts so as to fix the expanding anchoring bolt into the ground. Proceed then to remove the nuts previously tightened in order to be able to install the fixing brackets later on.

NAM-TRS372-MT-EN-C p7/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

2.4. Installation with fixing frame (option)

NAM-TRS372-MT-EN-C p8/38

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Following the instructions presented in the implementation drawing:

1. Conduit installation for the passage of cables and remote control devices should be planned in

advance. Remember that the cable ends must extend 3m [10ft] above ground level, as electrical connections are done in the upper section of the full-height turnstile.

2. Dig a hole in the ground for the installation of the concrete slab.

3. Using the hardware provided, assemble the various parts of the fixing frame.

4. Verify the interaxial spacing between the different crossbars of the fixing frame.

5. Place the fixing frame in the hole you have just dug:

- Ensuring that you follow the direction of passage.

- Making sure that you run the conduits for the cables and remote control devices through the uprights to be installed.

- Verifying that the fixing brackets are buried in the ground as indicated in the implementation drawing (the painted part of the brackets must be left unburied).

6. Pour standard concrete in the hole, making sure to smooth it out.

7. Leave to dry for about one week.

NAM-TRS372-MT-EN-C p9/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

K L 3

2

2. Right curved part

3. Left curved part

4. Flat washer DIN 125 M12.

7. Plug (ext Ø 30 .9 mm)

10. Nut DIN 985 M12.

11. Screw DIN 912 M12x30.

2.5. Turnstile assembly

2.5.1. Fixed panel assembly

Proceed to assemble uprights K and L of left (3) and right (2) curved parts. Repeat this assembly process with the 2 curved parts remaining.

NAM-TRS372-MT-EN-C p10/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

4. Flat washer DIN 125 M12.

6. ½ round head M12x30.

12. Fixed comb

14. Grower washer DIN 127 M12.

15. Nut DIN 934 M12

40. Central upright

43. Screw DIN 933 M6 x 20

44. Tooth lock washer DIN 6798 M6

45. Central upright arm

43

44

6

4

14

15

T

45

40

12

U

V U V U V U V

2.5.2. Central upright assembly

 Unscrew the covers (T) protecting the central uprights (40) and remove them.  Using the bolts (43) and washers (44) provided, fix the arms (45) to the central uprights (40).  Attach the fixed combs (12) to the central uprights (40) by means of the bolts, washers and nuts (6),

(4), (14), (15) supplied. Note: In order not to knock against one another, the 2 mobile combs have to be staggered. (cf. ch.2.5.7. ). Thus, the 2 fixed combs must also be slightly out of line. To that end, one of the 2 fixed combs must be attached through the upper holes (U), and the second one through the lower holes (V).

 Remember to run the electric cables (ch. 2.5.4. ) through the central uprights before you screw the covers

(T) back.

NAM-TRS372-MT-EN-C p11/38

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16

16 8 9 7 7

13

7

41

No plug on vertical tubes’ tips.

7. Plug (ext Ø 30.9)

8. Square plug

9. Rectangular plug

16. Upright protector

13. Plug

41. Central upright protector

2.5.3. Plugs installation

 Install the upright protectors (16) on the lower ends of the 10 uprights holding the fixed panel.

Remember to also put protectors on the upper parts of the 4 topmost uprights.

 Repeat the aforementioned operation with the 2 central upright protectors (41).  Close the upper parts of the remaining uprights by means of the plugs provided (8) and (9).  Once the whole structure is firmly fixed to the ground, (cf. next chapter), proceed to block out the

lateral openings with the plugs (7) and (13).

Note: The tips of the fixed panel vertical tubes must stay open.

NAM-TRS372-MT-EN-C p12/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

K

L

M

N R S

4. Flat washer DIN 125 M12.

5. Ground fixing clamp.

6. ½ round head screw M12x30.

7. Plug (ext Ø 30 .9 mm).

10. Nut DIN 985 M12.

11. Screw DIN 912 M12x30.

13. Round plug.

14. Grower washer DIN 127 M12.

19. Fixing bracket.

20. Fixing bracket.

21. Anchoring bolt B15/30.

42. Double fixing bracket.

Fig. C

4

42

21

Fig. A

7

5

21

19

4

6

13

Fig. B

7

11

4

21

20

4

10

7

2.5.4. Fixing the turnstile to the ground

 Fix the brackets (19), (20) and (42) to the anchoring bolts (21) (cf. implementation drawing, ch. 2.3. ).

Note: The fixing brackets are already part of the fixing frame; it is therefore unnecessary to install additional ones if this option is chosen.

 Run the electric cables through the central uprights (R) and (S). The, proceed to close the uprights and

fix them as shown in fig. C: start by inserting the bolts (6) and washers (4) through the central upright, in the fixing clamp (5). Place the upright on the double fixing bracket (42) and tighten the bolts. Note: In order to prevent corrosion, ensure that the uprights do not come in direct contact with the concrete.

 Fix the end uprights (M) and (N) as indicated in fig. A.  Fix the central uprights (K) and (L) as indicated in fig. B.

NAM-TRS372-MT-EN-C p13/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

4. Flat washer DIN 125 M12.

11. Screw DIN 912 M12x30.

14. Grower washer DIN 127 M12.

29. Nut DIN 985 M6.

30. Flat washer DIN 9021 M6.

43. Screw DIN 933 M6 x 20

44. Tooth lock washer DIN 6798 M6

Fig. D

43

44

30

Fig. E

Fig. F

30

29

4 x

11

14 4 P

11

14

4

Q

2.5.5. Upper box section assembly

Note: The upper box section is of significant weight and must be handled by at least two (2) people.

 Attach the upper box section to uprights (P) and (Q) of the curved parts (fig. D) of the turnstile.  Fix the central uprights to the upper box section (fig. E). Make sure to run the electric cables through

the upper housing.

 Install the roof on the upper box (fig. F).

NAM-TRS372-MT-EN-C p14/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

Line of silicon at junction

(A) STAINLESS STEEL NUT A4 DIN934 M6

(B) STAINLESS STEEL FLAT WASHER DIN125 M6

(C) STAINLESS STEEL TOOTH LOCK WASHER

DIN6798 M6 JZ

(D) STAINLESS STEEL HEXAGON 1/2 ROUND HEAD

BOLT M6x16

A B C D 14 x

28 x

14 x

B

Line of silicon on contact face

655mm [25.79in]

450mm [17.71in]

55mm [2.16in]

58mm

[2.28in]

171,5

[6.75in]

58

55mm [2.16in]

58mm [2.28in]

X X X

X

2.5.6. Canopy assembly (option)

Step 1: Drill five (5) 8mm [5/16’’] holes (marked X), on both sides of the upper box.

Step 2:

Solution 1:

- Before you proceed to fix the canopy to the housing, put a line of silicon on the face that comes in contact with the upper box.

- Using the hardware provided, attach each canopy to the upper section.

Solution 2:

- Using the hardware provided, attach each canopy to the upper section.

- Put a line of silicon at the junction where the canopy and upper box meet.

NAM-TRS372-MT-EN-C p15/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the

project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

Fig. J

Fig. K

Fig. L

Upper flange assembly on the mechanism

Cover with Loctite glue before tightening

Mobile comb

3-arm lower flange assembly

For installation on finished ground surface only.

For installation with fixing frame (option), use the axle (already assembled on the fixing frame).

cover with Loctite glue before tightening

Fig. M

Screw DIN 933 M12x30.

Flat washer DIN 125 M12

Tooth lock washer DIN 798 M12

Screw DIN 933 M12x25.

Flat washer DIN 125 M12

Tooth lock washer DIN 798 M12

Cap nut A4 DIN 1587 M10

Anchoring bolt B15/30

Lower axle

Flat washer M10

2.5.7. Mobile comb assembly

 Start with the passageway which has the fixed comb closest to the ground (cf. ch.

2.5.2. ). Position the mobile combs so as to have to lowest bar as close to the ground as possible (30 mm [1.18in] ) (fig. J).

 Direct the mobile combs of the second passageway so as to have the lowest bar

as far from the ground as possible (106,5 mm [4.19in]) (fig. K).

 Adjust the mobile combs on the upper and lower flanges so as to close the

passageway (cf. implementation drawing & fig. L) and assemble (fig. M).

NAM-TRS372-MT-EN-C p16/38

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120 V

Ground

Neutral

E G F

2.5.8. Heel guard assembly (option)

1. For each mobile comb, remove the plug (G) from the tube that is closest to the ground.

2. Slide the heel guard (E) onto the tube.

3. Close by means of provided plug (F) (larger): article EMB-E-0010418.

2.6. Electrical connections

Power supply and command cables are provided by the user and are described in the implementation drawing.

If the command cables are different from the ones recommended, they must be separated from the power supply cables in order to avoid interference. Thus, they must run through different uprights.

1. Connect the power supply to the breaker as shown. Protect the upstream line with a 16-A breaker.

2. Connect the options (card readers, etc.) according to the electrical diagrams.

3. Engage the circuit breaker.

4. Set the control board according to the added options ("OPTIONS" group).

5. Send a passage command and verify that the turnstile is working properly: unlocking, rotation of the obstacle, locking.

NAM-TRS372-MT-EN-C p17/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

3. DESCRIPTION

3.1. Technical specifications

 Double gate rotating turnstile.  For each passageway: rotating obstacle with 3 combs positioned at 120° from one another.  Net weight: 618 kg (including 2 x 90 kg for the upper box sections).  Power supply per lane (only for a turnstile equipped with a control board): single phase 120 VAC-60 Hz

– Nominal power consumption: 70 W.

 AS1300 control board circuits: 24V DC  Operating temperature: from -10 to +50°C [14°F to 122°F].  Max. relative humidity : 95%, no condensation.  Mechanical locking of obstacle withstands a 1500 Nm torque.  Flow: 15 to 20 passages per minute per lane, depending on the reaction time of the reader.  Obstacle goes back to its initial position in less than 1.5 seconds  MCBF (mean cycles between failures), respecting the recommended maintenance: 1.000.000.  MTTR (average repair time): 20 minutes.  Surface treatment:

- Galvanized internal mechanical parts.

- Galvanized rotating obstacle, fixed comb and walls + 2 coats of pale grey paint RAL7038 (except for galvanized-finishing models).

- Upper box section treated by electrophoresis + 2 coats of pale grey paint RAL7038.

3.2. Operating modes

3.2.1. Mode descriptions

For each direction of passage, the different configurations are as follows:

1. Free access (obstacle turns freely).

2. Permanently locked (obstacle blocked mechanically).

3. Locked, but unlocked in case of power failure.

4. Electrically controlled (free, locked, passage subject to authorization) and locked mechanically in case of power failure.

5. Electrically controlled (free, locked, passage subject to authorization) and unlocked in case of power failure.

A A5-B3 passageway is thus configured to operate in mode 5 for direction A (entry) and in mode 3 for direction B (exit).

Only turnstiles configured in mode 3, 4 or 5 (for at least one direction of passage) are equipped with a control board.

3.2.2. Power failure

The key for mechanical unlocking (option) allows for the manual unlocking of the turnstile when the turnstile is configured to be locked during power failure. This feature can be applied in 1 or both passage way directions according to the selected option.

NAM-TRS372-MT-EN-C p18/38

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LED passageway lighting

Orientation pictograms

Roof

Upper box section, including:

- 2 control boards

- 2 circuit breakers

- 2 mechanical assemblies

- 1 nameplate

Fixed panel

Fixing frame

(option)

Fixed combs

Mobile combs Central upright

3.3. Location of the components

NAM-TRS372-MT-EN-C p19/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

Heel guard (option)

3.4. Fixed panel

Fixed modular panel made of painted steel, with curved parts circumscribing the passageway.

Central uprights are used to run the various electric cables.

The panel is bolted to the ground or to the fixing frame.

3.5. Mobile combs

The rotating obstacle consists of 2 x 3 mobile combs positioned at 120° from one another.

The tubes that are closest to the ground may be equipped with heel guards (optional) that prevent users from getting their feet caught between the lowest tube and the ground.

NAM-TRS372-MT-EN-C p20/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

3.6. Fixed combs

The fixed combs limit the access to one half of the turnstile, for each of the two passageways.

NAM-TRS372-MT-EN-C p21/38

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10

11

12

11

1. Upper box.

2. Doors with key locks for access to mechanism.

3. Diamond point roof for evacuation of water.

4. Washer for fixing the roof.

5. Nut for fixing the roof.

6. Knockout for pictogram cut-out.

7. Washer for fixing knockout 9.

8. Nut for fixing knockout 9.

9. Knockout for lighting cut-out (under box).

10. Mechanical assemblies.

11. Canopy (option).

12. Nameplate.

3.7. Upper box

NAM-TRS372-MT-EN-C p22/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

Thermostat

Function control light

3.8. Heating resistance (option)

Located inside the upper box, the fan heater prevents the formation of condensation and ensures an even temperature in enclosures.

The integrated thermostat is used to set the desired temperature while the high performance axial fan provides forced air circulation.

Heating power adjusts to ambient temperature (±550 W at 20°C [68°F]).

NAM-TRS372-MT-EN-C p23/38

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B C D

F G H

K

L M N

A

E J P

A. Electromagnet. B. Connecting rod. C. Release spring. D. Mobile comb bolt. E. Rotor. F. Rollers. G. Compensating arm. H. Compensating arm release

springs. J. Limit switch. K. Bolt release spring. L. Mobile comb bolt. M. Shock absorber cam. N. Hydraulic shock absorber. P. Limit switch cam.

3.9. Mechanical assembly

NAM-TRS372-MT-EN-C p24/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

1 3 2 1 3 2 1 3 2

Fig. a

Fig. b

Fig. c

3.9.1. Modes 3 and 5 - Operating principle

In these modes, the obstacle is unlocked in case of power failure.

 At rest, the electromagnet (A) is under voltage. Its connecting rod (B) compresses the release spring (C) in order

to bring the mobile comb bolt (D) into the closed position.

 When a passage is authorized (by a card reader, a remote control desk, etc.), power supply to the electromagnet

is cut off. The release spring (C) then pulls, by means of the connecting rod (B), on the mobile comb bolt (D) and unlocks the obstacle (Fig.a).

 By pushing lightly on the obstacle, the user activates the rotor (E) (which turns, in this case, clockwise).

At the same time:

- The roller (F) pushes on the compensating arm (G). Its release springs (H) bring the rotor back to the rest position when the obstacle is released.

- The limit switch cam (P) activates the limit switch (J), which powers up the electromagnet and drives the connecting rod back (B) to the bolt (D). The mobile comb bolt then closes up under the action of the release spring (K) (Fig.b).

- The next roller (F) presses against bolt (L), lodges itself between the 2 mobile comb bolts and pushes on cam (M) of hydraulic shock absorber (N), which reduces its movement. The roller is then blocked by bolt (D), and the obstacle is mechanically locked (Fig.c).

3.9.2. Mode 4 – Operating principle

In this mode, the obstacle is locked in case of power failure.

 At rest, the electromagnet (A) is not charged. The release spring (C) (in this case, on the connecting

rod (B) side) pushes the rod towards the mobile comb bolt, in order to bring it in the closed position.

 When a passage is authorized, the charged electromagnet compresses the release spring (C) in order

to pull, by means of the connecting rod (B), on the mobile comb bolt (D) and therefore unlock the obstacle.

 The remaining steps are identical to the preceding modes.

NAM-TRS372-MT-EN-C p25/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

3.10. Pictograms

Pictograms mounted on the housing can operate according to the two (2) modes described below, depending on the electrical connections and their parameterization in the control board.

3.10.1. Orientation pictograms

Orientation pictograms indicate the status of the passageway, and thus help to orientate the user approaching the turnstile.

 Apparatus Out of Service: X in both directions  Apparatus In Evacuation:  in both directions  Apparatus In Service (for each direction of passage):

- Controlled Mode: 

- Free Mode: 

- Locked Mode: X

3.10.2. Function pictograms

Function pictograms indicate the functional status of the passageway to the user (for each direction): passage authorized or unauthorized.

 Locked Mode: X  Free Mode:

- If passage under way in opposite direction: X

- If not: 

 Controlled Mode:

- At rest: Pictogram turned off or X, according to the status of "Idle Fct Picto" parameter of "Options" menu.

- If passage under way in opposite direction: X

- If passage authorization: 

NAM-TRS372-MT-EN-C p26/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

1 5 4 3 2

3.11. Control board

1. Input/Output terminal block (see terminal assignments, ch. “Electrical diagrams”).

2. DB9 (CAN BUS) connector.

3. RJ45 (RS232) connector.

4. Presence sensor connectors (not used for the TRS37x).

5. Display.

NAM-TRS372-MT-EN-C p27/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

Menus are displayed in capital letters on the top line, starting with the first character of the LCD.

Hold ▲ or ▼ for a few seconds

to leave the PRDSTD screen and access the other menus.

Only the first letter of each word in the parameters is a capital. They are displayed on the top line starting with the second character of the LCD (i.e., there is a space in front). At the end of the top line, the parameter unit is displayed if there is one.

A question mark (?) preceding the parameter indicates that it is ready to be modified.

The current value of the parameter appears on the second line.

A star (*) below a parameter indicates that it is the default value (set in the factory).

To validate a modification, press the OK key.

Store the modifications to avoid losing them in the

event of a power outage

("MEMORY"  "Save"  “MEM1” or “MEM2”).

The control board is the interface between the user and the full-height turnstile. It manages every operation the TRS performs, including every optional action.

The navigation of the display menus is based on an architecture using drop-down menus with three levels: MENUS  PARAMETERS  VALUES.

Moving from one level to another is achieved via the ◄ ► keys and navigation inside those levels by means

of the ▲ ▼ keys (press for a few seconds to go from the at-rest screen to another menu). Validating

parameter changes is done by pressing the OK button. Note: Below is a simplified version of the menus of the control board. For a more detailed description of all

available functions and their parameters, please refer to the control board manual (available on request).

NAM-TRS372-MT-EN-C p28/38

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GROUP

Parameter

Values

Description

PRDSTD - TRS360

Software Ver

0E 00 04 00 00

Version number of the program implemented in the control board.

◄ Left arrow key

Choice of language for menus. OK to validate.

OK key

Reader simulation (direction A then B).

OPERATION

Status

Display of the 100 last major events, with the date and time of their occurrence (access to previous events with ► and ▲ keys).

No Diag

No diagnosis.

Power Up

Power on.

Power Down

Power off.

Short Circuit

Detection of short-circuit on the digital outputs.

Save Mem1

Manual saving of the values to Memory 1.

Save Mem2

Manual saving of the values to Memory 2.

Load Default

Loading of default values.

Load Mem1

Manual loading of values from Memory 1.

Load Mem2

Manual loading of values from Memory 2.

Time Adjust

Change of date and time.

Access Level Chg

Change of access level ("OPTION ► "Code").

Download Chg Lv1

Level 1 modification to program.

Download Chg Lv2

Level 2 modification to program.

Download Chg Lv3

Level 3 modification to program.

Reset Counters

Zeroing of counter 2.

In Service

Apparatus in service.

Out Of Service

Apparatus out of service.

Emergency

Apparatus in Evacuation mode (free in both directions).

Test

Apparatus in Test mode.

Maintenance

Apparatus in Maintenance mode.

Default LSA

Limit switch A defect. The turnstile remains in service.

Default LSB

Limit switch B defect. The turnstile remains in service.

Temperature

Display of temperature within casing.

Counter 1

Total number of passages in Directions A and B.

Counter 2

Total number of passages in Directions A and B since last reset to zero.

Reset counter 2

Yes

Zeroing of counter 2.

Autoriz. A nº

Number of authorizations in progress in Direction A.

Autoriz. B nº

Number of authorizations in progress in Direction A.

Gate State

Indicates the current status of the apparatus.

Emergency

Apparatus in evacuation mode (free in both directions).

Test

Apparatus in Test mode.

Maintenance

Apparatus in Maintenance mode.

In Service

Apparatus in service (configuration in “EXPLOITATION” group).

Out of service

Apparatus out of service (locked in both directions): command received on Input DI5.

Pass A State

Indicates the status in which the apparatus is when it is in service, for this direction of passage. The configuration is carried out in the “EXPLOITATION” group.

Locked

Obstacle locked: passage in this direction impossible.

Free

Obstacle unlocked: passage in this direction free and without control.

Controlled

The obstacle is unlocked to release the passage, once authorized by the card reader.

Pass B State

Same as “Pass A State”, for Direction B.

Locked

Free

Controlled

Note: Parameters of the control board have already been set in factory according to ordered configuration.

The most common functions are in bold.

NAM-TRS372-MT-EN-C p29/38

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GROUP

Parameter

Values

Description

TIMINGS

No Passage

Delay allowed for user to pass through the turnstile (=time allowed for the obstacle to reach the limit switch after opening command).

Passage Info

Duration of the passage information impulse.

No Pass Info

Duration of the passage information impulse.

Fraud Info

Duration of the fraud information impulse.

OUTPUT FUNCTIONS

Relay 1

Each output can provide one of the following pieces of information:

LED Lighting

LED lighting activated by the light sensor.

LSB Error

Direction B limit switch sensor has not been reached before the no-passage time-out.

LSA Error

Direction A limit switch sensor has not been reached before the no-passage time-out.

Fraud AB

Limit switch activated without prior Open command.

Fraud B

Direction B limit switch detection not preceded by an Open command.

Fraud A

Direction A limit switch detection not preceded by an Open command.

No Passage B

No detection on limit switch within the time limit following an Open command in Direction B.

No Passage A

No detection on limit switch within the time limit following an Open command in Direction A.

Pass B IP NC

Passage in Direction B in progress (Signal NC).

Pass B IP NO

Passage in Direction A in progress (Signal NO).

Pass A IP NC

Passage in Direction A in progress (Signal NC).

Pass A IP NO

Passage in Direction A in progress (signal NO).

Passage B NC

Passage in Direction B completed (Signal NC).

Passage B NO

Passage in Direction B completed (Signal NO).

Passage A NC

Passage in Direction A completed (Signal NC).

Passage A NO

Passage in Direction A completed (Signal NO).

Red Fct Icon B

Function pictogram command in Direction B: red indicator light.

Grn Fct Icon B

Function pictogram command in Direction B: green indicator light.

Red Fct Icon A

Function pictogram command in Direction A: red indicator light.

Grn Fct Icon A

Function pictogram command in Direction A: green indicator light.

Red Ori Icon B

Orientation pictogram command in Direction B: red indicator light.

Grn Ori Icon B

Orientation pictogram command in Direction B: green indicator light.

Red Ori Icon A

Orientation pictogram command in Direction A: red indicator light.

Grn Ori Icon A

Orientation pictogram command in Direction B: green indicator light.

Solenoid B

Command of the electromagnet of Direction B.

Solenoid A

Command of the electromagnet of Direction A.

None

No signal.

Relay 2

Same as Relay 1

Relay 3

Same as Relay 1

Relay 4

Same as Relay 1

Relay 5

Same as Relay 1

Relay 6

Same as Relay 1

Output 7

Same as Relay 1

Output 8

Same as Relay 1

Output 10

Same as Relay 1

Output 11

Same as Relay 1

Output 12

Same as Relay 1

Output 13

Same as Relay 1

Output 14

Same as Relay 1

Output 15

Same as Relay 1

NAM-TRS372-MT-EN-C p30/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

GROUP

Parameter

Values

Description

I/O

Input 1

Status of the digital inputs: DI8, DI7, DI6, DI5, DI4, DI3, DI2, DI1.

Input 2

Status of the digital inputs: DI16, DI15, DI14, DI13, DI12, DI11, DI10, DI9.

Input 3

Status of the digital inputs: 0, 0, 0, 0, 0, 0, DI18, DI17

Output 1

Status of the digital outputs: DO8, DO7, DO6, DO5, DO4, DO3, DO2, DO1.

Output 2

Status of the digital outputs: 0, DO15, DO14, DO13, DO12, DO11, DO10, DO9.

AnalogIn 1

Value of the analogue input AI1 (x10mV).

AnalogIn 2

Value of the analogue input AI2 (x10mV).

AnalogOut 1

Value of the analogue output AO1 (x10mV).

AnalogOut 2

Value of the analogue output AO2 (x10mV).

MEMORY

Load

Default

Loading of the default values of the parameters.

Mem2

Loading of the values from Memory 2.

Mem1

Loading of the values from Memory 1.

Save Mem2

Saving of the values to Memory 2.

Mem1

Saving of the values to Memory 1.

EXPLOITATION

Direction A

Ctrl panel

Direction A passage configured via the control panel.

Locked

Direction A passage always closed (even if there is an Open command).

Free

Direction A passage always allowed (Open command not necessary).

Controlled

Direction A passage subject to authorization (see Reader): opens if there is an Open command.

Direction B

Ctrl panel

Direction B passage configured via the control panel.

Locked

Direction B passage always closed (even if there is an Open command).

Free

Direction B passage always allowed (Open command not necessary).

Controlled

Direction B passage subject to authorization (see Reader): opens if there is an Open command.

Out Of Service In Service

Apparatus in service: functions according to the mode defined in the “Direction A” and “Direction B” parameters.

Out Of Service

Apparatus out of service: locked in both directions.

NAM-TRS372-MT-EN-C p31/38

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GROUP

Parameter

Values

Description

OPTIONS

Code

-32768 to 32767

Code giving access to the Technician or Constructor level parameters..

Language

Deutsch

Choice of the menu language: German.

Français

Choice of the menu language: French.

English

Choice of the menu language: English.

Idle Fct Picto

Off

Choice of display of the function pictogram when it is at rest: off.

Red

Choice of display of the function pictogram when it is at rest: red cross.

Thermostat °C

-10 to 100

Temperature beneath which the heating element is engaged.

Electro Heating Activated

Activates the electromagnets when the temperature

descends below the limit set at the “Thermostat °C”, which

maintains some warmth in the immediate environment of the electromagnets.

Deactived

Heating by electromagnets deactivated.

Memo reader A

Yes

Storage by the reader of the Open commands given in Direction A.

Memo reader B

Yes

Storage by the reader of the Open commands given in Direction B.

Electromagnet A

A4

Assembly of the electromagnet used for Direction A: mode 4 (= locked when not powered).

A5

Assembly of the electromagnet used for Direction A: mode 5 (= unlocked when not powered).

Electromagnet B

B4

Assembly of the electromagnet used for Direction B: mode 4 (= locked when not powered).

B5

Assembly of the electromagnet used for Direction B: mode 5 (= unlocked when not powered).

Fct Reader

Combined Mode

This operating mode combines the following two modes. If an impulse is given, the apparatus functions in impulse mode, if not it functions in maintained mode. Any signal that occurs before detection of the limit switch or the end of the no-passage time-out is regarded as an impulse.

Hold Mode

Passage managed by the reader: the passage is freed for as long as the input reader is activated.

Pulse Mode

Passage managed by the AS1300: each reader impulse, which can be memorized, frees the access for a passage. As soon as the passage is carried out, the obstacle is locked.

Reader NO

Yes

Reader operation in Direction A and B (active in high status): signal NO (Normally Open).

No

Reader operation in Direction A and B (active in low status): signal NC (Normally Closed).

No Pass Limit

0 to 1000

Maximum number of consecutive no-passages before indicating that the limit switch is defective.

TEST

Test Mode

Wiring

Wiring check of the AS1300 outputs.

Alternate Mode

Alternation of the following two modes.

Direction B

Successive lockings/unlockings of Direction B passage.

Direction A

Successive lockings/unlockings of Direction A passage.

Communication

Menu

Sending of complete menu to external PC.

Stack Watch

Sending of stack values to external PC.

Diag. Extract.

Sending of diagnostic table to external PC.

Param. Extrac.

Sending of parameter values to external PC.

DATE & TIME

Year

0 to 99

Setting of year

Month

1 to 12

Setting of month

Day

1 to 31

Setting of day

Hour

0 to 23

Setting of hour

Minute

0 to 59

Setting of minutes

Second

0 to 59

Setting of seconds

NAM-TRS372-MT-EN-C p32/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

GROUP

Parameter

Values

Description

SERIAL PORT

Modbus Address

Definition of parameters for Modbus communication.

Com1 Baudrate

Com1 Parity

Debug Modbus

Test Modbus

LIGHT SENSOR

Value

0 to 100

Value measured by light sensor (option).

Trigger

0 to 100

Value for which the lighting is switched on/off.

Delay On

0 to 9999

Delay before activation of LED lighting.

Delay Off

0 to 9999

Delay before deactivation of LED lighting.

NAM-TRS372-MT-EN-C p33/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

Each month

(see note opposite)

Clean the bodywork, walls and obstacles with water and a light detergent (nonchlorinated).

Clean the stainless steel mobile combs (optional) with a cleaning product designed for stainless steel surfaces. Automatic Systems can provide a cleaning product approved under reference 0/6031/000.

Repair any possible splinters, bumps or scratches on the painted surfaces of the equipment.

Note: Maintenance frequency must be adapted to the conditions of use (especially, when the turnstile is installed in an oxidizing environment: entrance of a public pool, seaside, industrial plant, etc.).

1.000.000 cycles

Replace the shock absorber (N, ch.3.8. ), which softens with wear. Replace the two limit switches (J, ch.3.8. ), as electric resistance increases with contact

wear.

Verify the tightening of the screwed elements of the mechanical structure and mobile combs.

5 years

Replace the control board battery: lithium cell 3V/48mA. Automatic Systems can provide a product approved under reference 0/7111/010.

To reach the battery, remove the front panel of the control board by unscrewing its 4 bolts.

4. MAINTENANCE

NAM-TRS372-MT-EN-C p34/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

Turnstile out of service.

See messages on the control board display ("OPERATION" group, "Status" parameter).

Friction is perceptible during movements.

The bolts and/or rollers may be jammed, especially in harsh environments (e.g., in a sea environment). Use a silicon spray on parts that need to be released.

Obstacle cannot be unlocked.

Leave 1 to 2 mm gap between the connecting rod (B) of the electromagnet and the bolt stem (D) (setting the length of the connecting rod by means of nuts P and Q) in order to create an impact with the bolt when the electromagnet is activated.

The electromagnets may be blocked if tightened too firmly. Slightly loosen nut (Q) in order to decompress spring (C).

Spring (C) does not have the energy necessary to pull the bolt. Compress the spring by tightening nut (Q) or replace it.

Obstacle cannot be locked.

Bolt release spring (K) is loose. Retighten the spring by adding a few turns to it.

P

B

D

1 to 2 mm

D

B

Q

C

K

5. TROUBLESHOOTING

NAM-TRS372-MT-EN-C p35/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

6. ELECTRICAL DIAGRAMS

Note: Informative diagram. Reference document is the one included with the equipment.

NAM-TRS372-MT-EN-C p36/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

C

B

A

1

BCL1+

Not used

BLC3+

Not used

24V

PWR

2

BCL1-

Not used

BCL3-

Not used

0V

PWR

3

BLC2+

Not used

BCL4+

Not used

PE

4

BCL2-

Not used

BCL4-

Not used

(PE)

5 DI1

Pass Control A

24V GND

6

DI2

Pass Control B

24V GND

7

DI3

FCA (NO)

24V GND

8

DI4

FCB (NO)

24V GND

9 REL1+

Grn Ori Icon A

REL3+

Grn Ori Icon B

REL5+

Pass Contact A

10

REL1-

REL3-

REL5-

11

REL2+

Red Ori Icon A

REL4+

Red Ori Icon B

REL6+

Pass Contact B

12

REL2-

REL4-

REL6-

13

DI5

Alarm (NO) (= Out of Service)

24V GND

14

DI6 24V GND

15

DI7 24V GND

16

DI8 DI18

GND

17

DI9 24V GND

18

DI10

Evacuation (NC)

24V GND

19

DI11

24V GND

20

DI12

Desk A1

24V GND

21

DI13

Desk A2

24V GND

22

DI14

Desk B1

24V GND

23

DI15

Desk B2

24V GND

24

DI16

Desk Key (NO)

24V GND

25

DI17

Connected to 24V

24V GND

26

DO7

Grn Fct Icon A

DO8

Red Fct Icon A

GND

27

DO9

Heater

24V GND

28

DO10

Solenoid A

DO13

LED Lighting

GND

29

DO11

Solenoid B

DO14

Grn Fct Icon B

GND

30

DO12

LED Lighting

DO15

Red Fct Icon B

GND

31

AO1

Used (=AI2)

(*)

AO2

Used

GND

32

AI1 AI2

Light sensor

GND

6.1. Control board terminal block assignment

The table below indicates the factory settings of the inputs/outputs. The outputs can be set differently in the OUTPUT FUNCTIONS group.

The inputs/outputs of the options are highlighted.

(*)

Value of analogue input AI2 (light sensor signal) is copied to analogue input AO1 to be used in a double

turnstile. This signal can then be cabled to the second AS1300 in lieu of a second light sensor.

NAM-TRS372-MT-EN-C p37/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to

change without prior notice.

AUTOMATIC SYSTEMS BELGIUM - HQ

North America technical support

NAM-TRS372-MT-EN-C p38/38

The information in this document is the property of Automatic Systems and is confidential. The consignee withholds from using it for anything other than the use of the products or the execution of the project to which they belong and withholds from communicating it to third parties without prior written agreement from Automatic Systems. Document subject to change without prior notice.

Automatic Systems

T: 1 800 263.6548 ext 233 - F: 450.659.0966 - C:514.239.7611

www.automatic-systems.com