Ier AUTOMATIC SYSTEM SL930 User Manual
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Ier AUTOMATIC SYSTEM SL930 User Manual

Glass swing gate glass low-height turnstile
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GLASS
GLASS SWING GATE
LOW-HEIGHT
SL930 – SL931 – SL932
TURNSTILE
PPV323
TBV327
USER MANUAL
Rev 10
(Translated from French original notice)
The informat ion conta ined in th is docu ment is the property of Automat ic Syst ems and is conf ident ial. The recip ient is forb idd en to use it for any purpose ot her
than for the use of the products or the execut ion of the project to wh ich th ey refer or to commu nicate it to th ird parties without the pr ior wr itten conse nt of
Automat ic Systems. Document sub ject to change without advance not if icat ion .
SL93x + PPV323 + TBV327-MT-EN
p. 1/39

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Summary of Contents for Ier AUTOMATIC SYSTEM SL930

  • Page 1 GLASS GLASS SWING GATE LOW-HEIGHT SL930 – SL931 – SL932 TURNSTILE PPV323 TBV327 USER MANUAL Rev 10 (Translated from French original notice) The informat ion conta ined in th is docu ment is the property of Automat ic Syst ems and is conf ident ial. The recip ient is forb idd en to use it for any purpose ot her than for the use of the products or the execut ion of the project to wh ich th ey refer or to commu nicate it to th ird parties without the pr ior wr itten conse nt of Automat ic Systems.
  • Page 2 Document changes Rev. Date Written Checked Subject 2006-12-12 RWK + JB Initial version Page 15 (locking): “locked under voltage”. 2007-04-23 Parameter 60°, 90°, rotating): add range and default value. Input 2: “Pitch of encoder 80”. Page 25 (point 3): “remove the screws (31)”. point): “Folded and soldered Page 5 (1 stainless steel plate housing”.

  • Page 3: Table Of Contents

    Table of Contents 1. SAFETY INSTRUCTIONS 2. DESCRIPTION 2.1. Technical Specifications 2.2. Location of the components 3. INSTALLATION 3.1. Storage 3.2. Installation plans 3.3. Fixing the equipment to the floor 3.4. Electrical connections 3.5. Commissioning 4. PRINCIPLE OF OPERATION 4.1. Locking 4.2.

  • Page 4: Safety Instructions

    1. SAFETY INSTRUCTIONS  The SL93x, PPV323 and TBV327 gates and turnstiles are intended for the access control of users and cannot be otherwise used without risk for the user or for the integrity of the equipment.  They are intended for light traffic applications (cf. technical specifications, ch.2.1. ) ...

  • Page 5: Description

    2. DESCRIPTION 2.1. Technical Specifications  AISI 304 stainless steel sheet housing.  Internal frame protected with epoxy coating.  Passage obstacle in clear toughened glass, thickness: 10 mm.  Electrical supply: single phase, 230 VAC, 50 Hz ( not to be connected to a floating network or to high-impedance earthed industrial distribution network) ...

  • Page 6: Location Of The Components

    2.2. Location of the components 1. Mounting base (attached to the floor) 2. Main chassis (= equipment without obstacle) 3. Obstacle (= glass panel) 4. Conical coupling of the rotor to the motor Movement limit stop (not on TBV) 6. Variable speed controller 7.

  • Page 7: Installation

    3. INSTALLATION The installation must be carried out in accordance with the safety instructions (p 4) and the installation plan (p3.2. ). 3.1. Storage Before installation, avoid all shocks to the equipment and place it in its original packing in a dry place, protected from dust, heat and bad weather.

  • Page 8: Installation Plans

    3.2. Installation plans The informat ion conta ined in th is docu ment is the property of Automat ic Syst ems and is conf ident ial. The recip ient is forb idd en to use it for any purpose ot her than for the use of the products or the execut ion of the project to wh ich th ey refer or to commu nicate it to th ird parties without the pr ior wr itten conse nt of Automat ic Systems.
  • Page 9 The informat ion conta ined in th is docu ment is the property of Automat ic Syst ems and is conf ident ial. The recip ient is forb idd en to use it for any purpose ot her than for the use of the products or the execut ion of the project to wh ich th ey refer or to commu nicate it to th ird parties without the pr ior wr itten conse nt of Automat ic Systems.
  • Page 10 The informat ion conta ined in th is docu ment is the property of Automat ic Syst ems and is conf ident ial. The recip ient is forb idd en to use it for any purpose ot her than for the use of the products or the execut ion of the project to wh ich th ey refer or to commu nicate it to th ird parties without the pr ior wr itten conse nt of Automat ic Systems.

  • Page 11: Fixing The Equipment To The Floor

    3.3. Fixing the equipment to the floor 1. Remove the 2 covers by removing the screws (50, p 25). 2. Unscrew the base (1, p 6) from the main chassis and secure it to the floor with the 3 expanding bolts supplied (Liebig B15/30 (A)).

  • Page 12: Electrical Connections

    3.4. Electrical connections WARNING: The operations must be undertaken in accordance with the safety warnings, ch.1. In particular, the mains must be shut down before any of the work described below is begun. Connections must be executed in accordance with the wiring diagrams provided inside the equipment, which remain the reference.

  • Page 13: Commissioning

    3.5. Commissioning 1. Adjust the obstacle opening angle in the clockwise and anti-clockwise directions by adjusting the mechanical stops (ch.5.7. ). 2. Switch ON the equipment. The obstacle will move, seeking its starting point (closed position), then it locks. 3. Start the C menu (Note: the obstacles must be fitted): ONFIG ...

  • Page 14: Principle Of Operation

    4. PRINCIPLE OF OPERATION The references in this chapter refer to the illustrations on ch.2.2. The Swing Gates and Turnstiles (named hereafter "Gates") are bidirectional pivoting access control units that allow passage in both directions. They have a steel central column (2) fixed to the floor containing the control board (10) and the drive unit.

  • Page 15: Locking

    4.1. Locking The locking mechanism (70) is activated by an electromagnet (71) with positive security (locked under voltage). When the obstacle approaches its closed position, the locking sensor (75) is activated by detection of a vane (76). The electromagnet then moves the lock into hole (77a) of plate (77), locking the rotor (12). Locking is maintained by the electrical circuit between the hold magnet (72) and the contact plate (73).

  • Page 16: Position Encoder

    4.2. Position encoder The direction of rotation and the position of the obstacle are determined by a position encoder (80), consisting of a vaned disk that turns with the motor shaft and passes through 2 sensors (81 and 82). This encoder does not need any adjustment. 4.3.

  • Page 17: Maintenance

    5. MAINTENANCE WARNING: The adjustment operations must be carried out in accordance with the safety instructions (p 5.1. Removing the housing 1. Remove all the screws (50). 2. Remove both elements of the housing. The informat ion conta ined in th is docu ment is the property of Automat ic Syst ems and is conf ident ial. The recip ient is forb idd en to use it for any purpose ot her than for the use of the products or the execut ion of the project to wh ich th ey refer or to commu nicate it to th ird parties without the pr ior wr itten conse nt of Automat ic Systems.

  • Page 18: Turning The Equipment On/Off

    5.2. Turning the equipment ON/OFF 5.3. Preventive maintenance Every 100,000 operations, or every 6 months, whichever comes first, check the following points:  The security of all components (attachment to the floor, obstacle, motor, conical coupling (4, p 6), etc.). ...

  • Page 19: Spare Parts

    5.4. Spare parts DESIGNATION CODE VALIDITY PPV323 SL930 SL931 SL932 TBV327 Conical coupling (4, p6) 0/6980/816 > 01/2007 Contact plate (73, p 15) 0/6982/071 > 01/2007 CPU board (10, p6) E/6980/530 > 01/2007 Electromagnet (71, p 15) E/6980/540 > 01/2007 Frequency inverter 230V 0/6982/066 >...

  • Page 20: Adjusting The Locking Sensor

    5.5. Adjusting the locking sensor Locking holes 1. Unlock the obstacle by switching off the power or selecting programming mode. 2. Turn rotor (12) until one of the 3 locking holes is in front of lock (70). 3. In that position, the sensor (75) must detect one of the vanes (76). If necessary, adjust the vane and/or the vane support ring (79).

  • Page 21: Adjusting The Obstacle Closed Point

    5.6. Adjusting the obstacle closed point 1. Close and lock the obstacle. 2. Loosen the 6 screws (D) on the conical coupling (4, p6) for 3 mm. 3. Tighten the 3 screws (E) in the upper ring so that the 2 parts of the coupling are separated.

  • Page 22: Fitting And Adjusting The Locking Mechanism

    5.8. Fitting and adjusting the locking mechanism a. Slacken the lock-nut (36) and screw the lock (21) completely onto the threaded rod (22), b. Unscrew 4 turns. Unscrew the sleeve (23), pass the rod through the plate and tighten the sleeve. Turn the obstacle rotor (12), p6 so that the lock (21) lines up with a locking hole (cf.
  • Page 23 Fit the electromagnet assembly to plate (28) by means of screw (29). Put the fixing screws (30) in place, without tightening them. Push in the electromagnet core (31) to bring the centre shaft (32) in contact with the stop (33). The informat ion conta ined in th is docu ment is the property of Automat ic Syst ems and is conf ident ial.
  • Page 24 With the obstacle in its locked position (lock 21 engaged into a hole), the contact plate (34) must lie on the hold magnet (35). Check that the electro-magnet core (31) does not frame touch the steel frame; if so, move the complete lock assembly away from the frame.

  • Page 25: Replacing An Obstacle

    5.9. Replacing an obstacle 1. Remove the 2 parts of the housing by unscrewing the screws (50). 2. Hold the glass plate. 3. Remove the screws (51) maintaining the glass on its support. 4. Remove the clamp (52). 5. Remove the glass plate. 6.

  • Page 26: Control Unit Menu (Program V5.36)

    5.10. Control unit menu (program v5.36) The 3 pushbuttons correspond to the text on the display. When not in the menu, buttons < and > start a clockwise and counter-clockwise rotation of the obstacle. When powering on the gate, the software versions are displayed for a few seconds, then the following parameters: Position of the obstacle with regard to its closed position.
  • Page 27 Parameter Description No: a passage authorization unlocks the obstacle and its rotation is PUSH AND GO driven by the motor. Yes: the passage authorization unlocks the obstacle. Its rotation must be started manually, the motor assisting for the complete opening. The obstacle locks again automatically if it has not been opened after 6 seconds (not adjustable).
  • Page 28 Parameter Description AUTOMATIC SETUP Automatic configuration of the B , according to the RAKING NGLE set and the obstacle inertia. OTATION PEED PRESS OK TO QUIT Leave programming mode and return to the main screen. AND SAVE SETUP MANUFACTURER Loading of the default values for the menu and the variable speed RESET controller parameters.

  • Page 29: Maintenance Interface

    5.11. Maintenance interface 5.11.1. Network communication settings Note: a basic knowledge of networks is necessary. 1. Switch the power on the gate (ch.5.2. ). 2. Connect a PC to the RJ45 connector of the CPU board by means of an Ethernet patch cable. 3.

  • Page 30: Status

    5.11.3. Status Status of the obstacle Last major defect registered Last minor defect registered Mechanical play of the motor coupling Mechanical play of the motor coupling (pitch) Number of major/minor defects since the last reset Number of openings in clockwise direction (A) or counter-clockwise (B) since the last reset Reset of 1 of the 4 counters above Same counters as above, without reset...

  • Page 31: Network

    5.11.6. Network Modification of the gate's IP address (cf. ch.5.11.1. ) to adapt it to a new network. These parameters must be authorized by the network manager! Note: the gate's IP address is displayed on the CPU when powering it on Validation of the modifications 5.11.7.

  • Page 32: Trouble Shooting

    5.12. Trouble shooting Refer to error messages of the control unit. SYMPTOM CAUSE / REMEDY  Check that the equipment is connected to the power supply as specified No power (ch.2.1. ) and that the mains switch is ON (ch.5.2. ). ...

  • Page 33: Disposal / Destruction

    5.13. Disposal / Destruction If the equipment is not used for an extended period, it should be stored in a dry place, protected from heat and bad weather conditions. When the equipment is retired from service, dispose of the various components through the appropriate channels (metal parts, electronic components, etc.) according to the regulations in force in the country concerned.

  • Page 34: Electrical Diagrams

    6. ELECTRICAL DIAGRAMS MOTOR GROUND VARIABLE SPEED CONTROLLER Output+24 Vdc 220V Ground 220V Emergency command 24/48 Vdc Ground Shunt the connectors if the Emergency command contact plate is not used ground Hold magnet Jumper to the right for 24 Vdc Jumper to the right for 48 Vdc thermal fuse Electromagnet...
  • Page 35 The informat ion conta ined in th is docu ment is the property of Automat ic Syst ems and is conf ident ial. The recip ient is forb idd en to use it for any purpose ot her than for the use of the products or the execut ion of the project to wh ich th ey refer or to commu nicate it to th ird parties without the pr ior wr itten conse nt of Automat ic Systems.
  • Page 36 GATE OPEN (except for emergency cmd) DEFECT DETECTED CLOSED & LOCKED GATE (except for emergency cmd) 07 08 09 10 11 12 13 14 15 16 17 18 RS 485 COUNTERCLOCKWISE opening request CLOCKWISE opening request The informat ion conta ined in th is docu ment is the property of Automat ic Syst ems and is conf ident ial. The recip ient is forb idd en to use it for any purpose ot her than for the use of the products or the execut ion of the project to wh ich th ey refer or to commu nicate it to th ird parties without the pr ior wr itten conse nt of Automat ic Systems.
  • Page 37 DOUBLE GATES In the case of 2 gates that must open simultaneously, one opens in the clockwise direction and the other in the anti-clockwise direction, and vice versa. Gate Gate Note: The opening request inputs must be connected as described below. Note that the clockwise input on one gate is connected to the counter-clockwise input on the other: GATE A COUNTER-...

  • Page 38: Declaration Of Conformity

    7. DECLARATION OF CONFORMITY The informat ion conta ined in th is docu ment is the property of Automat ic Syst ems and is conf ident ial. The recip ient is forb idd en to use it for any purpose ot her than for the use of the products or the execut ion of the project to wh ich th ey refer or to commu nicate it to th ird parties without the pr ior wr itten conse nt of Automat ic Systems.
  • Page 39 AUTOMATIC SYSTEMS BELGIUM - HQ Email: asmail@automatic-systems.com Tel.: +32.10.23 02 11 Fax: +32.10.23 02 02 The informat ion conta ined in th is docu ment is the property of Automat ic Syst ems and is conf ident ial. The recip ient is forb idd en to use it for any purpose ot her than for the use of the products or the execut ion of the project to wh ich th ey refer or to commu nicate it to th ird parties without the pr ior wr itten conse nt of Automat ic Systems.

This manual is also suitable for:

Automatic system sl931Automatic system sl932Automatic system ppv323Automatic system tbv327

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