Slycma ARIANE 3.1 Commissioning Manual
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Slycma ARIANE 3.1 Commissioning Manual

180w asynchronous – brushless motors
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LINEAR OPERATOR CARD
3.1
ARIANE
180W Asynchronous – Brushless Motors
COMMISSIONING MANUAL
Parc d'Activités Lyon Sud Ouest – 4 route du Dôme – F - 69630 CHAPONOST
Tel : (0033) 04 78 86 81 00 / Fax : (0033) 04 78 86 81 08
Email : slycma@groupe-ruget.com
Ref : 26702
1
07/01/15

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  • Page 1 COMMISSIONING MANUAL Parc d’Activités Lyon Sud Ouest – 4 route du Dôme – F - 69630 CHAPONOST Tel : (0033) 04 78 86 81 00 / Fax : (0033) 04 78 86 81 08 Email : slycma@groupe-ruget.com Ref : 26702 07/01/15...
  • Page 2 A few particularities : Driving the Asynchronous or Brushless motor The ARIANE 3.1 card allows driving both of these types of motors with a 230V voltage and a 180W maximum power rating. Taking into account the Inspection mode Inspection signal input to be mandatorily wired to prohibit automatic door movements during technical services.
  • Page 3 ARIANE 3 OPERATING GUIDE When the card is switched on, it executes the controller orders. To intervene on you may choose from among 3 display modes, a ARIANE, parameter setting mode and a manual commands mode : Scroll the menu by successively pressing the key and make your choice by pressing the key (If you do not validate within 3 seconds,...

  • Page 4: Table Of Contents

    CONTENTS PART 1 : Connection of the ARIANE 3.1 card Mains power connection ............Page 5 Asynchronous motor connection ..........Page 5 Brushless motor connection ............. Page 5 Encoder connection ..............Page 6 Safety chain connection ............Page 6 Controller orders connection ............Page 6 Car input cell connection ............

  • Page 5: Mains Power Connection

    Part 1 : The Ariane 3 card connections The card efficiency is first subjected to a mechanical setting in conformity with the door. Necessary connectors are supplied in a bag. MAINS POWER CONNECTION – 3x7.62 – 230V 50Hz – 2A connector The 230 V power supply must not come from the primary of a 110/230/400V transformer because a damaging...

  • Page 6: Encoder Connection

    ENCODER CONNECTION – 4x microfit connector (made in factory) For an Asynchronous motor Connection of the counting cells. Make sure that the encoder’s 6 wires are properly connected, that the crimpings are in good condition, that wire immobilized For a Brushless motor Connection of the encoder integrated with the motor Make sure that the 4 wires are crimped...

  • Page 7: Controller Signals Connection

    The required standards are the open order, the close order and the inspection information signal. If only the close order is available, the open order must be bypassed. The close and nudging orders have priority over the open order. The inspection connection is mandatory to inhibit any untimely door movement Standard during a technical service.

  • Page 8: Multifunction Relay Connection

    MULTIFUNCTION RELAY CONNECTION – 4 x 5.08 connector Two programmable commands may be connected to the RMF1 and RMF2 outputs, which are two dry contact relays. The driven device type is selected with the RMF1 and RMF2 parameters, namely : - A buzzer, which will be activated during the learning, reset, nudging and fail soft operation.

  • Page 9: Part 2 : Configuration According To The Controller

    Terminal n° Assignment Ph, N, T Mains power supply L1, L2, L3, T Motor connection 5, 6 Safety chain connection 7, 8, 9, 10 Door contacts connection 14, 15 Shock signal 16, 17 Closing limit switch stop signal 18, 19 Opening limit switch stop signal + 12 VDC 26, 27...
  • Page 10 → VITR Glazing option OUI/NON Set in Factory → CELL NON/OUI/LIMI Cell management : →TYPE Door type: Mobile (MOBI), Swinging (BATT), Fixed (FI) Set in Factory MOBI or FI are the type of skate on automatic doors → rMF2 buZZ/butE/Vent/CAME MULTIFUNCTION RELAY 2 : →...
  • Page 11 CONFIGURATION PARAMETERS DETAILS MSTF Hold closed under voltage OUI, NON or DEPL (YES, NO, or DISPL) DEPL = Moving : The motor is held under voltage if the closing input is activated. Generally, non (no) for automatic doors and oui (yes) for swinging doors. If there is a mechanical holding hook to keep the door in closed position, select NON (NO).
  • Page 12 CELL Cell input management option : OUI, NON, LIMI (YES, NO, LIMI) The cell must be a normally closed (NF) and must be connected to ARIANE The cell is automatically viewed during learning and filled in. The CELL parameter allows eliminating it, if necessary.
  • Page 13 List of the PINI value tables : 2VOT / 3VOT CO … 850 CO 900 … 1200 Co and CH very large SHEET METAL GLAZED SHEET METAL GLAZED SHEET METAL GLAZED IN 01 IN 02 IN 03 IN 04 IN 05 IN 06 2VOC CO …...

  • Page 14: Mechanical Efficiency Checking

    PART 3 : Starting the ARIANE 3 card When the parameter setting of the door configuration with respect to the controller is confirmed, the ARIANE 3 card can enter in operation. Move the car to a floor in order to have a landing door associated with the car door.

  • Page 15: Part 4 : Adjustment Of The Door Operation

    PART 4 : Adjustment of the door operation To make the door’s operation even more accurate, you can also trigger on speeds (F), acceleration and deceleration ramps (R), torques (U) and the travels (C). OPERATING DIAGRAMS OPERATING PARAMETERS WITH MOBILE SKATE (TYPE = MOB1) FP-O FP-F RA-O...

  • Page 16: Operating Values

    OPERATING VALUES The speeds correspond to the frequency sent to the motor and therefore are expressed in Hz. They correspond to the various door opening and closing phases. They are called by their abbreviation : FP-O = Opening Cruise Frequency, or FP-F = Closing Cruise Frequency The acceleration or deceleration ramps correspond to the time it takes to go from 0 to 50 Hz, or from 50 to 0 Hz.

  • Page 17: Value Range Table

    VALUE RANGE TABLE CAN Car door number PrtE 1, 2 ou 3 CAN Communication speed bAud bauds Motor type Motr ASYn, bruS Fault stack 0 à 10 Number of cycles in thousands CyCL x 1000 Pre-set table choice Pini 01 à 99 Multifunction relay no.

  • Page 18: Saving The Parameters

    PART 5 : Saving the parameters The ARIANE card uses a list of so-called work parameters to operate; these parameters correspond to those which can be read and changed. The configuration parameters: MSTO, MSTF, etc. The operating values: FP-O, FF-O, etc. The manufacturer parameters: Hidden in use After the door’s operation has been adjusted, all these values may be saved to a "save"...
  • Page 19 RECORDING YOUR ADJUSTED PARAMETERS Don’t forget to write down the parameters at the end of commissioning for maintenance. Type Description Name Range Value CAN Car door number PrtE 1, 2 ou 3 CAN Communication speed bAud bauds Motor type Motr ASYn, bruS Fault stack 0 à...

  • Page 20: Part 6 : Details About The Command Modes (Cmd)

    PART 6 : Details about the command modes (CMD) With the various command modes (CMD), you can test the door’s operation according to the adjustments made. CMD0 : Normal operation : The card simply executes the controller orders and communicates the shock and travel end stop signals.

  • Page 21: The Command Modes (Cmd)

    SPECIAL CASE OF A DOUBLE OPENING TRAVEL The command modes CMD2/4/6/8 are specific to double-travel door adjustments (complete or partial opening of the door on request according to the open or intermediate open command) CMD2 : Learning the intermediate travel To start this command, the learning of the total travel must already be done (CMD1).

  • Page 22: Part 7 : Details About The Ariane 3.1 Operations

    PART 7 : Details about the ARIANE 3.1 operations BASIC OPERATION Opening : The open order starts the open cycle if the close or nudging orders are not activated. The engaged cycle is terminated even if the open order is de-activated and ends the opening travel.

  • Page 23: Reset Operation

    Cell : When the car cell barrier is connected to the card, it acts like a shock detection during the close cycle. Close keeping : It may be decided to hold or not under voltage the closed position using the MSTF parameter. When the operator is equipped with a retaining hook, the hold under close voltage must not be activated (case of closed parking doors).

  • Page 24: Parameterizable Relays Operation

    The hold open order forces the door to open at slow speed. The hold close order forces the door to close at slow speed Adjustments : To allow the adjustment of the door, when the inspection command is activated, the CMD commands from the ARIANE keyboard remain active and all the manual commands may be deliberately activated and performed.

  • Page 25: Fail Soft Operation

    FAIL SOFT OPERATION If the card detects an encoder problem (Err6) and to not stop the device, it continues to operate in fail soft mode. It consists of executing the open and close cycles at slow speed without shock detection during the door opening or closing operations. Limit switches are given by a rather long timeout in order to cover the cycle time of the largest doors.
  • Page 26 Pressing any key switches the display on. Ref : 26702 07/01/15...

  • Page 27: Card Inputs/Outputs Display

    PART 8 : Maintenance tasks CARD INPUTS/OUTPUTS DISPLAY The ARIANE 3.1 card inputs/outputs state can be displayed from the display in the sticks mode : By default, the card displays the frequency sent to the motor "Fr00" To go into the seven segment display mode : Press ...
  • Page 28 FAILURES TO OPERATE DISPLAY While operating, in case of a problem, a fault no. is displayed sometimes  transiently in the form Er. . These faults are stored. The card has a 10 faults store stack accessible in the PARA mode in the Err...
  • Page 29 DETAILS ABOUT FAILURES TO OPERATE The card indicates only the faults which it can detect via the mains power, encoder and motor links. Err0 End of fault Normal operation restored. Err1 Memory fault Operates in fail soft mode. Reprogram all the parameters and do the travel learning again and save the parameters.

  • Page 30: Encoder Position Display

    Err8 Mains undervoltage fault (less than 155V) Blocks the motor commands as long as the voltage is too low. Check the mains. Err9 Logic card and power card incompatible Blocks the motor commands. Power card version unsuitable for the command card version : The command card version was upgraded without changing the power card version.
  • Page 31 To return to the parameter list, press Ref : 26702 07/01/15...
  • Page 32 Ref : 26702 07/01/15...
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