OPERATING INSTRUCTIONS FOR SLIDING DOOR
Contents
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3. 1 INTRODUCTION 2 SAFETY INSTRUCTIONS 3 SPECIFICATION 4 OPERATING INSTRUCTIONS AND CONTROL FUNCTIONS 5 SET UP PROCEDURE 6 CONNECTIONS FIN IN CONTROL 171108 TRITON CONTROLS LTD UNIT 2 RANDOLPH INDUSTRIAL ESTATE EVENWOOD BISHOP AUCKLAND CO DURHAM DL14 951 Tel 44 0 1388 833000 Fax 44 0 1388 833680 web www tritoncontrols co uk e mail info tritoncontrols co uk 1 INTRODUCTION The DC 02 system has been designed as part of a retro fit system for automatic sliding doors The basic system consists of a controller module that provides the interface with the drive motor and pulley auxiliary battery and all sensors A second module provides the power supply of 24v ac from mains 230v ac supply The drive system consists of a Dunker GR63 55 motor SG80 worm drive gearbox drive pulley and ME52 12 shaft encoder Although the DC 02 has been designed primarily for this motor gearbox encoder combination it has the flexibility to accept other motor gear box combinations if desired The kit also comprises a 24v 1 2Ah battery pack and programme key switch In order to obtain the full potential of the DC 02 the system to which the kit is to be retrofitted must be compatible mechanically sound and free running with door weights within the specified limits for DC 02 2 SAFETY INSTRUCTIONS The DC 02 has been designed according to current standards and technical safety regulations including for example limiting o
4. is modified accordingly When the door 15 in deceleration mode the motor current 15 sampled and compared with a pre programmed limit If between samples this limit is exceeded an obstruction is recognized and the door enters into obstruction mode In the third menu level both current and speed sensitivities can be adjusted independently These settings then become the basis for the medium obstruction level in the second level menu Obstruction XXX Level High med low default med XXX displays the datum obstruction level that is set in level 3 This corresponds to the MED level HIGH an LOW settings are 2 levels either side of the MED level 8 The higher the setting the higher the obstruction force required to activate the reversal of the doors Battery voltage Battery voltage XX XV Displays battery volts Supply voltage Supply voltage XX XV Displays supply volts Closed offset This displays the encoder positional offset when the doors are closed With standard set up for a 2M opening bi parting door each offset count represents approx 1mm Closed offset XX Default setting 2 Open offset Open offset XX Default setting 10 Battery monitor Battery monitor ON OFF Default setting ON ON Battery failure or low voltage causes doors to go the state open or closed that is programmed in level 3 The doors will remain in that state until the battery is restored OFF The doors continue to wo
5. of RESET the display should register a positive count If this is not present the encoder signal wires are reversed Direction Default Note From software versions 1 14 onwards the encoder direction setting is automatically set during the initial reset cycle Solenoid lock voltage Lock voltage 12V 24v default setting 12V Motor circuit Motor circuit Default Push Go ON Push go ON Door braked ON The controller can apply either a short circuit or an open circuit to the motor when it is at rest These two conditions correspond to the quasi locked or free to move respectively In the latter condition Push and powered Go is operative From software versions 3 0 onwards Door Braked is the default setting On all versions unless push amp Go is specifically required it is recommended that the Door Braked setting is used Level 3 Level 3 is entered by holding down the IMP and INC buttons whilst the RESET cycle is underway Exit from level 3 back to the reset operation is via ESC Exit from menu 3 to menu 2 is by pressing IMP and DEC together Menu Level 3 Battery failure mode Battery fail Batteryfal S OPEN CLOSE Default setting OPEN Fire mode Fire mode Firemode OPEN CLOSE default setting OPEN 11 Deceleration constant At the end of the fast section of opening or closing the controller decelerates the door at a uniform rate The DECEL constant
6. varies this rate of deceleration A high number indicates higher deceleration Thus if the door tends to under shoot the DECEL constant should be decreased and if the tendency is for overshoot the DECEL constant should be increased Decel constant XX Default setting 25 Obstruction speed sensitivity Speed sense XX default setting 3 Obstruction current sensitivity Current sense XX default setting 10 Power failure mode This determines in the event of power failure whether the doors continues to operate on battery power or the doors revert to the pre programmed failure state i e OPEN or CLOSED Power fail mode CONTIN PRE SET default PRE SET Power failure pre set condition Power fail pre set OPEN CLOSE default setting OPEN Encoder count divide factor If the encoder divide factor is set too low the door will halt at the fully open position during a RESET and the LCD will display Incorrect count XXXX When this occurs the divide factor should be adjusted using the method shown below The number displayed by the LCD panel at the fully open position minus 600 gives the total encoder pulse count between open and close This figure divided by the encoder divide factor should be between the limits 64 and 255 To obtain the best positional accuracy for the door this divided count should be as close to the upper limit of 255 as possible Example Encoder pulse count at fully open position 1800 Differe
7. TROL FUNCTIONS Menu level 2 OBSTRUCTION SENSITIVITY LEVEL and Menu level 3 OBSTRUCTION SENSITIVITY 14 DS 70 OUTSIDE SENSOR HR94 TBD HR94 TBD m vier a HR94 D1 pe ene 2 EE HOL LINKS FITTED IF REMOTE STOP amp FIRE FACILITY NOT USED 13 MORNING ENTRY SWITCH ro Z NO 2 O I A u an 4 m O oO Ko m DE SAREAD BEZA RC OUTSIDE INSIDE T SIDE SCREEN DS70 DS70 HR94 D1 NOTE RELAY NORMALLY BEAM CONTROL open CONTACT TO MIDDLE NOTE 6 CONNECTIONS TERMINAL RELAY COMMON TO OV TERMINAL FOR HR 94 TBD YELLOW amp WHITE LEADS ARE OMITTED ININYOW 6 2 HZC CS PRESENCE SENSOR CONNECTIONS DC 02 ee 6 3 DORMA LOCK CONNEXIONS RELAY LOCK O90 9 LESE LINK BROWN LOCK CABLE 16
8. This can be remedied by re entering menu level 2 Press IMP amp INC together whilst RESET is under way and proceeding as follows Select Direction and change sense Press ESC to return to reset set up phase The doors should now complete the reset cycle 13 Note On versions from 1 14 onwards this is accomplished automatically If the opening phase commences with no upward count the door will stop and reverse to closed It will then open again with the correct A B selection as demonstrated by the upward count If the encoder divide factor in menu LEVEL is incorrectly set the door will halt at the fully open position and the LCD will display incorrect counts Return to MENU LEVEL 3 Encoder Divide Factor and change the divide factor in line with the method given in the instructions With the Encoder Divide Factor correctly set the initial set up is complete 5 2 Optimisation of the door motion Activate the door by pressing the IMPulse button With the BRAKING parameter LEVEL 1 MENU correctly set the door should come smoothly to rest on opening and closing In most applications adjustment of BRAKING CONSTANT should be sufficient for smooth operation It may in a minority of cases also be necessary to adjust the DECEL CONSTANT in menu level 3 This however should not normally be necessary 5 3 Obstruction force levels Check obstruction force levels on door and adjust as necessary see section D CON
9. This will help to reduce the heavy load on the motor which would otherwise occur when frequent reversal of the doors takes place Reset speed Reset speed Default setting 20 XX 5 to 50 in 1 steps Opening speed Opening speed Default setting 70 XX 10 to 98 in 1 steps Closing speed Close speed Default setting 40 XX 10 to 98 in 1 steps 7 Exit Only hold open time Exit only time XX Default setting 7 sec Braking constant Braking constant Default setting 12 XX 3 to 100 in unit steps Braking constant determines the level of braking as the door approaches the final part of its stroke The higher the braking constant the greater the tendency for the door to run on i e the smaller the braking effect Level 2 This is entered by pressing IMP and INC at the same time when in level 1 Menu 15 scrolled by pressing INC or DEC Menu parameters are changed by pressing ENTER when the relevant attribute is displayed and pressing INC or DEC as appropriate Values become fixed when ESC is pressed to return to the outer menu level To return from menu 2 to menu 1 press IMP and DEC at the same time Menu level 2 Obstruction force Two types of obstruction detection are used for different parts of the door opening and closing cycle During the acceleration phase the controller samples the speed of the door If thischanges beyond the programmed limits an obstruction is recognized and the door motion
10. ection only Activation is by the internal approach sensor or by the optional key operated Morning Entry Switch If a lock is fitted and programmed the doors are locked in the closed position RESET BUTTON A system reset may be effected by pressing the small push button on the function key switch for approximately 10 secs when the function switch is set to OPEN 4 2 LCD Display The display has 2 lines each of 16 characters In the normal running modes as defined by the system switch the display will indicate as follows when the door is at rest Automatic Mode Closed AUTOMATIC 600 The number refers to the encoder datum count and is dependent on parameter settings Open mode Hold open CONTINUOUSLY 1780 The number refers to the encoder count in the fully open position and 15 also dependent on parameter settings Closed mode Closed MANUAL OFF 600 Exit only mode Closed EXIT ONLY 600 When the door is in cycle the display will indicate status in sequence as follows XXXX The encoder count will vary as the door position varies Open Fast XXXX Decel Open XX XX Open slow XX XX Hold open Time XX Where XX is the hold open count down in secs 5 Close Fast XXXX Decel Close XXXX Close Slow XXXX lf for any reason the door cycle is interrupted the LCD will display the following Obstruction Followed by either Open slow XXXX if the door was obstructed on closi
11. f forces and speeds It may be dangerous to use it for applications other than that for which it is intended Installation maintenance and repairs to the DC 02 should only be performed by qualified and authorized personnel The DC 02 is designed purely for use on automatic sliding doors The installation should be under cover and not exposed to an outside environment Any use other than the above is deemed to be other than its intended purpose As such the manufacturer cannot accept any liability for any subsequent damage The operator must be aware of the operating conditions of the manufacturers specification and must ensure regular care maintenance and repair Unauthorised modification to the DC 02 system will invalidate all warranties The system must always be run with safety sensors connected During the initial learning cycle all sensors including safety sensors are switched off Care must therefore be taken that no persons or objects are present in the danger zone during this operation The installation is not intended to be disconnected from the mains at night EC DECLARATION OF CONFORMITY We Triton Controls Ltd 2 Randolph Industrial Estate Evenwood Bishop Auckland Co Durham DL14 9SJ Declare that the DC 02 Retrofit controller for automatic sliding doors Conforms to the requirements of the EMC Directive 89 336 EEC and the Low Voltage Directive 73 23 EEC We further declare that the machinery into which it is to be incorpora
12. nce 1800 600 1200 A divide factor of 6 gives a divided count of 1200 6 200 A divide factor of 5 gives a divided count of 1200 5 240 A divide factor of 4 gives a divided count of 1200 4 300 Looking at the above a divide factor of 5 will give best results For a 2M opening bi parting door with the standard motor gearbox pulley belt combination the optimum divide factor will be around 5 or 6 Encoder divide Factor XX default setting 6 Level 4 manual mode This provides a means of checking the basic door controller and motor functions It enables the door to be opened or closed at the reset speed by pressing the INC or DEC buttons respectively Entry to the level 4 manual mode is gained by holding down the INC and DEC buttons whilst the RESET is under way Press RESET again to exit from level 4 manual mode and return to the reset operation 5 SET UP PROCEDURE 5 1 Initial set up All connections apart from the activation sensors having been made the system is ready for power up Manually set doors to half way position Switch on If motor connection 15 correct the doors should start to close If not switch off and reverse motor connections If door starts by closing allow the RESET to continue The doors will close and after a short pause will commence to open As the door opens observe LCD display This should count from 600 upwards If this does not occur it indicates that the encoder connections are reversed
13. ng Close slow XXXX if the door was obstructed on opening After being obstructed the door will operate in creep mode on the first part of the subsequent cycle and the display will read Creep obstruct XXXX It will also display the above message if the side screen sensor detects presence on the opening stroke 4 3 Keypad functions RESET ESC SN N ENTER All control parameters and program functions are access via the 6 button keypad Access is in 3 distinct levels Level 1 controls basic user adjustments such as door speeds and timings Level 2 provides a level of parameter adjustments that should only be accessed by qualified technicians Level 3 should be approached with care The settings in menu level 3 should not normally need to be varied from the default values Menu functions and parameters appear on the LCD Display Level 1 This is entered by pressing ENTER The menu is scrolled by pressing INC or DEC Menu Level 1 To vary the settings press ENTER and change the value using INC or DEC When adjustments are complete return to the menu with ESC A further press of ESC exits the menu The LCD display for the various attributes are as follows Stand open time Hold open Default setting 5 secs Seconds XX 7 to 60s in 1 5 steps In situations where pedestrian traffic is very heavy or continuous it is advisable to set the hold open time to a higher value of 10 secs or more
14. rk normally under mains power when battery fails Digital inputs Digital inputs 1001101101 The sequence of 0 and 1 indicates the state of the sensor and encoder inputs indicates sensor input inactive and 1 indicates sensor input active This can be demonstrated by pushing the door manually and observing digit No 1 on the display Digit No Input From LHS Encoder Sensor 1 inside 6 MomingEnty 8 ___ 57 Sensor 2 outside HZC status The output of an HZC CS presence sensor may be connected into the HOLD input in place of holding beams HZC on off ON OFF Default OFF Lock configuration LOCK CONFIGURATION Fail secure Fail safe Default Fail secure In FAIL SECURE powered OFF mode the doors will be locked with no power applied to the solenoid lock The door will therefore remain locked on power failure In FAIL SAFE powered ON mode the doors will be unlocked with no power applied to the solenoid lock HZC mute This function suppresses the bleep from the HZC presence sensor when an object is detected HZC Mute Press ent gt inc Solenoid lock LOCK FITTED YES NO Default setting NO Factory settings This returns all parameters to their default setting FACTORY SETTINGS Press ent gt inc 10 Encoder direction sense If the encoder inputs are wrongly wired this facility allows the inputs to be switched over without the need for re wiring During the opening phase
15. s of the proposed EN norm for safety of automatic doors 24V 1A DC supply for sensors 5V DC supply for motor encoder Encoder quadrature inputs Activation sensor 1 inside normally OPEN Activation sensor 2 outside normally OPEN Hold Holding beam or HZ C presence sensor input normally CLOSED Side screen sensor s Can support integral buzzer sensors HR94 TBC or Standard sensor with relay output providing signal to initiate alarm and creep motion Morning entry momentary key switch Fire Alarm NORMALLY CLOSED Emergency Stop NORMALLY CLOSED Reset System switch 4 position key switch CLOSED OPEN EXIT ONLY AUTOMATIC 3 4 OPERATING INSTRUCTIONS AND CONTROL FUNCTIONS 4 1 System switch The function switch is fitted with a 4 position rotary key switch which is used to set the various modes of operation The key switch can be withdrawn in any position Q EXIT ONLY L A 5 0 D OPEN Modes of operation AUTOMATIC This is the standard operating mode The door is actuated by the actuation of Sensor 1 or Sensor 2 the approach sensors or by pressing the Impulse button on the key pad The door closes again after the hold open time has expired OPEN The door remains continuously open CLOSED The door remains continuously closed and if a lock is fitted and programmed locked EXIT ONLY The door operates in automatic mode but in one dir
16. ted or to which it is to be a component should conform to the provisions of Directive 98 37 EC P P Clarke Technical director 3 SPECIFICATION 3 1 User Interface Manual adjustment of operating parameters via push buttons with on board LCD display All parameters stored in non volatile memory Impulse push button to initiate door opening cycle Reset push button to initiate a full system reset also by remote facility System switch 4 position key switch CLOSED OPEN EXIT ONLY AUTOMATIC Optional 2 position Morning Entry switch 3 2 Power Supply Input Nominal 230v ac mains 50 to 60 Hz Output Nominal 34v DC motor supply Emergency battery 24V 1 2 Operating Temperature 20 C to 50 c 3 3 Controller On board features Liquid crystal display with 2 lines of 16 characters Pushbuttons for RESET IMPULSE ENTER INCREMENT DECREMENT amp ESCAPE Audible warning Battery conditioning amp monitoring Outputs Inputs Motor reversible 0 to 34V DC PWM speed control Lock solenoid programmable 12V or 24V DC and for powered ON FAIL SAFE or powered OFF FAIL SECURE Relay Configured to supply HZ C ultrasonic presence sensor initialisation self teaching pulse HZ C CS constant sensing presence sensor self test pulse output Note The last 2 items apply when HZ C CS presence sensor is fitted in lieu of safety beams The self test feature enables the HZ C CS to meet the self test requirement
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