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INDEX

T011S ver. tS2112 ......................................................................................2

MENU NAVIGATION...................................................................................2

TROUBLE SHOOTING..................................................................................2

-- 

STAND BY........................................................................3

- 

REMOTE TRANSMITTING................................................3

5t 

STOP................................................................................3

tC

 / 

td

 

EXTERNAL PHOTOCELL LOGIC 1/2.......................3

tA 

INTERNAL PHOTOCELL ...................................................3

FH 

INT.+EXT. PHOTOCELLS....................................................3

Go 

START..............................................................................3

PE 

PEDESTRIAN....................................................................3

oP

 / 

CL 

OPEN / CLOSE......................................................3

Po

 / 

PC 

DEAD MAN OPEN/CLOSE ....................................3

FA

 / 

LA 

OPENING LIMIT SWITCH N.C./N.O.......................3

FC

 / 

LC 

CLOSING LIMIT SWITCH N.C./N.O........................3

1H 

LIMIT SWITCHES ERROR.................................................3

Eo 

DOMUS INPUT ..............................................................3

rt 

RANGE TEST REMOTE....................................................3

EL 

ELECTRIC-LOCK..............................................................3

oC

     DOMUS REMOTE...........................................................3

0t 

CONTROL BOARD DAMAGED........................................3

1t 

TEST PHOTOCELLS FAILED..............................................3

5L 

ASSISTANCE REQUEST....................................................3

9A 

MOTOR TEST FAILED......................................................3

7A 

OBSTACLE DETECTED.....................................................3

8A 

SLOWDOWN OBSTACLE DETECTED...............................3

FF 

MEMORY FULL...............................................................3

00

 a 

99 

MOTOR STRESS....................................................3

INSTALLING RADIO MODULE......................................................................3

TYPICAL INSTALLATION..............................................................................3

CONNECTIONS...........................................................................................4

GLOSSARY..................................................................................................5

STAND BY ..........................................................................................5
OPENING ...........................................................................................5
PAUSE................................................................................................5
CLOSING ............................................................................................5
STOP OPENING ..................................................................................5
STOP CLOSING....................................................................................5
CLOSING ............................................................................................5
INPUT IS ACTIVATED ..........................................................................5
START COMMANDS ...........................................................................5
SAFETY COMMANDS .........................................................................5
STANDARD WORKING CYCLE..............................................................5

MOTOR......................................................................................................6

A1 

STANDARD WORKING TIME.....................................................6

A2 

SLOWDOWN WORKING TIME..................................................6

A3 

START UP TIME .......................................................................6

A5 

STANDARD FORCE...................................................................6

A6 

SLOWDOWN FORCE................................................................6

A7 

STANDARD OBSTACLE DETECTION THRESHOLD.......................6

A8 

SLOWDOWN OBSTACLE DETECTION THRESHOLD....................6

A9 

MOTOR BRAKE........................................................................6

SENSOR OPERATING MODE........................................................................7

FUNCTIONS................................................................................................9

F0 

AUTO-CLOSE TIME...................................................................9

F1 

PEDESTRIAN WORKING  TIME.................................................9

F2 

CLOSING KICK..........................................................................9

F3 

BLINKING TIME........................................................................9

F4 

KICK BACK AT OPENING...........................................................9

F5

 and 

F6

 STANDARD, COMMUNITY MODE, STEP BY STEP ..........9

F7 

FAST CLOSURE.........................................................................9

F8 

PHOTOCELLS LOGIC.................................................................9

L0 

ELECTRIC LOCK........................................................................9

L1 

COLD WINTER FUNCTION........................................................9

L4 

RECOVERY CYCLE...................................................................10

L5 

ASSISTANCE REQUEST COUNTER...........................................10

L6 

WORKING CYCLE COUNTER...................................................10

L7 

FLASHING LAMP  MODE........................................................10

TEST.........................................................................................................10

t1 

PHOTOCELLS TEST.................................................................10

t2 

MOTOR TEST.........................................................................10

PER-PROGRAMMED CONFIGURATIONS....................................................11

d0 

FACTORY CONFIGURATION....................................................11

REMOTE CONFIGURATION .......................................................................12

r0 

ERASE A REMOTE KEY............................................................12

SAVING A REMOTE KEY....................................................................12

   r1 

START ........................................................................12

   r2 

STOP .........................................................................12

   r3 

PEDESTRIAN ..............................................................12

   r4 

FAST CLOSURE ...........................................................12

r5 

ERASE ALL REMOTE CONTROLS    ..........................................12

PROGRAMMABLE RADIO FUNCTIONS..............................................12

   r6 

OPEN, CLOSE, DEAD MAN, RANGE TEST, EL.-LOCK.....12

   r7 

OPEN, CLOSE, DEAD MAN, RANGE TEST, EL.-LOCK ....12

   r8 

OPEN, CLOSE, DEAD MAN, RANGE TEST, EL.-LOCK.....12

FAR REMOTE SAVING.......................................................................12

TERMINAL BLOCK INPUTS........................................................................13

no 

DISABLED...............................................................................13

5t 

STOP .....................................................................................13

tC 

EXTERNAL PHOTOCELL LOGIC 1 ............................................13

td 

EXTERNAL PHOTOCELL LOGIC 2.............................................13

tA 

INTERNAL PHOTOCELL ..........................................................13

Go 

START....................................................................................13

PE 

PEDESTRIAN..........................................................................13

oP CL 

/

OPEN/CLOSE .................................................................13

Po PC 

/

DEAD MAN OPEN/CLOSE ..............................................13

FA LA 

/

OPENING LIMIT SWITCH N.C. / N.O. .............................13

FC LC 

/

CLOSING LIMIT SWITCH  N.C. / N.O...............................13

Eo

     DOMUS (NO).........................................................................13

EL 

ELECTRIC-LOCK

 ...............................................................13

PROGRAMMING PROCEDURE..................................................................14

         

P1 

SEMI-AUTOMATIC PROGRAMMING..............................14

         

P3 

AUTOMATIC PROGRAMMING........................................14

OBSTACLE PROGRAMMING......................................................................15

P6

  OBSTACLE PROGRAMMING ..........................................15

INTRODUCTION DOMUS MODULE...........................................................16

RECYCLE ..........................................................................................17

 

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Содержание T011S

Страница 1: ...3DOLDQR 5 WDO RFDOLWj HUYLQDUD 7HO D 9LD 9LFLQDOH VQF LQIR WHFQRDXWRPD LRQH FRP ZZZ WHFQRDXWRPDWLRQ FRP 7 7HFQR XWRPD LRQH V U O A K M 7 W M J 7 M K A b M J 7HO HTSYWTQ ZSNY KTW XQNINSL LFYJX 86 5 0 18 aċČČ 1 ...

Страница 2: ...sensory or mental capabilities or lack of experience and knowledge if they have been given supervision or instruction concerning use of the appliance in a safe way and understand the hazards involved Children shall not play with the appliance Cleaning and user maintenance shall not be made by children without supervision ...

Страница 3: ...OSE TIME 9 F1 PEDESTRIAN WORKING TIME 9 F2 CLOSING KICK 9 F3 BLINKING TIME 9 F4 KICK BACK AT OPENING 9 F5 and F6 STANDARD COMMUNITY MODE STEP BY STEP 9 F7 FAST CLOSURE 9 F8 PHOTOCELLS LOGIC 9 L0 ELECTRIC LOCK 9 L1 COLD WINTER FUNCTION 9 L4 RECOVERY CYCLE 10 L5 ASSISTANCE REQUEST COUNTER 10 L6 WORKING CYCLE COUNTER 10 L7 FLASHING LAMP MODE 10 TEST 10 t1 PHOTOCELLS TEST 10 t2 MOTOR TEST 10 PER PROGR...

Страница 4: ...s EL electric lock 7 8 E7 BOARD S COMPONENTS A Button A B Button B C Button C D Button D F1 250 VAC power fuse 5A F4 Resettable fuse 24V 1 6A F5 Resettable fuse 24V 0 6A A B C Ground terminals CN Primary varistor V1 Secondary varistor V2 Terminal block pins 1 to 20 Button A RESETTABLE FUSE AFTER A SHORT CIRCUIT TURN OFF THE CONTROL BOARD REMOVE THE SHORT CIRCUIT WAIT FOR 60 SECONDS OR MORE TURN ON...

Страница 5: ...pening Closing limit switches activated at the same time Eo DOMUS INPUT Domus input closed Terminal block 1 7 Normally open E1 E7 Eo rt RANGE TEST Range test remote key pressed stored using programmable radio functions EL ELECTRIC LOCK Electric lock input closed Terminal block 1 4 7 N O E1 E4 E7 EL Electric lock remote key pressed Stored using programmable radio functions oC DOMUS REMOTE Domus rem...

Страница 6: ...NSTALLATION www tecnoautomazione com Pag 4 17 RADIO BODY BODY RADIO BASE LIGTHS max 10W 24V COVER COVER ANTENNA COVER ANTENNA BASE Screws and stops not included 3 5mm x 13mm 3 5mm x 13mm 4 mm x 35mm 4 mm x 35mm stop Ø 6mm stop Ø 6mm 3 5 mm x 9mm 3 5 mm x 9mm Antenna Flashing lamp External photocells wire to input 3 INTERNAL OF THE PROPERTY Internal photocells wire to input 4 Motor ...

Страница 7: ...CH N A LC E6 OPENING LIMIT SWITCH N C FA OPENING LIMIT SWITCH N A LA E7 PEDESTRIAN PE OPEN oP CLOSE CL DEADMAN OPENN Po DEAD MAN CLOSE PC DOMUS Eo ELECTRIC LOCK EL PHOTOCELLS TRANSMITTER E3 EXTERNAL PHOTOCELLS N C tC E4 DISABLED no INTERNAL PHOTOCELLS N C tA EACH INPUT CAN BE DISABLED by settings its value to no Inputs 2 3 and 4 have auto enable functionality if the input is disabled no and a norm...

Страница 8: ...tween the type of inputs but only between the functions INPUT IS ACTIVATED An input is activated when its state changes from the standard state For example a photocell is activated when the beam from the transmitter to the receiver is broken while a generic switch push button or remote key is activated when it is pushed down All these actions are recognized by the control board which shows these c...

Страница 9: ...ate The control board will make a decision in accordance with its programming as described in SENSOR OPERATING MODE see page 7 When the motor is on and the standard working time is in progress the control board display shows the motor stress as number You can use this value as a feedback value 00 is the minimum and 99 is the maximum The maximum value can be lower than 99 It depends on the motor To...

Страница 10: ...e detection mode If the opening limit switch input is not installed E6 no and the opening is in progress The sensor works in obstacle detection mode during the standard working time A1 During the slowdown A2 the sensor works in limit switch mode If the opening limit switch input is not installed E6 no and the slowdown phase is disabled A2 00 The sensor works in limit switch mode during the opening...

Страница 11: ...st opening once the external photocells have been activated the gate will start to close after 5 seconds For safety reasons it is advisable to enable this function only when two pairs of external photocells are installed as shown in TYPICAL INSTALLATION F7 PHOTOCELLS LOGIC F8 SI SLIDING MODE During the opening If the internal photocell is activated the control board stops the opening and starts th...

Страница 12: ...ng cycles from 3 1 to 3 9 from 1000 to 9000 working cycles from 4 1 to 4 9 from 10000 to 90000 working cycles from 5 1 to 5 9 from 100000 to 900000 working cycles For instance if L5 3 3 the assistance request function is activated after 3000 working cycles Press a control board button to clear the assistance request L5 WORKING CYCLE COUNTER L6 is the gate working cycles counter from 1 to 9 million...

Страница 13: ...ING KICK 0 s A5 STANDARD FORCE 6 10 E4 INPUT 4 no DISABLED F3 PRE BLINKING TIME 1 s A6 SLOWDOWN FORCE 10 10 E5 INPUT 5 FC CLOSING LIMIT SWITCH F4 KICK BACK AT OPENING 1 s A7 STANDARD OBSTACLE THRESHOLD no E6 INPUT 6 FA OPENING LIMIT SWITCH F5 STEP BY STEP no A8 SLOWDOWN OBSTACLE THRESHOLD no E7 INPUT 7 PE PEDESTRIAN F6 COMMUNITY MODE no A9 MOTOR BRAKE no F7 FAST CLOSURE no F8 PHOTOCELLS LOGIC SI T...

Страница 14: ...OTE CONTROLS Keep pressing A or B button until the display shows r5 After a few seconds the control board shows no To erase all stored codes hold down button C until the display stops flashing SI YES r5 PROGRAMMABLE RADIO FUNCTIONS The programmable radio functions are open only oP close only CL dead man open Po dead man close PC and rt range test To save see Saving a remote key To set a function s...

Страница 15: ...Go START PE The PEDESTRIAN START function begin a PEDESTRIAN WORKING CYCLE the gate opens for F1 seconds N O INPUT 7 E7 PE PEDESTRIAN oP CL The open close function opens close the gate The close function does not work if the gate is closed It works even the gate closed but only at the power on N O INPUT 1 E1 oP CL INPUT 2 E2 oP CL INPUT 7 E7 oP CL OPEN CLOSE Po PC The dead man functions allow the ...

Страница 16: ...l to the value shown on the display After the programming you can modify each parameter manually P1 AUTOMATIC PROGRAMMING P3 YOU NEED START Button For saving a remote key as START using buttons A B to select r1 hold down the remote key then press button C on the control board Check the motor direction Check if the terminal block inputs work properly The opening limit switch installed or mechanical...

Страница 17: ...mum motor stress when an obstacle is in the path of the gate 5 The display shows 2 motor A opens for 4 seconds motor stops The control board has detected the motors stress without any obstacle 6 The display show s 3 the gate returns to initial position When motor stops the procedure is finished If the display shows 9P an error has occurred during the procedure Any command during the steps 2 3 4 5 ...

Страница 18: ...ghts can be controlled by terminal block input remote key and or gate status The most useful functions are ON ON OFF ON from 0 to 99 Seconds Minutes Hours DOMUS controls up to 3 lights The lights can be controlled with a single command with different function for each output I E Turn On output 1 and Turn Off output 2 ELECTRIC LOCK For this application you need of an external DC power supply and an...

Страница 19: ... and prevent any potential negative effects on human health and the environment which could otherwise arise from inappropriate waste handling Please contact your local authority for further details of your nearest designated collection point Penalties may be applicable for incorrect disposal of this waste in accordance with you national legislation For professional users in the European Union If y...

Страница 20: ...6 5 0 18 aċČČ 1 VHMS A 7b MJ 0 1 7 3DOLDQR 5 WDO RFDOLWj HUYLQDUD 7HO D 9LD 9LFLQDOH VQF LQIR WHFQRDXWRPD LRQH FRP ZZZ WHFQRDXWRPDWLRQ FRP 7 7HFQR XWRPD LRQH V U O A K M 7 W M J 7 M K A b M J 7HO J XMTU ...

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