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E145 

45 

732784 - Rev. A

ENGLISH

11. FUNCTION LOGICS

This table summarizes the function logics.

For a detailed description of each one, see the queued Tables.

LOGIC

Automated system 

status: stopped 

Automated system 

status: in motion

Status: photocell 

involvement

E

Semiautomatic An OPEN pulse opens 

the gate and the 

following one will close it

An OPEN pulse while 

opening stops and 

reopens during closing

During motion, the 

photocells reverse

EP

Semiautomatic, 

Step-by-Step

An OPEN pulse opens 

the gate and the 

following one will close it

An OPEN pulse during 

motion blocks 

During motion, the 

photocells reverse

S

Automatic 

Safety

An OPEN pulse opens 

the gate and closes 

automatically after the 

pause time 

An OPEN pulse during 

pause closes and 

reverses during motion 

The closing photocells 

reclose the gate during 

pause; they memorise 

closing during opening 

and immediately 

reverse during closing   

SA

Automatic 

Safety 

reversing 

during pause

An OPEN pulse opens 

the gate and closes 

automatically after the 

pause time

An OPEN pulse during 

pause closes; during 

opening it has no effect; 

it reverses during 

closing

The closing photocells 

reset the pause time

SP

Automatic 

Safety 

Step-by-Step

An OPEN pulse opens 

the gate and closes 

automatically after the 

pause time 

An OPEN pulse during 

pause closes and 

during motion blocks 

the operation 

The closing photocells 

reclose the gate during 

pause; they memorise 

closing during opening 

and immediately 

reverse during closing

A1

Automatic 1

An OPEN pulse opens 

the gate and closes 

automatically after the 

pause time 

An OPEN pulse 

during opening is 

ignored, during pause 

it recharges the pause 

time and during closing 

it reopens the leaves

The closing photocells 

reclose the gate during 

pause; they memorise 

closing during opening 

and immediately 

reverse during closing

Summary of Contents for E145

Page 1: ...E145 E145...

Page 2: ...remote Programmer conformstotheessentialsafetyrequirementsofthefollowingEECdirectives 2006 95 EC Low Voltage Directive 2004 108 EC Electromagnetic Compatibility Directive Additional note this product...

Page 3: ...ollowing instructions Incorrect installation or incorrect use of the product could cause serious harm to people 2 Carefullyreadtheinstructionsbeforebeginning to install the product 3 Donotleavepacking...

Page 4: ...NECTOR 14 4 8 J14 Decoder Minidec RP RAPID CONNECTOR 14 4 9 M1A X COM MODULe RAPID CONNECTOR 14 4 10 traditional photocells 15 5 PROGRAMMING 18 5 1 Basic PROGRAMMING functions 19 5 2 Advanced PROGRAMM...

Page 5: ...Programmable on 50 levels Connector inputs Decoder Minidec RP X COM XF433 868 Module USB A USB B Terminal board inputs Mains power supply from 90 to 260V Inputs from IN1 to IN5 Limit switch BUS 2EASY...

Page 6: ...L2 DL3 DL4 ENGLISH 3 BOARD LAYOUT 2 PREPARING FOR INSTALLATION For safety reasons it is important for people to carefully follow all the warnings and instructions contained in this manual Incorrect in...

Page 7: ...4 BUSMON BUS 2EASY diagnostic signalling LED DL15 Device signalling LED to BUS 2EASYACTIVE DL16 Microprocessor power presence LED DL17 24V Accessories power supply presence LED J1 90V a 260V Power sup...

Page 8: ...c switch has been in stalled N Power Supply Connection from 90 V to 260 V Neutral L Power Supply Connection from 90 V to 260 V Line Motor for SINGLE LEAF or FIRSTLEAFwhenopening closes for the second...

Page 9: ...ore than one STOP device connect the N C contacts in series see related Fig If stop devices are NOT connected jumper the terminals STOP and GND 12 IN4 FSW CL contact N C closing safety Connect a photo...

Page 10: ...whatever position the stopped leaf is in When BUS 2EASY encoder is enabled the electric lock is operated only before opening the closed leaf 22 LOCK 2 Electric lock 12 V or 24 V operated 2 sec before...

Page 11: ...ding on their position and operation mode Photocells during closing trip only during the closing of the automated system suitable for protecting the closing area from risk of impact Photocells during...

Page 12: ...lable by programming via a PC MAC see dedicated instructions Dip1 Dip2 Dip3 Dip4 TYPE OF PHOTOCELLS OFF OFF OFF OFF OPENING max 6 pairs OFF OFF OFF ON OFF OFF ON OFF OFF OFF ON ON OFF ON ON OFF OFF ON...

Page 13: ...LEDs located on the body of each encoder LEAF 1 opens first and closes last 1 LED on On leaf 1 check that with the motor stopped LEDs DL1 and DL2 are on On leaf 2 check that with the motor stopped LED...

Page 14: ...MODULE RAPID CONNECTOR Plug in rapid connector dedicated to OMNIDEC 2 channel decoding module ALWAYS cut off power to the board BE FORE inserting removing the module 4 8 J14 DECODER MINIDEC RP RAPID...

Page 15: ...otecting the opening area from risk of impact Photocells for opening closing trip during both the opening and closing suitable for protecting the entire movement area from risk of impact Pulse generat...

Page 16: ...24V 20 21 22 IN1 IN2 IN3 IN4 IN5 9 10 11 12 13 14 15 16 17 18 19 20 21 22 9 10 11 12 13 14 15 16 17 18 19 20 21 22 9 10 11 12 13 14 15 16 17 18 19 OP A OP B STOP CL FSW OP OUT1 OUT2 LK1 LK2 24V 20 21...

Page 17: ...10 11 12 13 14 15 16 17 18 19 20 21 22 9 10 11 12 13 14 15 16 17 18 19 OP A OP B STOP CL FSW OP OUT1 OUT2 LK1 LK2 24V 20 21 22 IN1 IN2 IN3 IN4 IN5 TX CL RX CL 1 2 5 4 3 1 2 TX OP CL RX OP CL 1 2 5 4...

Page 18: ...w faacgroup com The programming using a PC MAC with the de fault PASSWORD does not inhibit the program ming by board The writing PC will be displayed in correspondence with the modified values Notes w...

Page 19: ...e default settings Y LO FUNCTION LOGICS E Semi automatic EP Semi automatic Step by Step S Automatic Safety Devices SA Automatic with reversal during pause SP Automatic Step by Step Safety Devices A1 A...

Page 20: ...selected Adjustable from 00 to 59 sec in 1 second steps Next the value 59 the viewing changes to minutes and tenths of a second separated by a decimal point and time is adjusted in 10 second steps up...

Page 21: ...motors are used power must be programmed to maximum level 50 25 En ENCODER USE You can enable disable the use of encoders both BUS and GATECODER encoders Y encoders on both motors no encoders disable...

Page 22: ...error 14 configuration error until the SETUP is performed again or until the previous value is restored no Br SLIDING LEAF BRAKING displayed only if function CF 2 or CF PC Lets you set the braking tim...

Page 23: ...the configuration you just performed 1 set the choice Y to SAVE and EXIT the programming no to EXIT the programming WITHOUT SAVING 2 press the button F to confirm at the end the display returns to vi...

Page 24: ...y activating the motors at maximum power during final closing Y enabled for 2 sec no disabled In case of systems with an absolute encoder to enable this function a setup must be performed using the au...

Page 25: ...RATION You can adjust the deceleration space as a percentage of the total travel of leaf 1 Adjustable from 00 to 99 in 1 steps 00 no deceleration 01 minimum deceleration space 99 maximum deceleration...

Page 26: ...stacle detected in the same direction and position will be defined as a contact point and the leaf will stop in that position 00 minimum sensitivity maximum time before reversal 10 maximum sensitivity...

Page 27: ...n active when OPENING and with automated system OPEN 14 timed output which can be activated from the second radio channel OMNIDEC see function t1 15 output which can be activated from the second radio...

Page 28: ...the programmed number of cycles has been reached as defined in subsequent two functions nc and nd Signaling consists of a pre flashing of 8 sec in addition to the time may already be set with the fun...

Page 29: ...choosing whether or not to save the configuration you just performed 1 set the choice Y to SAVE and EXIT the programming no to EXIT the programming WITHOUT SAVING 2 press the button F to confirm at t...

Page 30: ...show the BUS 2EASY devices status see the figure 2 Perform the entry simultaneously press and hold and for at least 5 sec during this time the display will blink 3 Y will appear as a confirmation of...

Page 31: ...of BUS device recognised through the entry 1 Press and hold the button during stand by visualisation the segments corresponding to at least one entered device will go ON E g To check the condition of...

Page 32: ...nals 2 3 for leaf 1 motor and terminals 5 6 for leaf 2 motor 3 With the gate leaves closed launch SETUP by pressing and holding and until S1 begins to flash on the display about 3 sec 4 Release e Leaf...

Page 33: ...PEN A pulse for stopping motion is ignored FC FC 02 02 the limit switch determines the start of deceleration send an OPEN A pulse only after involving the closing limit switch SET UP for SLIDING LEAFS...

Page 34: ...n pause close regardless of the selected logic 6 1 MEMORISING THE SLH SLH LR RADIO CONTROLS 1 Press and hold R1 SW1 OPENAprogramming or R2 SW2 OPEN B CLOSE programming 2 After keeping the button press...

Page 35: ...button of the memorised radio control twice in succession The automated system will perform an opening cycle Ensure that there are no obstacles by people or things during the automated system movemen...

Page 36: ...indicating that memorisation has been completed and will begin flashing again for another 20 sec during which you can memorise other radio controls and will finally go off 6 3 MEMORISING DS RADIO CONT...

Page 37: ...de 1 Press and hold R2 R2 2 After pressing for about 5 sec the DL12 LED begins to flash slowly after another 5 sec of slow flashing and holding the LEDs DL11 and DL12 begin flashing more rapidly cance...

Page 38: ...DL J4 BAT1 CR2032 CONN ONNE NNE NNE NE ONNE NNE NNE NE NE E NNE NE NE E NE NE NE NE NE NE NE N NE E E E E E E NE E E E EC C C C C C C C CT C CT CT CT CT CTI CT CTIVI C C C C CT CT CT CTIV C CT TY Y Y...

Page 39: ...ces have the same address 0 9 BUS 2EASY output short circuit Check the connections of the connected and entered BUS 2EASY devices 1 0 Motor 2 limit switch error Check the limit switch connections for...

Page 40: ...at SETUP 2 8 Nr of consecutive obstacles exceeded during closing Remove any possible obstacle Should the problem persist repeat SETUP 3 0 XF radio code memory full Cancel the radio codes that are not...

Page 41: ...correctly Repeat if necessary C The gate does not reverse when the photocells are engaged Check that the traditional photocells are correctly wired and that the BUS photocell configuration is correct...

Page 42: ...generated named and placed as shown in fig in case of transfer from the board to the USB memory If at board power up a USB memory is detected inserted in the board J8 connector after displaying the wr...

Page 43: ...sed simultaneously for at least 5 seconds you will access the board update The writing no will disappear and in its place the writing and the USB DL10 LED will begin flashing Once updating is complete...

Page 44: ...ppear 00 Storage the Timer configuration file will be saved in the format E145_xxx trm where xxx 000 001 002 etc depending on how many Timer configuration files there are in the USB memory 0 1 Copy th...

Page 45: ...uring pause they memorise closing during opening and immediately reverse during closing SA Automatic Safety reversing during pause An OPEN pulse opens the gate and closes automatically after the pause...

Page 46: ...An OPEN pulse during opening is ignored during pause it resets the pause time and during closing it reopens the leaves The closing photocells recharge the pause time b Semiautomatic b OPEN B inputs b...

Page 47: ...STOPS OPENS AT RELEASE OPEN STOPS SAVES CLOSE STOPPED RESTARTS MOVING IN THE OPPOSITE DIRECTION ALWAYS CLOSES AFTER STOP CLOSES NO EFFECT OPEN CLOSE DISABLED NO EFFECT OPEN DISABLED NO EFFECT CLOSE D...

Page 48: ...HOUT PAUSE TIME STOPS OPENS AT RELEASE THEN CLOSES WITHOUT PAUSE TIME STOPPED CLOSES NO EFFECT OPEN CLOSE DISABLED NO EFFECT OPEN DISABLED NO EFFECT CLOSE DISABLED NO EFFECT OPEN CLOSE DISABLED S AUTO...

Page 49: ...ES CLOSE STOPPED RESTARTS MOVING IN THE OPPOSITE DIRECTION ALWAYS CLOSES AFTER STOP CLOSES NO EFFECT OPEN CLOSE DISABLED NO EFFECT OPEN DISABLED NO EFFECT CLOSE DISABLED NO EFFECT OPEN CLOSE DISABLED...

Page 50: ...EFFECT STOPS NO EFFECT REVERSES 2 STOPS OPENS AT RELEASE OPEN STOPS SAVES CLOSE STOPPED CLOSES NO EFFECT OPEN CLOSE DISABLED NO EFFECT OPEN DISABLED NO EFFECT CLOSE DISABLED NO EFFECT OPEN CLOSE DISA...

Page 51: ...ES 2 STOPS OPENS AT RELEASE SAVES OPEN CLOSE STOPPED OPENS CLOSES NO EFFECT OPEN CLOSE DISABLED NO EFFECT OPEN DISABLED NO EFFECT CLOSE DISABLED NO EFFECT OPEN CLOSE DISABLED At AUTOMATIC WITH TIMER F...

Page 52: ...ABLED CLOSING OPENS NO EFFECT STOPS NO EFFECT REVERSES 2 STOPS OPENS AT RELEASE SAVES OPEN CLOSE STOPPED OPENS CLOSES NO EFFECT OPEN CLOSE DISABLED NO EFFECT OPEN DISABLED NO EFFECT CLOSE DISABLED NO...

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