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5

ENGLISH

3.2 DESCRIPTION OF COMPONENTS 

LCD

SIGNALS AND PROGRAMMING DISPLAY 

SW1

R1

” PROGRAMMING PuSh-BuTTON

SW2

R2

” PROGRAMMING PuSh-BuTTON

SW3

SETUP

” PuSh-BuTTON

SW4

+

” PROGRAMMING PuSh-BuTTON

SW5

-

” PROGRAMMING PuSh-BuTTON

SW6

F

” PROGRAMMING PuSh-BuTTON

SW7

RESET SW

” SOFTWARE RESET PuSh-BuTTON

DL1

INPuT STATuS CONTROL LED “

IN1

DL2

INPuT STATuS CONTROL LED “

IN2

DL3

INPuT STATuS CONTROL LED “

IN3

DL4

INPuT STATuS CONTROL LED “

IN4

” 

DL5

INPuT STATuS CONTROL LED “

IN5

” 

DL6

INPuT STATuS CONTROL LED “

FCA1

” 

DL7

INPuT STATuS CONTROL LED “

FCC1

” 

DL8

INPuT STATuS CONTROL LED “

FCA2

” 

DL9

INPuT STATuS CONTROL LED “

FCC2

” 

DL10

INPuT STATuS CONTROL LED “

ENC1

DL11

INPuT STATuS CONTROL LED “

ENC2

DL12

SIGNALLING LED FOR DEVICE 

BUS-2EASY

 ACTIVE

DL13

SIGNALLING LED FOR

 BUS 2-EASY

 DIAGNOSTICS

DL14

LED SIGNALLING PRIMARY POWER ON

DL15

LED SIGNALLING SECONDARY POWER ON (See chap.9)

DL16

SIGNALLING LED FOR 

“SW1”

 PuSh-BuTTON (

R1 

PuSh-BuTTON)

DL17

SIGNALLING LED FOR 

“SW2”

 PuSh-BuTTON (

R2 

PuSh-BuTTON)

DL18

SIGNALLING LED FOR 

“SW3”

 PuSh-BuTTON (

SETUP 

PuSh-BuTTON)

DL19

PRESSuRE SIGNALLING LED 

“RESET SW”

 PuSh-BuTTON 

DL20

ALARM SIGNALLING LED “

ALARM

J1

POWER FEEDER SWITChING CONNECTOR (PRIMARY POWER) 

J2

SECONDARY POWER SELECTOR

J3

CONNECTOR FOR CONNECTION TO BuS-2EASY DEVICES 

J4

CONNECTOR FOR TERMINAL BOARD INPuTS (see chap.4.) 

J5

CONNECTOR FOR OuT2 OuTPuT (see 2nd level prog.) 

J6

TRAVEL LIMITS CONNECTOR

J7

CONNECTOR FOR LEAF  AND LEAF 2 ENCODER INPuTS

J8

CONNECTOR FOR OuT OuTPuT (see 2nd level prog.) 

J9

FLAShING LAMP OuTPuT CONNECTOR

J10

CONNECTOR FOR ELECTRICAL LOCK OuTPuT

J11

LEAF  MOTOR CONNECTOR

J12

LEAF 2 MOTOR CONNECTOR

J13

CONNECTOR FOR RECEIVER MODuLE XF433/XF868

J14

CONNECTOR: DECODER / MINIDEC / RP RECEIVER

J15

uSB CONNECTOR FOR PROGRAMMING FROM PC

M1A

MODuLE X-COM CONNECTOR

Primary power feed 
from mains

with switching power feed

230/5 V~ - 50/60 hz

Secondary power 
feed

24 Vdc - 6 A max.

(min. 20 Vdc. - max. 28 Vdc.) 

Power absorbed  
from mains

stand-by = 4W

max. ~ 400 W

Max. load 
for motor

7 A

Power feed 
for accessories 

24 Vdc

Accessories 
max. current

 24Vdc max. 500 mA

BuS-2EASY max. 500 mA

Battery charge 
current

80 mA

Operating ambient 
temperature

(-20 - +55) °C

Protective fuses  
for unit

All self resetting

Protective fuses for 
power pack

2.5 A

TECHNICAL SPECIFICATIONS

Function logics

Semiautomatic, Automatic,  

“step-by-step” Semiautomatic, Automatic 

with reverse during pause, Automatic 

step-by-step, Safety devices automatic, 

Safety devices step-by-step automatic, 

“b” Semiautomatic, mixed logic “bC”, 

Dead-man, Automatic with timer function 

Work time

Programmable  (from 0 to 9 min 50 sec)

Pause time

Programmable  (from 0 to 9 min 50 sec)

Motor power

Programmable on 50 levels

Motor speed

Programmable on 0 levels

Connector inputs

Switching feeder, Battery,  

Decoder/Minidec/RP, X-COM, module 

XF433/868, uSB

Terminal board inputs

BuS-2EASY, Inputs from IN to IN5 (see 

par. 5), Travel limit device, Encoder.

Terminal board outputs

Flashing lamp, Motors, Electrical lock, 

OuT, OuT2 (programmable), power feed 

to accessories 

Programming

st and 2° lev. with 3 keys (

+

-

F

) and 

LCD

 

display. 
3rd lev. with P.C. connected via 

USB

 or with 

X-COM

 module.

   Flashing LED ALARM indicates alarm in progress 

(a  situation  which  does  not  prejudice  gate 

operation)

   LED ALARM on steady light indicates error in 

progress (a situation which blocks operation 

until cause of error is eliminated)

Summary of Contents for E124

Page 1: ...E124...

Page 2: ......

Page 3: ...MODULE rapid connection 8 5 12 CONNECTOR J14 FOR RAPID CONNECTION OF MINIDEC DECODER AND RP 8 5 13 Connector M1A Rapid connection MODULE X COM 8 6 ELECTRICAL CONNECTIONS 9 6 1 TRADITIONAL PHOTOCELLS...

Page 4: ...ng the cable grippers M16 M20 M25 ref b and the two lid hinges ref c If it is necessary to remove and re position the E124 control board make sure that the spacers ref d are fitted in the supports The...

Page 5: ...cured the box in the selected position cover the securing holes Fig 2 ref a and the screws with the supplied plugs as shown in Fig 4 Connect the power cable to the switching feeder as shown in Fig 5 m...

Page 6: ...threshold Connect the earth cable to the relevant terminal see fig 5 Always separate power cables from control and safety cables push button receiver photocells etc To avoid any electrical disturbanc...

Page 7: ...MOTOR CONNECTOR J12 LEAF 2 MOTOR CONNECTOR J13 CONNECTOR FOR RECEIVER MODULE XF433 XF868 J14 CONNECTOR DECODER MINIDEC RP RECEIVER J15 USB CONNECTOR FOR PROGRAMMING FROM PC M1A MODULE X COM CONNECTOR...

Page 8: ...umper connect IN4 and OUT1 IN5 Closing safety devices contact N C terminal 7 see paragraph 6 1 To install several closing safety devices connect the N C contacts in series Othermoredetailedprogramming...

Page 9: ...re 2 and 4 seconds respectively RED RED BLACK BLACK WHITE WHITE 5 6 TERMINAL BOARD J9 FLASHING LAMP Output for 24Vdc flashing lamp Maximum applicable load 24 Vdc 15 W 5 7 TERMINAL BOARD J10 ELECTRIC L...

Page 10: ...opening OPEN B of the automated system up to a maximum of 256 channels Othermoredetailedprogrammingpossibilities are feasible by programming with a PC see dedicated instructions To save the radio com...

Page 11: ...y are tripped only during the automated system closing movement and therefore are suitable for protecting the closure zone against the risk of impact Opening safety devices they are tripped only durin...

Page 12: ...nnection of a pair of opening and a pair of closing photocells Connection of a pair of closing and a pair of opening closing photocells Connection of one closing safety device and one opening safety d...

Page 13: ...fferent codes for each pair used Pulse generators used as pulse generators to open the automated system A maximum of 16 pairs of BUS 2EASY photocells can be connected to the board The photocells are s...

Page 14: ...s whether the encoder belongs to one leaf rather than to the other This is why you must pay great attention to the indications of the status LEDs on the body of each encoder Fig 26 Below we list the f...

Page 15: ...you press any button on the display this means that programming from the PC with a protection password is loaded on the board Nothing can be modified without the PC and relevant protection password Co...

Page 16: ...his means that a standard configuration modified by push buttons and display was selected If you wish to maintain this programming press push button F again PC If the PC value appears when you release...

Page 17: ...dprogrammingpossibilities are feasible by PC programming see dedicated instructions 20 20 20 20 20 20 F1 MOTOR 1 POWER Adjusts the maximum power level of motor 1 01 minimum power 50 maximum power Othe...

Page 18: ...the display shows the value of the function which can be changed with keys and if you press the F key and hold it down the display shows the name of the next function if you release it the values is s...

Page 19: ...over pushing stroke Y active no excluded Other more detailed programming pos sibilitiesarefeasiblebyprogrammingwith a PC see dedicated instructions no no no no no no rS REVERSING STROKE AT OPENING Wh...

Page 20: ...5 06 00 no travel limit device at closing for both leaves 0 1 searches for stop point of leaf 1 and 2 02 searches for stop point of leaf 1 03 searches for stop point of leaf 2 04 stops movement of le...

Page 21: ...ration 05 gate OPEN or in PAUSE 06 gate CLOSED 07 gate MOVING 08 gate in EMERGENCY status 09 gate OPENING 10 gate CLOSING 11 ELECTRIC LOCK command before CLOSURE you have to interface with relay 24V 1...

Page 22: ...ee dedicated instructions 02 02 02 02 02 02 t2 TIMING OUT 2 only visible if at the previous step o2 the item 03 11 14 16 was selected Adjusts the timing of output OUT 2 if a timed function from 1 to 9...

Page 23: ...splay indicates the number of the thousands of effected cycles The displayed val ue updates itself as the cycles follow interacting with the nd values If AS no by pressing keys and for 5 sec the cycle...

Page 24: ...dio control simultaneously press and hold down push buttons P1 and P2 The radio control LED begins to flash Release both push buttons Press push button R1 SW1 or R2 SW2 to save respectively total open...

Page 25: ...ntrol that had been memory stored to enable learning on the selected channel The LED on the board relating to the channel being learned flashes for 5 sec within which time the code of another radio co...

Page 26: ...sed Led off contact open LED Description ON contact closed OFF contact open DL1 IN1 OPEN A Command enabled Command disabled DL2 IN2 OPEN B Command enabled Command disabled DL3 IN3 STOP Command disable...

Page 27: ...o close at full speed followed by leaf 1 At this stage S5 flashes on the display setup FAST CLOSE When the closing mechanical stop point is reached both leaves stop and leaf 1 restarts to open automat...

Page 28: ...OPEN A OPEN B CLOSE STOP FSW OP FSW CL FSW CL OP CLOSED opens the leaves opens released leaf no effect no effect OPEN disabled no effect OPEN disabled no effect no effect OPEN disabled OPENING stops...

Page 29: ...LOSE disabled no effect OPEN disabled no effect CLOSE disabled no effect OPEN CLOSE disabled Tab 10 e LOGIC SA PULSES AUTOMATED SYSTEM STATUS OPEN A OPEN B CLOSE STOP FSW OP FSW CL FSW CL OP CLOSED op...

Page 30: ...TEM STATUS OPEN A OPEN B CLOSE STOP FSW OP FSW CL FSW CL OP CLOSED opens the leaves no effect no effect no effect OPEN disabled no effect OPEN disabled no effect no effect OPEN disabled OPENING no eff...

Page 31: ......

Page 32: ...iegendem Handbuch sind unverbindlich FAAC beh lt sich das Recht vor ohne die wesentlichen Eigenschaften dieses Ger tes zu ver ndern und ohne Verbindlichkeiten in Bezug auf die Neufassung der vorliegen...

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