FAAC E145 User Manual

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Page 1

E145

Page 2

CE DECLARATION OF CONFORMITY

The manufacturer

Company name:

Address:

hereby declares that the following product:

Description: control board Model: E145

conforms to the essential safety requirements of the following ECC directives:

ENGLISH

Bologna, January the 1

2016 CEO

FAAC S.p.A. Soc. Unipersonale Via Calari, 10 - 40069 Zola Predosa BOLOGNA - ITALY

Low Voltage Directive 2014/35/EU Electromagnetic Compatibility Directive 2014/30/EU Directive ROHS 2011/65/EU Furthermore, the following harmonised standards have been applied: EN 60335-1:2012 + A11:2014 - EN 61000-6-2:2005 - EN 61000-6-3:2007 + A1:2011 Additional note: this product underwent tests in a typical uniform configuration (all products manufactured by FAAC S.p.A.).

· Interrupt the electrical power

sup-ply before working on the control unit. The protection cover (1) needs to be installed before switching on the power supply.

TF1

8.8.

E145 2 732784 - Rev. B

Page 3

WARNINGS FOR THE INSTALLER

GENERAL SAFETY OBLIGATIONS

1. ATTENTION! To ensure the safety of people, it is important that you read all the following instructions. Incorrect installation or incorrect use of the product could cause serious harm to people.

2. Carefully read the instructions before beginning to install the product.

3. Do not leave packing materials (plastic, polystyrene, etc.) within reach of children as such materials are potential sources of danger.

4. Store the instructions for future reference.

5. This product was designed and built strictly for the use indicated in this documentation. Any other use, not expressly indicated here, could compromise the good condition/operation of the product and/or be a source of danger.

6. FAAC S.p.A. declines all liability caused by improper use or use other than that for which the automated system was intended.

7. Do not install the equipment in an explosive atmosphere: the presence of inflammable gas or fumes is a serious danger to safety.

8. FAAC S.p.A. is not responsible for failure to observe Good Technique in the construction of the closing elements to be motorised, or for any deformation that may occur during use.

9. The installation must conform to Standards EN 12453 and EN 12445. For non-EU countries, to obtain an adequate level of safety, the Standards mentioned above must be observed, in addition to national legal regulations.

10. Before attempting any job on the system, cut out electrical power and disconnect the batteries if present.

11. The mains power supply of the automated system must be fitted with an all-pole switch with contact opening distance of 3mm or greater. Use of a 6A thermal breaker with all-pole circuit break is recommended.

12. Make sure that a differential switch with threshold of 0.03 A is fitted upstream of the system.

13. Make sure that the earthing system is perfectly constructed, and connect metal parts of the means of the closure to it.

14. The automated systems that feature a built-in anticrushing safety device in any case require a functional check in accordance with the provisions of the Standards indicated at point 9.

15. The safety devices (EN 12978 standard) protect any danger areas against mechanical movement Risks, such as crushing, dragging, shearing, lifting.

16. Use of at least one indicator-light (e.g.: flashing lamp) is recommended for every system, as well as a warning sign adequately secured.

AAC S.p.A. declines all liability as concerns sa-

17. F fety and efficient operation of the automated system, if system components not produced by FAAC S.p.A. are used.

18. For maintenance, strictly use original parts by FAAC S.p.A.

19. Do not in any way modify the components of the automated system.

20. The installer shall provide the User with all information concerning manual operation of the system in case of an emergency.

21. Do not allow children or adults to stay near the product while it is operating.

22. Keep radio controls or other pulse generators away from children, to prevent the automated system from being activated involuntarily.

23. Transit is allowed only when the automation is fully open.

24. The User must not attempt any kind of repair or direct action whatever and contact qualified personnel only.

25. Anything not expressly specified in these instructions is not permitted.

ENGLISH

MEANING OF THE SYMBOLS USED

Important for the safety of persons and for the good condition of the automated system.

E145 3 732784 - Rev. B

Notes on the characteristics and operation of the product.

Page 4

INDEX

CE DECLARATION OF CONFORMITY .....................................................................................2

WARNINGS FOR THE INSTALLER ...........................................................................................3

1. TECHNICAL SPECIFICATIONS ............................................................................................5

2. PREPARING FOR INSTALLATION .......................................................................................6

3. BOARD LAYOUT ...................................................................................................................6

4. ELECTRICAL CONNECTIONS .............................................................................................8

4.1 J1 - Mains primary Power Supply ...................................................................................8

4.2 J2 - Motors and Flashing lamp .......................................................................................8

4.3 J3 - Low-voltage accessories - inputs/outputs .............................................................9

4.4 J12 - programmable outputs - electric locks .................................................................10

ENGLISH

4.5 J12 -J6 - LIMIT SWITCH AND GATECODER ...................................................................10

4.6 J10 - BUS-2EASY ACCESSORIes ..................................................................................1 1

BUS-2EASY photocells ........................................................................................................11

Address assignment of BUS-2EASY photocells ..................................................................12

Connection of BUS-2EASY photocells .................................................................................

BUS-2EASY

Connection - Address assignment of BUS-2EASY

4.7 J5 - XF module RAPID CONNECT

4.8 J14 - Decoder/Minidec/RP RAPID CONNECTOR

4.9 M1A - MODULe RAPID CONNECT

4.10 traditional photocells .....................................................................................................15

5. PROGRAMMING ...................................................................................................................18

5.1 Basic PROGRAMMING functions ...................................................................................19

5.2 Advanced PROGRAMMING functions ............................................................................24

5.6 BUS-2EASY DEVICE INSTALLATION .............................................................................30

5.6.1 BUS-2EASY DEVICE ENTRY .......................................................................................

Checking the securing devices entered on the board ..........................................................

5.4 TIME LEARNING - SETUP ................................................................................................32

5.5 TESTING THE AUTOMATED SYSTEM ............................................................................33

6. MEMORISING THE RADIO CODE ........................................................................................34

6.1 MEMORISING THE SLH/SLH LR RADIO CONTROLS ...................................................34

6.2 MEMORISING LC/RC RADIO CONTROLS (ONLY 433 MHz) .........................................35

6.2.1

6.3 MEMORISING DS RADIO CONTROLS ............................................................................36

6.4 DELETING THE RADIO CONTROLS ...............................................................................

7. START-UP ..............................................................................................................................38

7.1 CHECKING THE LEDs ......................................................................................................38

8. SIGNALLING ERRORS AND ALARMS ................................................................................39

8.1 ERRORS ............................................................................................................................39

8.2 ALARMS ............................................................................................................................40

9. TROUBLESHOOTING ...........................................................................................................41

10. MANAGING THE CONFIGURATION FILE – J8 USB .......................................................42

11. FUNCTION LOGICS ............................................................................................................45

encoder ...........................................................................................................13

Encoder ................................................13

OR .............................................................................14

...........................................................14

OR ............................................................................14

REMOTE MEMORISATION OF LC/RC RADIO CONTROLS ...................................36

30 31

E145 4 732784 - Rev. B

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CONTROL BOARD E145

We thank you for having chosen one of our products. FAAC is certain that from it you will obtain all the performance you require. All our products are the result of years of experience in the field of automated systems.

1. TECHNICAL SPECIFICATIONS

PURPOSE: this electronic control board has been

designed and built to control swing-leaf and/or sliding gates for vehicle and pedestrian access

control. Thanks to the innovative power supply switching

system, the board is able to automatically adapt to different input voltages (from 90V~ to 260V~), maintaining constant the output value of accessories, without being affected by variations.

Tab. Technical specifications

During programming you can choose between different function logics.

2 programming levels are available from the board (BASIC and ADVANCED), using buttons and LCD display.

This board also allows you the programming using PC or MAC, connected via USB-B.

ENGLISH

Mains primary power supply

Power absorbed from mains

MAX load for motors Accessories power supply

MAX. accessories current

Operating ambient temperature Power supply safety fuses W

ork time Pause time Motor power Connector inputs

erminal board inputs

erminal board outputs

E145 5 732784 - Rev. B

With power supply switching from 90 V~ to 260 V~; 50/60Hz

*

stand By = 4W sleep < 2 W

*

FUNCTION THAT CAN BE ENABLED FROM A PC/MAC

800 W

24 V

+24V MAX 500 mA BUS 2easy MAX 500 mA LOCK (FAAC) 12 V~ / 24 V"LOCK (not FAAC) 24 V

500mA (3A peak)

from -20°C to +55°C

F1 = F10AH250V

Self-learned through SETUP - (Max 4 min and 10 sec)

Programmable (from 0 to 9 min and 50 sec)

Programmable on 50 levels

Decoder/Minidec/RP, XF433/868 Module, USB-A, USB-B

Mains power supply from 90 to 260V ~, Inputs from IN1 to IN5, Limit switch, BUS 2easy

Flashing lamp, Motors, Electric lock (LOCK1 and LOCK2), OUT1 and OUT2 (programmable),

Accessories power supply

MAX ~ 800 W

Page 6

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 installation or incorrect use of the product can cause serious harm to people. Before proceeding with product installation, carefully read the entire manual. Keep these instructions for further reference.

Always cut off the electrical power before carrying out any work on the control unit (connections, maintenance).

Always separate the power cables from the control and safety cables (button, receiver,

BUS 2easy encoder, photocells, etc.). Avoid any electrical disturbance using separate

sheathing or a shielded cable (with shield connected to the earth).

• Ensure that upstream of the system there is a suitable magnetothermic differential switch with omnipolar cut-off, as provided for in current safety regulations.

Check for the presence of an adequate earthing system.

•

ENGLISH

3. BOARD LAYOUT

DB1

FL1

J1 J2 J3

PE N L

PENL

AC MAIN

C52

OC3

OC4

TH2 TH1

RL3 RL4RL1

RL2

RL5

1 2 3 4 5 6 7 8

12 45678

COM

LAMP

RADIO 1

TF1

DL16

DL17

24V

DL13

ERROR

DL11

DL12

RADIO 2

RADIO XF 433-868

CONNECTIVITY

IC1

8.8.

LCD1

LCD

+/R1

SW1 SW2

SW1 SW2 SW3

DL8

DL9

DL8DL9

IN1

9 10 11 12 13 14 15 16 17 18 19

91011 12 13 14 15 16 17 18 19

IN1

IN3

IN2

OP-A

STOPCLOP

OP-B

-/R2

SW3

DL7

DL6

DL7 DL6 DL5

IN2

IN3

IN4

IN5

IN4

---

FSW

DL5

IN5

J12

20 21 22

OUT1

OUT2

24V

LOCK1LOCK

M1A

BAT1

CR2032

BAT1

DL14

DL15

DL14

DL15

DL4

DL3

DL2

DL1

BUS MON

BUS

DL10

FCC1 FCA1

FCC2 FCA2

RP/DEC

J10

24 25

26 25 24 23

USB

USB-BUSB-A

E145 6 732784 - Rev. B

Page 7

LCD Signalling/Programming display SW1 “+/R1” Programming button SW2 “-/R2” Programming button SW3 “F” Programming button DL1 “FCC2” Input status control LED DL2 “FCA2” Input status control LED DL3 “FCC1” Input status control LED DL4 “FCA1” Input status control LED

“IN5” Input status control LED (default

DL5

FSW OP “IN4” Input status control LED (default FSW

DL6

CL) “IN3” Input status control LED (default

DL7

STOP) “IN2” Input status control LED (default

DL8

OPEN-B “IN1” Input status control LED (default

DL9

OPEN-A

DL10 “ DL11 “ DL12 “ DL13 “

“BUS MON” BUS 2easy

DL14

LED

DL15 Device signalling LED to

)

USB

” Signalling LED

RADIO1-

XF” Signalling LED

RADIO2-

XF” Signalling LED

ERROR

” Error/alarm signalling LED

(OMNIDEC)

diagnostic signalling

BUS 2easy ACTIVE

DL16 Microprocessor power presence LED

Accessories power supply presence

+24V

DL17

LED

J1 90V~ a 260V~ Power supply connector

Motors and flashing lamp power supply

connector

J3 Input/Output connector

Decoder/Minidec/RP Receiver connector:

Channel 1 (Decoder/Minidec/RP) - OPEN A

(Total Opening)

Channel 2 (RP2) -

XF433/XF868 (OMNIDEC) receiver module

connector

Channel 1 Channel 2

J6 Limit switch input connector

HOST USB-A

DEVICE USB-B

connector

BUS 2easy

J10 J12 OUT2 and LOCK 1-2 output connector

G-COM, WI-COM,

M1A

nector

BAT1 CR2032 buffer battery for board date/time F1 Motor and power supply safety fuse

OPEN B (Partial Opening)

OPEN A

(Total Opening)

OPEN B

(Partial Opening)

for Mass Memories connector

for connection to

device connector

Net-COM module con-

PC/MAC

ENGLISH

E145 7 732784 - Rev. B

Page 8

4. ELECTRICAL CONNECTIONS

OPEN A Total gate opening (contact N.O.)

Motor for SINGLE-LEAF or FIRST LEAF when opening (closes for the second)

MIN

90V~

MAX

260V~

50/60 Hz

Mot1 Mot2

230V~

MAX 60W

* *

ENGLISH

J1 J2 J3

C1 C2

OPEN B Partial gate opening (contact N.O.)

STOP Gate stop (contact N.C.)

24V



J12

J12J3J2

12V ~ 24V



PE N L

AC MAIN

*

Blue or grey

1 2 3 4 5 6 7 8

123

COM OP CL

456

COM OP CL

LAMP

Photocells and safety de-

vices: for connections, see

the related paragraph.

4.1 J1 - MAINS PRIMARY POWER SUPPLY

PE Earthing Connection

Power Supply Connection from 90 V~ to 260

V~ Neutral

Power Supply Connection from 90 V~ to 260

V~ Line

4.2 J2 - MOTORS AND FLASHING LAMP

1 M1 - COM Common contact motor 1 2 M1 - OP Opening phase motor 1 3 M1 - CL Closing phase motor 1 4 M2 - COM 5 M2 - OP Opening phase motor 2 6 M2 - CL Closing phase motor 2 7

LAMP Flashing lamp connection (MAX 60 W)

Common contact motor 2

OUT

MAX

100 mA

20 21 22

LOCK

{

9 10 11 12 13 14 15 16 17 18 19

IN2IN1IN3IN4IN

OP-A 1

-14-15-16+17+

FSW

{

500 mA

For correct operation, you must con-

nect the switching power supply to the system’s earthing conductor. Ensure that upstream a suitable differential magnetothermic switch has been installed.

M1 = first leaf when opening or single leaf

M2 = second leaf when opening - CAN-

NOT be used for single leaf

To verify correct wiring and direction

of motor rotation, (see 5.4 TIME LEAR-

NING - SETUP)

18910111213

24V

{

MAX

LOCK

2OP-B STOP CL

E145 8 732784 - Rev. B

Page 9

4.3 J3 - LOW-VOLTAGE ACCESSORIES - INPUTS/OUTPUTS

9 IN1

10 IN2

To install more than one OPEN A or OPEN B pulse generator, connect the N.O. contacts in parallel (see related Fig.)

11 IN3

To install more 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

13 IN5

To install more than one safety device, connect the N.C. contacts in series (see related Fig.).

If safety devices are NOT connected, jumper terminals IN4 and IN5 and GND if the FAIL-SAFE safety is not active; otherwise jumper IN4 and IN5 and OUT1 (FAIL-SAFE).

16 17 18

OPEN A contact - N.O.

TOT AL opening

OPEN B contact - N.O.

PARTIAL opening

STOP contact - N.C.

FSW CL contact - N.C. closing safety FSW OP contact - N.C. opening safety

- GND Accessories power supply negative15

+ +24 Accessories power supply positive (MAX. load = 500mA)

Connect a button or other pulse generator which, by closing a contact, commands TOTAL opening of both leaves. Connect a button or other pulse generator which, by closing a contact, commands the PARTIAL opening.

on 2-motor systems = 100% of leaf 1 opening;

on 1-motor systems = 50% of leaf 1 opening.

When a logic requiring a CLOSE ( the, OPEN B input automatically becomes CLOSE - N.O. (leaves closing command).

Connect a button or other pulse generator which, by opening a contact, stops movement of the automated system.

Connect a photocell or other device which, by opening a contact, reverses the movement of the automated system during opening (FSW OP) or during closing (FSW CL).

b, bC, C

) input is selected,

ENGLISH

19 OUT1

Fig. e.g.: Connecting 2 N.O. contacts in parallel. Fig. e.g.: Connecting 2 N.C. contacts in series.

E145 9 732784 - Rev. B

24 V" (Open Collector) programmable using function default: always active.

Other programming options are available by programming via a PC/MAC (see dedicated

instructions).

(advanced programming);

Page 10

4.4 J12 - PROGRAMMABLE OUTPUTS - ELECTRIC LOCKS

20 OUT2

21 LOCK 1

22 LOCK 2

ENGLISH

24 V" (Open Collector) programmable using the function default: indicator light Electric lock (12 V~ or 24 V") operated 2 sec before opening of leaf 1

Electric lock (12 V~ or 24 V") operated 2 sec before opening of leaf 2

Other programming options are available by programming via a PC/MAC (see dedicated

instructions).

When BUS 2easy encoder is disabled, the electric lock is operated before each opening (in whatever position the stopped leaf is in).

When BUS 2easy encoder is enabled, the electric lock is operated only before opening the closed leaf.

4.5 J12 -J6 - LIMIT SWITCH AND GATECODER

The limit switch contacts FCC1, FCA1, FCC2, FCA2 are all NC contacts. They are programmable using the functions

If no limit switches are used, you DO NOT need to jumper the limit switch contacts

FCC1, FCA1, FCC2, FCA2. You can however use a single GATECODER (only for single leaf); in this case, you do

not need to jumper the unused inputs to the earth.

Fig. Limit switch and GATECODER connections (maximum configuration:

and

(basic programming) ; default: disabled.

(advanced programming);

햴

햲햳

헁

FCA1

헄

FCC1

헁

FCA2

헄

FCC2

26 25 24 23

J6 J6

헁

GATECODER 1

GATECODER 2

FCA1 FCC1 FCA2 FCC2

26 25 24 23

햴

헄

헁

헄

헁

FCA1, FCC1 and GATECODER1 correspond to LEAF 1; FCA2, FCC2 and GATECODER2 correspond to LEAF 2.

E145 10 732784 - Rev. B

GATECODER 1

GATECODER 2

FCA1 FCC1 FCA2 FCC2

26 25 24 23

Page 11

4.6 J10 - BUS 2EASY ACCESSORIES

This board features a of auxiliary BUS 2easy (MAX 16 pairs of photocells), encoder and control devices.

If no BUS 2easy accessories are used, leave the BUS 2easy connector free.

BUS 2easy photocells

Before connecting the photocells, arrange them for the duly address assignment, depending on their position and operation mode:

Photocells during closing:

closing of the automated system - suitable for

protecting the closing area from risk of impact. Photocells during opening:

opening of the automated system - suitable for

protecting the opening area from risk of impact. Photocells during opening/closing:

both the opening and closing - suitable for protec-

ting the entire movement area from risk of impact. Pulse generators: used as pulse generators for

opening the automated system

BUS 2easy

circuit for facilitating connection to the safety devices of a high number

trip only during the

Opening/clo-

trip only during the

trip during

Closing safety devices

sing safety

devices

Opening

safety devices

ENGLISH

E145 11 732784 - Rev. B

Page 12

Address assignment of BUS 2easy photocells

To assign the address to each pair of photocells, you must set the Dip-Switches (DS1) located on the transmitter and corresponding receiver.

The transmitter and receiver of a pair of photocells must have the same

DIP-SWITCH setting. Two or more pairs of photocells must not have the same DIP-SWITCH setting.

Other programming options are available by programming via a PC/MAC (see dedicated

instructions).

Dip1 Dip2 Dip3 Dip4 TYPE OF PHOTOCELLS

OFF OFF OFF OFF

ENGLISH

OFF OFF OFF ON

OFF OFF ON OFF

OFF OFF ON ON

OPENING (max 6 pairs)

OFF ON ON OFF

OFF ON ON ON

ON OFF OFF OFF

ON OFF OFF ON

ON OFF ON OFF

ON OFF ON ON

CLOSING (max 7 pairs)

ON ON OFF OFF

ON ON OFF ON

ON ON ON OFF

OFF ON OFF OFF

OFF ON OFF ON

ON ON ON ON

OPENING and CLOSING (max 2 pairs)

OPEN PULSE (1 pair)

Connection of BUS 2easy photocells

For connecting you have to use two cables without polarity (see the specific device instructions).

DL1

= Alignment

DL2

= BUS 2easy status/

Power supply

DS1

= Programming

Dip-switches

BUS 2easy

J10

E145 12 732784 - Rev. B

Page 13

BUS 2easy encoder

BUS 2easy encoder connection is done using the bi-polar cables supplied with.

Connection - Address assignment of BUS 2easy Encoder

The polarity of the BUS 2easy line connection determines the correspondence of the encoder to one leaf or the other.

pay careful attention to the indications of the status LEDs located on the body of each encoder.

LEAF 1 opens first and closes last.

SAFEcoder S800 ENC

J10

BUS-2easy

DL DL2 DL

DL1 DL2 DL3

DL DL2 DL

ENGLISH

J10

BUS-2easy



: 2 LED on

: 1 LED on

DL1 DL2 DL3

· Note: to correct the coupling of the encoder with motor

M1 or M2, swap both wires on the terminals.

E145 13 732784 - Rev. B

DL1 DL2 DL3

Page 14

RADIO XF 433-868

RADIO 1

DL12

DL11

RADIO 2

RP/DEC

CONNECTIVITY

Tab. BUS 2easy Encoder LEDs Status

LED ON FLASHING OFF

Power present Communication present

DL1

Power present Communication absent

DL1 must always be on to confirm correct encoder/board connection.

Leaf 1 / Leaf 2

DL2

DL2 indicates the leaf on which the encoder is installed; it must be on for leaf 1 and off for leaf 2.

Stationary leaf Leaf in motion Stationary leaf

DL3

indicates pulse reading during leaf movement using steady flashing. In stationary status

of the leaf, the DL3 can be either on or off.

In case of incorrect connection (DL2 on or off for both of the encoders), during the

ENGLISH

BUS 2easy accessories learning procedure, the DL1 leds of both encoders are

FLASHING.

4.7 J5 - XF MODULE RAPID CONNECT OR

Plug-in rapid connector dedicated to OMNIDEC 2-channel decoding module.

ALW A YS cut off power to the board BEFORE inserting/removing the module.

Power absent Communication absent

4.8 J14 - DECODER/MINIDEC/RP RAPID CONNECTOR

Rapid connector dedicated to Decoder/Minidec/RP/RP2.

Connect the accessory with the components facing inside the board.

ALWAYS cut off power to the board BEFORE inserting/removing plug-in boards.

The RP2 2-channel receiver lets you control two different radio channels of the automated system (OPEN A and OPEN B/CLOSE) using a 2-channel radio control. The 1-channel receiver (Decoder/Minidec/RP) lets you control only one radio channel: OPEN

Other programming options are available by programming via a PC/MAC (see dedicated

instructions).

4.9 M1A - MODULE RAPID CONNECTOR

Plug-in connector dedicated to G-COM, WI-COM, Net-COM modules.

ALWAYS cut off power to the board BEFORE inserting/removing the module.

Other programming options are available by programming via a PC/MAC (see dedicated

instructions).

E145 14 732784 - Rev. B

Page 15

4.10 TRADITIONAL PHOTOCELLS

This board lets you use traditional photocells (contact N.C. with relay). Before connecting the photocells, it is best to identify the operating type, which depends on the movement area they have to protect:

Closing photocells:

trip only during the automated system closing - suitable for protecting the

closing area from risk of impact. Opening photocells:

trip only during the auto-

Safety devices for

opening/closing

mated system opening - suitable for protecting 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 generators: used as pulse generators for

opening the automated system

Closing safety devices

Opening

safety devices

Fail Safe function

This function lets you monitor the correct alignment and operation of the photocells before each move-

ment. To enable the Fail Safe function, enter the ADVANCED Programming and set the

With Fail Safe disabled: connect the transmitter (TX) power supply to terminals 15 and

function.

18 of J3. With Fail Safe enabled:

Then jumper the unused safety inputs with OUT1.

OUT1.

connect the power supply negative of the transmitters (TX) to

Hereafter are provided the drawings for some connection examples.

ENGLISH

No safety device and no stop device

FAIL SAFE disabled

9 10 11 12 13 14 15 16 17 18 19

IN1 IN2 IN3 IN4 IN5

OP-A OP-B STOP CL FSW OP

---

20 21 22

OUT1 OUT2 LK1 LK2

24V

9 10 11 12 13 14 15 16 17 18 19 20 21 22

No safety device and no stop device

FAIL SAFE enabled

9 10 11 12 13 14 15 16 17 18 19

IN1 IN2 IN3 IN4 IN5

OP-A OP-B STOP CL FSW OP

---

20 21 22

OUT1 OUT2 LK1 LK2

24V

9 10 11 12 13 14 15 16 17 18 19 20 21 22

E145 15 732784 - Rev. B

Page 16

One closing safety device, one opening safety device, one STOP device.

FAIL SAFE disabled

One closing safety device, one opening safety device, one STOP device.

FAIL SAFE enabled

9 10 11 12 13 14 15 16 17 18 19

IN1 IN2 IN3 IN4 IN5

OP-A OP-B STOP CL FSW OP

---

20 21 22

OUT1 OUT2 LK1 LK2

24V

ENGLISH

One pair of closing photocells.

FAIL SAFE disabled

9 10 11 12 13 14 15 16 17 18 19

IN1 IN2 IN3 IN4 IN5

OP-A OP-B STOP CL FSW OP

---

20 21 22

OUT1 OUT2 LK1 LK2

24V

9 10 11 12 13 14 15 16 17 18 19 20 21 22

Other safety devices

헁

헄

One pair of closing photocells.

FAIL SAFE enabled

RX CL

1 2

3 4

TX CL

9 10 11 12 13 14 15 16 17 18 19

IN1 IN2 IN3 IN4 IN5

OP-A OP-B STOP CL FSW OP

---

20 21 22

OUT1 OUT2 LK1 LK2

24V

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

One pair of closing photocells, one pair of opening photocells and one pair for opening/ closing.

FAIL SAFE disabled

9 10 11 12 13 14 15 16 17 18 19

IN1 IN2 IN3 IN4 IN5

OP-A OP-B STOP CL FSW OP

---

9 10 11 12 13 14 15 16 17 18 19 20 21 22

RX CL

헁

헄

헁

헄

헁 헄

2 3 4 5

TX OP/CL RX OP/CL

1 2

20 21 22

OUT1 OUT2 LK1 LK2

24V

TX CL

1 2

3 4

헁

헄

헁 헄

9 10 11 12 13 14 15 16 17 18 19

IN1 IN2 IN3 IN4 IN5

OP-A OP-B STOP CL FSW OP

---

9 10 11 12 13 14 15 16 17 18 19 20 21 22

Other safety devices

헁 헄

RX CL

1 2

3 4

20 21 22

OUT1 OUT2 LK1 LK2

24V

TX CL

RX OP

1 2

헁 헄

1 2

헅

헄

TX OP

1 2

E145 16 732784 - Rev. B

헁

헄

Page 17

헁 헄

Two pairs of closing photocells.

FAIL SAFE disabled

One pair of opening photocells and one for closing.

FAIL SAFE disabled

9 10 11 12 13 14 15 16 17 18 19

IN1 IN2 IN3 IN4 IN5

OP-A OP-B STOP CL FSW OP

---

20 21 22

OUT1 OUT2 LK1 LK2

24V

9 10 11 12 13 14 15 16 17 18 19 20 21 22

Other safety devices

헁

헄

헁

헄

RX CL1

1 2

3 4

TX CL2 RX CL2

1 2

One pair of opening photocells.

FAIL SAFE disabled

9 10 11 12 13 14 15 16 17 18 19

IN1 IN2 IN3 IN4 IN5

OP-A OP-B STOP CL FSW OP

---

TX CL1

OUT1 OUT2 LK1 LK2

24V

20 21 22

1 2

3 4

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

IN1 IN2 IN3 IN4 IN5

OP-A OP-B STOP CL FSW OP

---

20 21 22

OUT1 OUT2 LK1 LK2

24V

9 10 11 12 13 14 15 16 17 18 19 20 21 22

RX CL

헁

헄

헁

헄

1 2

3 4

TX OP RX OP

1 2

One pair of closing photocells and one for opening/closing.

FAIL SAFE disabled

9 10 11 12 13 14 15 16 17 18 19

IN1 IN2 IN3 IN4 IN5

OP-A OP-B STOP CL FSW OP

---

TX CL

1 2

3 4

24V

20 21 22

OUT1 OUT2 LK1 LK2

헁 헄

ENGLISH

헁 헄

9 10 11 12 13 14 15 16 17 18 19 20 21 22

Other safety devices

헁

헄

RX OP

1 2

3 4

TX OP

1 2

헁

헄

헁

헄

헁 헄

RX CL

1 2

3 4

TX OP/CL RX OP/CL

1 2

E145 17 732784 - Rev. B

TX CL

1 2

3 4

헁 헄

Page 18

5. PROGRAMMING

www.faacgroup.c om

Programming is divided in two levels:

• BASIC programming

• ADVANCED programming

The programming phases are (see Tab.):

1. to access PROGRAMMING (1A or 1B);

2. to show the set values and modify them, if

you want. Changing the values is effective

immediately, while the final memorisation must be carried out upon exiting programming (

3. exit the programming by using

Y to SAVE the configuration you just

Select performed, otherwise select THOUT SAVING any changes.

ENGLISH

You can EXIT programming at anytime:

• press and hold F and then also

directly to

St.

-/R2

Tab. BASIC programming phases.

 

PRESS AND HOLD

THE FIRST

FUNCTION

APPEARS



RELEASE F:

THE FUNCTION

VALUE

DISPLAYED

St function.

no to EXIT WI-

to switch

USING+OR

SCROLL THE

VALUES

AVAILABLE

THE DESIRED

UNTIL

ONE

St).

This board also allows programming using a PC or MAC. This programming requires connection to PC/MAC via USB cable and USB-B relevant port. The programming SOFTWARE with relevant instructions, must be downloaded from the website:

www.faacgroup.com

The programming using a PC/MAC, with the de- fault PASSWORD does not inhibit the programming by board.

The writing

PC will be displayed in

correspondence with the modified values. Notes: when you modify the values by board the previous PC/MAC programming will be overwrote.

The default password is 0000.

The programming using a PC/MAC, with a modified PASSWORD (different from the default one), will inhibit the programming by board. If one of the buttons is pressed, the display will show gramming for 5 sec and changes will be allowed only by PC /MAC.

PRESS F:

TO MOVE TO

THE

FUNCTION



FUNCTION St

(LAST FUNCTION)

SELECT Y TO SAVE

PROGRAMMING

THE

OTHERWISE

no TO EXIT

SELECT

PROGRAMMING

THE

SAVING

WITHOUT

PRESS

TO CONFIRM;

AT THE END THE

DISPLAY

VISUALIZE THE

AUTOMATED

PC pro-

THE BUTTON

RETURNS

SYSTEM

STA TUS

Tab. ADVANCED programming phases

 

PRESS AND HOLD

AND THEN ALSO

THE FIRST

FUNCTION

APPEARS



RELEASE THE

THE FUNCTION

BUTTONS

VALUE

DISPLAYED

USING+OR

SCROLL THE

VALUES

AVAILABLE

THE THE

UNTIL

ONE

DESIRED

PRESS F:

TO MOVE TO

THE

FUNCTION



FUNCTION St

(LAST FUNCTION)

SELECT Y TO SAVE

PROGRAMMING

THE

OTHERWISE

no TO EXIT

SELECT

PROGRAMMING

THE

SAVING

WITHOUT

THE FUNCTION IS DISPLAYED UNTIL YOU HOLD

PRESS

THE BUTTON

TO CONFIRM;

AT THE END THE

RETURNS

DISPLAY

VISUALIZE THE

AUTOMATED

STA TUS

SYSTEM

E145 18 732784 - Rev. B

Page 19

5.1 BASIC PROGRAMMING FUNCTIONS

Display Basic Function

MOTOR TYPE:

Displays and allows you to change the motor type set on the board:

1 Motors for swing-leaf gates 2 Motors for sliding gates

PC Mixed configuration from a PC/MAC (e.g.: a swing and a slide)

At the time of changing the set motor type on the board, the

relevant defaults are uploaded.

DEFAULT:

Y indicates that all the set values correspond to the default values. no indicates that one or more set values are different from the default.

Y if you want to restore the default settings.

Set

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 Automatic 1 A Automatic AP Automatic Step-by-Step At Automatic timer b Semi-automatic “b” bC Mixed (Pulses for opening / Dead-man commands for closing) C Dead-man

CU Logic modified from a PC/MAC

Default

ENGLISH

When a logic requiring a CLOSE (b, bC, C ), input is selected,

the OPEN B inputs will automatically be changed to CLOSE. , if you choose a logic that does not require the use of CLOSE inputs, these inputs will change to OPEN B. The simultaneous presence of CLOSE and OPEN B is possible only using the PC/MAC software.

For a description of how the logics operate, see the related paragraph.

E145 19 732784 - Rev. B

Page 20

Display Basic Function

ENGLISH

PAUSE A TIME (visualised only with Automatic logics)

Is the pause time in a TOTAL opening (it is enabled only if a logic with pause time has been selected). Adjustable from 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 to the maximum value of

e.g.: if the display shows

00 to 59 sec, in 1-second steps.

9.5

minutes.

2.5, the time is 2 min and 50 sec.

Default

PAUSE TIME B (visualised only with Automatic logics):

Is the pause time in a PARTIAL opening (it is effective only if a logic with pause time has been selected). Adjustable from 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 to the maximum value of

Es: if the display shows

NR. OF MOTORS:

You can select the number of motors present in the system:

00 to 59 sec, in 1-second steps.

9.5

minutes.

2.5, the time is 2 min and 50 sec.

1 = 1 motor 2 = 2 motors

If the SETUP is performed with only one motor, and later two mo-

tors are used, the board will signal error which can be deleted by repeating the SETUP with two motors or by returning to one motor.

If a SETUP is performed with two motors and later only one is used, the board will not signal an error. Only the motor connected to input M1 will move.

When programming from a PC/MAC, you can select different partial openings.

14 - configuration error,

(swing-

leaf)

(sliding)

E145 20 732784 - Rev. B

Page 21

Display Basic Function

MOTOR 1 POWER:

You can adjust the maximum power of motor 1, which is the same during both opening and closing.

01 = minimum power 50 = maximum power

If the power is modified, we recommend performing a new SETUP

- see the related paragraph. If hydraulic motors are used, power must be programmed to maximum

50).

level (

Default

MOTOR 2 POWER (visualised only with the function Mn = 2):

You can adjust the maximum power of motor 2, which is the same during both opening and closing.

01 = minimum power 50 = maximum power

If the power is modified, we recommend performing a new SETUP

- see the related paragraph. If hydraulic motors are used, power must be programmed to maximum

50).

level (

ENCODER USE:

You can enable/disable the use of encoders (both BUS and GATECODER

encoders):

Y = encoders on both motors no = encoders disabled

LIMIT SWITCH WHEN OPENING (displayed only if function CF = 1 or

CF = PC):

Lets you set or disable use of the opening limit switch on swing-leaves .

In case of mixed configuration (CF = PC) this function works only on the swing-leaves. The limit switch on the SLIDING leaf is required

and determines when the leaf stops.

no = opening limit switches disabled 01 = the limit switch determines the stopping of motion 02 = the limit switch determines the start of deceleration

ENGLISH

After having changed the value of this function, SETUP is required:

the card will signal error performed again or until the previous value is restored

E145 21 732784 - Rev. B

14 (configuration error) until the SETUP is

Page 22

Display Basic Function

Default

ENGLISH

LIMIT SWITCH WHEN CLOSING (displayed only if function CF = 1 or

CF = PC):

Lets you set or disable use of the closing limit switch on swing-leaves.

In case of mixed configuration (CF = PC) this function works only on the swing-leaf. The limit switch on the SLIDING leaf is required and determines when the leaf stops.

no = closing limit switches disabled 01 = the limit switch determines the stopping of motion 02 = the limit switch determines the start of deceleration

After having changed the value of this function, SETUP is required:

the card will signal error performed again or until the previous value is restored.

SLIDING LEAF BRAKING (displayed only if function CF = 2 or CF =

PC):

Lets you set the braking time of sliding leaves.

14 (configuration error) until the SETUP is

00 = braking disabled 10 = maximum braking time

E145 22 732784 - Rev. B

DELA Y FOR CLOSING LEAF (visualised only with the function Mn = 2):

Is the delay time for starting leaf 1 closing with respect to leaf 2. Makes it possible to avoid overlapping of the two leaves. Adjustable from 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 to the maximum value of

e.g.: if the display shows

BUS 2easy DEVICES ENTRY:

See the related paragraph.

00 to 59 sec, in 1- second steps.

minutes.

1.2, the time is 1 min and 20 sec

Page 23

Display Basic Function

MOTOR 2 dead-man DRIVE mode (visualised only with the function

Mn = 2)

OPENS (visualising

CLOSES (visualising

Default

oP) until the button is held down

cL) until the button is held down

MOTOR 1 dead-man DRIVE mode

OPENS (visualising

CLOSES (visualising

WORK TIME LEARNING (SETUP):

See the related paragraph.

AUTOMATED SYSTEM STATUS:

You can exit programming, choosing whether or not to save the configuration you just performed.

1. set the choice:

oP) until the button is held down

cL) until the button is held down

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 visualize the automated system status:

00 = CLOSED 01 = OPEN 02 = Stationary then “OPENS” 03 = Stationary then “CLOSES” 04 = In “PAUSE” 05 = during Opening 06 = during Closing

07 = FAIL SAFE in progress 08 = checking BUS 2easy devices in progress 09 = Pre-flash then “OPENS” 10 = Pre-flash then “CLOSES” 11 = Emergency open 12 = Emergency close HP = Hold position

ENGLISH

WARNING If power is lost to the board prior to confirmation (step

2.), all changes made will be lost.

You can EXIT programming at any time: press and hold F and then also

-/R2

E145 23 732784 - Rev. B

to switch directly to St.

Page 24

5.2 ADVANCED PROGRAMMING FUNCTIONS

Display Advanced Function

ENGLISH

TIME OF MAXIMUM POWER AT STARTING:

You can set the starting time. During start the motors work at maximum power for starting the movement. Adjustable from selected with

FINAL STROKE WHEN CLOSING (RAM STROKE) (NOT displayed if function

Lets you enable/disable the ram stroke on swing-leaves.

The ram stroke facilitates latching of the electric lock by activating the motors at maximum power during final closing.

FC = 1):

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 automatic leaf stop on the mechanical contact point.

Default

00 to 10 sec, in 1-second steps (ignoring the power level

F1 and F2).

REVERSE STROKE WHEN OPENING displayed if function FC = 1):

Lets you enable/disable the reverse stroke on leaf doors. The reverse stroke facilitates unlatching of the electric lock. When the automatic system is closed, before starting to open, the motors give a brief push to close.

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 automatic leaf stop on the mechanical contact point.

E145 24 732784 - Rev. B

Page 25

Display Advanced Function

Default

DELA Y FOR OPENING LEAF (visualised only with the function Mn = 2):

You can set the delay time for starting leaf 2 opening with respect to leaf 1, in order to avoid overlapping of the two leaves. Adjustable from 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 to the maximum value of

e.g.: if the display shows

LEAF 1 DECELERATION:

You can adjust the deceleration space as a percentage of the total travel of leaf 1. Adjustable from

00 to 59 sec, in 1- second steps.

1.3

minutes.

1.2, the time is 1 min and 20 sec.

to 99

%, in 1% steps.

00 = no deceleration 01 = minimum deceleration space 99 = maximum deceleration space

LEAF 2 DECELERATION (visualised only with the function Mn = 2):

You can adjust the deceleration space as a percentage of the total travel of leaf 2. Adjustable from

to 99

%, in 1% steps.

00 = no deceleration 01 = minimum deceleration space 99 = maximum deceleration space

ENGLISH

PRE-FLASHING:

You can enable/disable the pre-flashing. Pre-flashing duration = 3 sec.

You can choose:

no = disabled OC = pre-flashing before each movement CL = pre-flashing before a closing movement OP = pre-flashing before an opening movement PA = pre-flashing only at the end of the pause time

E145 25 732784 - Rev. B

Page 26

Display Advanced Function

CLOSING PHOTOCELLS:

The intervention of closing photocells causes the reversing of automated system (opening). You can choose:

Y = operate the reversal only after the photocells are released no = operate the reversal immediately

Default

ENGLISH

ADMAP FUNCTION:

Allows operation in compliance with French regulation NFP 25/362.

Y = enabled no = disabled

ANTI-CRUSHING SENSITIVITY (visualised only with the function En =

Y):

Varying this function varies the amount of time after which, in case of obstacle, the board commands reversal of the leaves, or it will command a stop if the leaves are in the contact point search space (see the parameter The fourth consecutive obstacle detected in the same direction and position will be defined as a contact point and the leaf will stop in that position.

rB).

00 = minimum sensitivity (maximum time before reversal) 10 = maximum sensitivity (minimum time before reversal)

MECHANICAL STOP SEARCH ANGLE (displayed only if function En =

Y and functions Fc and FA = no or = 02):

You can adjust the contact point search angle within which the board will stop movement without reversing, if it encounters an obstacle or the contact point.

0.3

Adjustable from From

0.3 to 9.9 degrees, adjustments are made in 0.1 degree steps.

From

10 to 20 degrees, adjustments are made in 1 degree steps.

to 20 degrees.

4.0

E145 26 732784 - Rev. B

ADDITIONAL OPERA TING TIME (displayed only if function En = no and functions

You can add a work time at the end of movement. Adjustable from

Fc and FA = no or = 02):

0 to 30 sec in 1 sec steps.

This time is not considered when calculating the deceleration per-

centage.

Page 27

Display Advanced Function

OUT 1:

You can set the output OUT1 (open collector N.O.) in one of the following functions:

00 = always active 0 1 = FAIL-SAFE 02 = INDICATOR LIGHT (off = closed; on = during opening and open/

in pause; flashing = during closing)

03 = COURTESY LIGHT (stays on for the duration of the movement

(even in SETUP) in addition to the set time of function

= ACTIVE ERROR

04 05 = automated system OPEN or in PAUSE 06 = automated system CLOSED 07 = automated system MOVING 08 = automated system in EMERGENCY 09 = automated system in OPENING 10 = automated system in CLOSING 11 = DISABLED 12 = safety device ACTIVE 13 =

TRAFFIC LIGHT function (active when OPENING and with automated

system OPEN)

14 = timed output which can be activated from the second radio channel

OMNIDEC

15 = output which can be activated from the second radio channel

OMNIDEC (step-by-step function)

16 = active during movement of leaf 1 17 = active during movement of leaf 2 18 = active during breach alarm

If tr is displayed, it indicates that the output is used as a TIMER set from the PC/MAC software.

Default

ENGLISH

(see function t1)

E145 27 732784 - Rev. B

OUT 1 TIMING (visualised only with the function o1 = 03 or o1 = 14):

You can adjust the timing of OUT 1 output if a timed function has been selected with a time from from

1 to 59 sec in 1-second steps for function 11

OUT 2:

You can set the output OUT2 (open collector N.O.).

See the options as

OUT 2 TIMING (visualised only with the function o2 = 03 or o2 = 14):

Adjustable as for

1 to 59 minutes in 1-minute steps for functions 03-14 and

o1.

t1.

Page 28

Display Advanced Function

MAINTENANCE REQUEST - CYCLE COUNTER (linked to the subsequent two functions):

You can enable the signaling of maintenance request, or the cycle counter.

Y = enable the SIGNALING when the programmed number of cycles has

been reached (as defined in subsequent two functions Signaling consists of a pre-flashing of 8 sec (in addition to the time may already be set with the function

If using a PC/MAC a maintenance request is set with a number of cycles greater than 99,990, the subsequent two functions

nd will display 99 and 99, respectively.

no = enable the CYCLE COUNTER, that will be displayed in the subse-

ENGLISH

quent two functions

If the number of cycles performed is greater than 99,990 the subse-

quent two functions

Default

nc and nd).

PF) before each movement.

nc and

nc and nd up to a displayed maximum of 99,990.

nc and nd will display 99 and 99, respectively.

CYCLE PROGRAMMING (THOUSANDS):

AS = Y the display will show the number of thousands of cycles after which

If the signaling of maintenance request begins (can be set from If

AS = no the display will show the number of thousands of work cycles

performed. The value displayed is updated with the succession of the cycles, interacting with the value in

When AS = no you can reset the cycle counter: press simultaneously

and - for 5 sec.

nd.

0 to 99).

E145 28 732784 - Rev. B

Page 29

Display Advanced Function

CYCLE PROGRAMMING (TENS):

AS = Y the display will show the number of tens of cycles after which the

If signaling of maintenace request begins (can be set from

AS = no the display will show the number of tens of work cycles performed.

The value displayed is updated with the succession of the cycles, interacting with the value in

e.g.: if the system has performed 11,218 cycles, nc = 1 1 and nd = 21

will be displayed

Default

0 to 99).

nc.

AUTOMATED SYSTEM STATUS:

You can exit programming, 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 the end the display returns to visualize

the automated system status:

00 = CLOSED 01 = OPEN 02 = Stationary then “OPENS” 03 = Stationary then “CLOSES” 04 = In “PAUSE” 05 = Opening 06 = Closing

WARNING If power is lost to the board prior to confirmation (step

2.), all changes made will be lost.

-/R2

You can EXIT programming at any time: press and hold F and then also

to switch directly to St.

07 = FAIL SAFE in progress 08 = checking BUS 2easy devices in progress 09 = Pre-flash then “OPENS” 10 = Pre-flash then “CLOSES” 11 = Emergency open 12 = Emergency close HP = Hold position

ENGLISH

E145 29 732784 - Rev. B

Page 30

5.6 BUS 2EASY DEVICE INSTALLATION

You can add BUS 2easy devices to the system at any time, proceeding as follows:

1. Cut off the electrical power to the board.

2. Install and set the BUS 2easy accessories according to the instructions of the devices.

3. Connect the BUS 2easy

4. Power up the board.

5. Complete the procedure for BUS 2easy

5.6.1 BUS 2easy DEVICE ENTRY

Access BASIC programming and scroll through the functions up until

display will show the BUS 2easy devices status (see the figure).

2. Perform the entry: simultaneously press and hold display will blink).

ENGLISH

will appear as a confirmation of entry completion.

4. Release the

devices according to the instructions of Chapter ELECTRICAL CONNECTIONS.

device entry.

. When F is released, the

and - for at least 5 sec (during this time, the

and - buttons. The status of the BUS 2easy devices will be displayed.

If no BUS device has ever been entered in the board, the display will read

Opening photocells: ON = entered and engaged

Encoder 1: ON = correctly connected

Opening photocells and Closing photocells:

ON = entered and engaged

OPEN photocell: ON = entered and engaged

Closing photocells: ON = entered and engaged

Fig. Visualising the BUS 2easy status in the function

of device.

E145 30 732784 - Rev. B

and entered

BUS Status: always ON Encoder 2:

ON = correctly connected and

entered

: each segment of the display shows one type

Page 31

Fig. examples of BUS 2easy status visualization on display.

In STAND BY (gate closed and in stand-by) with

BUS 2easy Encoder on leaf 1 and leaf 2 and BUS 2easy Photocells

entered.

In case of BUS 2easy Encoder on leaf1 and leaf 2 and BUS 2easy Photocells correctly connected and entered and with closing photocells engaged:

correctly connected and

Checking the securing devices entered on the board

To verify the types of BUS device recognised through the entry:

1. Press and hold the one entered device will go ON. E.g.:

To check the condition of the BUS 2easy connection, verify the LED on the board:

LED DL15 (Red)

ON Safety device engaged or pulse generator active OFF NO safety device engaged neither pulse generator active

LED DL14 (Green)

ON steady Normal activity (led ON even if there are no devices). Slow blinking (blink

every 2,5 sec)

Rapid blinking (blink every 0.5 sec)

OFF Board in Sleep mode (if used).

button during stand-by visualisation; the segments corresponding to at least

at least one pair of opening photocells correctly entered

Encoder on leaf 1 correctly entered

Encoder on leaf 2 correctly entered

at least one pair of closing photocells correctly entered

BUS 2easy line short-circuit.

Error in the BUS 2easy connection. Repeat the device entry

- That there are no more than one device in the system with the same

address.

- Calling error (number > or < the connected BUS devices). SAFE error on the BUS device.

- FAIL

. If the error occurs again, check:

ENGLISH

E145 31 732784 - Rev. B

Page 32

5.4 TIME LEARNING - SETUP

When the board is powered, if a SETUP has never been performed, or if the board requests it, on the display

S0 indicates that a SETUP must be performed.

During SETUP, the connected BUS 2easy accessories are always entered.

The BUS 2easy encoders are to be enabled before SETUP: set the parameter En = Y (see

BASIC Programming)

For SETUP, proceed as follows:

During SETUP all safety devices are disabled! Therefore, carry out the operation avoiding

any transit in the leaf movement area.

ENGLISH

If a system without an encoder is installed, mechanical stops will be required for the leaves.

1. Enter BASIC programming and go to the parameter

2. Ensure that the gate leaves are closed. Otherwise, proceed as follows:

- Press and hold -/R2 to close leaf 2

- Press and hold +/R1 to close leaf 1

Should pressing +/R1 and/or -/R2 command opening of the corresponding leaf, cut off power

and, on terminal board J2, invert the phase cables of the corresponding motor (terminals 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

on the display (about 3 sec).

4. Release

Stop movement by sending an OPEN A pulse as soon as leaf 1 reaches the contact point.

5. On the display

Stop movement by sending an OPEN A pulse as soon as leaf 2 reaches the contact point.

e -. Leaf 1 begins its opening movement.

Operation WITHOUT Encoder

will flash (only if 2 motors have been selected): leaf 2 begins opening.

Operation WITHOUT Encoder

Steps 4 and 5 with function

motion is ignored.

after involving the opening limit switch.

(the limit switch determines the stopping of motion) the OPEN A pulse for stopping

(the limit switch determines the start of deceleration) send an OPEN A pulse only

tL, when F is released ---- will appear.

and

Operation WITH Encoder

Leaf 1 will stop as soon as it reaches the contact point. If there is no mechanical stop, stop the leaf movement at the desired point by sending an OPEN A pulse.

Operation WITH Encoder

Leaf 2 will stop as soon as it reaches the contact point. If there is no mechanical stop, stop the leaf movement at the desired point by sending an OPEN A pulse.

until S1 begins to flash

E145 32 732784 - Rev. B

Page 33

6. On the display S3 will flash (only if 2 motors have been selected): leaf 2 begins closing.

Operation WITHOUT Encoder

Stop movement by sending an OPEN A pulse as soon as leaf 2 reaches the contact point.

7. On the display

Operation WITHOUT Encoder

Stop movement by sending an OPEN A pulse as soon as leaf 1 reaches the contact point.

Steps 6 and 7 with function

motion is ignored.

after involving the closing limit switch.

SET-UP for SLIDING LEAFS (

Steps 4, 5, 6 and 7 :

the leaf stop is determined by the limit switch. Any OPEN A impulses are ignored.

8. The board will automatically exit the programming menu and will display the automated system status

00) to confirm that the SETUP procedure has been completed correctly. If the procedure is not

(

completed correctly, on the display S0 will start flashing, indicating that a new SETUP procedure

must be performed.

The deceleration spaces can be configured and modified from the display using the parameters

flashes: leaf 1 begins closing.

(the limit switch determines the stopping of motion) the OPEN A pulse for stopping

(the limit switch determines the start of deceleration) send an OPEN A pulse only

)

CF= 02

Operation WITH Encoder

Leaf 2 will stop as soon as it reaches the contact point. If there is no mechanical stop, stop the leaf movement at the desired point by sending an OPEN A pulse.

Operation WITH Encoder

Leaf 1 will stop as soon as it reaches the contact point. If there is no mechanical stop, stop the leaf movement at the desired point by sending an OPEN A pulse.

r1 and r2 (see Advanced Programming) without repeating the SETUP.

ENGLISH

5.5 TESTING THE AUTOMATED SYSTEM

Once installation and programming is completed, ensure that the system is operating correctly. Be especially careful that the safety devices operate correctly and ensure that the system complies with all current safety regulations. Close the cover in the provided seat with gasket.

E145 33 732784 - Rev. B

Page 34



MAX

5”

MAX

20 ”

6. MEMORISING THE RADIO CODE

The control board features an integrated 2-channel decoding system (DS, SLH/SLH LR, RC) called

OMNIDEC. This system lets you memorise, using an additional receiver module (on J5 connector)

and more radio controls having different technology but the same frequency. both total opening (OPEN A) and partial opening (OPEN B).

The different types of radio code (DS, SLH/SLH LR, LC/RC) can coexist simultaneously

on the two channels. You can enter up to 1600 radio codes divided between OPEN A and OPEN B/CLOSE.

T o use different encoding systems on the same channel, you must complete the learning of each encoding system and then repeat the procedure for the other one.

, more detailed, programming options are available using a PC/MAC (see dedicated

Other PC/MAC instructions). For example, you can set an automatic OPEN command on the radio channel to command an automatic cycle (open-pause-close) regardless of the selected logic.

Keep the remote control at least 30 cm from the receiver.

ENGLISH

6.1 MEMORISING THE SLH/SLH LR RADIO CONTROLS

1. Press and hold +/R1 - SW1 (OPEN

• After keeping the button pressed for about 5 sec, the corresponding radio LED (DL11 or DL12) will begin to flash slowly for about 20 sec.

2. Release the button.

3. Simultaneously press and hold P1 and P2 on the SLH/SLH LR radio control (only MASTER radio control).

• The radio control LED will begin to flash.

4. Release both buttons. Ensure that LED DL11 or DL12 on the board is still flashing (see point 2) and, while the radio con-

• trol LED is still flashing, press and hold the desired button on the radio control (the radio control LED will go on steady).

• The corresponding LED on the board (DL11 or DL12) will go on steady for 1 sec and then go off, indicating that memorisation has been completed.

5. Release the radio control button.

6. To complete memorisation, press the 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

movement.

A programming) or -/R2 - SW2 (OPEN B/CLOSE programming).

You can thus control

MAX

> 30 cm

> 5”

DL11

RADIO 1

E145 34 732784 - Rev. B

2”

P1 + P2

MAX

20”

5”

1”



1”

2 x 2”



Page 35

MAX

5”



MAX

20 ”

MAX

20 ”

To enable other radio controls with the same system code, you must transfer the system code of the memorised radio control button to the button corresponding to the radio control you wish to add:

1. Simultaneously press and hold P1 and P2 on the memorised radio control.

• The radio control LED will begin to flash.

2. Release both buttons.

3. Press and hold, while the radio control LED is still flashing, the memorised button (the radio control LED will go on steady).

4. Bring the radio controls close together, press and hold the corresponding button of the radio control you wish to add, and release only after the radio control LED flashes twice, indicating that memorisation has been completed.

5. Press the 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

movement.

> 30 cm

MAX

5”



2”

1”

DL11

RADIO 1

f, indicating that the procedure has been



> 30 cm

2”

P1 + P2

6.2 MEMORISING LC/RC RADIO CONTROLS (ONLY 433 MHZ)

1. Press and hold +/R1 - SW1 (OPEN A programming) or -/R2 - SW2 (OPEN B/CLOSE programming).

• After keeping the button pressed for about 5 sec, the corresponding radio LED (DL11 or DL12) will begin to flash slowly for about 20 sec.

2. Release the button.

3. During radio LED flashing, press the desired button of the LC/RC radio control. The corresponding LED on the board (DL11 or DL12) will go on steady for 1 second, indicating

• that memorisation has been completed, and will begin flashing again for another 20 sec during which you can memorise another radio control.

• When the 20 sec have elapsed, the LED will turn of completed.

4. To add other radio controls, repeat the procedure from point 1.

ENGLISH

> 5”

DL11

RADIO 1

E145 35 732784 - Rev. B

MAX

20”

1”



MAX

20”

Page 36



MAX

20 ”

6.2.1 REMOTE MEMORISATION OF LC/RC RADIO CONTROLS

With LC/RC radio controls you can remotely memorise other radio controls, i.e. without working directly on the board, using a previously memorised radio control.

Take a radio control that has already been memorised on one of the 2 channels (OPEN

1. B/CLOSE) and move to the vicinity of the board.

2. Simultaneously press and hold P1 and P2 until both LEDs flash slowly for 5 sec.

3. Within 5 seconds, press the previously memorised radio control button to activate the learning phase for the selected channel.

4. The LED on the board corresponding to the channel in learning mode will flash for 20 sec within which another radio control code is transmitted by pressing the button.

• The corresponding LED on the board will go on steady for 2 sec (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 CONTROLS

ENGLISH

the DS radio control, choose the desired ON - OFF combination of the 12 dip-switches.

1. On

2. Press and hold +/R1 - SW1 (OPEN

• After keeping the button pressed for about 5 sec, the corresponding radio LED (DL11 or DL12) will begin to flash slowly for about 20 sec.

3. Release the button.

4. During radio LED flashing, press the button of the radio control you wish to program.

• The corresponding LED on the board (DL11 or DL12) will go on steady for 1 second and then go off, indicating that memorisation has been completed.

5. To add other different codes, repeat the procedure starting from point 1.

6. To add other radio controls with the same code, set the 12 dip-switches according to the same combination as the already memorised radio control.

A programming) or -/R2 - SW2 (OPEN B/CLOSE programming).

A or OPEN

> 30 cm

> 5”

DL11

RADIO 1

E145 36 732784 - Rev. B

MAX

20”

1”



Page 37

6.4 DELETING THE RADIO CONTROLS

This operation CANNOT be reversed. This will delete ALL the radio control codes memorised as both OPEN A and OPEN B/CLOSE. The cancellation procedure is active only in gate status visualisation mode.

1. Press and hold -/R2

• 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 (cancellation has started).

• Once rapid flashing has stopped, LEDs DL11 and DL12 will go on steady, confirming the cancellation of all the radio codes (OPEN A and OPEN B/CLOSE) from the board memory.

2. Release -/R2

. The LEDs will go off, indicating correct cancellation.

-/R2

ENGLISH

E145 37 732784 - Rev. B

Page 38

RADIO XF 433-868

RADIO 1

DL12

DL11

RADIO 2

DL1

DL2

DL3

DL4

IC1

24V

DL14

DL6

DL5

DL10

TF1

J10

FCC2 FCA2

FCC1 FCA1

BUS MON

+/R1

ERROR

SW3

SW1 SW2

IN5

DL13

DL17

DL16

USB

IN4

DL7

DL8

DL9

OC4

BUS

IN3

IN2

IN1

C52

DB1

FL1

9 10 11 12 13 14 15 16 17 18 19

20 21 22

26 25 24 23

PE N L

112131415161718

TOPCLOP

FSW

---

24V

LOCK

12 4567

COM

1 2 3 4 5 6 7 8

PENL

TH2 TH1

RP/DEC

DL15

BAT1

CR2032

USB-BUSB-A

AC MAIN

IN4

IN5

8.8.

24 25

CONNECTIVITY

TF1

9 10 11 12 13 14 15 16 17 18 19

TH2

TH1

111

868

2L11

NNE

NNENENENENENEEEENCTIVITYYYY

7. START-UP

7.1 CHECKING THE LEDs

After having made all the connections and powered the board, check the status of the LEDs in relation to the status of the inputs (the Figure shows the condition of closed automated system).

LED ON = contact closed LED OFF = contact open

ADIO

ADIO XF 433-

ADIO

For the meaning of the LEDs, see “BOARD LAYOUT”

ENGLISH

For the meaning of the LEDs, see “BUS 2easy DEVICE ENTR PROCEDURE”

limit switches

OP - In default configuration, the STOP input is a safety input with contact N.C. (Normally Closed).

The corresponding LED must be ON with the automated system at rest and go off when the connected device is activated.

OPEN A, OPEN B - In default configuration, the OPEN A, OPEN B inputs are inputs with contact N.O. (Normally Open). The corresponding LEDs must be OFF when the automated system is at rest, and go ON when the connected device is in use.

Led ERROR - FLASHING = there is an alarm in progress (situation that does not compromise gate operation) - see “ALARMS”. ON STEADY = there is an error in progress (situation that blocks operation until the cause of the fault has been eliminated). See “ERRORS”.

with GATECODER

Flashing simultaneously during movement of leaf 1. When the leaf is stationary, they can both be either on or off

Flashing simultaneously during movement of leaf 2. When the leaf is stationary be either on or off

, they can both

LEDs FCA1, FCC1, FCA2, FCC2 - show the status of the limit switches N.C. contacts.

LED Name

DL4 FCA1 OPEN limit switch clear

DL3

ON (closed contact)

FCC1 CLOSE limit switch clear

DL2 FCA2 OPEN limit switch clear

FCC2

DL1

E145 38 732784 - Rev. B

CLOSE limit switch clear

OFF (open contact)

OPEN limit switch engaged

CLOSE limit switch engaged

OPEN limit switch engaged

CLOSE limit switch engaged

Only if

are present

Page 39

8. SIGNALLING ERRORS AND ALARMS

In case of ERRORS (conditions that stop gate operation) or ALARMS (conditions that do not compromise gate operation) the display will show the number corresponding to the warning in progress by simultaneously pressing

These warnings will disappear in the following cycle only if the situation causing them is

removed.

8.1 ERRORS

When there is an ERROR the ERROR LED will go on steady. By simultaneously pressing

and - the display will show the corresponding error number.

The following table contains all the errors that can be viewed on the display.

and

N° ERROR SOLUTION

Board broken Replace the board

Invalid SETUP Repeat board SETUP

BUS 2easy device error Ensure that no two pairs of devices have the same address.

BUS 2easy output

short-circuit

Motor 2 limit switch error Check the limit switch connections for motor 1

BUS 2easy call

FAIL SAFE

Configuration error

Motor 1 encoder fault Check the connections or replace motor 1 encoder

Motor 2 encoder fault Check the connections or replace motor 2 encoder

Incorrect memory data Repeat BUS 2easy device entry and/or re-program the board

High absorption at +24V

Check the connections of the connected and entered

BUS 2easy devices

Ensure that the BUS devices are operating correctly and, if necessary, repeat BUS device acquisition Check that the safety devices (photocells) are operating correctly Check that the board is configured correctly (basic and advanced programming) and, if necessary, repeat SETUP

Check that absorption by the accessories connected is within permitted limits

ENGLISH

E145 39 732784 - Rev. B

Page 40

8.2 ALARMS

When there is an ALARM the ERROR LED will begin to flash. By simultaneously pressing +

and - the display will show the corresponding alarm number.

The following table contains all the alarms that can be viewed on the display.

N° ALARM Solution/Description

21 25

ENGLISH

35 40 50

62 63

Obstacle on MOTOR 1 (only with encoder) Obstacle on MOTOR 2 (only with encoder)

LOCK 1 output short-circuit Remove the cause of the short-circuit

LOCK 2 output short-circuit Remove the cause of the short-circuit

Nr. of consecutive obstacles exceeded during opening Nr. of consecutive obstacles exceeded during closing

XF radio code memory full

Breach alarm

TIMER active and TIMER function operating:

Service request Contact the installer for maintenance

The HOLD POSITION is operating (active on PC/MAC ) TIMER active and error in TIMER data Loss of time and date on the board (only if the TIMER is operating)

JOLLY TIMER is activated JOLLY TIMER is enabled by terminal board J3

TIMER DISABLED is operating TIMER is disabled by terminal board J3

Remove any possible obstacle on leaf 1

Remove any possible obstacle on leaf 2

Remove any possible obstacle. Should the problem persist, repeat SETUP Remove any possible obstacle. Should the problem persist, repeat SETUP Cancel the radio codes that are not being used using the PC program or use an additional DEC/MINIDEC/ RP module A movement was made with the automated system in

status St = 00 or 01.

Perform an operation cycle.

TIMER function is operating

HOLD POSITION function is operating

Reload a correct TIMER configuration with the PC/MAC programme Reload the time and date with the PC/MAC programme and replace the BAT1 - CR2032 buffer battery

E145 40 732784 - Rev. B

Page 41

9. TROUBLESHOOTING

Description Solution

The board does not turn on

The gate will not open after

an OPEN pulse

The gate does not reverse

when the photocells are engaged

The gate does not reverse

when encountering an obstacle

The gate will not close

• Ensure that the board is receiving the 230V~

• Ensure that fuse F1 is intact

• Check that the safety devices and STOP are connected to the negative and ensure that the corresponding LEDs are ON

• Check the photocells (alignment, engagement)

• Check that the SETUP has been completed correctly. Repeat if necessary

• Check that the traditional photocells are correctly wired and that the BUS photocell configuration is correct (if present). If necessary, repeat the acquisition of the BUS 2easy devices

•

Ensure that the encoders on motors are enabled

• Check the obstacle detection sensitivity

• Check that the photocell wiring and alignment is correct

• Check that there is no OPEN signal active

• Check which function logic has been chosen (automatic or semi-automatic)

ENGLISH

E145 41 732784 - Rev. B

Page 42

10. MANAGING THE CONFIGURATION FILE – J8 USB

Using the J8 USB connector you can both transfer to the board the configuration and management files from a USB drive and copy the same files stored on the board to the USB memory. When transferring from the USB memory to the board, the files must be located in the memory root, as shown in the screenshot below: In addition, the names and extensions of the various files must be as follows:

cod

ENGLISH

• E145SW.cod - The board SOFTWARE update file

• E145.trm - The board TIMER update file

• E145.prg - The board PROGRAMMING update file

• E145.rad - The board RADIO update file

These files will be 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

writing bo, it will be possible to access the update file management menu (see the following table) (press F for scrolling through the functions) :

The SOFTWARE update file must be downloaded from the FAACwebsite according to the version of the board. The

- 

filename must not be changed. For boards previous to version 1R, the filename has a .bin extension; for version 1R boards or later, the filename has a .cod extension.

- The file will transferred from the USB memory key to the board only if it has been saved in the root directory of the USB memory key and is not compressed.

Display Function

BOARD SOFTWARE UPGRADE:

This function lets you update the board application (file E145SW.cod). If + and - are pressed 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 completed,

otherwise the writing

The upgrade is carried out correctly only if the USB

memory contains a valid file named exactly E145SW.cod

E145 42 732784 - Rev. B

Y will be displayed if it has been done correctly,

no will appear again.

Default

Page 43

Display Function

BOARD CONFIGURATION UPGRADE:

This function lets you transfer the configuration to the board (file E145.prg). If + and - are pressed simultaneously for at least 5 seconds, you will access the board configuration update. The writing the writing Once updating is completed, otherwise the writing

The upgrade is carried out correctly only if the USB memory

Default

no will disappear and, in its place,

-- and the USB DL10 LED will begin flashing. Y will be displayed if it has been done correctly,

no will appear again.

contains a valid file named exactly E145.prg

ENGLISH

TIMER CONFIGURATION UPGRADE:

This function lets you update the timer configuration on the board (file

E145.trm).

If + and - are pressed 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 completed, otherwise the writing

The upgrade is carried out correctly only if the USB memory

contains a valid file named exactly E145.trm

RADIO CODE LIST UPGRADE:

This function lets you update the radio code list on the board (file E145.rad). If + and - are pressed simultaneously for at least 5 seconds, you will access the board update. The writing

Y will be displayed if it has been done correctly,

no will appear again.

no will disappear and, in its place, the writing

-- and the USB DL10 LED will begin flashing.

Once updating is completed otherwise the writing

The upgrade is carried out correctly only if the USB memory

contains a valid file named exactly E145.rad

Y will be displayed if it has been done correctly,

no will appear again.

E145 43 732784 - Rev. B

Page 44

Display Function

ENGLISH

BOARD CONFIGURATION DOWNLOAD:

This function lets you save the board configuration in the USB memory in order to store (parameter (parameter

If + and – are pressed simultaneously for at least 5 seconds, the following selection values will appear:

00).

01) or copy the configuration to other systems

01 = Storage: the configuration file will be saved in the format E145_xxx.prg

where xxx=000/001/002 etc. depending on how many configuration files there are in the USB memory.

00 = Copy: the configuration file will be saved in the format E145.prg by

overwriting any other configuration file present with the same name, so it can be used to upgrade another system. Press + and - to select the desired parameter and, by pressing F

will proceed to save the file and display of errors during saving.

Y when done correctly, or no in case

, the board

Default

BOARD TIMER DOWNLOAD:

This function lets you save the board Timer configuration in the USB memory in order to store (parameter (parameter

If + and - are pressed simultaneously for at least 5 seconds, the following selection values will appear:

00).

01) or copy the Timer configuration to other systems

01 = 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.

00 = Copy: the Timer configuration file will be saved in the format

E145.trm by overwriting any other Timer configuration file present with the

same name, so it can be used to upgrade another system. Press + and - to select the desired parameter and, by pressing F

will proceed to save the file and display of errors during saving.

BOARD RADIO CODE DOWNLOAD:

This function lets you save in the USB memory the board radio codes in order to store (parameter

If + and - are pressed simultaneously for at least 5 seconds, the following selection values will appear:

01) or copy the radio codes to other systems (parameter 00).

Y when done correctly, or no in case

, the board

01 = Storage: the radio codes file will be saved in the format E145_xxx.rad

where xxx=000/001/002 etc. depending on how many radio codes files there are in the USB memory.

00 = Copy: the radio codes file will be saved in the format E145.rad by

overwriting any other radio codes file present with the same name, so it can

be used to upgrade another system. Press + and - to select the desired parameter and, by pressing F

will proceed to save the file and display of errors during saving.

Y when done correctly, or no in case

, the board

E145 44 732784 - Rev. B

Page 45

11. FUNCTION LOGICS

This table summarizes the function logics.

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

LOGIC

Semiautomatic

Semiautomatic, Step-by-Step

Automatic Safety

Automatic Safety reversing during pause

Automated system

status: stopped

An OPEN pulse opens the gate and the following one will close it

An OPEN pulse opens the gate and closes automatically after the pause time

Automated system

status: in motion

An OPEN pulse while opening stops and reopens during closing

An OPEN pulse during motion blocks

An OPEN pulse during pause closes and reverses during motion

An OPEN pulse during pause closes; during opening it has no effect; it reverses during closing

Status: photocell

involvement

During motion, the photocells reverse

The closing photocells reclose the gate during pause; they memorise closing during opening and immediately reverse during closing

The closing photocells reset the pause time

ENGLISH

Automatic Safety Step-by-Step

Automatic 1 An OPEN pulse opens

E145 45 732784 - Rev. B

An OPEN pulse opens the gate and closes automatically after the pause time

the gate and closes automatically after the pause time

An OPEN pulse during pause closes and during motion blocks the operation

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

Page 46

Automatic An OPEN pulse opens

the gate and closes automatically after the pause time

Automatic Step-by-Step

An OPEN pulse opens the gate and closes automatically after the pause time

ENGLISH

Automatic Timer

An OPEN pulse opens the gate and closes automatically after the pause time. If the cycle started with an OPEN input, it opens, otherwise it closes

An OPEN pulse during opening is ignored, during pause it recharges the pause time and during closing it reopens the leaves

An OPEN pulse during opening and during pause blocks the operation; it reverses during closing

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 become CLOSE)

bC Mixed

Logic (during opening “b”, during closing

Logic with two separate commands: OPEN-A pulse opens; CLOSE pulse closes

Logic with two separate commands: OPEN-A pulse opens; a held CLOSE pulse closes

An OPEN-A pulse during closing opens, a CLOSE pulse during opening closes

During motion, the photocells reverse

“C”), (OPEN-B inputs become CLOSE)

C Dead-man

(OPEN-B inputs become CLOSE)

Logic with two separate commands: a held OPEN-A pulse opens; a held CLOSE pulse

An OPEN-A pulse during closing opens, a CLOSE pulse during opening closes

During motion, the photocells reverse

closes

E145 46 732784 - Rev. B

Page 47

SEMI-AUTOMATIC LOGIC

PULSES

AUTOMATED

SYSTEM

STA TUS

CLOSED OPENS

OPENING

OPEN

CLOSING OPENS NO EFFECT STOPS* NO EFFECT

STOPPED CLOSES

A OPEN B CLOSE STOP FSW OP FSW CL FSW CL/OP

OPEN

STOPS

CLOSES



OPENS

PARTIALLY

STOPS* CLOSES STOPS* REVERSES NO EFFECT

EFFECT NO EFFECT (OPEN DISABLED) NO EFFECT

EFFECT

CLOSES

(

OPEN/CLOSE

DISABLED)

EFFECT

(

OPEN/CLOSE

DISABLED)

NO EFFECT

(

OPEN

DISABLED)

EFFECT

(

DISABLED)

REVERSES

NO EFFECT

(

DISABLED)

EFFECT (OPEN

STOPS

(

OPEN STOPS* - SAVES CLOSE)

NO EFFECT (OPEN/

CLOSE DISABLED)

STOPS; OPENS

AT RELEASE



(

OPEN STOPS* - SAVES CLOSE)

(

OPEN STOPS* - SAVES CLOSE)

DISABLED)

; OPENS AT

RELEASE

ENGLISH

NO EFFECT

AUTOMATED

SYSTEM

STA TUS

CLOSED OPENS

OPENING

OPEN

CLOSING STOPS* NO EFFECT STOPS* NO EFFECT

STOPPED

SEMI-AUTOMATIC “STEP-BY-STEP” LOGIC

A OPEN B CLOSE STOP FSW OP FSW CL FSW CL/OP

OPEN

OPENS

PARTIALLY

STOPS

CLOSES

RESTARTS

OPPOSITE

ALWAYS CLOSES AFTER STOP



STOPS* CLOSES STOPS* REVERSES NO EFFECT



MOVING IN THE

DIRECTION.

it opens if, at power up, an OPEN (A or B) command is active. Otherwise it closes.

EFFECT NO EFFECT (OPEN DISABLED) NO EFFECT

EFFECT

CLOSES

(

OPEN/CLOSE

DISABLED)

EFFECT

(

OPEN/CLOSE

DISABLED)

PULSES

EFFECT

(

OPEN DISABLED)

STOPS

; OPENS AT

RELEASE

(

OPEN STOPS* - SAVES CLOSE)

EFFECT

NO EFFECT

(

OPEN

DISABLED)



if the cycle began with OPEN-B, opens totally

operation can be modified by programming



(

DISABLED)

REVERSES

NO EFFECT

(

DISABLED)

NO EFFECT (OPEN/

CLOSE DISABLED)

STOPS; OPENS AT

RELEASE (OPEN STOPS*



SAVES CLOSE)

NO EFFECT

(

OPEN STOPS* - SAVES CLOSE)

E145 47 732784 - Rev. B

Page 48

AUTOMATIC “SAFETY” LOGIC

PULSES

AUTOMATED

SYSTEM

STA TUS

CLOSED

OPENING REVERSES CLOSES STOPS* REVERSES

OPEN IN PAUSE

A OPEN B CLOSE STOP FSW OP FSW CL FSW CL/OP

OPEN

OPENS

;

OPENS

CLOSES AFTER

PAUSE

CLOSES

TIME



PARTIALLY

CLOSES AFTER

PAUSE

;

EFFECT NO EFFECT (OPEN DISABLED) NO EFFECT

TIME

CLOSES STOPS* NO EFFECT

ENGLISH

CLOSING OPENS NO

*STOPPED CLOSES

EFFECT STOPS* NO EFFECT

EFFECT

(

OPEN/CLOSE

DISABLED)

NO EFFECT

(

OPEN

DISABLED)

COMPLETES

OPENING

CLOSES WITHOUT

REVERSES

WITHOUT

(

CLOSE DISABLED)

THE

, THEN

TIME

PAUSE

CLOSES AT RELEASE



THEN CLOSES

PAUSE

TIME

NO EFFECT

(

OPEN DISABLED)

STOPS

OPENS AT RELEASE

(SAVES CLOSE)

;

STOPS

;

OPENS AT

RELEASE

CLOSES WITHOUT

PAUSE

NO EFFECT

(

OPEN/CLOSE

DISABLED)

STOPS

EFFECT

;

, THEN

TIME

AUTOMATED

SYSTEM

STA TUS

CLOSED

OPENING

OPEN IN PAUSE

CLOSING OPENS NO EFFECT STOPS* NO EFFECT

STOPPED CLOSES

AUTOMATIC “SAFETY” WITH IN-PAUSE REVERSING LOGIC

PULSES

A OPEN B CLOSE STOP FSW OP FSW CL FSW CL/OP

OPEN

OPENS

;

OPENS

CLOSES AFTER

PAUSE

EFFECT

CLOSES

PARTIALLY

;

CLOSES AFTER

TIME



it opens if, at power up, an OPEN (A or B) command is active. Otherwise it closes.

TIME

PAUSE

NO EFFECT CLOSES STOPS* REVERSES NO EFFECT

EFFECT NO EFFECT (OPEN DISABLED) NO EFFECT

CLOSES STOPS* NO EFFECT

EFFECT

(

OPEN/CLOSE

DISABLED)



NO EFFECT

(

OPEN

DISABLED)

if the cycle began with OPEN-B, opens totally

operation can be modified by programming



RECHARGES

PAUSE

TIME (CLOSE DISABLED)

REVERSES



NO EFFECT

(

DISABLED)

EFFECT (OPEN

DISABLED)

STOPS

(

SAVES CLOSE)

STOPS; OPENS

AT RELEASE

(

SAVES CLOSE)

NO EFFECT

(

OPEN/CLOSE

DISABLED)

RELEASE

E145 48 732784 - Rev. B

; OPENS AT

Page 49

AUTOMATED

SYSTEM

STA TUS

CLOSED

OPENING

OPEN IN PAUSE

CLOSING STOPS

STOPPED

AUTOMATIC “SAFETY” “STEP-BY-STEP” LOGIC

A OPEN B CLOSE STOP FSW OP FSW CL FSW CL/OP

OPEN

OPENS

CLOSES AFTER

TIME

PAUSE

STOPS

CLOSES

RESTARTS

OPPOSITE

ALWAYS CLOSES AFTER STOP

OPENS

;

PARTIALLY

;

EFFECT NO EFFECT (OPEN DISABLED) NO EFFECT

CLOSES STOPS* NO EFFECT



CLOSES AFTER

TIME

PAUSE

STOPS* CLOSES STOPS* REVERSES

* NO EFFECT STOPS* NO EFFECT

MOVING IN THE

DIRECTION.

CLOSES

EFFECT

(

OPEN/CLOSE

DISABLED)

PULSES

NO EFFECT

(

OPEN

DISABLED)

COMPLETES

THE

OPENING,

THEN CLOSES

WITHOUT

TIME

PAUSE

CLOSES AT RELEASE



REVERSES

NO EFFECT

(

DISABLED)

EFFECT (OPEN

DISABLED)

; OPENS AT

STOPS

RELEASE, THEN CLOSES

WITHOUT PAUSE TIME

(

OPEN STOPS* - SAVES

CLOSE)

;

STOPS

STOPS; OPENS

AT RELEASE

(

SAVES CLOSE)

NO EFFECT (OPEN/

CLOSE DISABLED)

ENGLISH

AUTOMATED

SYSTEM

STA TUS

CLOSED

OPENING

OPEN

CLOSING OPENS NO

*STOPPED CLOSES

AUTOMATIC1 LOGIC

OPEN

OPENS

CLOSES AFTER

PAUSE

EFFECT

IN PAUSE

RECHARGES

PAUSE

PULSES

A OPEN B CLOSE ST OP FSW OP FSW CL FSW CL/OP

OPENS

;

PARTIALLY

;

TIME

CLOSES AFTER

PAUSE

NO EFFECT CLOSES STOPS*



RECHARGES

PAUSE



TIME

EFFECT

CLOSES STOPS

EFFECT STOPS* NO EFFECT

(



it opens if, at power up, an OPEN (A or B) command is active. Otherwise it closes.

EFFECT

(OPEN DISABLED)

* NO EFFECT

EFFECT

OPEN/CLOSE

DISABLED)



NO EFFECT

COMPLETES

OPENING,

THE



NO EFFECT

(

OPEN

DISABLED)

if the cycle began with OPEN-B, opens totally

operation can be modified by programming



THEN CLOSES

WITHOUT

TIME

DISABLES

AT RELEASE

CLOSES

REVERSES

NO EFFECT

(

DISABLED)

PAUSE

CLOSE;



(

OPEN DISABLED)

STOPS

RELEASE, THEN CLOSES

WITHOUT PAUSE TIME

THE END OF THE

TIME, CLOSES AT

PAUSE

RELEASE

STOPS; OPENS AT

RELEASE, THEN CLOSES

AFTER

PAUSE

NO EFFECT

(

OPEN/CLOSE DISABLED)

EFFECT

; OPENS AT

E145 49 732784 - Rev. B

TIME

Page 50

AUTOMATIC LOGIC

PULSES

AUTOMATED

SYSTEM

STA TUS

CLOSED

OPENING

OPEN IN PAUSE

ENGLISH

CLOSING OPENS NO EFFECT STOPS* NO EFFECT

STOPPED CLOSES

A OPEN B CLOSE STOP FSW OP FSW CL FSW CL/OP

OPEN

OPENS

;

OPENS

CLOSES AFTER

PAUSE

EFFECT

RECHARGES

PAUSE

TIME

PARTIALLY

;

CLOSES AFTER

TIME



TIME

PAUSE

NO EFFECT CLOSES STOPS* REVERSES NO EFFECT

RECHARGES

TIME

PAUSE

EFFECT NO EFFECT (OPEN DISABLED) NO EFFECT

CLOSES STOPS

* NO EFFECT

EFFECT

(

OPEN/CLOSE

DISABLED)

NO EFFECT

(

OPEN

DISABLED)

RECHARGES

PAUSE

TIME (CLOSE DISABLED)



REVERSES

NO EFFECT

(

DISABLED)

EFFECT

(

OPEN DISABLED)

STOPS

; OPENS AT

RELEASE

(

SAVES CLOSE)

STOPS; OPENS

AT RELEASE

(

SAVES CLOSE)

NO EFFECT (OPEN/

CLOSE DISABLED)

AUTOMATED

SYSTEM

STA TUS

CLOSED

OPENING

OPEN IN PAUSE

CLOSING OPENS NO EFFECT STOPS* NO EFFECT

STOPPED CLOSES

AUTOMATIC “STEP-BY-STEP” LOGIC

A OPEN B CLOSE STOP FSW OP FSW CL FSW CL/OP

OPEN

OPENS

;

OPENS

CLOSES AFTER

PAUSE

STOPS

PARTIALLY

;

CLOSES AFTER

TIME



it opens if, at power up, an OPEN (A or B) command is active. Otherwise it closes.

TIME

PAUSE

STOPS* CLOSES STOPS*

STOPS* CLOSES STOPS* NO EFFECT

EFFECT NO EFFECT (OPEN DISABLED) NO EFFECT

PULSES

REVERSES

(

SAVES OPEN)

EFFECT

(

OPEN/CLOSE

DISABLED)

NO EFFECT

(

OPEN

DISABLED)



if the cycle began with OPEN-B, opens totally

operation can be modified by programming



NO EFFECT

PAUSE

TIME (CLOSE DISABLED)

REVERSES



NO EFFECT

(

DISABLED)

RECHARGES

RELEASE

EFFECT (OPEN

DISABLED)

STOPS

; OPENS AT

RELEASE

(

OPEN STOPS* - SAVES CLOSE)

STOPS;

(OPEN STOPS*

SAVES CLOSE)

NO EFFECT (OPEN/

CLOSE DISABLED)

E145 50 732784 - Rev. B

OPENS AT

Page 51

AUTOMATED

SYSTEM

STA TUS

CLOSED

OPENING

OPEN IN PAUSE

CLOSING OPENS NO EFFECT STOPS* NO EFFECT

STOPPED CLOSES

AUTOMATED

SYSTEM

STA TUS

CLOSED OPENS NO

OPENING NO EFFECT CLOSES STOPS* REVERSES NO EFFECT

OPEN NO EFFECT CLOSES

CLOSING OPENS NO EFFECT STOPS* NO EFFECT

STOPPED OPENS CLOSES

AUTOMATIC WITH TIMER FUNCTION LOGIC

PULSES

OPEN

A OPEN B CLOSE STOP FSW OP FSW CL FSW CL/OP

OPENS

;

OPENS

CLOSES AFTER

PAUSE

EFFECT

RECHARGES

PAUSE

TIME

SEMI-AUTOMATIC “B” LOGIC (OPEN-B INPUTS BECOME CLOSE)

OPEN

PARTIALLY

;

CLOSES AFTER

TIME



TIME

PAUSE

NO EFFECT CLOSES STOPS* REVERSES NO EFFECT

RECHARGES

TIME

PAUSE

EFFECT

CLOSES STOPS

EFFECT

(

OPEN/CLOSE

DISABLED)

PULSES

A OPEN B CLOSE STOP FSW OP FSW CL FSW CL/OP

EFFECT

(OPEN DISABLED)

EFFECT

(

OPEN/CLOSE

DISABLED)

EFFECT

(

OPEN/CLOSE

DISABLED)



EFFECT

(OPEN DISABLED)

* NO EFFECT

NO EFFECT

(

OPEN

DISABLED)

EFFECT

NO EFFECT

(

OPEN

DISABLED)

REVERSES

NO EFFECT

(

DISABLED)

REVERSES

NO EFFECT

(

DISABLED)

NO EFFECT

RECHARGES

(CLOSE DISABLED)

NO EFFECT

(

DISABLED)

EFFECT



(

OPEN DISABLED)

STOPS

AT RELEASE

(

SAVES CLOSE)

PAUSE TIME

STOPS; OPENS

AT RELEASE



(

SAVES CLOSE)

NO EFFECT (OPEN/

CLOSE DISABLED)

EFFECT (OPEN

DISABLED)

; CLOSES AT

STOPS

RELEASE

(

SAVES OPEN/CLOSE)

NO EFFECT (OPEN/

CLOSE DISABLED)

STOPS; OPENS AT

RELEASE (SAVES

OPEN/CLOSE)

NO EFFECT (OPEN/

CLOSE DISABLED)

EFFECT

; OPENS

ENGLISH



if the cycle began with OPEN-B, opens totally

operation can be modified by programming



it opens if, at power up, an OPEN (A or B) command is active. Otherwise it closes.



E145 51 732784 - Rev. B

Page 52

AUTOMATED

SYSTEM

STA TUS

CLOSED OPENS NO

OPENING NO EFFECT CLOSES STOPS* REVERSES NO EFFECT

OPEN NO EFFECT CLOSES

ENGLISH

CLOSING OPENS NO EFFECT STOPS* NO EFFECT

STOPPED OPENS CLOSES

AUTOMATED

SYSTEM

STA TUS

CLOSED OPENS NO

OPENING NO EFFECT CLOSES STOPS* REVERSES NO EFFECT

OPEN NO EFFECT CLOSES

CLOSING OPENS NO EFFECT STOPS* NO EFFECT

STOPPED OPENS CLOSES

MIXED LOGIC: B IN OPENING - C IN CLOSING (OPEN-B INPUTS BECOME CLOSE)

PULSES FOR OPENING / DEAD-MAN

COMMANDS FOR CLOSING

A OPEN B CLOSE STOP FSW OP FSW CL FSW CL/OP

OPEN

EFFECT

DEAD-MAN LOGIC (OPEN-B INPUTS BECOME CLOSE)

DEAD-MAN COMMANDS PULSES

A OPEN B CLOSE STOP FSW OP FSW CL FSW CL/OP

OPEN

EFFECT

(OPEN DISABLED)

EFFECT

(

OPEN/CLOSE

DISABLED)

EFFECT

(

OPEN/CLOSE

DISABLED)

(OPEN DISABLED)

EFFECT

(

OPEN/CLOSE

DISABLED)

EFFECT

(

OPEN/CLOSE

DISABLED)

NO EFFECT

DISABLED)

EFFECT

NO EFFECT

(

OPEN

(

OPEN

DISABLED)

PULSES

NO EFFECT

EFFECT

(

DISABLED)

REVERSES

NO EFFECT

(

DISABLED)

NO EFFECT

(

DISABLED)

REVERSES

NO EFFECT

(

DISABLED)



EFFECT

EFFECT (OPEN

STOPS

(

SAVES OPEN/CLOSE)

NO EFFECT (OPEN/

CLOSE DISABLED)

STOPS; OPENS AT

RELEASE (SAVES

OPEN/CLOSE)

NO EFFECT (OPEN/

CLOSE DISABLED)

(

OPEN DISABLED)

STOPS

(

SAVES OPEN/CLOSE)

NO EFFECT (OPEN/

CLOSE DISABLED)

STOPS; OPENS AT

RELEASE (SAVES



OPEN/CLOSE)

NO EFFECT (OPEN/

CLOSE DISABLED)

DISABLED)

; CLOSES AT

RELEASE

EFFECT

; CLOSES AT

RELEASE



if the cycle began with OPEN-B, opens totally

operation can be modified by programming



it opens if, at power up, an OPEN (A or B) command is active. Otherwise it closes.



E145 52 732784 - Rev. B

Page 53

FAAC S.p.A. Soc. Unipersonale Via Calari, 10 - 40069 Zola Predosa BOLOGNA - ITALY Tel. +39 051 61724 - Fax +39 051 758518 www.faac.it - www.faacgroup.com

732784 - Rev. B

FAAC E145 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual