FAAC E145 User Manual

E145

ENGLISH

CE DECLARATION OF CONFORMITY
The manufacturer
Company name:	FAAC S.p.A. Soc. Unipersonale
Address:	Via Calari, 10 - 40069 Zola Predosa BOLOGNA - ITALY
hereby declares that the following product:
Description:	control board
Model:	E145

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

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 Additionalnote: this product underwent tests in a typical uniform configuration (all products

manufactured by FAAC S.p.A.).

Bologna, January the 1st 2016

1

A

B

C

TF1

8.8.

F

· 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.

E145

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732784 - Rev. B

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.Donotleavepackingmaterials(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.FAACS.p.A.declinesallliabilitycausedbyimproper 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 Stan-

d a r d s E N 1 2 4 5 3 a n d E N 1 2 4 4 5 . 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.Themainspowersupplyoftheautomatedsystem 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.Makesurethatadifferentialswitchwiththreshold 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.Theautomatedsystemsthatfeatureabuilt-inanti- crushing safety device in any case require a functional check in accordance with the provisions of the Standards indicated at point 9.

15.Thesafetydevices(EN12978standard)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.

17.FAACS.p.A.declinesallliabilityasconcernssafety 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.Anythingnotexpresslyspecifiedintheseinstructions is not permitted.

ENGLISH

MEANING OF THE SYMBOLS USED

Important for the safety of persons and for the		Notes on the characteristics and operation of
good condition of the automated system.		the product.
E145	3	732784 - Rev. B

INDEX

ENGLISH

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
4.5		J12 -J6 - LIMIT SWITCH AND GATECODER...................................................................	10
4.6		J10 - BUS-2EASY ACCESSORIes ..................................................................................	11
	BUS-2EASY photocells........................................................................................................		11
	Address assignment of BUS-2EASY photocells ..................................................................		12
	Connection of BUS-2EASY photocells.................................................................................		12
	BUS-2EASY encoder ...........................................................................................................		13
	Connection - Address assignment of BUS-2EASY Encoder................................................		13
4.7		J5 - XF module RAPID CONNECTOR .............................................................................	14
4.8		J14 - Decoder/Minidec/RP RAPID CONNECTOR...........................................................	14
4.9		M1A - MODULe RAPID CONNECTOR............................................................................	14
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.......................................................................................		30
	Checking the securing devices entered on the board..........................................................		31
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 REMOTE MEMORISATION OF LC/RC RADIO CONTROLS ...................................		36
6.3		MEMORISING DS RADIO CONTROLS............................................................................	36
6.4		DELETING THE RADIO CONTROLS...............................................................................	37
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

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732784 - Rev. B

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	During programming you can choose between
	designed and built to control swing-leaf and/or	different function logics.
	sliding gates for vehicle and pedestrian access	2 programming levels are available from the bo-
	control.	ard (BASIC and ADVANCED), using buttons and
	Thanks to the innovative power supply switching
		LCD display.
	system, the board is able to automatically adapt	This board also allows you the programming using
	to different input voltages (from 90V~ to 260V~),	PC or MAC, connected via USB-B.
	maintaining constant the output value of accesso-
	ries, without being affected by variations.

Tab. Technical specifications
Mains primary power supply		With power supply switching from 90 V~ to 260 V~; 50/60Hz
Power absorbed from mains		stand By = 4W			sleep < 2 W *		MAX ~ 800 W
		*FUNCTION THAT CAN BE ENABLED FROM A PC/MAC
MAX load for motors		800 W
Accessories power supply		24 V"
		+24V MAX 500 mA				BUS 2easy MAX 500 mA
MAX. accessories current		LOCK (FAAC) 12 V~ / 24 V"				LOCK (not FAAC) 24 V"
						500mA (3A peak)
Operating ambient temperature		from -20°C to +55°C
Power supply safety fuses		F1 = F10AH250V
Work time		Self-learned through SETUP - (Max 4 min and 10 sec)
Pause time		Programmable (from 0 to 9 min and 50 sec)
Motor power		Programmable on 50 levels
Connector inputs		Decoder/Minidec/RP, XF433/868 Module, USB-A, USB-B
Terminal board inputs		Mains power supply from 90 to 260V ~, Inputs from IN1 to
		IN5, Limit switch, BUS 2easy
Terminal board outputs		Flashing lamp, Motors, Electric lock (LOCK1 and LOCK2),
		OUT1 and OUT2 (programmable),Accessories power supply

ENGLISH

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732784 - Rev. B

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).

ENGLISH	•	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.
	3. BOARD LAYOUT
						RP/DEC
				RADIO 1	J5
				DL11	J5
				DL11RADIO 2	RADIO XF 433-868
		C52		DL12
	DB1			DL12
		TF1			CONNECTIVITY	J4J4
					BAT1
		DL16	DL17DL17	L13	CR2032 BAT1
		DL16		DL13	M1A
		5V	24V	ERROR

FL1

1

F1

OC4	OC3	8.8.L 1
		IC1
TH2	TH1	LCD
		+/R1 -/R2 F

			RL1	RL2		RL3	RL4	RL5				SW1		SW2		SW3
												SW1 SW2				SW3
												9	8		7		L6	L5
											DL9 DL8			DL7		DL6		DL5
J1			2								J3	IN1	IN2		IN3		IN4	IN5					J
			J2																				J12
PE	N	L 1		2	3	4	5	6	7	8	9 10 11 12 13 14 15 16 17 18 19												20 21 22
PE	N	L	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18		19	20	21	22
			COM	M1	CL	COM	M2	CL	LAMP		IN1	IN2	IN3	IN4	IN5	-	-	-	+	24V	+	OUT1	OUT2	LOCK LOCK
ACMAIN				OP			OP				OP-A OP-B		STOP	CL FSW OP										1	2

BUS MON.J10
DL14 BUS			0
DL
DL15
DL	FCA2FCC2FCC1 FCA1		242526 23
DL1		26
DL4		23
DL3		24
D		25
DL2
	DL10	J6
DL10			J6
			USB
J8
J8
			J9
USB-A			USB-B

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732784 - Rev. B

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

DL5 “IN5” Input status control LED (default FSW OP)

DL6 “IN4” Input status control LED (default FSW CL)

DL7 “IN3” Input status control LED (default STOP)

DL8 “IN2” Input status control LED (default OPEN-B)

DL9 “IN1” Input status control LED (default OPEN-A)

DL10 “USB” Signalling LED

DL11 “RADIO1-XF” Signalling LED (OMNIDEC)

DL12 “RADIO2-XF” Signalling LED (OMNIDEC)

DL13 “ERROR” Error/alarm signalling LED

DL14 LED“BUS MON” BUS 2easy diagnostic signalling

DL15 Device signalling LED to BUS 2easy ACTIVE

	DL16	Microprocessor power presence LED
	DL17	+24V"Accessories power supply presence
		LED
	J1	90V~ a 260V~ Power supply connector
	J2	Motors and flashing lamp power supply
		connector
	J3	Input/Output connector
		Decoder/Minidec/RP Receiver connector:
	J4	Channel1 (Decoder/Minidec/RP) - OPEN A
		(Total Opening)
		Channel2(RP2) - OPENB (Partial Opening)
		XF433/XF868 (OMNIDEC) receiver module
	J5	connector
		Channel 1 - OPEN A (Total Opening)
		Channel 2 - OPEN B (Partial Opening)
	J6	Limit switch input connector
	J8	HOST USB-A for Mass Memories connector
	J9	DEVICE USB-B for connection to PC/MAC
		connector
	J10	BUS 2easy device connector
	J12	OUT2 and LOCK 1-2 output connector
	M1A	G-COM, WI-COM, Net-COM module con-
		nector
	BAT1	CR2032 buffer battery for board date/time
	F1	Motor and power supply safety fuse

ENGLISH

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732784 - Rev. B

ENGLISH

4. ELECTRICAL CONNECTIONS

		OPEN A		OPEN B
		Total gate opening		Partial gate ope-
		(contact N.O.)		ning (contact N.O.)
	Motor for SINGLE-LEAF or
	FIRSTLEAF when opening
	(closes for the second)		230V~
	MIN 90V~
	MAX 260V~		MAX 60W
	50/60Hz	Mot1 Mot2
	*	*
		C1	C2
J1J1	J2J2			J3J3

STOP		12V		~
Gate stop		24V
(contact
N.C.)
		12V	~
		24V
	24V
	3W

J12

PE	N	L	1 2 3 4 5 6		7	8	9 10 11 12 13 14 15 16 17 18 19											20 21 22
PE	N	L	1 2	3 4 5 6	7	8	9	10	11	12	13	14	15	16	17	18	19	20 21	22
ACMAIN			M1	M2	LAMP		IN1	IN2	IN3	IN4	IN5	-	-	-	+	+	OUT1	OUT2 LOCK LOCK
			COM OP CL COM OP CL				OP-A OP-B STOP CLFSWOP								24V			1	2
	*Blue or grey									{ { {
					Photocells and safety de-									MAX			MAX
				vices: for connections, see									500 mA				100 mA
					the related paragraph.

4.1 J1 - MAINS PRIMARY POWER SUPPLY

PE Earthing Connection

NPower Supply Connection from 90 V~ to 260 V~ Neutral

LPower Supply Connection from 90 V~ to 260 V~ Line

For correct operation, you must connect the switching power supply to the system’s earthing conductor. Ensure that upstream a suitable differential magnetothermic switch has been installed.

4.2 J2 - MOTORS AND FLASHING LAMP

	1	M1	- COM	Common contact motor 1	M1=firstleafwhenopeningorsingleleaf
	2	M1	- OP	Opening phase motor 1	M2 = second leaf when opening - CAN-
	3	M1	- CL	Closing phase motor 1	NOT be used for single leaf
					To verify correct wiring and direction
	4	M2	- COM Common contact motor 2
					of motor rotation, (see 5.4 TIME LEAR-
	5	M2	- OP	Opening phase motor 2	NING - SETUP)
	6	M2	- CL	Closing phase motor 2
	7	LAMP		Flashing lamp connection (MAX 60 W)
	8

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732784 - Rev. B

4.3 J3 - LOW-VOLTAGE ACCESSORIES - INPUTS/OUTPUTS

	9	IN1	OPEN A contact - N.O.	Connect a button or other pulse generator which, by closing
			TOTAL opening	a contact, commands TOTAL opening of both leaves.
				Connect a button or other pulse generator which, by closing
				a contact, commands the PARTIAL opening.
			OPEN B contact - N.O.	on 2-motor systems = 100% of leaf 1 opening;
	10	IN2		on 1-motor systems = 50% of leaf 1 opening.
			PARTIAL opening	When a logic requiring a CLOSE ( b, bC, C) input is selected,
				the, OPEN B input automatically becomes CLOSE - N.O. (lea-
				ves closing command).

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

	11	IN3	STOP contact - N.C.	Connect a button or other pulse generator which, by opening
				a contact, stops movement of the automated system.

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	FSW CL contact - N.C.	Connect a photocell or other device which, by opening a con-
			closing safety
				tact, reverses the movement of the automated system during
	13	IN5	FSW OP contact - N.C.
				opening (FSW OP) or during closing (FSW CL).
			opening safety

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).

	14
	15	-	GND Accessories power supply negative
	16
	17	+	+24 Accessories power supply positive (MAX. load = 500mA)
	18
	19	OUT1	24 V" (Open Collector) programmable using function o1 (advanced programming);
			default: always active.

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

ENGLISH

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

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

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732784 - Rev. B

ENGLISH

4.4 J12 - PROGRAMMABLE OUTPUTS - ELECTRIC LOCKS

20	OUT2	24 V"(Open Collector) programmable using the function o2 (advanced programming);
		default: indicator light
21	LOCK 1	Electric lock (12 V~ or 24 V")	When BUS 2easy encoder is disabled, the electric
		operated 2 sec before opening	lock is operated before each opening (in whatever
		of leaf 1	position the stopped leaf is in).
22	LOCK 2	Electric lock (12 V~ or 24 V") -	When BUS 2easy encoder is enabled, the electric
		operated 2 sec before opening
		of leaf 2	lock is operated only before opening the closed leaf.

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

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 FA and FC (basic programming) ; default: disabled.

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: ).

	23	FCA1
	24	FCC1
	25
		FCA2
	26
		FCC2

J6J6

GATECODER 1

GATECODER 2

GATECODER 1

GATECODER 2

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

	23	FCA1
	24	FCC1
	25
		FCA2
	26
		FCC2
	J6
	23	FCA1
	24	FCC1
	25
		FCA2
	26
		FCC2

J6

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732784 - Rev. B

4.6 J10 - BUS 2EASY ACCESSORIES

This board features a BUS2easy circuit for facilitating connection to the safety devices of a high number 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: trip only during the closing of the automated system - suitable for protecting the closing area from risk of impact.

Photocells during opening: trip only during the opening of the automated system - suitable for protecting the opening area from risk of impact.

Photocells during 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.

Opening/closing safety devices

Closing

safety devices

Opening safety devices

ENGLISH

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732784 - Rev. B

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).

ENGLISH

	Dip1	Dip2	Dip3	Dip4	TYPE OF PHOTOCELLS
	OFF	OFF	OFF	OFF
	OFF	OFF	OFF	ON
	OFF	OFF	ON	OFF	OPENING (max 6 pairs)
	OFF	OFF	ON	ON
	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	OPENING and CLOSING (max 2 pairs)
	OFF	ON	OFF	ON
	ON	ON	ON	ON	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

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732784 - Rev. B

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.

A

SAFEcoder

S800 ENC

J10

BUS-2easy

DL3

DL3

DL2

DL2

DL1

DL1

DL1

DL1

DL2

DL2

DL3

DL3

J10

BUS-2easy

ENGLISH

M1 : 2 LED on

B

M2 : 1 LED on

M2

M1

DL1

DL1

DL2

DL2

DL3

DL3

M1

M2

DL1

DL1

DL2

DL2

DL3

DL3

· Note: to correct the coupling of the encoder with motor M1 or M2, swap both wires on the terminals.

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732784 - Rev. B

ENGLISH

Tab. BUS 2easy Encoder LEDs Status

LED	ON	FLASHING	OFF
	Power present	Power present	Power absent
DL1	Communication present	Communication absent	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 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 BUS 2easy accessories learning procedure, the DL1 leds of both encoders are FLASHING.

4.7 J5 - XF MODULE RAPID CONNECTOR

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

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

			RP/DEC
	RADIO 1		J5
	DL11	RADIO XF 433-868
	RADIO 2
	DL12
		CONNECTIVITY	J4

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 A.

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).

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732784 - Rev. B

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 automated 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.

Safety devices for opening/closing

Closing safety devices

Opening safety devices

ENGLISH

Fail Safe function

This function lets you monitor the correct alignment and operation of the photocells before each movement. To enable the Fail Safe function, enter the ADVANCED Programming and set the o1 = 01 function.

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

18 of J3.

With Fail Safe enabled: connect the power supply negative of the transmitters (TX) to OUT1. Then jumper the unused safety inputs with OUT1.

Hereafter are provided the drawings for some connection examples.

No safety device and no stop device

FAIL SAFE disabled

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

E145

15

732784 - Rev. B

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		20		21 22
IN1 IN2 IN3 IN4 IN5	- - - + 24V+	OUT1		OUT2		LK1 LK2
OP-A OP-B STOP CL FSW OP

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

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

ENGLISH

One pair of closing photocells.

One pair of closing photocells, one pair of

FAIL SAFE disabled

opening photocells and one pair for opening/

closing.

9 10 11 12 13

14 15 16 17 18

19

20

21 22

FAIL SAFE disabled

IN1

IN2

IN3

IN4 IN5

- - - + 24V+

OUT1

OUT2

LK1 LK2

OP-A

OP-B

STOP

CL FSW OP

9 10 11 12 13

14 15 16 17 18

19

20

21 22

IN1 IN2 IN3

IN4 IN5

9 10 11 12 13 14 15 16 17 18 19

20 21 22

OP-A OP-B STOP

CL FSW OP

- - - + 24V+

OUT1

OUT2

LK1 LK2

9 10 11 12 13 14 15 16 17 18 19

20 21 22

Other	RX CL	TX CL
safety	1	1
devices	2
	3	2	+
	4
+	5

One pair of closing photocells.

FAIL SAFE enabled

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

		RX CL	TX CL
		1
		2	1
		3
			2	+
	+	4
		5
		TX OP/CL	RX OP/CL

			1
		1	2
			3
	+	2
			4
			5	+
		RX OP	TX OP
		1
		2	1
		3
			2	+
		4
	+	5

Other	RX CL	TX CL
safety	1
	2
devices	3	1
	4	2	+
+	5

E145

16

732784 - Rev. B