FAAC 24Vdc Installation Instruction

ENGLISH

24 Vdc ELECTRONIC CONTROL UNIT FOR SWING GATES

USE INSTRUCTIONS - INSTALLATION INSTRUCTIONS

This 24 Vdc control unit for swing gates offers high performance and a wide range of adjustments: opening and closing decelerations, possibility of managing one or two motors, management of opening and closing limit-switches, and the possibility of managing two GATECODERS. A sophisticated electronic control constantly monitors the power circuit and disables the control unit in the event of malfunctions that could impair efficiency of the electronic clutch. The parameter settings and the operating logics are set and shown on a handy display, which indicates gate status during normal operation. Operating times are adjusted by self-learning during programming. The water-tight enclosure is designed to house the control unit, the toroidal transformer and any buffer batteries (optional) having the characteristics and dimensions indicated in the table below.

2. TECHNICAL SPECIFICATIONS

1. GENERAL CHARACTERISTICS

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ATTENTION: Different output values can be obtained on the 24V~ voltage depending on the mains voltage value. Before start-up, always

check the transformer output voltage. This must not exceed 26V~ for both 230V~ and 115V~ power supply. Voltage must be measured load free, i.e. with the transformer powered and disconnected from the board.

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3. PRELIMINARY SETTING-UP

ATTENTION: To ensure people’s safety, all warnings and instructions in this booklet must be carefully observed. Incorrect installation or

incorrect use of the product could cause serious harm to people.

Make sure there is an adequate differential switch upstream of the system as specified by current laws, and install an all-pole thermal breaker on the power supply mains. To lay electric cables, use adequate rigid and/or flexible pipes. Always separate the connection cables of low voltage accessories from the 115/230 V~ power cables. To prevent any interference whatever, use separate sheaths.

Maximum length of power cables between control unit and motors must not exceed 10 m, using cables of 2.5mm2 diameter.

Procedure for securing components inside the water-tight enclosure.

1- Secure the support for the toroidal transformer in position A with 3 Ø4.2x13 self-tapping screws (supplied),

placing the supplied spacers between the transformer support and the guides of the water-tight enclosure. 2- Secure the transformer to the support with 2 clamps (supplied). 3- If using buffer batteries, secure the relevant support in position B with 4 Ø3.5x9.5 self-tapping screws

(supplied), fastening the screws in the crossover holes of the enclosure guides.

N.B.: the support is sized to house 2 batteries (not supplied) with the dimensions specified in the table in

paragraph 2.

4- Position the batteries on the support and secure them with plastic clamps. 5- Secure the control unit in position C with the 4 Ø4.2x13 self-tapping screws (supplied), placing the supplied

spacers between the control unit and the enclosure guides.

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ENGLISH

4. CONNECTIONS AND OPERATION

4.1. TERMINAL BOARD CN1

4.1.1. Power supply 22V

“VAC -VAC” terminals. The secondar y circuit of the 24V~ 50/60 Hz transformer should be connected to this input. Power supplied by the transformer is signalled by the lighting of the “ALIM” LED located under the terminal board.

4.1.2. Batteries

“+BAT - -BAT” terminals. Connect the power cables of the buffer batteries (optional) to these terminals. The control unit is designed to operate with two buffer batteries, with the minimum characteristics shown on the table in paragraph 2. During normal operation, the unit keeps the batteries charged and these start operating if no power is supplied to the transformer.

N.B.:

• Power supplied by batteries only should be considered an emergency situation. The number of possible manoeuvres is linked to the

quality of the batteries, the structure of the gate to be moved, the time elapsed since power cut occurred, etc, etc.

• Observe the battery power supply polarity.

4.1.3. Accessories

“+24V - -24V” terminals. The accessories power cables should be connected to these terminals.

N.B.:

• The maximum load of the accessories must not exceed 500 mA.

• The output of these terminals is DC - observe the power supply polarity of the accessories.

4.1.4. Earth

“ “ terminal. The control unit earthing cable should be connected to this terminal.

N.B.:

• This connection is absolutely necessary to ensure a correctly operating control unit.

4.2. TERMINAL BOARD CN2

4.2.1. Gearmotor 1

“APM1 - CHM1” terminals. For double leaf applications, connect to these terminals the gearmotor fitted on the leaf which must move first. For single leaf applications, the gearmotor must be connected to these terminals. The maximum load of the gearmotor must not exceed 70W.

4.2.2. Gearmotor 2

“APM2 - CHM2” terminals. For double leaf applications, connect to these terminals the gearmotor fitted on the leaf which must move last. For single-leaf applications, nothing should be connected to these terminals. The maximum load of the gearmotor must not exceed 70W.

4.2.3. Electric lock

“ELS - ELS”terminals. The electric lock, if any, with 12 Vdc/~ power supply, should be connected to these terminals. To facilitate release of the electric lock, the over-pushing stroke can be input by enabling parameter “F” (see paragraph 9).

N.B.:

• In double-leaf applications, install the electric lock on the leaf where gearmotor 1 is installed.

4.2.4. Flashing lamp / Courtesy light

“LAMP - LAMP” terminals. Both a flashing lamp and a courtesy light can be connected to these terminals, both with 24 Vdc power supply and maximum 15W. To make this output operational, select parameter “G”, see paragraph 9.

Flashing lamp operation:

During normal operation, the flashing lamp provides a fixed pre-flashing of 1.5 seconds during both opening and closing. When the gate is open, and the closing safety devices are tripped, the lamp flashes to indicate that a manoeuvre is taking place in the gate movement area. We advise you to connect the flashing lamp before programming, because it indicates its phases. Use a fixed light flashing lamp; flashing is controlled by the control unit.

Courtesy light operation:

The courtesy light stays lighted for a fixed time of 90 seconds from the OPEN pulse, after which it goes OFF. Use a lamp with 24 V power supply and maximum 15W.

4.3. TERMINAL BOARD CN3

4.3.1. Motor 1 closing limit-switch

“COMF - FCC1” terminals. Normally closed contact. This is tripped and stops the closing motion of motor 1. The status of this input is signalled by LED FCC1.

4.3.2. Motor 1 opening limit-switch

“COMF - FCA1” terminals. Normally closed contact. This is tripped and stops the opening motion of motor 1. The status of this input is signalled by LED FCA1.

4.3.3. Motor 2 closing limit-switch

“COMF - FCC2” terminals. Normally closed contact. This is tripped and stops the closing motion of motor 2.The status of this input is signalled by LED FCC2.

4.3.4. Motor 2 opening limit-switch

“COMF - FCA2” terminals. Normally closed contact. This is tripped and stops the opening motion of motor 2. The status of this input is signalled by LED FCA2.

N.B.:

• If no limit-switch is used, jumper connect the inputs.

• The limit-switches cannot be used as the start of the decelerated section.

4.3.5. Motor 1 encoder

“ENC1” terminal. The signal received from the encoder installed on gearmotor 1 must be connected to this terminal. For operation and activation of the encoder, see paragraph 6.

N.B.: If no encoder is used, do not, on any account, jumper-connect the inputs.

ENGLISH

ENCODER

OFF ON

AMPERO

3421

ENCODER

OFF ON

AMPERO

421

4.3.6. Motor 2 encoder

“ENC2” terminal. The signal received from the encoder installed on gearmotor 2 must be connected to this terminal. For operation and activation of the encoder, see paragraph 6.

N.B.: If no encoder is used, do not, on any account, jumper-connect the inputs. Attention: In two-motor applications, the encoder must be installed on both motors.

4.4. TERMINAL BOARD CN4

4.4.1. Total opening

“COM - OPEN A”terminals. Normally open contact. Connect, to these terminals, any pulse generator (e.g. push-button, key selector, etc.) which, by closing a contact, generates a gate total opening or closing pulse. The operation of this generator is defined by parameter “D”, see paragraph 9.

N.B.:

• A total opening pulse always has priority over pedestrian opening.

• To connect several pulse generators, connect the devices in parallel.

4.4.2. Pedestrian opening

“COM - OPEN B” terminals. Normally open contact. Connect, to these terminals, any pulse generator (e.g. push-button, key selector, etc..) which, by closing a contact, generates a gate partial opening or closing pulse. In double leaf applications, pedestrian opening corresponds to total opening of leaf 1. In single leaf applications, pedestrian opening corresponds to about 30% of memory-stored total opening.

N.B.:

• A total opening pulse always has priority over pedestrian opening.

• To connect several pulse generators, connect the devices in parallel.

4.4.3. Stop

“COM - STOP” terminals. Normally closed contact. Connect, to these terminals, any safety device (e.g. pressure switch, safety edge, etc.) which, by opening a contact, immediately stops the gate and disables all automatic functions. The status of this input is signalled by the “STOP” LED. The gate resumes its memory-stored cycle only by means of another total or partial opening pulse.

N.B.:

• If no STOP devices are connected, jumper connect the input.

• To connect several STOP commands, connect the devices in series.

4.4.4. Closing safety devices

“COM - FSW CL”terminals. Normally closed contact. Connect, to these terminals, any safety device (e.g. photocell, safety edge, pressure switch etc..) which, by opening a contact, affects the gate's closing motion, reversing it to the mechanical stop, or to the opening limitswitch. The status of this input is signalled by LED “FSW-CL”.

4.4.5. Opening safety devices

“COM - FSW OP”terminals. Normally closed contact. Connect, to these terminals, any safety device (e.g. photocell, safety edge, pressure switch etc..) which, by opening a contact, affects the gate's opening motion, causing it to stop immediately. When the safety device has been reset, the gate resumes its memory-stored cycle. The status of this input is signalled by LED “FSW-OP”.

N.B.:

• If no safety devices are connected, jumper connect the inputs.

• To connect several safety devices, connect the devices in series.

The control unit is designed to house a 5-pin radio-receiver module. Installation procedure: turn off power and fit the module in connector

CN5 on the control unit.

ATTENTION: To avoid damaging the receiver and thus irreparably compromising its operation, the receiver must be installed while

observing the fitting direction specified in paragraph 13 (connection lay-out).

This done, observe the radio-receiver instructions to store the radio control in the memory.

6. OPERATION WITH ENCODER OR AMPEROMETRIC OPERATION

The control unit has 4 DIP SWITCHES, which enable selection of either amperometric operation or operation with Encoder.

Operation with encoder provides greater safety in detecting obstacles and greater repeatability of the deceleration point.

N.B.: Operation with encoder requires mechanical stops, or limit-switches, for both opening and closing.

To select operation with encoder, position DIP-SWITCHES 1 and 2 to ON and DIP-SWITCHES 3 and 4 to OFF (Fig.02). To select amperometric operation, position DIP-SWITCHES 1 and 2 to OFF and DIP-SWITCHES 3 and 4 to ON (Fig.03).

ATTENTION: For a correct programming procedure of the control unit, carry out this operation before programming the control unit

because it radically modifies its operation.

Operation with Encoder Amperometric operation

Fig. 2

5. INSTALLING THE RADIO CONTROL RECEIVER BOARD

Fig. 3

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