FAAC E604 User Manual

INDEX

1. DESCRIPTION page.12

2. TECHNICAL SPECIFICATIONS page.12

3. PREPARATIONS page.12

4. BOARD LAY-OUT page.13

5. CONNECTION LAY-OUT page.13

6. DESCRIPTION OF CONNECTIONS page.13

6.1. TERMINAL BOARD CN1 page.13

6.2. TERMINAL BOARD CN2 page.14

6.3 MOTOR CONNECTION page.15

6.4. BATTERY KIT page.15

7. DIP-SWITCH ADJUSTMENT page.15

7.1. OPEN BEAM FUNCTION page.16

8. MEMORY STORING THE RADIO CODE page.16

8.1. Memory storage of DS radio controls page.16

8.2. Memory storage of SLH radio controls page.16

8.3. Memory storage of LC radio controls page.17

8.4. Deletion of radio codes page.17

9. OBSTACLE DETECTION SENSITIVITY page.17

10. PROGRAMMING page.18

11. CONTROL LEDs page.18

12. FUNCTION LOGICS page.19

ENGLISH

CE DECLARATION OF CONFORMITY

Manufacturer: FAAC S.p.A.

Address: Via Benini, 1 - 40069 Zola Predosa BOLOGNA - ITALY

Declares that: Control unit mod. E604 24V

• conforms to the essential safety requirements of the following EEC directives: 73/23/EEC and subsequent amendment 93/68/EEC. 89/336/EEC and subsequent amendment 92/31/EEC and 93/68/EEC

Additional information: This product underwent a test in a typical uniform configuration (all products manufactured by FAAC S.p.A.).

Bologna, 10-10-2007

Managing Director

A. Bassi

The symbol indicates notes that are important for the safety of persons and for the good condition of the

Read this installation manual to the full before you begin installing the product.

The symbol draws your attention to the notes on the characteristics and operation of the product.

Notes on reading the instruction

automated system.

CONTROL UNIT E604

1. DESCRIPTION

Thanks to its high powered microprocessor, this 24 Vdc control unit for automatic barriers offers a wide range of adjustments, including deceleration and motor control. Thanks to its integrated encoder, the control unit constantly controls rod position and movement, intervening as soon as a faulty situation is detected. The FAILSAFE function makes it possible to detect any faults in the operation of the photocells. The main operating modes and functions are set by a dip-switch, whereas the adjustment of work and pause times is done by self learning during programming.

2. TECHNICAL SPECIFICATIONS

Power supply voltage 230 (+6% -10%) 50 Hz / 115 Vac 60 Hz Supply voltage of control unit Absorbed power 3 W Motor nominal power 48 W Accessories max. load 500 mA

ENGLISH

Flashing lamp max. load 15 W Max. load for beam lights 15 W Max. load for courtesy light/indicator light 5 W Operating ambient temperature -20° +55° Protective fuse F1=8 A F2=500 mA F3=630 mA (resettable) Function logics Automatic - Condo - Semi-automatic Opening / closing time Through self-learning during programming Pause time Through self-learning during programming Obstacle detection Trimmer-adjustable

Selectable functions

Terminal board inputs

Inputs with connector Battery kit - Radio connector

Terminal board outputs

Board dimensions 79 x 158 mm Characteristics of optional batteries See kit on price list

a According to mains voltage, there may be different output values on the board power feed terminals.

Before putting into service, always check if the output voltage on the secondary winding of the transformer is from 20 Vac to 26 Vac. Voltage must always be measured load free.

Type of logic - Operation of open command - No mains

power supplied function - Beam lights flashing - Safety

Power supply - Earth - Close - Open - Open/Close - Stop

Power supply for accessories - On beam lights - Indicator

24 Vac nominal a

devices behaviour

- Safety devices - Failsafe

light - Flashlight

3. PREPARATIONS

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 that an adequate differential switch is installed upstream of the system as specified by current

•

regulations. On the main power supply, install a thermal breaker with omnipolar switching.

•

Make sure that an adequate earthing system is available.

•

To lay cables, use adequate rigid and/or flexible tubes.

•

Always separate the connecting cables of low voltage accessories from those supplying 230/115 Vac, using

•

separate sheaths to avoid possible interference.

4. BOARD LAY-OUT

CN1 Power supply terminal-board

CN1 Power supply terminal-board CN2 Commands terminal-board

CN2 Commands terminal-board

JP2 Battery kit connector

JP2 Battery kit connector JP3 Connector for receiver module

JP3 Connector for receiver module JP4 Power supply to RH closing motor

JP4 Power supply to RH closing motor JP5 Power supply to LH closing motor

JP5 Power supply to LH closing motor

Trimmer for adjusting obstacle detection

TR1

sensitivity

P1 Programming push-button

P1 Programming push-button P2 OPEN channel memory storage push-button

P2 OPEN channel memory storage push-button P3

OPEN/CLOSE channel memory storage push-button

F1 Board protection fuse

DL1 CLOSE contact LED

DL1 CLOSE contact LED DL2 OPEN contact LED

DL2 OPEN contact LED DL3 OPEN/CLOSE contact LED

DL3 OPEN/CLOSE contact LED DL4 STOP contact LED

DL4 STOP contact LED DL5 Photocells status LED

DL5 Photocells status LED DL6 OPEN contact signalling LED

DL6 OPEN contact signalling LED DL7 OPEN/CLOSE contact signalling LED

DL7 OPEN/CLOSE contact signalling LED

5. CONNECTION LAY-OUT

COMPONENTS

Fig. 1Fig. 1

ENGLISH

6. DESCRIPTION OF CONNECTIONS

6.1. TERMINAL BOARD CN1

6.1.1. power supply

Terminals “1 & 2”. The secondary winding wires of the toroidal transformer must be connected to these terminals.

Before making this connection, check if the voltage at the transformer output is in the range from 20 Vac to 26 Vac

6.1.2. eArthing

Terminal “3”. To this terminal, connect the earthing wire coming from the terminal inside the motor body.

The connection is absolutely necessary for correct operation of the control unit.

Fig. 2Fig. 2

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