Technical Specifications; Installation Sequence - FAAC E145 Anleitung

1. TECHNICAL SPECIFICATIONS

INTENDED USE: this electronic board is designed and built to control swing and/or sliding gates,
which control access of vehicles and pedestrians.
Thanks to the electronic board E145 and the new SAFEcoder absolute encoder (FAAC Patented), it
is easier to adapt existing systems in accordance with the law without having to replace the existing
automated systems.
Mains primary power supply
Power absorbed from mains
MAX motor load
Accessories power supply
MAX Accessories current
Operating temperature
Power supply fuses

2. INSTALLATION SEQUENCE

1. Remove the diagram insert from the centre of the user manual.
2. Wire the electronic board as described in figure
refer to fig. to connect traditional photocells;
refer to fig. to connect Bus photocells;
refer to fig. to connect the receiver module;
connect any Bus encoders to terminal J10 (fig.
3. Power the board E145.
4. Verify the status of the LEDs on board E145, as described in figure
5. Depending on the installation, verify that the LEDs on the encoders correspond to those described
in figure ref. A.
6. Set the electronic board, according to the customer and system requirements and as described in
Chapter 3.
7. Implement the storing operations according to the remote controls on the system, by following
the procedures below:
figure for SLH encoded remote controls;
figure for RC/LC encoded remote controls.
8. Close the doors to perform the work time learning operations as described in Chapter 4.
9. Set the parameters of the board according to the installed devices and the regulations in force
(refer to Chapter 5 for SAFEcoder).
10. Implement an opening to verify that the system works correctly.
E145
With switching power supply from 90 V~ to 260 V~;
50/60 Hz
Stand By = 4W Sleep < 2 W
*
CAN BE ACTIVATED VIA
800 W
24 V
+24V MAX 500 mA
LOCK (FAAC) 12 V~ / 24
V
-20°C to +55°C
F1 = F10 AH 250V
:
ref. B).
2
*
MAX ~ 800 W
PC/MAC
BUS-2EASY MAX 500 mA
LOCK (NON FAAC) 24
V 500mA (3A peak)
.
732783 - Rev.C