Blinker; Open Gate Warning Light; External Antenna - Erreka HYPERFOR Manual De Instrucciones

13 - BLINKER

The HEAVY2 unit has two outputs for the management of the
blinker:
1. Z1 and Z2 terminal for a 230V - 40W blinker with internal
intermittence
2. H6 (+) and H7 (-) terminals for a 24Vdc - 3W blinker.
Using a 24V blinker you need to set the
the value (DEFAULT =
FLASH
NOTE: If these terminals are used for this function it will not be
possible to connect a open gate warning light.
H1H2 H3 H4 H5 H6 H7 H8
+ -
24Vdc - 3W
The normal operation of the blinker involves its activation during
both opening and closing of the gate.
The other options available are:
• Enabled blinker set to pause: you need to set the value
the parameter
LP.PA
• Pre-flashing: the blinker is activated before the beginning of
the opening and closing phases for a time that can be set via
the parameter
T.PRE
• Pre-flashing during closing: the blinker is activated before the
closing phase for a time other than that set for opening.
The time can be set via the parameter
parameter with
SPIA
).
W.L.
Z6 Z5 Z4 Z3 Z2 Z1
OUTPUT
230V - 40W
SI
T.PCH

14 - OPEN GATE WARNING LIGHT

The unit is fitted with a 24Vdc - 3W output that allows the
connection of a warning light.
The open gate warning light shows in real time the status of the
gate, the type of flashing indicates the four possible conditions.
- GATE STOPPED (CLOSED): the light is off
- GATE IN PAUSE MODE (OPEN): the light is on and fixed
- OPENING GATE: the light flashes slowly (2Hz)
- CLOSING GATE: the light flashes fast (4Hz)
Connect the cables of the warning light to terminals
H6 (+) and H7 (-)
NOTE: if these terminals are used for this function it will not be
possible to connect a 24Vdc blinker
parameter
SPIA

15 - EXTERNAL ANTENNA

for
To guarantee the maximal radio range radio it is advisable to use
the external antenna.
Connect the shield of the antenna to the terminal A1 and the hot
pole to the terminal A2.
- 75 -
H1H2 H3 H4 H5 H6 H7 H8
+ -
24Vdc - 3W
a
DEFAULT = (open gate warning light)
W.L.
A1A2