Genius Blizzard 500 C, Инструкция по эксплуатации

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BLIZZARD 500-900 C 23 532103 - Rev.B
Tr
ansla
tion of the original instruc
tions
ENGLISH
Tr
ansla
tion of the original instruc
tions
ENGLISH
ADVANCED PROGRAMMING Default
FS
Fail-safe:
If this function is active, it enables a functional test of the photocells
before any movement of the gate occurs (§ 6.1-
 10
, § 6.2).
If the test fails, the gear motor does not control the movement.
Y
= Active
no
= Disabled
no
SA
Safe:
If active and
FS
=
Y
, it enables a functional test of the safety devices
connected to the EDGE terminal before every gate movement
(§ 6.1-
 10
).
Y
= Active
no
= Disabled
no
PF
Pre-flashing:
If active, it sets a 5 second pre-flashing on the LAMP output
(§ 6.1-
 11
).
no
= disabled
oP
= only before opening
CL
= only before closing
OC
= before every movement
no
SP
W.L.: ( § 6.1 -
 10
)
 
Do not exceed the maximum load of the output
(24 V
"
- 3 W). If necessary, use a relay and a power
supply that is external to the board.
00
= standard indicator lamp (on during opening, when open
and open in pause; flashing during closing; off when gate closed).
From
01
to
4.1
= timed output . E.g. courtesy light: The time can
be adjusted from
0
to
59
, in 1 second steps and subsequently from
1.0
to
4.1
in 10 second steps.
E1
= electric lock command before the opening movement.
E2
= electric lock command before opening and closing move-
ments.
E3
= traffic light function : the output is active when the gate is
open and open in pause. It is disabled 3 seconds before the closing
manoeuvre starts, during which there are 3 seconds of pre-flashing
on the LAMP output (
§ 6.1-
 11
). Disabled during closing and
when the gate is closed.
E4
= traffic light function: the output is active only in the closing
state.
00
Ph Closing photocells logic:
Sets the tripping mode of the photocells during closing (FSW CL).
Y
= Stop and reverse to opening when disengaged.
no
= Immediate reverse to opening
no
oP Opening photocells logic:
Sets the tripping mode of photocells during opening (FSW OP).
Y
= Immediate reverse to closing
no
= Stop and reverse to opening when disengaged
no
EC Encoder:
The encoder operates as an anti-crushing device: if the gate
strikes an obstacle, it reverses the gate movement for 2 seconds.
If, during the two seconds in which it reverses, another obstacle is
encountered, it stops moving (
St
=
02
). The sensitivity of the anti-
crushing system must be set by regulating the function between
01
(maximum sensitivity) to
99
(minimum sensitivity).
00
= Encoder not installed or disabled
01
-
99
= Encoder active and sensitivity adjustment.
The encoder also controls decelerations and partial opening.
00
ADVANCED PROGRAMMING Default
rP
Pre-limit switch deceleration:
This sets the deceleration of the gate before the opening and closing
limit switches are tripped.
The time can be regulated from
00
to
99
, in 0.1 second steps.
If an encoder is installed and active, the deceleration is not de-
termined on a time basis but by the number of motor revs, which
enables a greater precision to be obtained.
00
= Deceleration disabled
01
-
99
= Deceleration active
10
rA
Post-limit switch deceleration:
This sets the deceleration of the gate after the opening and closing
limit switches have been tripped.
The time can be regulated from
00
to
20
, in 0.1 second steps.
If an encoder is installed and active, the deceleration is not de-
termined on a time basis but by the number of motor revs, which
enables a greater precision to be obtained.
00
= Deceleration disabled
01
-
20
= Deceleration active
05
PO
Partial opening:
This sets the partial opening width (OPEN B). It can be regulated
from
01
to
20
.
If an encoder is installed and active, partial opening is determined
by the number of motor revs, which enables a greater precision to
be obtained.
05
t
Cycle time-out:
Set a value of 5 or 10 seconds more than the time it takes the gate
to travel from one limit switch to another. This prevents the motor
from overheating in the event that the limit switches are broken.
It can be regulated from
0
to
59
, in 1 second steps. The display
subsequently changes to minutes and tens of seconds, separated
by a point, in 10 second steps up to a maximum of
4.1
minutes.
E.g.
2.5
=2 min. and 50 sec.
 
The set value does not exactly correspond to the
maximum operating time of the motor because this
is modified by the deceleration times.
2.0
AS
Assistance request:
If active, at the end of the countdown of the following function
(“Cycle programming”) there are 2 seconds of pre-flashing on
the LAMP output (§ 6.1-
 11
), in addition to that set in the
PF
function, at every OPEN pulse. This can be useful for setting
scheduled maintenance work.
Y
= Active
no
= Disabled
no
nc
Cycle programming:
This function is linked to the previous one (“Assistance request”). It
allows a countdown for the operating cycles of the gear motor to
be set. It is settable, in thousands, from
00
to
99
thousand cycles.
00
St
Gate status:
Exit from the programming function and view the gate status
(§ 7.4-
 14
).
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