Beninca THINK, Operating Instructions Manual, Page: 14 / 44

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MENU FUNCTION
Settable values
ON-OFF-(Default)
MEMO
LOGIC
AMP
The anti-crash amperometric sensor is disabled or enabled. Its sensitivity
is adjusted by parameters SNSO and SNSC.
On: Amperometric sensor activated.
Off: Amperometric sensor deactivated.
(OFF)
2pha
Lack of phase check in case of three-phase power supply is enabled or
disabled.
On: Check activated.
Off: Check deactivated.
(OFF)
inva
The movement reversion in the event of triggering of the amperometric
sensor or the DAS input is activated or deactivared.
On: Reversion activated. The activation of the edge or the sensor causes
a movement reversion (opening) for approx. 3 sec.
Off: Movement reversion not activated. The activation of the edge or the
sensor causes the immediate stopping of the gate movement.
(OFF)
Smot
The motor protection switch is enabled or disabled. Its sensitivity is ad-
justed by SAFM parameter.
On: amperometric sensor activated.
Off: amperometric sensor deactivated.
(OFF)
MENU FUNCTION
RES
RESET of the control unit. WARNING!: This resets the control unit to the default values.
When the <PG> push-button is pressed once, the RES wording begins to ash, if the push-button <PG> is
pressed once more, the control unit is reset.
NMAN
The number of the cycles (open+close) completed by the system is displayed.
When the push-button <PG> is pressed once, the rst 4 digits are displayed, if the push-button is pressed
once more, the last 4 digits are displayed.
E.g. <PG> 0012 >>> <PG> 3456: 123.456 cycles were performed.
IMPORTANT: Photocell inputs not in use
All photocell inputs are short-circuited by default (PHOT1/2/3/4) with the COM terminal. With this presetting, the control unit can
be operated also without photocells.
After connecting and setting the photocells required by the type of system, the inputs which are not in use should be short-circuited
to the inputs in use by copying the settings in the PHOx parameter, as shown hereunder:
1 pair of photocells on input PHOT1, active in the closing phase only:
Logic PHO 1 Logic PHO 2 Logic PHO 3 Logic PHO 4 JUMPERS
ON ON ON ON
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1 pair of photocells on input PHOT1, active in both opening and closing:
Logic PHO 1 Logic PHO 2 Logic PHO 3 Logic PHO 4 JUMPERS
OFF OFF OFF OFF
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1 pair of photocells: active in both opening and closing (PHOT1)
+ 1 pair of photocells: active in the closing phase only (PHOT2):
Logic PHO 1 Logic PHO 2 Logic PHO 3 Logic PHO 4 JUMPERS
OFF ON ON ON
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