fadini ZERO.SAPE, Руководство пользователя

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GB
10
GENERAL DESCRIPTION
DIP-SWITCH ACOUSTIC SIGNAL
Pic. 5
Pic. 7 Pic. 6
X
Y
Z
X
Y
Z
M
inim. distanc
e
50 cm
Elpro control box
C NO Y X Z
12 V
ON OFF
230 V
50/60 Hz
Removable memory: the BLUE cards (in list 1and
list 2), and the RED and GREEN cards are
memorized in it. The last ones, once memorized,
cannot be cancelled or replaced.
Red Led: it switches on during the memorizing
phase and on reading a non memorized card
Receiver
230 V - 50 Hz supply from the mains.
The entire installation must be
properly earthed
2x0,5 mm²
up to 100 m
Entry reader
Exit reader
2x0,5 mm²
up to 100 m
2x0,5 mm²
up to 100 m
Connection to terminal Z is required
in case the signal is weak or disturbed.
2x0,5 mm²
up to 100 m
123
Radio contact
or any opening
pulse
Power supply
from control box
3
4
7
!
IMPORTANT : To prevent interfering, it is
recommended to install the readers at a
minimum distance of 50 cm from each other.
relay
Intermittent Red Led: indicates that the readers
are connected.
Mini-USB 2.0 connection to PC.
The proximity card reader ZERO.SAPE is a control accessory designed to open and close any automated access.
ZERO.SAPE consists of a reader , operated by magnetic cards or keyrings, and cable connected to the respective Receiver . The Receiver is fitted with a removable
memory, where the Blue cards or the keyrings and the installation Red and Green cards are memorized (during the first installation and cannot be cancelled or
replaced unless returned to the manufacturer). In the memory there are two independent lists where the the users'cards can be memorized; each list can take
up to 2.000 user's cards. The memorizing operations of the individual Blue cards or keyrings are through Dip-swtch 1 or Dip-switch 2 set to ON. Cancelling is by
Dip-switch 1 or 2 set to ON along with Dip-switch 3 to ON.
The Receiver elaborates the memorizing process of the cards and keyrings in the memory and confirms the operation by giving out a sound , while a green
led switches on. Cards or keyrings, that are not memorized in the lists, are indicated by a prolonged acoustic signal. The reader allows only for the cards and
keyrings to be read, which is confirmed by buzzer sound. The installation of
ZERO.SAPE is completed after going through the programming phases: to
make this process easier and quick, two types of cards are available, Red and Green . They allow to memorize and cancel the end users' Blue cards and the
keyrings, if required. The receiver is 230 V - 50 Hz power supplied and provides a 12 V output to power the readers, a relay output, a clean NO contact for remote
switching applications if needed, and three inputs X - Y - Z to communicate with the readers ("Z" to be used only in the case when the communication signal
between reader - receiver is weak or disturbed). It is possible to complete the equipment with a software to manage the entire system at a distance. In this
way, an electronic data base can be created to easily operate with
ZERO.SAPE through a PC.
ON OFF
12
3
The removable memory is designed to include 2 lists, each one can take up
to 2.000 possible cards. The two lists can be accessed and controlled by
Dip-Switches 1, 2 and 3.
1
The acoustic signal helps with the memorizing and reading phases
of the cards or keyrings. This device is fitted in the receiver.
Long Beep = A card not memorized in the list is being
read. When the memory is being blanked,
a sound is given out for 30 seconds.
Single Beep = a new card is being memorized or a listed
card is being read.
Alternated =
fast Beeps memorizing phase (by the Green card),
or blanking phase (by the Red card).
Dip1 = ON allows access to List 1 to carry on card
memorizing and cancelling.
Dip2 = ON allows access to list 2 to carry on card
memorizing and cancelling
Dip3 = ON the entire memory is blanked by the RED
card. Combined to DIP-switch 1or 2 set
to ON, only the selected one list is
blanked.
12 V
12 V
Green Led: it switches on when a memorized card
is being read.
ZERO.SAPE
PROXIMITY CARD ACCESS CONTROL
istr_zero.sape_GB.ai 3 10/11/2023 09:03:21