INIM Electronics SmartLiving 10100L, User Manual

Page: 14 / 48

14 The SmartLiving System
User’s Manual
2-4
Reader - nBy
The SmartLiving intrusion control panel manages nBy/S and nBy/X readers and
also JOY/MAX-keypad readers.
The proximity reader is the easiest way for users to interact with the SmartLiving
intrusion control system.
The wall-mount nBy/S model (anchored by means of two screws) is IP34 rated
and therefore suitable for outdoor use.
It is equipped with a buzzer and 4 LEDs:
•
F1 - Red
• F2 - Blue
• F3 - Green
• F4 - Yellow
The Universal flush-mount nBy/X ( Patent Pending ) has been especially
designed to integrate with all brands of cover plates.
It is equipped with 4 LEDs (red, blue, green and yellow).
Readers do not provide the same extent of system control as keypads, however,
these devices are quick and easy-to-use and are extremely useful when carrying
out day-to-day operations (arm/disarm partitions, etc.).
Readers are usually located near the main entry/exit points of the protected
building. These devices allow system access to valid keys only. The system
readers are capable of recognizing a large number of keys, each characterized by
customized parameters.. Each reader is enabled to operate on specific partitions,
whereas each key is enabled to operate only on the partitions the user is allowed
to control. Therefore, if a key is held in the vicinity of a reader, it will be possible
to control only the partitions which the two devices have in common.
Each reader can be programmed with up to 4 shortcuts (one per LED).
Each key can be programmed with up to 4 shortcuts.
Unlike most traditional readers (which generally carry out arm/disarm operations
only), nBy readers also manage a series of useful shortcut commands. For
example, it is possible to associate two shortcuts to the red and blue LEDs for
arm and disarm operations, and a shortcut to the green LED for gate control, and
yet another to the yellow LED for "Clear call queue" operations.
The buzzer signals the running Entry, Exit and Pre-arm time of the reader partitions
(refer to paragraph
2-3-6 Signaling on the Buzzer ).
2-4-1
Signaling on the Reader LEDs
The LEDs have two distinct operating in modes:
1. When no key is present at the reader (refer to Table 6: Reader LEDs with no key
at reader ), the LEDs will indicate the current status of the associated shortcut.
2. When a key is present at the reader (refer to Table 7: Reader LEDs with key at
reader ), the LEDs will indicate (in rapid succession) the available shortcuts.
Table 6: Reader LEDs with no key at reader
LED Red Blue Green Yellow
OFF
(All LEDs Off)
All the reader partitions are disarmed.
No alarm/tamper memory on the reader partitions or system tamper memory.
ON / OFF
(in accordance
with the
associated
shortcut)
The scenario associated with
the arming-shortcut of the red
LED is active/inactive.
The output associated with the
output-activation shortcut of
the red LED is active/inactive.
Faults are present/not present.
The scenario associated with
the arming-shortcut of the
blue LED is active/inactive.
The output associated with the
output-activation shortcut of
the blue LED is active/inactive.
Faults are present/not present.
The scenario associated with
the arming-shortcut of the
green LED is active/inactive.
The output associated with the
output-activation shortcut of
the green LED is active/
inactive.
Faults are present/not present.
The scenario associated with
the arming-shortcut of the
yellow LED is active/inactive.
The output associated with the
output-activation shortcut of
the yellow LED is active/
inactive.
Faults are present/not present.
Intermittent
blinking
(ON: 2.3sec
OFF: 0.1sec)
At least one Reader-partition is
armed.
Slow blinking
(ON: 0.5sec
OFF: 0.5sec)
The reader partitions are
disarmed.
Alarm/tamper memory on at
least one of the reader
partitions, or system tamper
memory.
The scenario associated with
the last key used is active.
Fast blinking
(ON: 0.15sec
OFF: 0.15sec)
At least one Reader-partition is
armed.
Alarm/tamper memory on at
least one of the reader
partitions, or system tamper
memory.