Regulus uREG, User Manual

Page: 47 / 107

uREG User Manual
47
8.1. COMMON FEATURES OF THE PANELS
Common features of all
uREG
front panels:

keyboard (8 buttons:
◄ ▲ ▼ ►
, Kas , ON, OFF , SEL );

buzzer;

LEDs: POWER (green), FAILURE (red), UP (yellow);

green LED informing about activity of communication interfaces (controlled by setting);

RS-232 insulated communication link, type DB9M;

USB communication port (type B);

telecontrol interlock (BTS) switch with activity indication by a red LED;

fields to describe LED signaling (using a soft marker or self-adhesive labels).
8.2. SIGNALING LEDs
All signaling LEDs (except BTS and interface activity signals) in
uREG
are fully
programmable . Their activity strictly depends on the definition established in APPLICATION .
Standard LEDs, which are the same for all panel types, indicate:

POWER (green) - testing working order of the unit;

FAILURE (red) - failure-mode circuit-breaker tripping

UP (yellow) - bay fault.

The BTS red lamp lights up when the microswitch slider is moved to the ON position ←
(left) and goes off when the slider is moved back to the OFF position → (right).

The green lamp signaling work of transmission interfaces lights up to confirm that a
correct message has been received via RS232/RS485/AUX RS485 serial links. Lighting
status lasts for about 20 ms for each accepted and confirmed message. Signaling can be
set independently by program for each of the listed interfaces by means of
LED activity
setting .
In addition, the panels are equipped with:
GH, GV (graphic display) NV (alphanumeric display)
18 red LEDs 8 red / green LEDs
3 red LEDs
2 LEDs to visualize the circuit-breaker status:
red – circuit-breaker opened,
green – circuit-breaker closed.
CAUTION:
LEDs cannot be programmed via panel on the
uREG
device.
In order to define the response, the APPLICATION layer must be accessed via
Log
CZIP . The procedure can have two outcomes:
1. LED association with a specific event (fixed association);
2. Definition of events having an effect on LEDs. The LED and its response to the
event is selected by the user in
Monitor3
. The number of such events to be
defined is unlimited.