Installation and Maintenance Manual

Diagnostics
96 UV-SVN02C-EN
Testing Battery Status (Wireless Controls)
Initiate a battery status test as follows:
• On model WZS, push the Test button on the sensor (see
location on Figure 62, p. 95). LED5 on the sensor
responds by indicating
the level of battery strength, as
shown in Tab l e 42, p. 96.
• On model WDS, push the Test button on the sensor
(see location on Figure 62, p. 95). In response, a battery
test symbol appears on the display. The symbol shown
indicates battery life expectancy (see Tab le 43).
24 V Power Status Indicator (Wireless Controls
LED5 on the receiver of all models (Figure 61, p. 94) lights
and stays constantly On when 24 V power is normal.
Using the Wireless Sensor System to Check
Signal Strength on a Site (Wireless Controls)
Follow these steps to check the signal strength on a site:
1. Power up a receiver with a 24 V transformer (user
supplied)
2. Associate the sensor to a recei
ver of the same model
intended for the job
3. Place the receiver at the desired location
4. Place or hold the sensor at the desired location
5. Press the Test button (S5) on
the sensor and observe
the signal strength as indicated by LED1, LED2, and
LED3 on model WZS, and on the display on model
WDS (Figure 62, p. 95).
Table 40. Observing signal strength on the sensor
(wir
eless controls)
User action
LED state
(WZS sensors)
Symbol (WDS
sensor
display) Indicates...
None LED1: Off
LED2: Off
LED3: Off
No Test symbols
appear
Normal state
• No Test button press.
Press Test
button on the
sensor
LED1: Off
LED2: Off
LED3: Off
Associated; no
communication with
receiver
• Associated, but no
signal from the
receiver after
pressing Test button.
LED1: On
LED2: On
LED3: On
Displays for 5
seconds, then
constantly Off
Excellent signal
strength
•Good signal margin
for reliable
communication.
LED1: Off
LED2: On
LED3: On
Displays for 5
seconds, then
constantly Off
Satisfactory signal
strength
• Adequate signal
strength for reliable
communication.
• Moving sensor or
receiver may improve
signal strength.
• Increased channel
switching may reduce
battery life.
LED1: Off
LED2: Off
LED3: On
Displays for 5
seconds, then
constantly Off
Poor signal strength
•Unreliable
communication.
• Strongly recommend
moving the sensor or
receiver to a better
location.
Table 41. Observing signal strength on the receiver
(wireless controls)
User
action
LED state (receiver, all
models) Indicates...
None LED1: Off
LED2: Off
LED3: Off
Normal state
• No Test button press.
Press
Test
button
on the
sensor
LED1: On
LED2: On
LED3: On
Displays for 5 seconds, then
constantly Off
Excellent signal strength
• Good signal margin for reliable
communication.
LED1: Off
LED2: On
LED3: On
Displays for 5 seconds, then
constantly Off
Satisfactory signal strength
• Adequate signal strength for
reliable communication.
• Moving sensor or receiver may
improve signal strength.
• Increased channel switching may
reduce battery life.
LED1: Off
LED2: Off
LED3: On
Displays for 5 seconds, then
constantly Off
Poor signal strength
• Unreliable communication
• Strongly recommend moving the
sensor or receiver to a better
location
Table 42. Battery status: LED5 on model WZS sensors
(wireless controls)
User
action LED state (WZS) Indicates...
Press
Test
button
Solid green for 5 seconds Battery is adequate for proper
operation.
Solid red for 5 seconds 25% battery life left. Batteries should
be replaced.
No light Batteries life expired or not installed
properly, or sensor is defective.
None Blinking red: 1-blink
pattern
(a)
repeated 5
times. Cycle repeats
every 15 minutes.
(a) Blink pattern is On for 1/4 s, Off for 3/4 s, with 2 s Off between repe-
titions.
Approximately 14 days of operation
remain before the battery is too weak
to power the sensor.
Table 43. Battery status: Battery symbol on model WDS
sensor display (wireless controls)
User
action
Battery
test
symbol Indicates...
Press Test
button
Full battery power.
50% battery life left.
25% battery life left. Replace batteries.
Flashing symbol indicates that approximately 14
days of operation remain before the battery is too
weak to power the sensor.
UV-SVN02_-EN.book Page 96 Thursday, January 24, 2013 4:48 PM