OPTIONS
80
ohm balanced or single-ended line level
output and four SPDT relay outputs.
The level of each audio output is
independently adjustable. Each audio
and relay output is individually
addressable allowing each output to be
activated at different times.
The UVARM connects to one of the two
control card connectors on the UVIC
motherboard and is mounted on an
aluminum faceplate with mounting holes
for attaching to the UVIC card cage.
The connectors for the ARO are located
on the front of the card and extend
through openings in the faceplate.
SFCDWARE is used to assign Audio
and Relay outputs to functions. Audio
and Relay outputs may be selectively
programmed to be active together or
individually with any control function.
The outputs may be programmed to
stay on for the duration of the function,
or latch on until turned off.
8.6 UVLOC Option
An optional Local Operation Console
(model UVLOC) enables users to
control the UVIC from an easy to use
pushbutton control panel. The panel is
connected to the UVIC with a standard
CAT5 network cable and may be
located up to ½ mile away from the
UVIC controller. The UVLOC is remotely
powered from the UVIC and requires no
local power source of it’s own. The
panel measures only 10” x 4.75” x 3” (L
x W x D) and is easily wall mounted.
The UVLOC provides control for 7 digital
recordings: Live P.A., P.A. Recording
from an integrated microphone,
Recorded P.A. Playback, and two
Auxiliary user programmable functions.
8.7 Installation of User Supplied
Radio Receivers
CAUTION
Improper installation of radio control
equipment may cause the speakers to
malfunction or operate intermittently.
Installation must only be performed by
experienced radio technicians who have
thoroughly read this manual.
1. TUNING - Tune the radio receiver to
the manufacturer's specifications.
2. POWER - Determine the radio power
requirements. The ULTRAVOICE
control panel pr12VDC on
the RADIO connector on the front
panel, as shown below;
RADIO Connector, 8 pin MOD jack;
1. Receive Audio, 150mV – 10V
p-p
2. Transmit Audio, 50mV - 3V
p-p
3. Carrier Detect - active low
4. PTT
5. +12VDC
6. GND
7. +12VDC
8. GND
This voltage source must not be used
for radios, which draw more than 1.5
Amps of current in transmit. Use both
grounds and both +12VDC connections
for current handling. If a higher current
output is required, a 24VDC - 12VDC
voltage converter must be purchased.
This converter is provided with the UVIC
series models. Do not use one of the
12VDC batteries to run the radio
equipment.
Summary of Contents for Personnel Alerting System
Page 49: ...INSTALLATION 49 Figure 5 2 UVIC Cabinet Dimensional Outline Drawing ...
Page 50: ...INSTALLATION 50 Figure 5 3 UVIC Wiring Diagram ...
Page 51: ...INSTALLATION 51 Figure 5 4 UVIC Battery Connections ...
Page 62: ...INSTALLATION 62 Figure 5 5 Yagi Antenna Installation Example ...
Page 63: ...INSTALLATION 63 Figure 5 6 Omni Antenna Installation Example ...
Page 64: ...INSTALLATION 64 Figure 5 7 Antenna Grounding Example ...
Page 69: ...INSTALLATION 69 Figure 5 10 UVLOC Dimensional Outline ...
Page 70: ...INSTALLATION 70 Figure 5 11 UVIC25SD Field Wiring Diagram ...
Page 83: ...83 Figure 9 1 UVIC Final Assembly and Parts List Page 2 of 2 ...
Page 84: ...UVIC Final Assembly and Parts List 84 Figure 9 2 UVIC25ST Wiring Detail ...