2
Power and Communication from the Transceiver to the XT
Power from the controller to the transceiver is provided via RS422 (18
AWG, single-pair, stranded, tinned copper) using 12 VDC. The power
wire is connected to pins 5 and 6 on the transceiver port. Connect the
positive 12 VDC to pin 5 and ground to pin 6.
Wire for communications must be 24 AWG, 2-pair, stranded, tinned copper,
individual shield, drain wire, low capacitance wire.
Communication connections on the transceiver are made on pins 1, 2, 3,
and 4. Communication to the XT occurs on pin 1 (TX+) and pin 2 (TX-).
Communication from the XT occurs on pin 3 (RX-) and pin 4 (RX+). Wiring
connections are shown on page 2.
Set Up the T1000
After wiring is completed, push the learn button once to verify power .
The LED will light if power is connected correctly . The LED will go of f
automatically after a few seconds. This will also automatically learn the
transceiver to the Falcon XT.
Mounting the Transceiver
Prior to mounting the transceiver , write down the serial number of the
device. This number will be needed during programming. Use the following
guidelines when mounting the transceiver.
Mount the unit in an area protected from the weather•
Mount the unit as high as possible on the site (such as near •
the roof ine) using the provided mounting screws or appropriate
mounting hardware for the application
Mount the unit to a solid, nonmetal surface •
The unit is weather-resistant•
Warning: Do not try to add length to the antenna to
extend the transceiver’s range as this will cause the
system to become inoperational and/or will exceed
FCC requirements.
3
Installing Multiple Transceivers
On large sites, multiple transceivers may be required to provide adequate
communication coverage. Up to 8 transceivers can be installed on one site
and learned to one Falcon XT, with up to 1024 overlocks per transceiver
(allowing a maximum of 8192 overlocks per site).
While 24 AWG wire is the minimum recommended, the wire gauge may
need to be increased depending on the length of wire to be run and
the number of transceivers to be used. The wire used must ensure that
adequate voltage is available at the last device in-line. The minimum
allowable voltage at the device furthest from the Falcon XT is 7.5V.
NOTE: Ensure that the wire run does not reduce the voltage to less than 7.5 V at
the device furthest from the Falcon XT.
T1000 Operation
The transceiver is a bi-directional transmitter that facilitates communication
between the Falcon XT access control system and overlock devices used to
control individual doors. Communication occurs over multiple RF
channels concurrently to ensure constant communication capability.When
the transceiver receives input from the XT,it sends the signal to the
overlock device to control the overlock function. The transceiver continually
scans for a signal from the overlock and if a determined period of time
elapses with no signal, the transceiver sends an alert, which shows up on
the main screen of the overlock management software.
TThe The thethe transceiver receives input from the XT, it sends
that signal
to the overlock device to control the overlock function. The transceiver
continually scans for a signal from the overlock and if a determined period of
time elapses with no signal, the transceiver sends an alert, which shows up
on the main screen of the overlock management software.
Troubleshooting
Transceiver service alerts are managed in the overlock management
software. In the software, go to Tools\Manage Transceivers to view and
clear alerts.
NOTICE: To comply with FCC and or Industry Canada rules (IC), adjustment or
modifications of this receiver and/or transmitter are prohibited, except for changing
the code setting or replacing the battery. THERE ARE NO OTHER USER
SERVICEABLE PARTS. This device complies with part 15 of the FCC rules.
Operation is subject to the following two conditions: (1) This device may not cause
harmful interference, and (2) This device must accept any interference received
including interference that may cause undesired operations.
FCC ID: HBWXCVR1 IC:2666A-XCVR1
