BWI Eagle AIR-EAGLE XLT Product Information Bulletin

AIR-EAGLE
900 MHz RF Receiver
MODEL 441-20100-X-DC
DESCRIPTION
The A -E XLT is an RF system designed for short to medium range
IR AGLE
wireless remote control of electrical apparatus in a variety of industrial
applications. Systems can consist of any number of receivers and
handheld or contact input transmitters working together. This receiver is
equipped with single relay that can switch 5 amps @ 120VAC or 30VDC
and can be directly interfaced with the customer's equipment or P.L.C.
Eight user selectable frequencies allow multiple systems to be used in the
same area. The Air-Eagle XLT can receive remote signals transmitted
from up to 2500 feet away (with a handheld transmitter) or up to 2 miles
away (with a stationary transmitter and external antennas).
MODEL INFORMATION
In this model the "-X" denotes that the user can select which transmitter
input channel or button activates the relay – see CHANNEL CODE &
FREQUENCY SET-UP on page 2.
APPROVALS
United States (FCC)
Canada (IC)
INSTALLATION
DISCONNECT DC Power from all equipment before installation.
1. Mount the A -E XLT R
IR AGLE
2. Install wiring to terminal strip.
3. Attach supplied rubber duck antenna to TNC connector on the top
side of the unit.
4. Connect supplied power input cable to your external power source.
TERMINAL STRIP WIRING
TER 3 TER 2
INPUT RELAY OUTPUT
1 Not Used 1 N/O
2 Not Used 2 C (common)
3 N/C
105 Bonnie Drive
Butler, PA 16002
724-283-4681
724-283-5939 (fax)
www.bwieagle.com
® XLT
MCQ-XB900HP
1846A-XB900HP
in a convenient location.
ECEIVER
TER 1
AC/DC POWER INPUT
1 (-) 9-36VDC
2 (+) 9-36VDC
3 Ground
PRODUCT INFORMATION
BULLETIN
Dimensions (with mounting plate)
7.07L x 3.57W x 1.62H
CONTROLS AND INDICATORS
Power – LED1
Illuminates green when unit is powered
TX – LED2
Not used on this model
Relay – LED3
Illuminates green when relay is energized
RF module that sends data to the remote
RF1
receiver
Seven dip switches for selecting options &
SEL1
network frequency
TER3 Dry contact input
TER2 Relay output
TER1 Power Input