TerraWave T09140P1000690 User manual

TerraWave Solutions®824-960 MHz 14 dBi 90 Degree Sector Panel Antenna with N-Style Jack
TerraWave's 14 dBi sector panel antenna is designed for applications operating in 824-960 MHz frequency,
including radio frequency identification (RFID), cellular systems, global system for mobile (GSM)
communications, code-division multiple access (CDMA) systems, point-to-multipoint communications and
wireless video links. It features high gain and is vertically polarized. Includes a heavy duty mounting bracket
and an N-style jack connector.
Every TerraWave antenna is covered by the Company’s two year TerraNet warranty program. For
questions and to purchase product, contact a wireless networking solutions sales engineer at 210-375-
8482, 800-851-4965 or [email protected]. Visit www.terrawave.com for additional information.
Specifications
Model T09140P1000690
Frequency Range 824 ~ 960 MHz
Gain 14 dBi
Horizontal Beamwidth 90°
Vertical Beamwidth 15°
Front-to-Back Ratio ≥23
VSWR ≤1.4
Nominal Impedance 50 Ohms
Maximum Power 500 Watts
Polarization Vertical
Connector N-Style Jack
Dimensions (LxWxD) 50.39” x 10.55” x 5.43”
Weight 27.56 lbs
Wind Load 134 mph
Radome UV PVC
Lightning Protection DC Ground
Mast Mount Diameter Ф1.96” to Ф4.5”
Operating Temperature Range -40°F to 140°F
www.terrawave.com Email: [e-mail] Phone: [phone] Fax: [phone] Gulfdale, San Antonio, TX 78216
806 MHz 890 MHz 960 MHz

TerraWave Solutions®824-960 MHz 14 dBi 90 Degree Sector Panel Antenna with N-Style Jack
Mounting Bracket Information for T09140P1000690
www.terrawave.com Email: [e-mail] Phone: [phone] Fax: [phone] Gulfdale, San Antonio, TX 78216
Installation Instructions
1. Locate the Top and Bottom Mounting Assembly.
2. Fix and secure the Top Mounting Assembly to the top bracket on the back of
the antenna using the provided M8x20 bolts and nuts as shown in diagram 1.
Make sure that the orientation of the Mounting Assembly is correct and is as
shown in the diagram.
3. Fix and secure the Bottom Mounting Assembly to the bottom bracket on the
back of the antenna using the provided M8x20 bolts and nuts as shown in
diagram 2.
4. As depicted in diagram 3, wrap the toothed clamp around the mounting pole
and secure in place by first threading through the M12×180 bolts then the
other half of the toothed clamp and then the flat washers and then the spring
washers and finally the M12 nuts. Adjust the position of the toothed clamp
and then tighten it up with the M12 nuts.
5. Repeat step 4 above to fix the bottom toothed clamp to the mounting pole.
6. Adjust the antenna until it is perfectly vertical (slightly loosen up the toothed
clamp of the Top Mounting Assembly to readjust if necessary) and then
tighten all the toothed clamps.
7. Fix the Scale ruler to the Strap Arm of the Top Mounting Assembly with the
provided M6 nut as shown in diagram 4.
8. Set the desired antenna tilt angle using the Scale ruler on the Strap Arm and
then tighten all joint nuts in the top and bottom assembly. See diagram 5.
9. Remove the protective caps from the antenna connectors, connect and
tighten the cable connectors, and then thoroughly wrap the cable connectors
with weather-proof adhesive tape.
Note:
• The antenna is designed for vertical mounting only and allows for limited downward tilting by adjusting the mounting assemblies.
However, the Top and Bottom Mounting Assemblies can be interchanged to achieve limited upward tilting.
• Make sure the antenna is installed in a safe and suitable location and well clear away from high power lines.
• Do not attempt to carry out installation when it is raining, snowing or during stormy weather.
• Do not attempt to install the antenna on a pole of diameter other than the specified 1.96”～4.5”
Diagram 1
Diagram 2
Diagram 3
Diagram 5
Bottom
Diagram 4