
SPECIFICATIONS
Hold the base of your
antenna against the
window and press the
knob down to activate
the internal suction
device.
Neutral Position Active Position Lock Position
Once the suction device
is activated, slide the
lever to the left hand
side of the knob to lock
the antenna to the
surface of the window.
Before attaching your
antenna, remove any
dirt or dust from the
window’s surface.
Then, make sure the
lever is on the right
hand side of the knob.
Once you have determined the appropriate location for your antenna (Step 2), choose how you would like to mount it.
The antenna base has three features: (1) Free standing feature (2) Wall mount feature, and (3) Window/Suction mount
feature. Once the antenna is positioned in the appropriate direction, tighten the side knobs to lock the product in place.
Plastic Anchor
Keep 5 mm gap between screw
head and wall surface
Wall
Screw ø 7.5mm 60 mm
30 mm
(1) Free standing - simply place the
antenna on a flat and even surface
and aim the antenna toward your
desired wireless source.
(2) Wall mount - see below. Use the included
wall anchors and screws to mount your antenna
to the wall. Use the two larger screws for the
oblong screw holes on the bracket and the
smaller screw for the circular opening.
(3) Window mount - see below. Use the suction mount built into the antenna base to
secure your antenna to a window.
Impedance 50ohm
Frequency Range: 2.4GHz-2.5GHz, 5.1GHz-5.9GHz
V.S.W.R. < 1.5
Working Voltage < 250 Vrms
Dielectic Withstanding < 670 Vrms
Voltage Insulation Resistance > 2000 MΩ
Contact Resistance
Center Contact : 3.0 mΩ(Max.)
Outer Contact : 2.0 mΩ (Max.)
Recommended Coupling nut torque
4.0~8.8 in. lbs (0.45~0.99Nm)
Coupling nut retention force >50 lbs (222N)
Contact captivation force >5 lbs (22.2N)
Durability (mating) >500 cycles
Operating Temperature -4°F ~ +149°F
Thermal Shock
MIL-STD -202, Method 107, Condition B
Corrosion
MIL-STD -202, Method 101, Condition B
Shock
MIL-STD -202, Method 213, Condition I
Vibration
MIL-STD -202, Method 204, Condition D
Moisture Resistance
MIL-STD -202, Method 106
Material Body Data Brass
Material Contact Data Brass
Material Insulator Teflon or Delrin
Compatible Hawking Hi-Gain™ Dual-Band Products
Hawking Hi-Gain™
Dual-Band
Wireless-N Router
Hawking Hi-Gain™
Dual-Band
Wireless-N Access
Point/Brdige
Hawking Hi-Gain™
Dual-Band
Wireless-N Range
Extender
Mounting Options
Technical
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[email protected] www.hawkingtech.com
Technical Support: 1.888.202.3344
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