M2 Antenna Systems, Inc. 4402 N. Selland Ave. Fresno, CA 93722
Tel: (559) 432
-
8873 Fax: (559) 432
-
3059 Web: www.m2inc.com
©2016 M2 Antenna Systems Incorporated
11/22/17
Rev.03
Model
.........................................
400CP30A
Frequency Range
.......................
395
-
405 MHz
*
Gain
..........................................
16.20 dBIc
Front to back
..............................
22 dB Typical
Ellipticity
.....................................
1.5 dB Typical
Beamwidth
...............................
30
o
circular
Feed Impedance.
.......................
50
, Unbalanced
Maximum VSWR
........................
1.6:1 Max
Input Connector
..........................
“N” Female
Power Handling
..........................
600W
Boom Length / Dia
......................
140
-
3/4” / 1" Dia
Parasitic Elements
......................
28, 3/16" Rod
Stacking Distance
.......................
55”
Mast Size
....................................
1
-
1/2
-
2 Inch
Wind area / Survival
...................
1 sq ft.
Weight / Ship Wt.
........................
5 lbs / 7 lbs UPS
M2 Antenna Systems, Inc.
Model No: 400CP30A
FEATURES:
The 400CP30A is a practical sized, yet high performance circular polarized antenna with a remarkably clean pat-
tern. The pattern is important in order to match the antenna’s noise temperature with modern low noise preamps. This
antenna is ideal for satellite work but is also excellent for terrestrial uses like ATV, repeater operation, and long haul tropo
DX. The CNC machined driven element module is O
-
ring sealed and weather tight for low maintenance and long
-
term
peak performance. Internal connected are encapsulated in a space
-
age silicone gel that seals out moisture and improves
power handling. The 3/16” 6061
-
T6 rod elements are centered to minimize interaction and maintain good ellipticity. Insu-
lators are UV stabilized and locked in place with stainless keepers. Rugged construction, uncompromising performance
for the boom length: that's the M
2
400CP30A!
SPECIFICATIONS:
*Subtract 2.14 from dBi for dBd
