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MF / HF Antennas AEP

MF / HF Antennas AEP
MF / HF Antennas AEP
MF / HF Antennas AEP
MF / HF Antennas AEP

PV-HF Antennas produced by AEP have an expanded diameter up to 52 mm, which increases their wear resistance, and hence the service life. Each antenna is designed to withstand the most negative (marine) weather conditions. When choosing an antenna, pay attention to the maximum value of resistance to wind, operating temperature, antenna diameter and the materials of which it consists.

Each MF / HF Antenna AEP comes with mounting. The type of fastening is determined by the last characters in the model name of the antenna. After the main product number "MPxxx", the letters used are:

D = deck installation

M = Mast mounting

S = Side feed connections

name

MP622D

MP803MS

MP480MS

section

2

3

2

Diameter of the base (mm)

40

40

25

composition

Epoxy fiberglass

decoration

Polyurethane paint

Colour

White RAL 9000 * Gray RAL 7001 **

ferrule

Chrome plated brass ***

Working temperature

-35 ° C + 80 ° C

Max. Resistance to wind

150 km / h

Length of fiberglass (m)

6th

8

4.8

Length Electrical (m)

6th

7th

 

Length of the lower part (m)

3

3

 

Length of middle section (m)

 

2.5

 

Length of the upper part (m)

3

2.5

 

Weight, kg)

6th

9

3

fit

MIL-STD 810E MIL-STD 167-1 MILS-STD 810E

The basic torsional force (N)

120

80/200 (1)

70

Frequency (Mhz)

1,6 -30 ATU transmission 0,15-30 reception with transformer

Elements of irradiation

brass

Max. Input (W)

800

1200

500

polarization

vertical

Horizontal irradiation

360 °

compound

TX with RX insulation cable with RG-58 or RG-213 coaxial cable

connector

Bolt 8 mm

Bolt 6 mm


Available for order

MF / HF Antennas AEP

to order
Call our sales manager

Communication systems. Ship - shore Communication systems. Ship - shore Communication between ship and shore and between ships worldwide is standardized by the GMDSS (Global Maritime Distress System), which uses satellite communications via the international maritime satellite system INMARSAT