Solid, double crossed dipole Aldena antenna, best used in a city enviroment. Because of the circulair polarisation of this antenna, there is less interference of multipath signals. This model is suitable for the whole FM band (87,5 - 108 MHz) and equipped with a EIA 7/8" flange for maximum 5 kW transmitter power. This model is also available with a N-female (max. 800 W) or a DIN 7/16" female connector (max. 2 kW) for lower transmitter powers.

Directional 2 elements tuned Aldena antenna with dipole and reflector, directional radiation pattern. Suitable for FM low power stacked-array systems, N female connector, demountable, light.

Power splitter is the main accessory used to built radiating antenna systems arrays.

They are manufactured in several models with all the combinations between frequency bands, number of out and input and connector types.

2-elements broadband FM antenna in hot-dip galvanised steel, directional pattern, suitable for medium power FM stacked-arrays. N-female connector for up to 800 W max power.

Power splitter is the main accessory used to built radiating antenna systems arrays.

They are manufactured in several models with all the combinations between frequency bands, number of out and input and connector types.

2-elements broadband FM antenna in hot-dip galvanised steel, directional pattern, suitable for medium power FM stacked-arrays. Equipped with a DIN 7/16" female connector for up to 3000 W max. power.

• 950 - 1550 MHz
• Polarisation: vertical
• Patern: directional
• Max. power: 100 W

Most antenna systems consist of two or more antennas. A power splitter divides the power coming from the transmitter system over these antennas in the antenna system.

This power splitter has a N-female connector input and four outputs with N-female connector and can handle 800 W maximum input power.

2-elements broadband FM antenna in hot-dip galvanised steel, directional pattern, suitable for high power FM stacked-arrays. Equipped with an EIA 7/8" flange for up to 5000 W max. power.

Most antenna systems consist of two or more antennas. A power splitter divides the power coming from the transmitter system over these antennas in the antenna system.

This power splitter has a DIN 7/16" female connector input and two outputs with N-female connector and can handle 1,6 kW maximum input power.

Half-wave tuned dipole Aldena antenna with an almost circular radiation pattern, suitable for the whole FM Band. Ideal for low power stacked-array systems. This Aldena antenna has a N-female connector, is demountable and above all light.

Most antenna systems consist of two or more antennas. A power splitter divides the power coming from the transmitter system over these antennas in the antenna system.

This power splitter has a DIN 7/16" female connector input and three outputs with N-female connector and can handle 2,4 kW maximum input power.

Directive 3-elements tuned Aldena antenne with dipole, reflector and director. Directional radiation pattern. Suitable for FM low power stacked-array systems, N female connector, demountable, light. Power handling up to 600W. For higher powers up to 1,2 kW this antenna is also available with a DIN 7/16" female connector

Hot-dip galvanized steel dipole Aldena antenna with an almost circular radiation pattern. Suitable for medium power FM stacked-arrays. This model is equipped with a N-female connecto, but also available with DIN 7/16" female connector or EIA 7/8” flange for higher transmitter powers.

Power splitter is the main accessory used to built radiating antenna systems arrays.

They are manufactured in several models with all the combinations between frequency bands, number of out and input and connector types.

3-elements broadband FM antenna in hot-dip galvanised steel, directional pattern, suitable for medium power FM stacked-arrays. N-female connector for up to 800 W max. power.

Solid design Aldena antenna suitable for the whole FM band (87,5 - 108 MHz). Compared to tuned antannas, wideband antennas are slightly heavier, increasing the windforces on the mast. This model is equipped with a 7/16" female connector, but is also available with a female N connector for lower transmitter powers or a 7/8" inch flange for higher powers.

Most antenna systems consist of two ore more antennas. A power splitter divides the power coming from the transmitter system over these antennas in the antenna system.

This power splitter has a DIN 7/16" female connector input and two outputs with DIN 7/16" female connector and can handle 3 kW maximum input power.

Solid design Aldena antenna suitable for the whole FM band (87,5 - 108 MHz). Compared to tuned antannas, wideband antennas are slightly heavier, increasing the windforces on the mast. This model is equipped with a EIA 7/8" flange connector, but is also available with a N-female or a DIN 7/16" female connector for lower transmitter powers.

3-elements broadband FM antenna in hot-dip galvanised steel, directional pattern, suitable for medium power FM stacked-arrays. DIN 7/16" female connector for up to 3 kW max. power.

Most antenna systems consist of two or more antennas. A power splitter divides the power coming from the transmitter system over these antennas in the antenna system.

This power splitter has a DIN 7/16" female connector input and four outputs with DIN 7/16" female connector and can handle 3 kW maximum input power.

3-elements broadband FM antenna in hot-dip galvanised steel, directional pattern, suitable for medium power FM stacked-arrays. EIA 7/8" flange up for 5 kW max. power.

Most antenna systems consist of two or more antennas. A power splitter divides the power coming from the transmitter system over these antennas in the antenna system.

This power splitter has a EIA 7/8" flange input and two outputs with N-female connector and can handle 3 kW maximum input power.

Power splitter is the main accessory used to built radiating antenna systems arrays.

They are manufactured in several models with all the combinations between frequency bands, number of out and input and connector types.

Most antenna systems consist of two or more antennas. A power splitter divides the power coming from the transmitter system over these antennas in the antenna system.

This power splitter has a EIA 7/8" flange input and two outputs with DIN 7/16" female connector and can handle 3 kW maximum input power.

Most antenna systems consist of two or more antennas. A power splitter divides the power coming from the transmitter system over these antennas in the antenna system.

This power splitter has a EIA 7/8" flange input and four outputs with DIN 7/16" female connector and can handle 3 kW maximum input power.

Most antenna systems consist of two or more antennas. A power splitter divides the power coming from the transmitter system over these antennas in the antenna system.

This power splitter has a EIA 7/8" flange input and two outputs with EIA 7/8" flange and can handle 5 kW maximum input power.

Most antenna systems consist of two or more antennas. A power splitter divides the power coming from the transmitter system over these antennas in the antenna system.

This power splitter has a EIA 7/8" flange input and four EIA 7/8" flange outputs and can handle 5 kW maximum input power.

Bracket to mount a power splitter (versions with N, 7/16", 7/8") on a pole with diameter between 30 and 60 mm. You normally need two brackets for each power splitter.

Bracket to mount a power splitter (versions with 7/8" - 1-5/8") on a pole with diameter between 40 and 120 mm. You normally need two brackets for each power splitter.