Dipole 14 MHz 1kW

Product detailed description

Dipole for 14 MHz band.

New balun design 2025

- more massive boxes, thicker walls
- brass bushings for lid screws
- Uniform box design for all models
- new power limits
- wider choice of mechanical designs
- choice of pressure valve design
- choice of Amphenol N connector
- MINI version also available in clamp mount version
- overall precision design


Mounting for hanging behind the balun.
Can only be hung by the ends of the arms and the balun "in the air" with the CU-HS cable variant.

Technical data:
- 14 MHz band
- length of arms approx. 2x5,5 m, tuning by length at the mounting point
- antenna cable according to the selected variant
- balun 1:1
- power load up to 1 kW PEP (SSB 1 kW / CW 500 W / DIGI 300 W)
- power compensated for use in contests
- large ferrite toroid 1x FT-240
- mechanical design for hanging by rope
- PL input connector (UHF)
- antenna radiators are connected to M4 screws and secured with wing nut
- fasteners are stainless steel
- box dimensions 105x105x60 mm
- weight according to the selected antenna cable
- attachment for hanging
- the box has IP-65 protection

The balun box can be equipped with a pressure valve at extra cost.
The function of the pressure valve - if the instrument box is exposed to temperature changes - e.g. the difference between day and night temperatures or if heat is generated in the box during operation and the box cools down after operation - pressure changes and water vapour condensation occur in the sealed box.
In some cases, a vacuum may even be created, which can cause dust and moisture to enter.
Installing a valve with a pressure balancing function is a very simple way to provide ventilation and at the same time prevent vapour condensation and dust from entering the enclosure.
If you are interested in installing a pressure equalizing valve, add the valve offered above in the related products to your cart. The extra charge is the price of the valve.

Attach the coaxial cable to the balun so that it does not hang by its own weight on the connector.