DISCONTINUED MFJ-969 - HF/6 Metre 300W Roller Antenna Tuner
- SKU
- 53-447
Description / DISCONTINUED MFJ-969 - HF/6 Metre 300W Roller Antenna Tuner
The MFJ-969 Antenna Tuner gives you MFJs superb AirCore Roller Inductor and full 6 meteres through 160 Meter coverage!
You get everything youve ever wanted including...300 Watts PEP SSB full featured antenna tuner, widest matching range, full size lighted Cross-Needle SWR/Wattmeter reads true peak forward power, QRM-Free PreTune, 8 Position antenna switch, built in 50 Ohm dummy load, heavy duty 4:1 balun -- all in a tough, attractive cabinet.
The MFJ-969 Antenna Tuners AirCore Roller Inductor, gear driven turns counter and spinner knob gives you exact inductance control for absolute minimum SWR.
The MFJ-969 Antenna Tuner covers all frequencies from 160 Meters thru 6 Meters, including the "magic band" -- the widest matching range of any full featured antenna tuner. Match dipoles, verticals, inverted vees, random wires, beams, mobile whips, SWL receiving antennas -- nearly any antenna. You can use coax cable, random wire or balanced lines.
Key Features/Specifications:
- Type: Manual tuner with roller inductor
- Frequency: 1.8-54 MHz
- Power: 300 Watts
- Meter: Cross needle
- Size: 268 X 242 X 95mm
- Weight: 2.5kg
- "T" match network
- Internal 4:1 balun
- Coax, balanced and end fed antennas
- Tuner by pass position
- Built in dummy load
- Roller coaster inductor
- 3 way antenna switch
- SO239 and terminal connection
More Information
| Allow Backorder in Clerk.io | No |
|---|---|
| Product Condition | New |
| Bar Code/EAN | 5056109231031 |
| Manufacturer | MFJ |
| Item returned for technician testing period | 14 days |
| Repair period | 90 days |
| Refund period | 14 days |
| Exchange period | 14 days |
Customer Reviews
So far it's functioned exactly as advertised and surpassed a previous Tuner on out of band anttenas.
As for value for money ???? the build quality could and should be better at this point. Never the less I choose to buy a new one and so far, I'm very happy with the results.