CI 177-2 FM 2 Whip Antenna | 138-174 MHz, BNC
$644.00
The CI 177-2 whip antenna is designed for use over the public service FM Frequency band. The mounting uses the popular 4-hole with the radiating element enclosed in a high strength tapered glass laminate housing.
26
Items sold in last 13 days
8
People watching this product now!
Description
Features
- 138-174 MHz frequencies
- Vertical polarization
- Omnidirectional radiation pattern
- Molded base
- 4-hole mounting
- Enclosed radiating element
- High strength tapered glass laminate housing
Specifications
Weight:
0.50 lb
Height:
14.5 in
Frequency:
138-174 MHz
VSWR:
2.5:1 maximum
Polarization:
Vertical
Radiation pattern:
Omnidirectional
Impedance (RF):
50 ohms
Power (RF):
50 watts
Temperature:Â
-55ºC to +55ºC
Altitude:
30,000 ft
Certifications:
FAA TSO C37b, C38b
Additional information
| Weight | 0.1 lbs |
|---|---|
| Dimensions | 0.1 × 0.1 × 0.1 in |
| Brand |
Comant |
Shipping & Delivery
SHIPPING INFORMATION
We can ship by UPS, or USPS and DHL Express. We ship nationally, and internationally. Â
Carriers In Use
SHIPPING COSTS
- International Shipping Quote has to be done manually due to dimensions, weight, end destination, and more.  Please E-Mail us.
- Any manner or method is available, call if you need Priority 1-2 day or overnight shipping.
- We are shipping with UPS or USPS and DHL Express
Related products
EDM-930 Primary
Our flagship EDM930 has been redesigned to fit more ways in your panel! It can be mounted directly into a standard 3.1″ hole or flush mounted. Our Primary system allows you to remove your old steam gauge engine instruments and move up to the most advanced and accurate piston engine-monitoring instrument on the market. The EDM930 also features a long list of user options. EDM-930 as your personal flight engineer. Always there, working in the background, constantly watching over your engine while you concentrate on flying the aircraft. Your EDM-930 will be monitoring your engine conditions four times per second and will warn you instantly if any measurement exceeds the programmed limit.
