LM-400 Coaxial Cable by the Foot
3 Star LMR400PL- LMR-400 Style Coaxial Cable by the Foot
LMR-400 coaxial cable, sold in 1 foot increments, features low loss, is flexible and has good weatherability. Enter the number of Feet desired in QTY box. Item will come on a spool if ordered 500' - 1000'.
LMR-400 is a UV resistant polyethylene jacketed high performance flexible Low Loss coaxial cable. This coaxial cable has become a "standard" of the outdoor wireless LAN and WLL industries. This lightweight cable has excellent low loss characteristics and a durable UV protected black polyethylene jacket. The LMR-400 is available in 500 foot or 1000 foot reels.
LMR-400 features equal performance and mechanical characteristics to cables from CommScope®, Times Microwave Systems®, Belden and Andrew®
Applications
- WLAN
- RF Pigtails
- RF antenna cable assemblies
- Wi-Fi installations
Features:
- Priced Per Foot
- Cable Type: LMR-400
- Impedance: 50 ohm
- Center Conductor: Bare Copper Covered Aluminum (CCA)
- Jacket: Polyethylene (PE)
- Outer Diameter: .405 inch
- Indoor/Outdoor Rated
- Drop-in replacement for RG-8
- Attenuation @ 900 MHz/100 ft: 3.9dB/100ft
- Attenuation @ 2.4 GHz/100 ft: 6.65dB/100ft
LMR-400 is a 3/8 inch 50 Ohm low loss braided coaxial cable provides excellent performance for high power HF needs or VHF/UHF applications when used for WISP, WLL, GPS, LMR, mobile antennas and 802.11, WLAN and has a lower loss when compared to RG-8 and RG-213. LMR-400 is the same size as RG-213, yet typically enjoys better specifications when compared to other RG-8 coaxial cable through inclusion of bonded aluminum tape and gas filled dialectric in its manufacture. The bonded aluminum tape outer conductor is overlapped to provide 100% coverage, supported by a 90 percent braided shield, providing around >90 dB RF shielding (>180 dB crosstalk) and superior interference immunity against ingress and egress. LMR-400 features a bare copper center conductor, with 100 percent foil and 88 percent braided shield coverage preventing loss. It is stiffer than the LMR-240 UltraFlex, due to its solid center conductor.
