Low Loss Flexible LMR-400-FR Fire Rated Coax Cable Double Shielded with Black FRPE Jacket
SKU: LMR-400-FR
The LMR-400-FR 50 Ohm flexible coax cable from Times Microwave has a Foam Polyethylene (PE) dielectric. The LMR-400-FR coax is constructed with a 10.29mm jacket made of Fire-Resistant Polyethylene (FRPE) coax has a shield count of two, a RF shielding of > 90 dB and the maximum frequency for this Time Microwave coaxial cable is 8 GHz. LMR-400-FR coax cable has an attenuation at 1 GHz of 4.1 db/100ft .
Rojone has been the Times Microwaves Australian distributor for over 35 years and can custom manufacture LMR cable assemblies to your exact needs. We have a dedicated QA department that can test cable assemblies up to 50 GHz as well as perform PIM testing at 750-800 MHz, 900MHz 2100-2200 MHz frequency.
Ideal for…
- Jumper Assemblies in Wireless Communications Systems
- Short Antenna Feeder runs
- Any application (e.g. WLL, GPS, LMR, WLAN, WISP, WiMax, SCADA, Mobile Antennas) requiring an easily routed, low loss RF cable
- NEW! Times Protect® LP-18-400 protector-series
LMR-400-FR | |
Model # | 54030 |
Brand | Times Microwave Systems |
Unit Of Measure | M |
Velocity of Propagation (%) | 66 |
Dielectric Constant | 1.38 |
Time Delay (nS/m) | 3.92 |
Impedance (ohms) | 50 |
Capacitance (pF/m) | 78.4 |
Inductance (uH/m) | 0.2 |
Shielding Effectiveness (db) | > 90 |
DC Rest. - Inner Conductor | 4.6 |
DC Rest. - Outer Conductor (ohms/km) | 5.4 |
Voltage Withstand (Volts DC) | 2500 |
Jacket Spark (Voltage RMS) | 8000 |
Peak Power (kW) | 16 |
Bend Radius - Repeated (mm) | 101.6 |
Bending Movement (N-m) | 0.68 |
Weight (kg/m) | 0.1 |
Tensile Crush (kg) | 72.6 |
Flat Plate Crush (kg/mm) | 0.71 |
 
Installation Temperature Range (C.) | -40/+85 |
Storage Temperature Range(C.) | -70/+85 |
Operating Temperature Range (C.) | -40/+85 |
Inner Conductor | Solid Bare Copper (BC) |
Dielectric | Foam Polyethylene (PE) |
Outer Conductor | Aluminum Tape |
Overall Braid | Tinned Copper |
Colour | Black |
Jacket | Fire-Resistant Polyethylene (FRPE) |