The gas lightning arrester is to be mounted on the antenna wire, protects the transceiver from the effects of lightning. Applied fuse - reusable. Withstands up to 10 discharge current of 10 kA, or one of 15 kA. During periodic inspections antenna installation, disconnect the antenna cable from the antenna and the other end connected insulation tester.The flow of voltage to ground should begin >230V

INSTALLATION

Lightning arrester end is equiped with clamp the connect grounding cable. The required wire is 4mm copper - with standard yellow-green colours. Wire must be tighten with Crimping pliers for electrical wires designed for this purpose . The other end of the cable has to to be connected to the existing lightning instalation with a resistance to ground below 5 Ω. Measurement is a measure of insulation.

RF SPECIFICATIONS

• VSWR 1.0 - 1.5 max
• Loss 0.1 - 0.52 dB
• Frequency 0 - 7.8 GHz

• ELECTRICAL SPECIFICATIONS

• DC Spark-over Voltage@100V/S: - 230V+/-20%
• Impulse Spark-over Voltage@100Vµs:Impulse Spark-over Voltage @1kV/µs:Insulation Resistance GΩ: >1
• Impulse discharge current ( 8/20µs ): 10Times -10kA, 1Time- 15kA
• AC discharge current ( 50 Hz,1s,10 times ): 10A,
• Capacitance PF (1MHz): ≤1. Low capacitance core gas is needed for digital signals. It does not blur the shape of digital pulses and parasitic reflections.

• Proper installation of an antenna with a lightning protection system is one of the key elements of the newly-built base stations and customer premises.

   
  1. box with electronic devices.
  2. Fastening straps stabilize the Cable led from the bottom to prevent floodwater entering the cable.
  3. Lightning arrester protects the antenna path and electronic devices from lightning.
  4. Lightning arrester properly grounded to the mast.
  5. Antenna connectors, cable conductor and the insulating tape protected against moisture and dust.
  6. Mast equipped with a lightning rod and securely connected to the lightning rod grounding.