1. This Lightning Arrester Uses Gas Discharge Tube Is Designed To Protecting Connected Equipment Against Transients And Surges Caused By Lightning Strikes.
2. Pl-259 Arrester Surge Protector Is Suitable For Applications Where Dc Is Carried Through The Coax Cable. Both Uhf Connector Ports Can Be Installed In Either Orientation.
3. Coaxial Lightning Surge Protector Installs Inline With Coax Antenna Cable Of Ham Radios, Cb And Two Way Radio Antennas.
??: Please Noted That This Lightning Surge Protector Is Only For Uhf Connector Coax Cable.
Specifications:
Low Loss: < 0.4Db Low Vswr: < 1.2 Frequency Range: Dc~500Mhz Impedance: 50 Ohm Gas Discharge Tube Voltage: 230V�20% Rated Working Voltage: 750V Contact Resistance: Inner Conductor =5M?; Outer Conductor =5M? Insulation Resistance: =5000M? Dielectrics Voltage Resistance: 2000V Connector Types: Uhf-Female To Uhf-Female
Package Include:
1 X Uhf Female To Female Lightning Arrestor
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What materials are used in the lightning arrestor?A: The lightning arrestor is made of brass with a nickel plating for durability. Its inner conductor is also brass, and the insulator is Teflon.
Q: What is the voltage rating of the lightning surge protector?A: The rated working voltage of this lightning surge protector is seven hundred fifty volts. It also operates at a gas discharge tube voltage of two hundred thirty volts plus or minus twenty percent.
Q: What is the frequency range of the UHF lightning arrestor?A: The frequency range is direct current to five hundred megahertz. This allows it to effectively protect against surges across a wide spectrum.
Q: How do I install the UHF lightning arrestor?A: To install, connect it inline with your coax antenna cable. It features UHF female connectors on both sides for easy attachment.
Q: Is the lightning arrestor suitable for all coax cables?A: No, this lightning surge protector is only suitable for UHF connector coax cables. Ensure compatibility before installation.
Q: Can I use this surge protector with my Ham radio?A: Yes, it is designed specifically for Ham radios, CB radios, and two-way radio antennas. It provides essential protection against lightning strikes.
Q: How do I maintain the lightning arrestor?A: To maintain it, ensure the grounding is secure and check the connections regularly for wear. This will help keep the device in good working condition.
Q: Is this lightning arrestor weatherproof?A: Yes, the construction is designed to withstand outdoor conditions. However, proper installation and grounding are essential for optimal performance.
Q: What should I do if the lightning arrestor arrives damaged?A: If the lightning arrestor arrives damaged, contact customer support for return instructions. Ensure you have your order details ready for a smooth process.
Q: Does this product require grounding?A: Yes, an additional ground cable is required for optimal protection against electrical surges. This is crucial for safety.
Q: What is the contact resistance of the lightning arrestor?A: The contact resistance is less than five milliohms for both the inner and outer conductors. This ensures minimal signal loss.
Q: Does this product have a warranty?A: Yes, the lightning arrestor typically comes with a limited warranty. Check the product details for specific warranty terms.
Q: Can I use this lightning arrestor for my two-way radio?A: Yes, it is suitable for two-way radios as well as CB and Ham radios. It provides essential surge protection for these devices.
Q: What is the low loss specification of this arrestor?A: The low loss of the lightning arrestor is less than zero point four decibels. This ensures efficient signal transmission.
Q: How can I ensure optimal performance from the lightning arrestor?A: Ensure proper installation and grounding. Regular inspection of the connections will also help maintain its performance over time.
Q: What is the VSWR rating for this lightning arrestor?A: The voltage standing wave ratio, or VSWR, is less than one point two. This indicates excellent performance in signal integrity.