FL Connect FL10 Male To Female Straight IP67 Coaxial RF Tube Surge Arrester Metric System About
Electrical Characteristics
- Power capacity (W) : 0-100w
- Contact resistance: 50
- Frequency range:DC - 6GHz
Mechanical Characteristics
- Connector Mounting TypeBulkhead/Panel/Outdoor
- Installation angleStraight/ Right Angle
- Durability: >500 cycles
Environmental Characteristics
- Ambient temperature:-40 +85C
- Temperature: -40 to +155C/ 5 to 95% non-condensing
- Environmental Protection L evel: IP55
Material:
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art
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Material
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Outer conductor
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copper/stainless steel
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Central conductor
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copper
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Insulator
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polytetrafluoroethylene/polyethylene
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Coating
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gold plated/silver/nickel/tin
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Construction
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Nickel plated brass
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Exceptional RF Surge ProtectionEngineered for critical applications, the FL Connect FL10 surge arrester shields coaxial RF transmission lines from dangerous overvoltages. Its rapid response time (<100 ns) and high surge current capacity (up to 10 kA) significantly reduce the risk of equipment failure or signal interruption, making it essential for maintaining system integrity.
Rugged Construction and Weatherproof ReliabilityConstructed from nickel-plated brass and PTFE insulation, this arrester achieves IP67 waterproofing and resists shock per MIL-STD-202 standards. Its design guarantees long-term reliability in harsh outdoor environments, ensuring equipment remains secure from surges and environmental hazards, even under extreme conditions.
Easy Installation and Versatile ApplicationDesigned for straightforward inline or panel mounting, the male-to-female FL10 interface supports seamless integration into existing coaxial networks. Compatible with a broad frequency range and maintenance-free, it is suitable for radio transmitters, receivers, telecommunications, CATV, and other RF-critical systems.
FAQs of FL Connect FL10 Male To Female Straight IP67 Coaxial RF Tube Surge Arrester Metric System:
Q: How does the FL Connect FL10 surge arrester protect RF equipment?
A: This surge arrester diverts excessive voltage and sudden surgessuch as those from lightningaway from your coaxial lines, safeguarding sensitive RF transmission equipment. Its high maximum discharge current (up to 10 kA) and rapid response time (<100 ns) ensure that damaging energy is redirected swiftly to minimize risk.
Q: What applications benefit from using the FL10 Male To Female tube surge arrester?
A: The FL10 is ideal for protecting outdoor antennas, communication base stations, CCTV systems, radio transmitters, receivers, CATV networks, and any RF transmission lines that require dependable surge protection and stable signal performance.
Q: When should I install a coaxial surge arrester in my system?
A: It is recommended to install the coaxial surge arrester at the point where the transmission line enters a building or near vital equipment, especially in areas prone to lightning or power surges. It offers continuous protection whenever your RF system is operational.
Q: Where can the FL10 surge arrester be mounted?
A: This model supports both inline and panel mounting, allowing for easy integration at various points in your RF network, such as outdoor equipment installations or within enclosures that require a waterproof, shock-resistant solution.
Q: What is the installation process for this surge arrester?
A: Installation is straightforward: simply connect the male to female FL10 interfaces in line with your coaxial cable, and secure the dev
ice using the threaded locking mechanism. No special maintenance is required post-installation.
Q: How does the IP67 rating benefit outdoor applications?
A: The IP67 waterproof rating certifies the arrester can withstand dust ingress and complete submersion in water up to one meter, ensuring reliable performance and protection in exposed outdoor environments or adverse weather conditions.
Q: What are the main benefits of using this FL10 surge arrester?
A: Key advantages include high surge protection, reliable and stable signal transmission, durable weatherproof construction, RoHS and IEC standards compliance, easy inline or panel mount installation, and maintenance-free operation, all contributing to enhanced equipment longevity and reduced downtime.