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G657A1 Fiber with High Temperature Polyimide Cladding Custom High Temperature MPO Fanout Cable MTP MPO Fiber Optic Relay Jumper
Comprimento do cabo:1m, 2m, 3m, 5m, 10m, 20m, 30m, Personalizado
Informação básica
Lugar de origem:China
Marca:HICORPWELL
Certificação:ISO9001-2015
Número do modelo:Cabos de saída MPO personalizados com revestimento de poliamida de alta temperatura
Condições de Pagamento e Envio
Detalhes da embalagem:20000 partes/partes pelo dia
Termos de pagamento:Western Union, L/C, T/T
Habilidade da fonte:5000 por semana.
Galeria
G657A1 Fiber with High Temperature Polyimide Cladding Custom High Temperature MPO Fanout Cable MTP MPO Fiber Optic Relay Jumper
Descrição de produto
G657A1 Fiber with High Temperature Polyimide Cladding Custom High Temperature
MPO Fanout Cable MTP MPO Fiber Optic Relay Jumper
High-temperature MPO (Multi-fiber Push-On) cables are specialized optical fiber cables designed to withstand elevated temperatures, making them suitable for harsh environments where standard cables might fail.
Below is a detailed overview of their characteristics, applications, and key considerations:
What Is a High-Temperature MPO Cable?
An MPO cable is a multi-fiber connector system that uses a push-on mechanism to connect multiple optical fibers (typically 12, 24, or more fibers) in a single connector. High-temperature versions are engineered with materials and construction that enable them to operate reliably in extreme heat, often up to 125°C or higher (standard MPO cables usually have a temperature range of -20°C to 70°C).
Key Features and Materials
Temperature Resistance
Jacket Material: Often made of fluoropolymers (e.g., PTFE, FEP) or silicone rubber, which retain flexibility and insulation properties at high temperatures.
Armor/Reinforcement: Stainless steel braiding or aramid fibers (e.g., Kevlar) to protect against heat, abrasion, and mechanical stress.
Fiber Coatings: Specialized heat-resistant coatings (e.g., polyimide) around the optical fibers to prevent degradation.
Connector Design
MPO connectors for high-temperature applications may use ceramic or metal ferrules (instead of plastic) to maintain precision alignment in thermal stress.
Heat-resistant adhesives and seals prevent moisture ingress and connector degradation.
Multi-Fiber Integration
Supports high-density fiber counts (e.g., 12-fiber, 24-fiber, or 72-fiber arrays) for high-bandwidth applications in tight spaces.
Applications of High-Temperature MPO Cables
Industrial Environments
Manufacturing plants with furnaces, ovens, or high-heat machinery (e.g., automotive, aerospace, steel production).
Oil and gas exploration (downhole logging, offshore platforms), where temperatures can soar in wells or processing facilities.
Aerospace and Defense
Aircraft avionics, engine compartments, or military equipment exposed to extreme heat.
Satellite communications and space applications requiring radiation and temperature resistance.
Data Centers and Harsh Telecom Setups
High-temperature server rooms or outdoor telecom cabinets in tropical regions.
Submarine or underwater cables in geothermal areas (though water cooling may be less common here).
Energy Sectors
Power plants (thermal, nuclear), renewable energy facilities (e.g., concentrated solar power), and geothermal energy projects.
Advantages Over Standard MPO Cables
Reliability in Extreme Conditions
Resists melting, charring, or signal loss due to heat, ensuring consistent data transmission.
Longer Lifespan
Reduces maintenance and replacement costs in high-temperature environments where standard cables degrade quickly.
Fluoropolymer jackets often resist oils, solvents, and corrosive chemicals found in industrial settings.
Technical Considerations
Temperature Range
Verify the cable’s rated operating temperature (e.g., -40°C to 125°C) matches the application’s needs.
Bend Radius
High-temperature materials may have stiffer jackets, so ensure the cable can bend without damaging fibers (typically ≥10x the cable diameter).
Insertion Loss and Return Loss
Check optical performance specifications (e.g., insertion loss ≤0.3dB, return loss ≥55dB) to meet bandwidth requirements.
Certification and Compliance
Look for industry standards compliance (e.g., Telcordia GR-326 for optical cables, UL 94 for flammability, or military specs like MIL-DTL-83446).
Installation and Maintenance Tips
Avoid Mechanical Stress
Use specialized tools for terminating high-temperature MPO connectors to prevent damage from heat or pressure.
Thermal Management
Route cables away from direct heat sources when possible, or use heat shielding for added protection.
Testing
Perform optical loss testing after installation to ensure no degradation from temperature exposure.
Hicorpwell High-temperature MPO cables are essential for enabling reliable optical connectivity in sectors where heat would otherwise disrupt communication or data systems. Their specialized design balances durability, performance, and thermal stability to meet the demands of extreme operating conditions.