ZGHUNVRE FC UPC Optical Fiber Connector Mechanically Adjustable Attenuator, Fiber Optic Attenuator 1-30dB with Ceramic Ferrule, Industrial Grade for Telecom and Data Centers

ZGHUNVRE FC UPC Optical Fiber Connector Mechanically Adjustable Attenuator, Fiber Optic Attenuator 1-30dB with Ceramic Ferrule, Industrial Grade for Telecom and Data Centers

• Precise Attenuation Control: This mechanically adjustable attenuator delivers accurate optical signal reduction from 1 to 30dB with ±0.5dB tolerance, ensuring in sensitive fiber networks. The FC UPC optical fiber connector maintains high return loss (55dB) and low insertion loss (<0.2dB), ideal for fine-tuning signal strength without damaging downstream equipment.
• Robust Industrial Durability: Built with ABS housing, stainless steel components, and a ceramic ferrule, this fiber optic attenuator withstands harsh environments. It passes rigorous tests including thermal shock, salt spray, vibration, and over 1000 plug-in cycles—all while keeping insertion change under 0.2dB—making it reliable for long-term industrial use.
• Wide Application Compatibility: Designed for single-mode fiber systems operating at 1310–1550nm wavelengths, this FC UPC optical fiber connector is perfect for telecom infrastructure, data centers, CATV networks, and test labs. It effectively isolates ground loop noise and prevents interference between the main control terminal and signal field.
• High-Performance Materials: The core of this fiber attenuator features a precision ceramic ferrule for optimal alignment and minimal signal reflection, combined with - stainless steel and impact- ABS plastic. These materials ensure consistent optical performance across extreme temperatures from -40°C to +80°C and humidity up to 95% RH.
• Ready-to-Deploy Package: Each unit includes one FC UPC mechanically adjustable attenuator, fully tested under factory quality controls before shipment. With its standardized design and compatibility with common FC/UPC interfaces, it integrates seamlessly into existing fiber optic setups for immediate use in professional or industrial environments.