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• Core Alignment Technology: Ensures precise fiber alignment for minimal splice loss
• High-Resolution Display: 4.3″ color touch screen with 650x magnification
• Long Battery Life: 4000mAh battery supporting 240+ splice cycles
• Fast Splicing: 5-second splice time with SM Fast program
• Versatile Compatibility: Supports multiple fiber types (SM, MM, DS, NZ/NZDS, BI)
• Robust Design: Operating temperature range -20°C to +50°C
• Complete Package: Includes all essential accessories for field operations

The EXFO MAX TESTER OTDR 715D Series delivers high-precision testing for fiber optic networks, offering fast, user-friendly diagnostics with advanced analysis tools for optimal field performance.

A compact and essential tool for precise fiber optic testing, combining a Visual Fault Locator (VFL) and Power Meter to ensure seamless network performance.

The HSV-600 Handheld OTDR is a compact, cost-effective, and portable mini Optical Time-Domain Reflectometer designed for efficient fiber optic network installation, testing, and maintenance. It delivers full-range fault detection and diagnostics, making it ideal for FTTX

Key Features:

• Advanced Fault Event Analysis – Accurately locates fiber faults, splices, and breaks
• Real-Time Status Monitoring – Immediate visual updates during testing
• 7” High-Resolution Color TFT LCD Touchscreen – Intuitive and user-friendly interface
• High Dynamic Range – Ensures precise measurements over long distances
• Intelligent Mapping Function – Displays events with actual distance markers
• Rugged & Portable Design – Built for field use with durable casing
• USB Connectivity – Quick data export and storage via USB
• Dual Power Options – Operates on rechargeable Li-ion battery or AC/DC adapter
• Integrated Light Source & Power Meter – For efficient testing (built-in)
• Visual Fault Locator (650nm VFL) – Optional for pinpointing visible faults

Applications:

• Detection of splicing loss and reflection events
• Measurement of fiber attenuation and length
• Identification and localization of fiber breakpoints
• On-site fiber acceptance testing and verification
• Continuous online fiber network monitoring
• Fiber identification and tagging