Corelink CW-3302H Mini OTDR – Optical Fiber Test Equipment for FTTH & LAN

Corelink CW-3302H Mini OTDR – Optical Fiber Test Equipment for FTTH & LAN

The Corelink CW-3302H Mini OTDR is a compact, high-performance optical fiber test equipment designed to provide accurate measurements over long distances (up to 100km). It efficiently detects fiber faults, splice losses, and fiber breaks, making it ideal for field testing in FTTH, FTTB, and telecommunication applications. The tool features a touchscreen interface, multiple test modes, high dynamic range, and long battery life for extended operation.

Key Features:

• ·       100km Range: Tests long-distance fiber optic links with high accuracy and reliability.

• ·       Compact and Portable: Mini design for easy handling and mobility in fieldwork environments.

• ·       High Precision: Detects fiber faults, breaks, and splice losses with exceptional accuracy.

• ·       Touchscreen Display: User-friendly interface with a high-resolution screen for clear data visualization.

• ·       Multiple Test Modes: Supports automatic and manual testing for customized diagnostics.

• ·       Durable Design: Built to withstand tough field conditions with a robust and rugged exterior.

·       Long Battery Life: Ensures extended operation with a rechargeable battery, ideal for on-site testing.

Specifications:

• ·       Testing Range: Up to 100km

• ·       Wavelength: 1310nm/1550nm dual wavelength

• ·       Dynamic Range: ≥ 32dB (1310nm), ≥ 30dB (1550nm)

• ·       Event Dead Zone: ≤ 1m

• ·       Attenuation Dead Zone: ≤ 4m

• ·       Measurement Accuracy: ±(1m + 0.005% x distance)

• ·       Display: High-resolution color touchscreen

• ·       Connectivity: USB for data transfer and software updates

• ·       Power Supply: Rechargeable lithium battery with up to 10 hours of operation

• ·       Weight: Lightweight and portable (approx. 1.5kg)

Applications:

• ·       FTTH/FTTB installations and maintenance

• ·       Testing optical fiber networks in telecommunications and data centers

• ·       Detecting faults, breaks, and losses in fiber optic cables

• ·       Verifying splices and connections during network deployments

• ·       Troubleshooting network performance issues

Technical Specification: