The Wandel & Goltermann 2090/23 Optical Test Kit is a field-ready measurement toolset for optical fiber network testing and characterization. It integrates the OLP-10 Optical Power Meter and OLS-10 Optical LED Source to deliver precise power loss, attenuation, and signal continuity measurements across single-mode and multimode installations. Both instruments are battery-powered with integrated battery level indicators, enabling independent field operation without external infrastructure.
Technical Specifications
The OLP-10 Optical Power Meter measures optical power from −70 dBm to +11 dBm across 800 nm to 1600 nm. It operates with external laser or LED sources and provides high-accuracy measurement with documented results suitable for installation and maintenance verification of single-mode fiber networks.
The OLS-10 Optical LED Source delivers stable light across specified wavelengths for multimode (850 nm / 1300 nm) and single-mode (1310 nm / 1550 nm) fiber characterization. Output modes include continuous wave (CW) and tone generation at 270 Hz, 330 Hz, 1 kHz, and 2 kHz for signal tracing and fault isolation.
– Key Features
• Battery-powered design with battery level metering on both instruments
• Measurement range: −70 dBm to +11 dBm
• Spectral coverage: 800 nm to 1600 nm
• Multiple output modes for diverse troubleshooting scenarios
• Automatic recording facilities for efficient field documentation
• Compatible with external laser and LED sources
– Typical Applications
• Single-mode and multimode fiber installation verification
• Network maintenance and performance baseline testing
• Field troubleshooting of optical signal degradation
• Cable plant acceptance testing and loss budgeting
• On-site diagnostic measurement and signal tracing
– Compatibility & Integration
Optical connectors typically include FC/APC, SC, and LC interfaces supporting both PC/UPC and APC finish standards. The modular design allows the OLP-10 to operate independently with external sources or as part of the integrated kit configuration with the OLS-10 source.
