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General| Wavelengths | 850 nm, 1300 nm, 1310 nm, 1550 nm |
|---|---|
| Power Meter Accuracy | ±0.2 dB |
| Memory | 1000 test results |
| Dimensions | 200 x 100 x 50 mm |
| Test Type | Optical Loss Test Set |
| Power Meter Range | -70 to +26 dBm |
| Light Source Output Power (SM) | -7 dBm |
| Light Source Stability | +/- 0.1 dB |
| Fiber Types Supported | Singlemode, Multimode |
| Connector Types | LC, SC |
| Display | Color LCD |
| Display Size | 4.3 in |
| Interface | USB, Bluetooth |
| Operating Temperature | -10°C to 50°C |
Overview of Viavi's integrated workflow for fiber infrastructure management.
Details and key benefits of the OLTS-85/OLTS-85P loss test set.
Description of the instrument's light source capabilities for network testing.
Guidance on interpreting warning symbols and correct operation of the instrument.
Critical safety precautions for laser radiation and battery handling.
Requirements for ventilation and safety considerations for the PS4 power supply.
Steps for unpacking, checking contents, and inspecting the instrument.
Detailed explanation of instrument ports, connector panel, and power options.
Guidance on connecting optical cables and mounting test adapters.
Procedures for powering the instrument on/off and understanding the control panel.
Overview of the instrument's user interface, home screens, and menu structure.
How to adjust display brightness, network settings, language, date, and time.
Configuration steps for optional Wi-Fi and Bluetooth interfaces.
Explanation of the instrument's primary test execution mode and project management.
Step-by-step guide to executing measurements within a defined workflow project.
Procedures for saving, selecting, and managing test results across different modes.
Introduction to the Loss/Length measurement mode and its capabilities.
Configuration of essential test parameters like instrument type and cable settings.
Procedures for establishing a reference measurement for accurate loss testing.
How to perform a loss/length test, view results, and save data.
Overview of the Loss Test mode, its features, and comparison to Loss/Length.
How to choose the correct optical port and desired wavelengths for testing.
Configuration and understanding of Pass/Fail criteria and laser switching.
Steps to conduct a loss measurement and save the results.
Introduction to using the instrument as a power meter and its capabilities.
How to configure wavelengths and use the Auto-λ feature for power measurements.
Options for displaying power meter results and saving measurement data.
Overview of the instrument's function as an optical light source and display indicators.
How to choose output port, wavelengths, and use Auto-λ modes for light source.
Options for selecting modulation frequencies and adjusting the power level.
Explanation of using two instruments in Source/Powermeter mode for remote measurements.
Steps to execute and save loss measurements using source and powermeter.
Introduction to connector inspection and analysis using probe/PCM applications.
Description of the integrated PCM and the P5000i Digital Probe for inspection.
Configuration of probe settings, operation, and saving inspection results.
Step-by-step guide to executing measurements within a defined workflow project.
Information on how workflow projects are created and managed via external applications.
Procedures for saving and selecting test results across different modes.
Recalling, deleting, and viewing stored loss/length test results.
Managing test results for various modes, including selection and sorting.
Steps to transfer data via USB and import results from other units.
Instructions for cleaning optical connectors and test adapters for accuracy.
Methods for safely cleaning the exterior surfaces of the instrument.
Detailed explanation of referencing methods for loopback and remote loss measurements.
Information on accessing documentation for remote control commands.
Compliance information regarding RF exposure, FCC, and Industry Canada regulations.
Information on EU Radio Equipment Directive, WEEE, REACH, and California Prop 65.
Technical details for general instrument and power meter functions.
Technical details for light source, Tier 1, and PCM specifications.
Technical specifications for the patch cord microscope and its imaging capabilities.
Information on available instrument models and the standard package contents.
List of optional accessories that can be purchased for the instrument.
Viavi's commitment and program for environmental management in product lifecycle.
Compliance information regarding EU directives (WEEE, REACH, CE) and California Prop 65.
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