FOPM-203 handheld optical power metre is the advanced version of optical power metre series, which is more functional and intelligent. Under the situation of labouratory, LANs, WANs and CATV as well as long distance optical network, it can be used to identify optical fibre, measure optical attenuation, verify continuity and evaluate fibre link transmission quality combine with FOLS-203 or FOLS-204 optical light source. It offers a quick and accurate testing solution on both singlemode and multimode fibres.
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P/N:FOPM-203
SKU:97490
£178.80
£149.00 VAT excl.
Product Highlights
USB Communication Port is Collocated with a Computer and Transfers Datas
Date Storage Capacity for Saving Testing Result up to 1000 Records
Using Advanced Measurement Technology, Accurate to 0.01dB
Protective Case Protects Power Meter from Being Damaged by Falling/Shocking/Wearing
LCD Backlight for Easy Operation in Darker Environments
FOPM-203 Optical Power Meter
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Features
FOPM-203 Optical Power Meter
Signal encrypting give the receiving end information on the power, helping ensure efficient referencing
High Precision
Using advanced measurement technology, accurate to 0.01dB.
USB Communication Port
Collocated with a computer and transfer datas via this interface.
Protective Case
Protect the power metre from being damaged by falling, shocking and wearing.
User Friendly and Comfortable Product Design
The simple and clear button design makes your operation easier. With the backlight LCD display, it supports operation at the night or darker occasions.
Universal Optical Connectors
Equipped with 2.5mm FC, SC, ST adapters, it can be used directly with the optical power metre port, allowing it to be directly connected to FC, SC, ST connectors.
Suitable for Field Test Environment
FOPM-203 optical power metre is designed for use with an optical light source to perform optical loss measurements on optical fibre cables. It is lightweight and is controlled by microprocessor.
It can be extensively used in telecommunication projects and other situations where optical power of wavelengths close to infrared ray needs to be measured.
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