High sensitivity
The FID-30R series is equipped with world-class signal detection sensitivity and it can detect optical power on not only standard fibre but also bend-insensitive fibre and ITU-T G.657 fibres.
Functional and ergonomic design
This is power meter that prioritises ergonomics with its design, as is evident in its physical form, which provides an easy-to-grip and handle. The shape and design means that the operator can easily maintain proper pressure for bending the fibre being tested. The long, slim head makes it possible to access narrow spaces with the FID-30R and the location of the LCD monitor is in an easy to read position for observing results.
Universal plunger head
The universal head of the FID-30R eliminates the need to change an adapter head for jacketed, coated, or fibre ribbon, making it versatile in the field.
LCD touch screen with backlight
The FID-30R series LCD touch screen with back-light makes operation outdoors during the day or night simple, since the on-screen information can be clearly read regardless of lighting conditions.
Trigger lock function
The trigger lock function eliminates the need to continually apply pressure to the trigger when testing a fibre. This prevents the operator from breaking the fibre, and frees them to perform other tasks while measuring, if needed.
Foreign light detection
When the 30R series detects a foreign light source, the FID monitor external light alarm actives and shows both arrows (left and right) simultaneously, which reduces operator error when attempting to detect the traffic or tone signals.
Easy maintenance
When head replacement is required, removing the old one and installing a new part can be done without the need for any tools.
Power meter
The FID-30R is also equipped with a power meter. The connector head is interchangeable for use with SC / FC / ST / LC types.
ONU detection
The ONU signal can be detected without disconnecting the fibre. Operator can verify correct fibre without visiting customer premises. Note: Not all ONUs can be detected. If there is an ONU that is not detected, it may be possible to detect the ONU by analyzing and optimizing the waveform of the ONU.