Why is the optical power unstable on my EXFO FPM-300 Measuring Instruments?
The optical power instability can be fixed by increasing the source power when in Auto mode, or switching the source to Continuous Wave (CW) mode.
What to do if my EXFO Measuring Instruments beeps a lot and the optical power is unstable?
The multiple beeps, unstable optical power, and blinking Auto (or modulation) indicator suggest that the power is too low to recognize Auto mode (or modulation). You should increase the source power or switch the source to CW.
Why can't I change the power meter wavelength on my EXFO Measuring Instruments?
You might be unable to change the power meter wavelength because the unit is receiving an Auto (or REF) signal from the source, or there is only one wavelength in the list. To solve this, change the source mode, and then retry. You can also add wavelengths.
What to do if light is detected while nulling offsets on EXFO Test Equipment?
If the EXFO Test Equipment detects light while nulling offsets, and nulling is not performed, ensure that the protective cap is correctly placed on the detector port, and then retry the nulling process.
Why EXFO Test Equipment has many beeps, unstable optical power and blinking Auto indicator?
If you observe many beeps, unstable optical power, and a blinking Auto (or modulation) indicator on your EXFO Test Equipment, it's likely that the power is too low for the device to recognize Auto mode (or modulation). To resolve this, increase the source power or switch the source to CW (continuous wave).
What to do if reference power is different than source output power on EXFO Test Equipment?
If the reference power is different from the source output power on your EXFO Test Equipment, the received power might be outside the detector’s range. Try changing the source output power to resolve this.
What to do if unable to change power meter dB unit on EXFO Test Equipment?
If you are unable to change the power meter dB unit or reference power on your EXFO Test Equipment, or if changed values are replaced, the unit might be receiving a REF signal from the source. Wait a few seconds until the power value is received, and then retry.
How to fix unavailable wavelength from source on EXFO Test Equipment?
If the wavelength sent from a compatible source emitting in Auto mode is not available on your power meter, change the source wavelength or switch the source to CW (Continuous Wave).
What to do if my EXFO FPM-300 Measuring Instruments shows 'LIGH'?
The 'LIGH' message indicates that light was detected while nulling offsets, which prevents nulling from being performed. To resolve this, correctly place the protective cap on the detector port, and then retry the nulling process.
How to fix reference power that is different from source output power on EXFO FPM-300?
If the reference power differs from the source output power, it means that the received power is outside the detector’s range. To fix this, you should change the source output power.
Details compliance with FCC and Industry Canada regulations.
Explains compliance with the European Union's EMC Directive.
Key capabilities and functionalities of the FPM, FLS, and FOT units.
Describes the various power options available for the units.
Lists common uses for the FPM/FLS/FOT test sets.
Explains symbols and formatting conventions for clarity.
Essential safety rules for electrical operation.
Critical safety measures for laser-emitting units.
Specifies temperature, humidity, and altitude limits.
Step-by-step guide to turn the unit on and off.
Overview of the unit's screen layout and control buttons.
How to manage the auto-off function for power saving.
Instructions for fitting the EXFO Universal Interface adapter.
Procedures for cleaning fiber ends and connecting them to ports.
How to perform offset nulling for accurate measurements.
Adding, removing, and managing preferred wavelengths.
Using compatible sources to automatically set reference power.
Step-by-step guide for manual reference power setting.
Connecting the fiber and setting up for power/loss measurement.
Ensuring source and meter wavelengths match for accurate readings.
Switching the meter to reference mode for loss calculations.
How the meter automatically detects source wavelength via signal.
Procedures to control the light source output.
Changing the modulation type of the light source signal.
How the source communicates power data to compatible meters.
Steps to set a custom power value and send it.
Basic recommendations for unit upkeep and handling.
Detailed steps for cleaning EUI connector ports.
Method for cleaning the ferrule within connector ports.
Instructions for cleaning fixed optical connectors.
Procedures for cleaning the unit's detector ports.
Guide on how to replace the AA batteries.
How to check the last calibration date on the unit.
Information on WEEE directive for recycling and disposal.
Table of common issues, causes, and solutions.
Explanation of error codes and their meanings.
How to get assistance from EXFO support.
Recommendations for transporting the unit safely.
Details on the product's warranty coverage and terms.
EXFO's responsibility limits regarding product use.
Conditions that will void the product warranty.
Confirmation of equipment meeting specifications at shipment.
Steps to follow when returning equipment for servicing.
Contact details for EXFO's international service centers.
Important disclaimers regarding specification changes.
Detailed specifications for the FPM-302 and FPM-302X.
Common technical parameters for all FPM models.
Detailed specifications for the FOT-302 and FOT-302X.
Details on hazardous substance content per Chinese regulation.
Addresses and contact details for EXFO's main offices.
Power| power range | 10 to –60 dBm |
|---|---|
| power uncertainty | ± 5 % ± 1 nW |
| resolution | 0.01 dB |
Display and Detection| display units | dB/dBm/W |
|---|---|
| screen refresh rate | 3 Hz |
| tone detection frequencies | 270 Hz, 1 kHz, 2 kHz |
Battery| battery life | > 300 hours |
|---|---|
| warmup time | 0 seconds |
| automatic offset nulling | Yes |
Power| power range | 26 to –50 dBm |
|---|---|
| power uncertainty | ± 5 % ± 10 nW |
| resolution | 0.01 dB |
Display and Detection| display units | dB/dBm/W |
|---|---|
| screen refresh rate | 3 Hz |
| tone detection frequencies | 270 Hz, 1 kHz, 2 kHz |
Battery| battery life | > 300 hours |
|---|---|
| warmup time | 0 seconds |
| automatic offset nulling | Yes |
Optical Specifications| central wavelength | 1310 ± 20 nm, 1550 ± 20 nm |
|---|---|
| spectral width | 5 nm |
| output power | 1 dBm |
Battery and Stability| battery life | 120 hours |
|---|---|
| power stability | ±0.10 dB |
| automatic wavelength recognition | Yes |
Tone Generation| tone generation frequencies | 270 Hz, 1 kHz, 2 kHz |
|---|
Optical Specifications| central wavelength | 850 ± 25 nm, 1300 +50/–10 nm |
|---|---|
| spectral width | 50/135 nm |
| output power | –20 dBm |
Battery and Stability| battery life | 120 hours |
|---|---|
| power stability | ±0.10 dB |
| automatic wavelength recognition | Yes |
Tone Generation| tone generation frequencies | 270 Hz, 1 kHz, 2 kHz |
|---|
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