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The TREND FiberMASTER™ fiber optic testing kit allows the user to measure absolute power and calculate the loss of fiber optic links at several wavelengths. Absolute power measurements are helpful when trouble shooting equipment that may not be operating properly. The dB calibration feature allows the operator to set a reference level to the light source and directly read the loss of fiber optic links without needing to manually calculate the values. The unique form factor allows the light source to be docked neatly within the power meter. This makes the kit compact for easy storage while still allowing full operation of both the source and meter.
Key features
- Troubleshoot fiber optic network components with optical power meter
- Display power loss in dB using reference function
- Unique form factor for easy storage of the light source allowing full operation of both light source and power meter
- Measures fiber optic power in milliwatts (mW) and decibel-milliwatts (dBm) for troubleshooting
- Troubleshoot fiber optic network components with optical power meter
- Display power loss in dB using reference function
- Unique form factor for easy storage of the light source allowing full operation of both light source and power meter
- Measures fiber optic power in milliwatts (mW) and decibel-milliwatts (dBm) for troubleshooting
Power Meter:
- 850, 1300, 1310, 1490 and 1550 nm measurements
- Power measurement in dBm and mW, loss display in dB
- Auto Power Off
- Includes universal 2.5mm adaptor and fixed FC adapter
- Operates on standard AAA batteries, (3)
Light Source
- 850nm VCSEL/Laser – 33-928 MM kit
- 850/1300nm (VCSEL/Laser), 1310/1550nm (Laser) – 33-931 MM/SM kit
- Includes ST, SC and FC adaptors
- Docks in the bottom of the power meter for easy storage
- Operates on standard AAA batteries, (3)
- Low battery indication
Applications
For certification and troubleshooting of fiber optic cabling
- Certifying (Tier 1) cable performance to ISO 11801 and TIA 568-C standards
- Meet cabling specifications as required by engineers, designers and clients
- Avoid call-backs by identifying faults while onsite
- Ensure cable loss falls within allowable power budget of network components
- Troubleshoot fiber optic network components by measuring power output
Product models
FIBERMASTER - MM 850NM LIGHT SOURCE
33-928
$1,170 MSRP
FIBERMASTER - MM/SM LIGHT SOURCE.
33-931
$2,835 MSRP
Accessories
FC/LC Hybrid Adapter
135051
$75 MSRP
One-Click Fiber Cleaner STC-FC-1.25mm
33-963-11
$90 MSRP
One-Click Fiber Cleaner STC-FC2.5mm
33-963-10
$90 MSRP
Frequently Asked Questions
- Q: Does FiberMASTER store tests or generate reports?A: No. FiberMASTER does not store test data, it provides real-time measurements only.
- Q: How are LC connections tested with FiberMASTER?A: There are two ways to test LC (or other small form factor) connectors. First, hybrid launch cords can be used to convert from a standard ST/SC/FC connection to an LC connection. An LC coupler will also be required to set the reference between the light source and power meter. Second, two optional FC-LC adapters (part # 135051) can be used to convert the connectors on the light source and power meter from FC to LC allowing simplex (single) LC connectors to be directly connected. Note, the LC portion of the adapter is a slip-fit connection and the LC connector does not lock into place.
- Q: What is the difference between single-mode and multimode fibre?A: Multimode fiber has a larger light carrying core of 50 or 62.5 microns compared to 9 microns for single-mode fiber. The larger core of multimode fiber captures more light than single-mode fiber allowing the use of low power LED light sources. The maximum bandwidth of multimode fiber is inversely proportional to length, i.e., doubling the length of a multimode cable reduces it’s bandwidth capacity by half. Multimode fiber is typically limited to lengths of 2,000 meters (6,560 ft). Single-mode fiber requires the use of higher power and more costly laser light sources but does not sacrifice bandwidth for distance. Single –mode fiber can be used at lengths of up to 40,000 meters (131,200 ft) while supporting 10 Gb/s data rates.
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