This Power Meter and 1300 LED light source Fiber Optic Test Kit offers an economical compromise for those requiring the precise optical measurements of our. This meter, when operated in absolute power mode, are used to determine the level of optical power being emitted from a transmitter. In relative mode, the meters are used with the included source to perform fiber loss measurements or splice tuning operations.
This Power Meter and 1300 LED light source Fiber Optic Test Kit offers an economical compromise for those requiring the precise optical measurements of our. This meter, when operated in absolute power mode, are used to determine the level of optical power being emitted from a transmitter. In relative mode, the meters are used with the included source to perform fiber loss measurements or splice tuning operations.
Photonix PX-D701 Power Meter and 1300 LED Light Source Fiber Optic Test Kit offer an economical compromise for those requiring the precise optical measurements of our. The meters, when operated in absolute power mode, are used to determine the level of optical power being emitted from a transmitter. In relative mode, the meters are used with the included source to perform fiber loss measurements or splice tuning operations. TECHLITE meters and LANLITE sources were designed to be rugged.
As with all Photonix test instruments, the internal circuitry is housed within an aluminum extrusion with high-impact rubber bumpers. Tough enough to be driven over, the sets have even been known to survive a 24' (7.31 m) drop onto concrete. In its protective waterproof carry case (included when purchased with a light source as a test kit), the set can even be fully submerged. In addition, the instruction guide is fully laminated to make it weather-resistant and virtually tear-proof.
The included TECHLITE PX-B200 meter features NIST traceable calibration at 4 wavelengths: 850 nm, 1300 nm, 1310 nm, and 1550 nm with measurement power levels as high as +3 dBm or as low as -60 dBm.The meter also features a true resolution of 0.01 dB at ALL power levels thereby allowing the technician to trust measurements below -45 dBm. The TECHLITE meter, in relative measurement mode, will store the zero reference reading for all four wavelengths independently in non-volatile memory.
This allows all zero references to be taken at one time and also allows the unit to be turned off while moving between locations to preserve battery life. Also in relative mode, the meters will display a 1 dB analog type deviation pointer and an unaveraged mini-display for real-time splice tuning. The TECHLITE meters utilize a graphic LCD screen to create unusually large and easy-to-read numbers as graphics to indicate power levels.
Features
| Source wavelength | 1300 nm |
| Fiber size (max) | 100/140 |
| Port style | ST, FC, SC, others available (meter) |
| Port style | ST (source) |
| Source P min (dBm) | -20 |
| Source stability (dB/8 hr) | ±0.08 |
| Source bandwidth (nm) | 170 |
| Meter range (dBm) | +3 to -60 (1300/1310/1550 nm) |
| Meter range (dBm) | +3 to -55 (850 nm) |
| Meter resolution | 0.01 dB |
| Meter detector | Ge |
| Meter accuracy | ±00.25 dB |
| Source wavelength | 1300 nm |
| Fiber size (max) | 100/140 |
| Port style | ST, FC, SC, others available (meter) |
| Port style | ST (source) |
| Source P min (dBm) | -20 |
| Source stability (dB/8 hr) | ±0.08 |
| Source bandwidth (nm) | 170 |
| Meter range (dBm) | +3 to -60 (1300/1310/1550 nm) |
| Meter range (dBm) | +3 to -55 (850 nm) |
| Meter resolution | 0.01 dB |
| Meter detector | Ge |
| Meter accuracy | ±00.25 dB |
