PG-OPM202 mini optical fibre power meter fiber optic with vfl low price

PG-OPM202 mini optical fibre power meter fiber optic with vfl low price

Description

PG-OPM2020 Hand-held optical power meter, red-light integrated machine series products are mainly used for continuous optical signal power measurement, optical fiber link loss testing and optical fiber line on-off testing.

It is controlled by a single chip microprocessor with complete functions. Widely used in optical cable construction and maintenance, optical fiber communication, optical cable sensing, optical CATV and other fields.

The fuselage design meets the requirements of human body function and adopts advanced thermoplastic moulding technology, which is beautiful and durable. The red-light integrator of optical power meter can be well protected by using embedded detectors and lasers.

The machine has compact shape, automatic shutdown function, three red light modes, backlight display, wavelength memory function, optical fiber work identification, support user calibration, wide test range, support lighting.

Product characteristics:

1. Support lighting

2. Support automatic shutdown

3. Support backlight switch

4. Supporting Wavelength Memory Function

5. Support frequency identification (selection)

6. Support user calibration

7. Supporting red constant and scintillation (optional)

8. Supporting simultaneous display of linear mW and non-linear index dBm

9. Supporting SCFCST Interface

10. Supporting external power supply such as charging treasure, computer, etc.

11. Supporting simultaneous linear (mW) and non-linear (dBm) display

12. Supporting RJ45 testing (optional)

13. Changing, work 72 hours (optional)

Technical Indicators:

Note:

1. Wavelength range: specify a standard operating wavelength range from 800 to 1700 nm, in which the optical power meter can work under the specified index.

2. Power measurement range: the range in which the maximum power can be measured according to the specified index.

3. Uncertainty: The error between the measured result of a certain optical power and the measured result of standard optical power.