Тестер -70-10 -50-26дБн оптического мультиметра FTTH TL510 силового метра источника света лазерного волоконно-оптического

Тестер -70-10 -50-26дБн оптического мультиметра FTTH TL510 силового метра источника света лазерного волоконно-оптического

FTTH Optical Multimeter TL510 Optical Power Meter Optical Light Source Laser Source Fiber Optic Tester -70-10 -50-26dBn

Description:

This product is Mini-Designed Optical Power Meter is a self-developed test instrument, which is widely used for installation, operation and maintenance of fiberoptic network,and it can test six calibrated wavelength optical power within the range of 800 ~ 1700 nm.

Features:

1.Auto-off function

2.Backlight LCD display

3.User self-calibration function

4.SC + FC connectors

5.AAA batteries which is more convenient to carry (not included)

6.High measurement accuracy and display resolution

7.Quick response and measurement: It can display fast-tracking abd real-time measurement of optical power when output power changes.

8.Measurement of optical power when output power changes

9.Wide measurement range: it can provide 80dB of optical power measurement range 10.Provide absolute optical power measurement and relative power measurement.

11.Real-time monitoring and displaying the battery level, warning notice is available when the battery is low.

12. Six calibrated wavelength: 850 nm, 1300 nm, 1310 nm, 1490 nm 1550 nm and 1625 nm

Specification:

Measuring range:

LT510A: -70dBm ~ + 6dBm

LT510C: -50dBm ~ + 26dBm

Wavelength Measurement Range: 800-1700nm

Calibration Wavelength: 850, 1300, 1310, 1490, 1550, 1625nm

Probe Type: InGaAs

Measurement Accuracy: <± 3% (- 10dBm, 22 C / 71.6 Fahrenheit)

Optical Interface: FC, SC

Power: 3xAAA battery (not included)

Automatic shutdown time: 10 minutes

Battery life Working hours: 120 hours

Size: 13 * 6.3 * 2.9cm / 5.12 * 2.48 * 1.14in

1x Mini-Designed Optical Power Meter

Notice:

LT510A is suitable for data communications.

LT510C is suitable for radio and television, video surveillance, education, teaching and research, laboratory, communications engineering, GPON and other high-power light output occasions.