OPTOKON

LS-800N – Light Source

LS-800N – Light Source

The LS-800N is OPTOKON test equipment designed for thorough fiber line diagnostics. The light source is available in various wavelengths. The model with one or two outputs with two light sources on each port provides a maximum of 4 wavelengths in one device. The Light source is equipped FC output adaptor as standard. The changeable adaptor design allows the simple exchange of optical connectors according to actual needs.

 

Automatic wavelength detection
The automatic wavelength detection (AWD) mode enables to use the OPTOKON Light Source and Power Meter without manually switching the measured wavelength and prevents faulty measurement.

 

Cycle mode
The cycle mode allows the device to toggle between available wavelengths automatically.

  • Set of output adapter: FC, SC, ST
  • USB-C cable
  • Calibration certificate
  • Power charging adapter
  • Hard carrying case
  • Li-Pol battery
  • Standalone light source
  • Up to 4-channel light source
  • Modulation CW, 270 Hz, 1 kHz, 2 kHz
  • Auto Wavelength Detection mode, Cycle mode
  • Removeable output adaptors – easy maintenance
  • Auto Off feature

Technical specifications:

General specifications

Value

Unit

Note

Dimensions

165 x 80 x 40

mm

with TE-ALS-FC adapter

Weight

340

g

with battery

Operation temperature

-10 to + 50

°C

 

Storage temperature

-40 to + 70

°C

 

Humidity (non-condensing)

0 to 95

%

 

 

Light source specifications:

Code marking

Wavelength1
[nm]

Output power 2

[dBm]

Stability 3
[dB]

Note

60

650

0

N/A

Visible light

85

850

0

± 0.03 dB

Multimode fibers testing

30

1300

0

± 0.05 dB

31

1310

0

± 0.05 dB

Single mode fibers testing

49

1490

0

± 0.05 dB

55

1550

0

± 0.05 dB

62

1625

0

± 0.05 dB

1  Additional wavelengths are available on request

2  Output power for dual wavelength port is 3 dB lower

3  Tested after 20 min warm up, temperature 23 ± 1 °C

 

Output adapters 

TE-ALS-FC

TE-ALS-SC

TE-ALS-ST

CASE TE-HC-03

 

  • Link Loss Characterization
  • Fiber Detection
  • Continuous fiber testing
  • Visual fault locator