List Of Available Models - Extech Instruments 850 OWL Guía Rápida

1550 OWL
Launch Method
Center Wavelength 1550nm ±30nm
Spectral Width
Output Power
1-hour drift
12-hour drift
Initial Accuracy
Fiber Type
Battery Life
Operating Temp.
Storage Temp.
Battery display
Dimensions
Weight
Laser OWL
The Laser OWL specifications (above) and the overview (below) are combinations of the
1310 and 1550 OWLs.

List of available Models

Part Number
LE 200 ST
LE 210 ST
LE 210 SC
LE 220 ST
LS 300 FC
LS 300 SC
LS 300 ST
LS 310 FC
LS 310 SC
LS 310 ST
LS 320 FC
LS 320 SC
LS 320 ST
Overview of the 850 and DUAL OWLs
The 850 OWL can test multi-mode fiber links such as premise LAN's and voice PBX's.
The 850nm LED provides a stable -20dBm output source. The LED indicator confirms
that the source is ON and that the battery has enough power to maintain its calibrated
output power. The Dual OWL can be used to perform dual wavelength testing that
conforms to EIA/TIA testing standards TIA/568-A and TIA/526-14A. The 850 OWL is
equipped with either ST (standard) or SC (additional cost) connectors. In addition, a
1310 or 1550 laser source, instead of a 1300nm LED, can be ordered (lasers are
available in ST, SC or FC connector styles).
FP Laser
2nm (FWHM)
-10.0 dBm
0.04 dB (typical)
0.06 dB (typical)
0.1 dBm @25°C
Single mode
25 hrs.
32 to 131°F (0 to 55°C)
32 to 167°F (0 to 75°C)
Yes
2.75" x 4.94" x 1.28"
(70 x 125 x 32mm)
3.6 oz (102g) with battery
Description
850nm LED Light Source with ST connector
1300nm LED Light Source with ST connector
1300nm LED Light Source with SC connector
Dual OWL 850/1300nm LED Light Source with ST connector
1310nm LASER Light Source with FC connector
1310nm LASER Light Source with SC connector
1310nm LASER Light Source with ST connector
1550nm LASER Light Source with FC connector
1550nm LASER Light Source with SC connector
1550nm LASER Light Source with ST connector
1310/1550nm LASER Light Source with FC connector
1310/1550nm LASER Light Source with SC connector
1310/1550nm LASER Light Source with ST connector
4 OWL LE&LS V1,3 Oct. 2001