A battery-powered, ruggedised eight-channel Fiber Bragg Grating interrogator for field monitoring of temperature, pressure and strain sensors. Supplied in a waterproof carrying case for outdoor and remote deployment.

The LCM-2708 reads up to eight FBG sensors on each of eight optical channels over a 70 nm C-band window, sampling at up to 19.2 kHz with 1 pm wavelength resolution. Data is logged to local USB storage or streamed over Ethernet or Wi-Fi and presented through the FiberStrike GUI. A configurable sleep/wake duty cycle extends battery endurance for periodic unattended measurement. The unit carries an IP67 rating and uses a waterproof MPO-style optical connector with a supplied fan-out cable.
| Parameter | Value |
|---|---|
| Number of Optical Channels | 8 |
| Sample Speed | Up to 19.2 kHz |
| Wavelength Range | 70 nm (1515-1585 nm) nm |
| Wavelength Stability | 5 pm max pm |
| Wavelength Resolution | 1 pm |
| Dynamic Range | 4.8 nm |
| FBG Sensors per Channel | 8 |
| Weight (Unit only) | 10 lbs |
| Weight (Unit only) - conflicting value published on the product web page | 8 lbs |
| Weight (Unit w/Carrying Case) | 17.5 lbs |
| Weight (Unit w/Carrying Case) - conflicting value published on the product web page | 18 lbs |
| Dimensions, Unit (L x W x H) | 6.7" x 3.9" x 14.2" in |
| Dimensions, Carrying Case (L x W x H) | 16" x 29.9" x 8.3" in |
| Communications | Ethernet or Wi-Fi |
| Optical Connector, Unit | MPO Style, Water Proof |
| Battery Life - Continuous (USB/Wi-Fi) | 18 hours |
| Battery Life - Continuous (USB/Wi-Fi) - conflicting value published on the product web page | 30/28 hours |
| Operating Temperature | -20/+45 degC |
| IP Rating | IP67 |
| Sensing range (system, FBG sensors to monitoring equipment, no booster amplifiers) | over 25 km |
A 2U rack-mount controller that interrogates networks of FiberStrike fiber optic tamper switches and converts each switch state into a dry relay contact output. Intended for access-point security monitoring at manholes, hatchways and vaults.

A benchtop instrument that measures the modal launch condition (Encircled Flux) of a multimode light source and patchcord at 850 nm. It is used to verify that a test source meets the launch requirements of the multimode loss-measurement standards.

A two-channel mechanical fiber shaker that continuously agitates a multimode test jumper so that laser speckle averages out during Encircled Flux and loss measurements.
Our application engineers will confirm specifications with the manufacturer and quote for your configuration.
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