Fsdss-120 Access

Published: April 2026

For detailed technical documentation, integration guides, or a live demonstration, contact the FSDSS‑120 sales and support team at . fsdss-120

| Parameter | Value | Comments | |-----------|-------|----------| | | 120 km (single fiber pair) | Upgradable to 240 km with dual‑fiber mode | | Spatial Resolution | 0.5 m (standard), 0.1 m (high‑resolution mode) | Adjustable via software | | Sampling Rate | Up to 10 kHz per channel | Enables detection of high‑frequency vibration (> 5 kHz) | | Temperature Accuracy | ±0.1 °C (±0.5 °C over 120 km) | Calibrated with built‑in reference sections | | Strain Accuracy | ±10 µε (±50 µε over 120 km) | Suitable for micro‑crack detection | | Dynamic Range (vibration) | 120 dB | Covers both low‑level acoustic events and high‑energy impacts | | Operating Temperature | –40 °C to +85 °C (enclosure) | Suitable for harsh environments | | Power Consumption | 45 W (continuous) | Low‑power design; optional solar panel (250 W) for off‑grid sites | | Data Interface | Ethernet (10 GbE), LTE‑Cat 6, optional fiber‑to‑the‑edge | Real‑time streaming and local storage (up to 2 TB SSD) | | Compliance | IEC 61850, IEC 60780, FCC Part 15, RoHS | Meets industrial and telecom standards | or a live demonstration

| Industry | Use‑Case | Benefits | |----------|----------|----------| | | Leak detection in offshore pipelines; monitoring of subsea risers | Early leak identification → reduced environmental impact and downtime | | Railway | Track‑bed strain monitoring; intrusion detection along right‑of‑way | Prevent catastrophic rail failures; improve safety | | Smart Cities | Structural health of bridges, tunnels, and high‑rise buildings | Continuous SHM → predictive maintenance, extended service life | | Power Transmission | Monitoring of overhead lines and underground cable bundles for temperature & mechanical stress | Avoid over‑loading, detect hot‑spots before failure | | Mining | Ground movement and rock burst detection in deep shafts | Worker safety, early warning for collapse | | Security | Perimeter surveillance for critical facilities (airports, data centers) | Detect digging, tunneling, or vehicular intrusion without cameras | FCC Part 15

Published: April 2026

For detailed technical documentation, integration guides, or a live demonstration, contact the FSDSS‑120 sales and support team at .

| Parameter | Value | Comments | |-----------|-------|----------| | | 120 km (single fiber pair) | Upgradable to 240 km with dual‑fiber mode | | Spatial Resolution | 0.5 m (standard), 0.1 m (high‑resolution mode) | Adjustable via software | | Sampling Rate | Up to 10 kHz per channel | Enables detection of high‑frequency vibration (> 5 kHz) | | Temperature Accuracy | ±0.1 °C (±0.5 °C over 120 km) | Calibrated with built‑in reference sections | | Strain Accuracy | ±10 µε (±50 µε over 120 km) | Suitable for micro‑crack detection | | Dynamic Range (vibration) | 120 dB | Covers both low‑level acoustic events and high‑energy impacts | | Operating Temperature | –40 °C to +85 °C (enclosure) | Suitable for harsh environments | | Power Consumption | 45 W (continuous) | Low‑power design; optional solar panel (250 W) for off‑grid sites | | Data Interface | Ethernet (10 GbE), LTE‑Cat 6, optional fiber‑to‑the‑edge | Real‑time streaming and local storage (up to 2 TB SSD) | | Compliance | IEC 61850, IEC 60780, FCC Part 15, RoHS | Meets industrial and telecom standards |

| Industry | Use‑Case | Benefits | |----------|----------|----------| | | Leak detection in offshore pipelines; monitoring of subsea risers | Early leak identification → reduced environmental impact and downtime | | Railway | Track‑bed strain monitoring; intrusion detection along right‑of‑way | Prevent catastrophic rail failures; improve safety | | Smart Cities | Structural health of bridges, tunnels, and high‑rise buildings | Continuous SHM → predictive maintenance, extended service life | | Power Transmission | Monitoring of overhead lines and underground cable bundles for temperature & mechanical stress | Avoid over‑loading, detect hot‑spots before failure | | Mining | Ground movement and rock burst detection in deep shafts | Worker safety, early warning for collapse | | Security | Perimeter surveillance for critical facilities (airports, data centers) | Detect digging, tunneling, or vehicular intrusion without cameras |

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