Ruggedized from the ground up. Validated for deployment.
Reliability is established through ruggedized embedded design, environmental validation across thermal, vibration, shock, and contamination regimes, and long-term lifecycle traceability.
Ruggedized embedded design
Designed from the ground up for vibration, shock, thermal, and contamination environments — not adapted from generic commercial platforms.
Hardware robustness
Conservative component selection, thermal-aware PCB design, current handling, grounding, and EMI-conscious layout for long operational lifecycles.
Environmental validation
Validation support across thermal, vibration, shock, and contamination regimes — proving reliability in the target deployment environment.
Built for harsh industrial realities
LECO’s validation pathway addresses the specific environmental challenges of off-highway, mining, and industrial deployments. Where required, testing can be executed through accredited third-party labs with documented reports.
Note: Final qualification standards, acceptance limits, and warranty commitments are tied to the validated operating envelope and target platform duty cycle.
Validation elements
- Thermal and load characterization
- Continuous endurance and burn-in runs
- Vibration and shock testing
- EMI/EMC validation planning
- Contamination and moisture resistance
- Firmware and hardware revision traceability