Lightning Protection Inspection Software — LPS Manager
Regular inspections are a cornerstone of any effective lightning protection strategy. Indeed, IEC 62305-3 requires periodic verification of every component in a lightning protection system (LPS). LPS Manager helps field technicians prepare and document these verifications on site, and produce shareable reports.
Why Periodic Inspections Matter under IEC 62305-3
IEC 62305-3 sets the intervals between verifications according to the Lightning Protection Level (LPL) of the installation:
- LPL I and II: visual inspection every year, complete inspection every 2 years (critical systems: complete inspection every year)
- LPL III and IV: visual inspection every 2 years, complete inspection every 4 years (critical systems: complete inspection every year)
- Visual inspection after any structural modification affecting the LPS
- Verification after a recorded lightning strike (for example by a Compt@ir counter)
For Early Streamer Emission (ESE) lightning rods, verifications are carried out according to NF C 17-102:2011. Insurers and inspection bodies often ask for a verification history. LPS Manager keeps every verification in the installation file, with its history.
Field Inspection Checklist — What to Verify
A complete LPS inspection covers all subsystems of the installation. Thus, LPS Manager provides pre-built, customisable checklists aligned with IEC 62305-3 annexes.
- Air-termination system — rods, mesh conductors, catenary wires
- Down-conductors — continuity, fixings, corrosion
- Earth-termination system — earth electrode condition, measured resistance
- Equipotential bonding — all metal parts bonded
- SPD (Surge Protective Devices) — status indicators, replacement date
- Separation distance — no new conductive paths introduced
In addition, technicians can attach georeferenced photos to each checklist item directly from a smartphone or tablet.
Earth Resistance Measurement — Recording and Trend Analysis
Measuring earth resistance is one of the most critical steps in any LPS inspection. LPS Manager records each measurement alongside the instrument used and the date. Over time, this enables trend analysis — so degradation is detected before it becomes a safety hazard.
- Input values in ohms directly from the measurement instrument
- Automatic comparison against IEC 62305-3 thresholds (target ≤ 10 Ω)
- Flag when an earth electrode resistance measurement exceeds the defined threshold.
- Historic chart per earth electrode or per site
Therefore, maintenance teams can plan remediation works proactively rather than reactively.
PDF Inspection Reports — Shareable with Clients
After completing an inspection, LPS Manager generates a branded PDF report in seconds. The report includes all checklist items, measurement results, photos and the faults found. The report shows the name of the user who validated it.
- Client-ready format with company logo and branding
- All photos embedded with component references
- Summary of faults found and corrective actions
- Structure based on the IEC 62305-3 inspection points
As a result, clients receive a professional document immediately after the site visit, improving trust and reducing administrative overhead.
Faults Found and Corrective Actions
LPS Manager includes fault tracking. When a technician identifies a defect — for instance, a corroded down-conductor or an SPD with an expired status indicator — they log it directly in the app.
- Severity classification: critical, major, minor
- Assigned to a responsible person with a target resolution date
- Push notification (app) to the site manager
- Closed-loop tracking: open → in progress → resolved → verified
Consequently, nothing falls through the cracks between inspections.
Manage the Complete Lifecycle — From Installation to Retirement
Beyond inspections, LPS Manager tracks the full lifecycle of every LPS installation. Components installed from lpsfr.com’s range of air terminals, down-conductors, and earth electrodes can all be referenced in the digital installation file.
- Component register with serial numbers and installation dates
- Follow-up of the 10-year manufacturer warranty of LPS France products
- Exportable data for third-party CMMS integration
Frequently Asked Questions
How often should lightning protection be inspected?
According to IEC 62305-3, the frequency depends on the LPL: for levels I and II, visual inspection every year and complete inspection every 2 years; for levels III and IV, visual inspection every 2 years and complete inspection every 4 years (complete inspection every year for critical systems). For Early Streamer Emission (ESE) lightning rods, verifications are carried out according to NF C 17-102:2011. A verification is also recommended after a recorded lightning strike on the structure.
What does a lightning protection inspection include?
A full inspection covers the air-termination system, all down-conductors, the earth-termination network, equipotential bonding connections, SPDs, and verification that no new conductive paths have been introduced. Earth resistance must be measured and recorded.
Can LPS Manager be used on mobile devices in the field?
Yes. LPS Manager is fully responsive and works on tablets and smartphones. Technicians can complete checklists, attach photos, and record measurements directly on site, even with limited connectivity — data syncs automatically when the device reconnects.
How are faults tracked in LPS Manager?
Each fault is logged with a description, photos and the planned corrective action, and remains in the installation history.
What reports does LPS Manager produce?
PDF verification reports covering the items checked, measurements, photos and faults found. They help document verifications; they are not a certification of compliance.
Can I track SPD status in LPS Manager?
Absolutely. LPS Manager includes a dedicated SPD register. Each device is tracked with its installation date, status indicator reading, and replacement schedule.
Does LPS Manager work with LPS Strike Radar?
With an LPS Strike Radar subscription, you receive a real-time lightning alert as soon as a strike is detected near your installations (continuous monitoring): a push notification in LPS Manager (event and project name) and an LPS Strike Radar email detailing the event. LPS Manager then prompts you to inspect the installation concerned.