EN
Periodic Inspection of Industrial Door and Rack Systems
Statutory periodic checks of industrial doors and racking: spring-brake, rail-guard, rack plumb-capacity and fastener inspection with engineer-signed reports.
Periodic inspection of industrial door and rack systems is the at-least-annual audit, by authorised engineers, of the carrier hardware of sectional, high-speed and sliding industrial doors and of the static and assembly integrity of pallet racking, according to the Work Equipment Regulation with FEM and TS EN rules. Both equipment groups work above or beside people, so failure consequences directly affect life safety.
The Inspection Runs on Two Axes
- Industrial doors: Torsion springs, cable-pulley, spring-break brake, rails, slat connections, photocell safety beams and the drive-control set; door safety under TS EN 13241 and automation under EN 12453. A broken spring can let tonnes of curtain free-fall — the spring brake is the single insurance against this scenario.
- Racking: Plumb and level measurement, column-beam connection bolts, floor anchoring, impact-deformation traces, dislodged beams and damaged frames, capacity label consistency; the FEM 10.2.02 and TS EN 15512/15635 series. The regulation requires at least annual inspection by authorised engineers and immediate withdrawal of damaged members.
When Is Extra Control Needed?
In addition to the annual periodic control, a special examination is made without waiting after events such as forklift impact, storm-snow damage, re-erection after relocation, capacity or layout changes (rack arrangement, panel replacement). For newly installed racking, the first annual control is planned together with the assembly conformity audit: FEM 10.2.02 distinguishes commissioning from first inspection. Smoke leakage tests on compartment doors link to the periodic maintenance clauses of fire legislation; automation hardware runs synchronised with detection system tests. In seismic regions the structural connection control focuses on brackets and anchors and verifies the calculation report against current as-built conditions.
Why Assessed Together?
Running door and rack controls in one programme is a practical necessity: both equipment groups are exposed to the impact energy of the same forklift traffic and share damage mechanisms. A forklift striking a column protector can create both an upright buckling and a door rail derailment. During the inspection the facility's pedestrian-forklift separation, speed management and protective hardware inventory (column guards, corner protection, bumpers) are evaluated together, producing a more realistic safety map than auditing each item alone. Insurance policies and labour inspector audits also expect damage detection to be documented by an independent engineer report; the annual control covers this need.
Assessment and Reporting
Rack damage is reported with the standard grading (green-amber-red: minor-major-critical); red-tagged uprights are taken out of service under load with replacement proposed. Door spring, cable and brake findings are critical class: if unsound the door is secured in the closed position. For both groups the measured values (plumb deviation, spring stretch, bolt torque) are compared against the previous year; this trend reveals the facility's safety margin for earthquake and forklift impact scenarios. Capacity increase and warehouse extension plans are reminded together with recalculation of the existing frames.
Outcome
Detailed service pages: Industrial Doors and Industrial Racks; for capacity analysis see Rack Static Calculation Analysis. This heading sits under Our Periodic Inspection Services; for inventory and quotation use our contact page.
FAQ on Industrial Door & Rack System Inspection
The section covers two main systems: industrial doors (sectional, high-speed PVC, sliding, shutter, door operators and safety gear) and storage rack systems (pallet rack, cantilever, archive, light-duty shelving and mezzanines). The shared feature is that both work under continuous load and movement within people-vehicle traffic, and a collapse or closing fault produces direct loss of life and property. Both systems are subject to periodic control under the Work Equipment Regulation.
For doors, TS EN 13241 and TS EN 12453 practice recommend one yearly periodic control and maintenance; on motorised doors the safety photocell-spring break-cut-out protection tests tie into this calendar. For racks, TS EN 15635 requires a weekly operator visual and at least one yearly detailed rack audit by a competent person. On high forklift-traffic and narrow-aisle warehouses the audit frequency rises with the damage rate.
The TS EN 15635 approach defines three levels by the deformation measured on uprights and beams: green (acceptable, monitored), amber (caution - load reduced, planned repair) and red (hazardous - cleared and taken out of service immediately). Anchor-nut looseness, upright plumb tolerance, beam axis-connecting pins, floor plan-load plate, impact protectors and seismic bracing integrity are also rated. Damaged member repair is done by authorised part replacement, not welding.
For doors, a maintenance report covering spring-cord state, photocell-brake-automatic stop test, rail-runner wear, motor-brake and capacity control is prepared. For racks, a rack-based damage map (location-member-level), plumb-anchor measurements, load-plate conformity and a repair-change suggestion are reported; a red-tagged rack bay is emptied. Both reports stay in the OHS file, are shown in insurance-OHS audits and form the comparison baseline of the next audit.