Meeting IEC standards isn't just a paperwork exercise-it's how you prove your PV and LED products will survive real outdoor and indoor life. Below is a concise guide to what the two standards require and how LIB's chambers map directly to those requirements.
1) IEC 61215 for PV Modules - What needs to be tested
Core environmental stresses typically include:
Thermal Cycling (TC): cycling between about –40 °C and +85 °C, 50 or 200 cycles.
Humidity-Freeze (HF): repeated transitions between 85 °C / 85 %RH and –40 °C (10 cycles).
Damp Heat (DH): long-soak at 85 °C / 85 %RH for 1,000 h (often written "85/85/1000").
These stresses are intended to reveal failure modes such as backsheet delamination, EVA yellowing, corrosion, and seal failures before modules go to field.
LIB's solution for IEC 61215 damp heat & related stresses
Product: Damp Heating Chamber for PV Module
Purpose-built for DH: supports 85 °C / 85 %RH long-term tests (typ. 1,000–3,000 h).
Temperature & humidity range: –20/–40/–60/–120 °C to +150 °C, 20–98 %RH with tight stability (≤ ±0.5 °C / ±2 %RH), enabling TC, HF profiles and 85/85 soaks per your test plan.
PV-specific fixturing: adjustable multi-panel racks (4/6/8/10/12 pcs; up to ~1 m × 2 m per panel) for parallel testing and realistic orientations.
Reliability by design: SUS304 mirror-finish workroom, continuous air circulation, large water storage/auto-refill to sustain long runs.
Process control: programmable controller, user-defined T/RH gradient curves, remote supervision, alarms; 3-year warranty and 24/7 remote diagnostics.
Typical IEC-61215 DH workflow with LIB
Load modules on adjustable rack; connect monitoring leads via Ø50 mm cable port(s).
Program 85 °C / 85 %RH for 1,000 h; enable data logging and remote notifications.
Perform mandated inspections and electrical checks before/after per your qualification plan.
2) IEC 62717 for LED Modules - What needs to be tested
Scope: performance requirements for LED modules (not lamps/luminaires), covering electrical/photometric characteristics, luminous-flux maintenance (life) and associated endurance tests under specified temperature/humidity conditions (see Annex A). The consolidated edition IEC 62717:2014+A1:2015+A2:2019 refines metrics such as luminous-flux maintenance.
In short: you must characterize module performance, then verify durability and lumen-maintenance under controlled thermal/humidity stress conditions defined by the standard.
LIB's solution for IEC 62717 thermal & humidity endurance
Product: Temperature Humidity Environmental Chamber
Wide T/RH envelope: –20/–40/–70 °C to +150 °C, 20–98 %RH; stability ±0.5 °C, humidity deviation ±2.5 %RH-ideal for Annex-A endurance profiles and steady-state life testing.
Right-sized models: 100 L / 225 L / 500 L / 1000 L standard volumes, plus custom builds to fit boards, strips, and array modules with control gear.
Data & traceability: programmable controller, RS-485/Ethernet/Wi-Fi for remote monitoring, real-time data transmission, and recipe management.
Usability details: heated anti-fog viewing window, LED lighting, customizable Ø50 mm cable ports, special vertical sample holders, optional glove ports.
Typical IEC-62717 endurance workflow with LIB
Mount LED modules, route leads through the cable port, and stabilize at the specified ambient or case temperature.
Run the temperature/humidity endurance profile per Annex A while logging electrical/photometric checkpoints.
Execute luminous-flux maintenance measurements at required intervals to demonstrate the rated maintenance factor.
Quick Selection Guide
|
IEC clause / task |
Stress profile (typical) |
Recommended LIB chamber |
Why it fits |
|
IEC 61215 Damp Heat |
85 °C / 85 %RH, 1,000 h |
Damp Heating Chamber for PV Modules |
Optimized for double-85 long soaks; multi-panel racks; long-run water/air systems. |
|
IEC 61215 Humidity-Freeze |
Cycles between 85/85 and –40 °C |
Damp Heating Chamber for PV Modules |
Full T/RH range (down to –40 °C) + programmable transitions for HF profiles. |
|
IEC 61215 Thermal Cycling |
–40 °C ↔ +85 °C, 50/200 cycles |
Damp Heating Chamber for PV Modules |
Wide temp range and precise control for repeatable cycling. |
|
IEC 62717 Endurance / Life |
Specified T & RH steady-state or cycled |
Temperature Humidity Environmental Chamber |
Tight stability, multiple sizes, remote data, flexible fixturing. |
Why labs choose LIB for these standards
Accuracy for qualification: tight stability (≤ ±0.5 °C / ±2–2.5 %RH) supports repeatable, auditable results.
Throughput: multi-panel PV racks and 100–1000 L LED chambers accelerate sample turns.
Long-run reliability: auto water-makeup, robust air circulation, corrosion-resistant SUS304 interiors-built for 1,000 h+ campaigns.
Connectivity & service: remote monitoring (Ethernet/Wi-Fi), 3-year warranty, and 24/7 remote diagnostics.
Ready to test?
Tell us your standard clause, sample size, and target profile (e.g., "85/85/1000" or IEC 62717 Annex-A endurance). We'll configure the Damp Heating Chamber for PV Modules or Temperature Humidity Environmental Chamber to match and send a tailored proposal. (Leave your requirements-LIB will respond within 24 hours.)
