Xenon Long Pulse Solar Simulator Three Target Sizes
Complies with IEC60904 Class A solar simulation standards.
Up to 100ms of effective irradiated time is achieved. Through our proprietary filter technology, spectral concordance conforms to IEC / JIS Class A standards.
Three systems provide a wide selection to meet your panel size, floor space, and performance requirements.
| Item | Xenon Long Pulse Solar Simulator | ||
|---|---|---|---|
| Target Irradiation Area (mm) | 600 × 1200 | 1400 × 1100 | 1100 × 2100 |
| Light Source | Filtered Pulsed Xenon Lamp | ||
| Rediant Intensity | 700 to 1000W/m² | ||
| Effective Pulse Duration | Programmable 10 to 100ms | ||
| Spectral concordance level | Class A (0.75 to 1.25) | ||
| Irradiated area variation | Class A (under ±2%) | ||
| Irradiated time fluctuation | Class A (under ±2%) | ||
- * Specifications may vary depending upon application.
Light irradiation
We can provide you with a comprehensive customized proposal calculating the necessary dwell time and insolation distribution based on the desired specifications such as the required cumulative insolation (kW-h/m²) and installation space of the line.
Process temperature control
Designed so that the temperature can be maintained at a specified level while the irradiation subject is insolated.
Communication with the transfer equipment and the up-stream/down-stream processes
The system can be designed to interface directly with the production process or the process control communication system for comprehensive communication control systems.
Features
- A proprietary power system reduces total process cycle time to 10 seconds, providing 50% greater production throughput over most existing systems for more productivity per line.
- IV data of over 30 to 1,000 points can be obtained with one luminescence as it has a relatively longer light emission duration compared to conventional pulsed types.
CONTACT
JAPAN Office
IWASAKI ELECTRIC CO., LTD.
Applied Optics and Environment Business Unit,
Sales & Marketing Division
1-1-7, Higashi-Nihonbashi, Chuo-ku, Tokyo 103-0004, Japan
- Tel: +81-3-5846-9027
- Tel: +81-3-5846-9035