Solar Simulator (350-1800nm)
Compact solar simulator achieves Class AAA in the range of 350-1800nm with fiber output system
|Wavelength (nm)||Energy||Distribution (%)||Spectral
|400 - 500||16.280||15.271||1.07||A|
|500 - 600||15.827||16.522||0.96||A|
|600 - 700||15.257||15.234||1.00||A|
|700 - 800||12.611||12.383||1.02||A|
|800 - 900||9.607||10.342||0.93||A|
|900 - 1100||14.199||13.228||1.07||A|
|1100 - 1300||7.141||8.159||0.88||A|
|1300 - 1500||2.280||2.061||1.11||A|
|1500 - 1800||6.798||6.799||1.00||A|
- The values from 1100 to 1800nm is checked by the same calculation method as JIS C8912.
- The both of JIS C8912-2011 and JIS C8933-2011 are class A.
Temporal Stability of Irradiance
There is less flicker and stable output at long times.
*If you use the HAL-320W for a long time, we recommend that you use the constant-voltage power supply so that the HAL-320W is not influenced by the change of load.
The calculated value of 1SUN in the range of 350-1800nm is about 94.4mW/cm2.
Working distance: about 220mm
Light intensity decline due to a lamp life can be adjusted by light intensity control.
Above the size of class A area is reference value.
Please note that the output of lamp varies among the manufacturing lots.
It needs to check the light intensity separately.
|Item||Class A||Class B||Class C|
|Positional uniformity of irradiance (%)||</=±2||</=±3||</=±10|
|Temporal stability of irradiance (%)||</=±1||</=±3||</=±10|
|Spectral match||0.75 - 1.25||0.6 - 1.4||0.4 - 2.0|
JIS, Japanese industrial standards is equivalent to IEC.
High Approximation of Solar Spectrum
Target Solar Cell
- Multijunction solar cell
- Concentrated solar cell
- Quantum dot solar cell
Flexible Configuration with Light Guide
Stand for Collimator Lens
This mounting system offers superior stability and versatility.
1 SUN Checker CS-40
1 SUN checker is used for checking the light intensity (1 SUN) of HAL-320W. It is battery operated and portable.
Light Guide (TPO)
This light guide is the option for bringing a light into a glove box. The gauge port is equipped.
Telecentric Uniform Illumination Unit
The telecentric uniform illumination unit achieves a parallel illumination by connecting to a collimator lens.
High Condensing Lens
The high condensing lens achieves a high density illumination by connecting to a light guide.
350 - 1800nm
Switching power supply
AC100 - 240V 50/60Hz (Input range: AC90 - 264V)
Less than 510VA (AC100V/50Hz)
Less than 500VA (AC240V/50Hz)
Compact xenon lamp 300W
Lamp voltage, current
14V, 21A (DC) *Representative value
Optical axis alignment
Cartridge type (Alignment-free)
Forced air cooling
Exposure time set
0.5 - 99999.9sec
Light intensity control
100 - 30 (Steps)
Air Mass filter
Air Mass 1.5G filter
Bundled light guide
Remote controller (Cable length=2m)
RS232C *The cable must be less than 3m.
Xenon lamp problem, Top door is open,
Lamp usage exceeds 500 hours,
Cooling fan problem, Temperature anomaly
Temperature 10 - 35 deg C
Humidity 20 - 80% *Avoid condensation
Main unit 200(W) x 300(D) x 292(H)mm
Controller 160(W) x 37(D) x 99(H)mm
Main unit 11.3kg
Controller 0.6kg (including cable)