Our 150 - 300 W Solar Simulators produce a uniform, collimated, 2 x 2 inch output beam. We offer two models, differing in spectral output.
• 150 - 300 W Full Spectrum Solar Simulator
Produces close spectral match to sunlight with power equivalent to ~ sun with model 91159 and ~2 suns with 91160 .
• 300 W UV Solar Simulator
Simulates the UV portion of solar radiation only; the percentage of UV in the total output of our full spectrum model is less than 6%. The percentage of UV in the total output of the UV model is ~36%.
Fig. 1 Spectral output of a full spectrum 300 W Solar Simulator compared to the output of a 300 W UV Solar Simulator.
Full Spectrum Solar Simulator
The 91160 produces power equivalent to ~2 suns, while model 91159 produces ~ 1 sun. With optional air mass filters, you can simulate various solar conditions. Table 1 shows the typical output of the 91160 , in the design-irradiated plane.
Table 1 Typical Output of 91160 Full Spectrum Solar Simulator
|
With This Optional Air Mass Filter |
300 W |
150 W |
| 250 - 2500 nm |
250 - 1100 nm |
| AM 1 Direct |
2551 |
1810 |
| AM 1.5 Direct |
2270 |
1610 |
| AM 2 Direct |
2100 |
1470 |
| AM 1.5 Global |
1550 |
1325 |
| AM 0 |
2805 |
2050 |
| Unfiltered Irradiance |
3620 |
2900 |
UV Solar Simulator
The 91260 is ideal for UV testing without the complicating effects of high levels of VIS and IR. The percentage of UV in the total output of our full spectrum model is less than 6%. The percentage of UV in the total output of the UV model is ~36%. We use a UVB/UVA dichroic mirror to shape the output of the 91260 Solar Simulator. This dichroic passes 280 to 400 nm and greatly reduces the VIS and IR output of the lamp. You can use bandpass filters, after the dichroic, to further isolate the portion of the UV in which you are working. In Table 2, we show the typical output power, in the design-irradiated plane, from the 91260 UV Solar Simulator.
Table 2 Typical Output of 91260 UV Solar Simulator
|
With These Optional UV Filters |
Typical Output (W m-2) |
|
UVC (Below 280 nm) |
UVB (280 - 320 nm) |
UVA (320 - 400 nm) |
| Atmospheric Attenuation Filter |
0 |
8 |
172 |
| Atmospheric Attenuation Filter + VIS-IR Bandpass Blocking Filter |
0 |
7 |
109 |
| UVC Blocking Filter |
0 |
23.5 |
180 |
| UVB/C Blocking Filter |
0 |
0.07 |
138 |
| Unfiltered Irradiance |
11.5 |
61 |
190 |
What Makes Up a Solar Simulator?
The Illuminator Housing
The housing is an aluminum enclosure that holds the arc lamp, arc lamp ignitor, optical integrator, collimating lens, light shutter and light shutter power supply. It is equipped with five safety interlocks to ensure operator and system safety. An integral fan cools the lamp and optics.
150 W or 300 W Xenon Arc Lamp
Both the Full Spectrum and the UV Simulators use an ozone free lamp, which has negligible output below 260 nm. For applications where DUV is necessary replace this lamp with the 6259 UV enhanced model. Please notify a Sales Engineer at the time of order, if you want the 6259 Lamp.
The Power Supply
The highly regulated power supply provides constant electrical power to the xenon lamp. A convenient preview feature enables you to set the lamp power prior to ignition. This reduces set up time, since there is no need to wait through the lamp's warm-up period to establish the operating power.
For long-term (>8 hours) stability-critical applications and/or for exposure control, we suggest you also order the 68951 Digital Exposure Controller.
UVB/UVA Dichroic Mirror (for 91260 UV Solar Simulator only)
The 91260 UV Solar Simulator includes a dichroic mirror. It passes 280 to 400 nm and greatly reduces the VIS and IR.
Electronic Shutter
These simulators include an electronic splitblade shutter. The shutter is activated by a convenient push button switch on the illuminator housing, or via a contact closure or logic level input. You can also use the 68955 Hand-Held Shutter Switch. For automated exposure control, use the 68951 or 68945 Exposure Controller.
Extended Care Program
All Oriel® Solar Simulators are shipped with a one-year warranty on parts and labor. We now offer an extended care plan, which gives you coverage for two years. Please ask a Sales Engineer about this plan, when placing your order.
Certification
These systems meet Class B IEC 904-9 requirements, but do not come certified.
Safety Considerations
These illuminators produce considerable ultraviolet radiation. Exposure to intense UV radiation can cause delayed severe burns to the eyes and skin. Proper protective eyewear and gloves should be worn at all times during operation.
Specifications
| Wattage |
150 or 300 W |
| Lamp Type |
Xenon, Short Arc |
| Output Beam Size |
2 x 2 |
| Collimation |
<±10 ° |
| Beam Uniformity |
±5 % |
| Light Ripple |
<1 % rms |
| Solar Simulator Input |
95 - 264 VAC, 8 A, 47 - 63 Hz |
| Line Regulation |
0.01 % |
Oriel Lamp Housing is designed to operate in a typical laboratory environment (typically 68 to 76 degrees F, up to 45% relative humidity). Temperature and humidity outside of typical laboratory range can contribute to cooling and ignition faults. Cooling issues will cause the over temperature sensor to open, and ignition problems will result from high humidity. Contact a Newport Technical Representative for more information if operating outside the suggested range.
