
Simplified configuration only requires 2dollars!
Product Introduction:
- This light source complies with the ASTM (American Society for Testing and Materials) laboratory light source standard, A level spectral output.
- All products undergo calibration traceable to NIST standards before leaving the factory
- One year warranty period
- Lifetime free telephone technical service
- Can extend the warranty period
Technical parameters:
Energy output diagram of 16S 150/300 Air mass 1.5 (circular spot output)
Output spot size/shape |
Output area |
300 watt system strength |
150 watt system strength |
2cm circular (horizontal or vertical output) |
3.142 square centimeters |
N/A |
4000 w/m2 |
3cm round (horizontal or vertical output) |
7.068 square centimeters |
4000 w/m2 |
2000 w/m2 |
6cm circular (horizontal or vertical output) |
28.27 square centimeters |
1000 w/m2 |
500 w/m2 |
be careful:
- Vertical output is an option for the 2cm and 3cm models and is not included in the standard 2cm and 3cm model configurations.
- When the PMA2144 intensity meter exceeds 4000 w/m2, it will saturate and an attenuation filter is required.
Main features:
150/300 watt xenon arc lamp
200 watt XPS200 power supply/400 watt XPS400 power supply
AM1.5 filter (NIST traceable, ASTM laboratory light source standard)
• Built in igniter - used for xenon arc lamp ignition
High performance optical components (for collimation and uniformity control) Photovoltaic Cell Testing -16S Light Source 150/300 Watt This light source complies with the ASTM (American Society for Testing and Materials) laboratory light source standard, Daily maintenance: Optional devices:
A level spectral output.
All products undergo calibration traceable to NIST standards before leaving the factory
• One year warranty period
Lifetime free telephone technical service
• Can extend warranty period
16S is a ready to use photovoltaic cell testing light source. 16S-300-002 has all-optical capability
Spectral "A" level spectral output (AM1.5). 16S-002 is equipped with a vertical beam adapter that can
The beam changes direction and shines vertically downwards. Typical spot size 2.25 inches, 1 solar input
Output intensity. Users can customize the size of the light spot.
By adjusting the knob on the power supply, the output light intensity can be adjusted within a range of 80% -100%. Through the attenuation toolkit provided by Solar Light, it is possible to
Adjust the light intensity by 10% -100%.
16S accurately reproduces the full band solar spectrum. Meets the latest ASTM light source standards, with many ASTM standards requiring G151 and G155
It can be achieved by 16S-002. 16S-002 can test solar cells according to ASTM standards E948-95 and G173.
The main features are as follows:
150/300 watt xenon arc lamp
150 watt XPS 150 power supply/300 watt XPS 300 power supply
AM filter (NIST traceable light source verification, compliant with ASTM testing)
Room Light Source Standard
• Built in igniter - used for xenon arc lamp ignition
High performance optical components (for collimation and uniformity control)
The new "A" grade AM1.5 filter can achieve a 3cm spot size
Air mass 1.5 = 952 w/m2
Energy output diagram of 16S 150/300 Air mass 1.5 (circular spot output)
Output spot size/shape
2 cm round
(Horizontal or vertical output)
3 cm round
(Horizontal or vertical output)
6 cm round
(Horizontal or vertical output)
Output area 3.142 square centimeters 7.068 square centimeters 28.27 square centimeters
150 watt system strength 4000 w/m2 2000 w/m2 500 w/m2
300 watt system strength N/A 4000 w/m2 1000 w/m2
Note: Vertical output is an option for the 2cm and 3cm models and is not included in the standard 2cm and 3cm model configurations. PMA2144
The daily intensity meter will saturate when it exceeds 4000 w/m2, and an attenuation filter is required.
After 800 hours of use or when the bulb dims, the xenon arc lamp needs to be replaced.
Every year, the position of the light bulb needs to be checked (by SolarLight technicians or distributors)
The dose control system is an essential part of precise sunlight exposure testing. The output of 16S-002 can be monitored and controlled through the dose control system.
It can output the total amount of light for calculation and provide a prompt when the preset dose is reached.
Introduction to Model Configuration
The basic types of 16S-150-007 include:
16S-150 daylight simulator (3cm horizontal output)
150W XPS power supply, 150W xenon lamp
The 16S-150-002 standard type includes:
16S-150 daylight simulator (3cm vertical output), 1 too
Strong sunlight output
150W XPS power supply, 150W xenon lamp
PMA2100 data recording radiometer
PMA2144 Class 11 pyranometer
The 16S-300-002 enhanced version includes:
16S-300 daylight simulator (5.7cm vertical output), one
Solar intensity output
300W XPS power supply, 300W xenon lamp
PMA2100 data recording radiometer
PMA2144 Class 11 pyranometer
16S-300-005 complete type includes:
16S-300 daylight simulator (5.7cm vertical output), one
Solar intensity output
300W XPS power supply, 300W xenon lamp
PMA2100 data recording radiometer
PMA2144 Class 11 pyranometer
• Digital source table and software
Calibrated reference battery