2500W Total Reflection Solar Simulator
- Total reflection design replaces dispersed lenses to improve uniformity on target points
- 2.5kW non ozone xenon arc lamp
- Air-cooled lighthouse
- The filter holder can accommodate 7.6x7.6 cm (3 "x3") filters (this filter holder can also accommodate filters of other sizes)
- There are currently a wide range of filter options available
- Standard horizontal operation, vertical option
- Adjustable LED display power supply, including igniter
Sciencetech produces four high-pressure versions of high-efficiency solar simulators. The smallest is the 500W model, which is close to the 1000W output power of most conventional systems on the market. Sciencetech also produces models of 1000W, 1600W, and 2500W. These models have greater strength than the same product models. Sciencetech's solar simulator is an ideal choice for high-intensity applications and energy level critical devices. The light source of this model comes from a high-pressure xenon lamp. The spectral distribution of this light source, combined with an air mass filter, can be used to simulate the solar spectral distribution under different Earth and space conditions (different angles of the sun in the sky or without atmospheric interference). The characteristic of this SS total reflection series is that it does not require lenses or dispersing devices to uniformly output in the target area. This presents the best solar simulator, making Sciencetech's solar simulator more efficient than its competitors. This total reflection design only uses lenses to guide the beam of light coming out of the arc lamp from the arc lamp to the target, and can also generate high-intensity and uniform irradiation on the target plate.
Beam direction
The solar simulator can be installed in a vertical or horizontal position, please specify the specific direction when ordering. When in a horizontal position, the output light is emitted from the adjacent panel and then shines on the wall (or anything else you place in front of it). A self selected 90 degree refractive mirror can be installed in the output window, allowing for the adjustment of the beam up, down, left, and right. A floor installation is required in the vertical direction. The light output in this way is in the horizontal direction, and a self selected refractive mirror can be used to direct the beam up, down, left, and right.