High Performance Mixing Proportioner - Ultraviolet radiation meter UV3000 – Topsky
High Performance Mixing Proportioner - Ultraviolet radiation meter UV3000 – Topsky Detail:
Model:UV3000
Introduction:
UV3000 Ultraviolet radiation meter is one wide spectral power. It is mainly used for measuring ultraviolet radiation power density. The unit is Uw/cm2.The sensor is on the top of the equipment. It is easy to use and accurate in measurement.
Usage:
The occupation health examination on industry
The blocking performance test of architectural membrance ,solar film and insulating glass on UV
The radiation intensity measurement on ultraviolet light source(the sun, UV lamp, etc.)
Usage in Meteorological and agricultural production areas.
Specification:
| Spectral range | 280-400 |
| Calibration point | 365nm |
| Operating temperature | 0-50 |
| Accuracy | 23+-5 |
| Low light | 1-9999Uw/cm2 |
| High light | 0.01-40.00Mw/cm2 |
| Sampling time | 0.3 seconds |
| Battery life | 16 hrs |
Spectral range 280-400
Calibration point 365nm
Operating temperature 0-50
Accuracy 23+-5
Low light 1-9999Uw/cm2
High light 0.01-40.00Mw/cm2
Sampling time 0.3 seconds
Battery life 16 hrs
Product detail pictures:
Related Product Guide:
We know that we only thrive if we can easily guarantee our combined cost competiveness and high-quality advantageous at the same time for High Performance Mixing Proportioner - Ultraviolet radiation meter UV3000 – Topsky , The product will supply to all over the world, such as: Morocco, Karachi, Korea, We always adhere to follow the honesty, mutual benefit, common development, after years of development and the tireless efforts of all staff, now has perfect export system, diversified logistics solutions, thorough meet customer shipping, air transport, international express and logistics services. Elaborate one-stop sourcing platform for our customers!
We always believe that the details decides the company's product quality, in this respect, the company conform our requirements and the goods are meet our expectations.





