can measure the UV energy density, UV irradiance and temperature at the same time. It can be used to:

1. Detect the UV energy density, UV irradiance and temperature of UV curing machine.
2. Measure the UV irradiance and temperature of machines, such as UV drying machine, exposure machine and printing machine etc.
  The first UV energy meter has temperature curve
  The first UV energy meter with real time value of temperature and irradiance
  The first UV energy meter built-in timer and accurate records of curing time
  The first UV energy meter can record 60000 data
  The first UV energy meter can connect computer via a USB and print the testing report.

Parameters
1. Spectral range: 320nm --- 390nm  λp = 365nm
2. Irradiance measuring range: 0 --- 2000mW/cm2
3. Irradiance resolution: 0.1 mW/cm2
4. Energy measuring range: 0 --- 999999mJ/cm2
5. Energy measuring accuracy: ±10%, ±5% (typical)
6. Temperature measuring range: -55°C --- +125°C
7. Sampling speed: 2048 times/second
8. Irradiance data storage interval: 256 times/second
9. Temperature data storage interval: 16 times/second
10. Recording period: 240 seconds
11. Power supply: 2 AAA alkaline dry batteries
12. Display: 240*160 Dot matrix LCD
13. Dimension: Diameter 120mm * thickness 13 mm
14. Weight: 327g

Features: 

1. Real intelligent UV energy meter, four statistics interfaces (maximum value, real-time value, temperature curve and power curve) can be switched.

2. USB Port, can connected to PC with software.The computer software can read detailed test data and can perform curve analysis
3.  High-accuracy and fast-response temperature detector, truly dynamic measurement of the actual temperature in the curing machine

4. Built-in heat shield, high temperature resistant design

5. Built-in large-capacity memory

6. Built-in timer can accurately record the UV curing time

7. 2048 times / second high-speed data acquisition, the measurement data is more accurate

8. Two measurement modes, automatic measurement mode and manual mode

9. The last data will be displayed when power on.