Optical Power Meter Kit, 843-R, 818-UV/DB Sensor, 200-1100 nm, 1.5 W

The PMKIT-05-01 can measure optical power level in the 200 - 1100 nm wavelength range. Power meter kits are especially useful for those who are new to optical measurements and who need simple measurement tools. Save big when purchased as a kit. The kit includes the following components:
- Model
optical power meter - Model
UV Silicon photodiode detector - Post and post holder fork
For specifications, refer to individual product web pages. Please refer to our Optical Power Meter Selection Guide and Calibrated Detector Selection Guide to review the complete Newport offering.
Kits Offer Bundle Savings
These kits are ideal for those who are new to optical measurements and who need simple measurement tools. All kits include SP-3 and M-SP-3 mounting posts and BPH-3 slotted-base post holder. You can order a pre-configured kit.
Easily Expandable
It is easy to expand the capabilities of your power measurement products after purchasing the power meter kit. Thanks to the large number of compatible products available at Newport, you can simply purchase another detector, a meter, or optomechanical components as new requirements arise.
Specifications
- Detector Model818-UV/DB
- Power Meter Model843-R
- Spectral Range200 - 1100 nm
- Maximum Measurable Power1.5 W
- Maximum Measurable Power Without Attenuator5 mW (200 - 400 nm); 2.5 mW (400 - 600 nm, >1050 nm) , 1.5 mW (600 - 1050 nm)
- Sensor SizeØ11.3 mm
- Minimum Detectable Power20 pW
- Maximum Pulse Energy with Attenuator400 µJ
- Maximum Power Density without Attenuator0.2 W/cm2
- Maximum Pulse Energy Without Attenuator0.4 µJ
- Calibration Uncertainty without Attenuator3.4% (220-300 nm)
1.65% (300-430 nm)
1.1% (430-1000 nm)
4.3% (1035-1065 nm) - Maximum Power Density30 W/cm2
- Accuracy±0.25 % (Full Scale) ± 20 pA
- Display TypeHigh legibility TFT 320 x 240 pixel graphics LCD
- Sampling Rate20 Hz
Resources & Downloads
Literature
Understanding Total Measurement Uncertainty(649.3 kB, PDF) PMKIT Datasheet(1.5 MB, PDF)
Technical Notes
Average and Peak Power Calculation(31.9 kB, PDF) A Shortcut for Calculating Power Density(35.2 kB, PDF)
2D Product Drawings
818-UV-DB Dimensional Drawing(258 kB, PDF)