410-LIDAR Portable Emissometer

  • NIR and SWIR wavebands
  • Easy to Use
  • Simultaneous data collection
  • Cleanable calibration coupon
  • Fast calibration
  • Custom Wavelengths

 

 

Reflectance at 850nm, 905nm, 940nm and 1550nm

The 410-LIDAR measures reflectance simultaneously at four key wavelengths employed by lidar systems. Collect measurements on materials and objects that cannot easily be brought into the lab. Fast calibration and measurement times without sacrificing measurement accuracy and repeatability. Option to customize wavelengths.

Measured Parameter

Directional hemispherical reflectance (DHR)

Method

Integrated total reflectance in a band for a given angle of incidence

Measured Value

Absolute reflectance (0-1)

Calculated Value

Total reflectance, absorptance

Wavelength Bands (microns)

850nm, 905nm, 940nm and 1550nm

Angle of Incidence

20º from normal incidence

Calibration Coupon

Glazed Ceramic

Accuracy

+/- .02

Repeatability

± .005 units

Beam Spot Size

0.50 inches

Measurement Time

7 sec

Sample Size & Geometry

Flat: ≥ 0.5 in. diameter

Curved: 6 in. convex; 12 in. concave

Warm Up Time

90 seconds

Time Between Measurements

2 seconds

Sample Temperature

Ambient or heated/cooled to 0 – 100º C

Operating Temp

0º to 40º C

Storage Temp

-25º to 70ºC

Run Time

2 hours on one battery. Battery easily replaced with continuous operation after battery replacement.

Power Source

Rechargeable battery (standard environmentally friendly NiMH)

Battery Recharge Time

1 hour

IR Source

Kanthal filament operated at about 1,000ºC

Weight

4.7 lb

Form Factor

H 11.54”, L 9.04”, W 3.27” (29.31 cm x 22.96 cm x 9.44 cm)

Operator Interface

LCD graphics screen, 1/4 VGA, touch screen, software buttons; trigger switch in handle

Diagnostics

On screen status and signals monitor. Signal values stored with data. Raw data collection and display.

Data Format

Data files can be opened and post processed with Excel or a text processor

Data Storage

Removable SanDisk (SD) card

Export Control

ECCN #3A999.F