Laser Power Density Calculation Form

LASER POWER DENSITY CALCULATION FORM

In order to provide you with the correct protection for your laser environment, it is important to know what the irradiance/intensity of your laser is. If you do not know how to calculate the irradiance of your laser, we would be happy to assist. Please fill out the information below and a barrier specialist will contact you.

The laser barrier hazard analysis concepts outlined below are based upon Section 4.4.2.5, Laser Protective Barriers and Curtains, (Class 3B or Class 4), Appendix Section B8.2, and Appendix Section D3.4 in the ANSI Z136.1-2014 National Standard.
LASER PARAMETERS
Laser Type:
Class:
Wavelength(s) (µm):
Beam divergence (mrad):
(see ill. A #1)
Beam diameter at exit of laser (mm):
(see ill. A #2)
Operation Mode*
- Pulsed
- Continuous Wave
Pulse energy (J):
Pulse length (sec.):
Repetition rate (Hertz):
Maximum Average Power (W):
Delivery Optics*
- Beam Conduit
- Fiber Optics
Beam diameter just prior to lens (mm):
(see ill. B #3)
Focusing lens: focal length (mm)
(see ill. B #4)
Fiber optic numerical aperture:
(see ill. C #5)
Cone angle (degrees):
(see ill. C #6)
System design & Geometrical Factors
Worst case viewing distance (diffuse targets) (in):
Nominal distance(s) from laser aperture to barrier (max - min) (feet):
Direct or diffuse exposure possible to barrier (direct/diffuse):
Beam size at barrier (if known) (mm):
Name*
First Last
Company*
Email*
Phone Number
Comments
This field is for validation purposes and should be left unchanged.

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LASER POWER DENSITY CALCULATION FORM

LASER PARAMETERS

System design & Geometrical Factors