0.1-Arc Second Resolution Electronic Laser Autocollimator

HR-1100

This electronic laser autocollimator system offers an exceptionally high resolution of 0.1 arc second, delivering automated, sub-arcsecond, non-contact precision. The autocollimator head is separate from the electronic processing unit for streamlined setups in smaller spaces. A user-supplied computer is required to operate the system.
Common applications include calibrating goniometers, aligning optical components in laser systems, verifying the straightness or squareness of mechanical assemblies, and measuring small angular displacements in vibration or deformation testing. Their non-contact nature makes them ideal for delicate or high-precision setups.
More Information
Name 0.1-Arc Second Resolution Electronic Laser Autocollimator
Weight 1.1000kgs
Attention Requires 64-Bit, Windows 10 Computer to Operate (customer supplied)
Beam Diameter 3mm
Type High Resolution
Measurement Two-Axis, Non-Contact, Angular (Pitch and Yaw)
Method Autocollimation with Lateral-Effects Detector
Readout Resolution 0.15' (Arc Minute) or 9" (Arc Second), or about 44 urad
Angular Measurement Range +/-10' (Arc Minutes) Circular
Working Distance Range 10-200mm
Repeatability 0.1" (Arc Second) at 65mm working distance
Linearity +/-1.5%
Autocollimator Laser Wavelength 658nm (1mW max, Class 2)
Minimum Reflectivity Requirement for Mirror 80% Specular @658nm
Laser Beam Diameter 3.0mm (1/e2)
Measurement Frequency 30Hz
Contents of Box Autocollimator Head, RS-232C Cable, AC power adapter, USB mini B Cable (1M), Ground wires, Manuals and software
Additional Required Items (Sold Separately) Computer, Windows 10, 64 Bit (customer supplied)
Out of stock
SKU
HR-1100
This electronic laser autocollimator system offers an exceptionally high resolution of 0.1 arc second, delivering automated, sub-arcsecond, non-contact precision. The autocollimator head is separate from the electronic processing unit for streamlined setups in smaller spaces. A user-supplied computer is required to operate the system.