Compact Laser Autocollimator System, 650nm Red Laser
TM-2070
 
    This Laser Autocollimator System allows automated, sub-arcsecond, non-contact angular measurement of an object having at least 0.5% specular reflectivity @650nm wavelength (easily met by most standard flat optical mirrors which have reflectivity above 90%). Typically, the mirror would be mounted to the object of interest. The system is made up of an autocollimator head, and a separate electronic processing unit.  A user-supplied computer is needed to run the Laser Autocollimator System.
 
 

| Name | Compact Laser Autocollimator System, 650nm Red Laser | 
|---|---|
| Weight | 0.4000kgs | 
| Beam Diameter | 1mm | 
| Measurement | Two-Axis, Non-Contact, Angular (Pitch and Yaw) | 
| Method | Autocollimation with Lateral-Effects Detector | 
| Readout Resolution | 0.01' (Arc Minute) or 0.6" (Arc Second), or about 3 urad | 
| Angular Range by Distance | +/-30' (171-250mm), +/-45' (111-170mm),+/-70' (0-110mm) | 
| Repeatability | 1" (Arc Second) at 50mm working distance | 
| Linearity | +/-0.25% | 
| Autocollimator Laser Wavelength | 650nm (1mW max, Class 2) | 
| Minimum Reflectivity Requirement for Mirror | 0.5% Specular @650nm | 
| Laser Beam Diameter | 1mm (1/e2) | 
| Measurement Frequency | 60Hz | 
| Contents of Box | Autocollimator Head, Autocollimator Controller, USB C Cable (1M) Autocollimator to Controller, Four Stick-on Rubber Pads | 
| Additional Required Items (Sold Separately) | 24VDC AC Power Adaptor(FH-0023), RS-232C cable, 9DSub Cross (KE-2110), Computer, Windows 10, 64 Bit (customer supplied) | 
            In stock
        
    
            SKU
        
TM-2070
    
    
                €5,075.00
                            
            
            
This Laser Autocollimator System allows automated, sub-arcsecond, non-contact angular measurement of an object having at least 0.5% specular reflectivity @650nm wavelength (easily met by most standard flat optical mirrors which have reflectivity above 90%). Typically, the mirror would be mounted to the object of interest. The system is made up of an autocollimator head, and a separate electronic processing unit.  A user-supplied computer is needed to run the Laser Autocollimator System.
 
     
             
                             
                             
             
 
        


