BRACKETS for Straightness and Flatness

l541.gif (29596 bytes)
Sensor shown not included

Movable Bracket

  • Holds either OPTALIGN PLUS-style prism or ROTALIGN-style sensor.
  • Can use either 3 or 4 hardened feet ball contact feet
  • Feet slide in a groove for infinite adjustment
  • Can be used on V-rails
  • Supplied with guide pins for measuring "edges"
  • Supplied with two 6" support posts

rightarrow.gif (183 bytes) Order No. L 541


l542.gif (14734 bytes) l542_1.gif (13733 bytes)
Magnetic base shown not included.

Adjustable Bracket

  • Designed for OPTALIGN PLUS-style sensors.
  • Will also hold ROTALIGN-style sensors
  • Use to adjust beam angle
  • Adjust beam ±2° vertically and horizontally
  • Can be mounted to any vertical post from 5/16" to 3/4" diameter
  • Can be mounted to Prüftechnik 8mm dia. support posts
  • Supplied with two 6" support posts

rightarrow.gif (183 bytes) Order No. L 542


l543.gif (15731 bytes) l543_1.gif (16701 bytes)
Magnetic base shown not included.
Fixed Bracket
  • Holds ROTALIGN-style sensors
  • Can be mounted to any vertical post from 5/16" to 3/4" diameter
  • Can be mounted to Prüftechnik 8mm dia. support posts
  • Supplied with two 6" support posts

rightarrow.gif (183 bytes) Order No. L 543


l544.gif (15321 bytes)

Magnetic Base
  • 1/2" dia. support post
  • Fits V-rails, round rail and flat surfaces
  • Very strong magnet attraction, 192 lbs. on flat surface.
  • For use with L 542 and L 543

rightarrow.gif (183 bytes) Order No. L 544


 

lrstrgtbrkt.gif (26962 bytes)
ULA laser shown not included

 

Long Range Bracket (over 33 ft.)

  • Holds ULA laser
  • For use only with ROTALIGN PRO or ULTRA firmware
  • Use to adjust beam angle
  • Adjust beam ±2° vertically and horizontally

rightarrow.gif (183 bytes) Order Nos. L 544, L 542 and L 548


 

Sensor and posts shown not included

Magnetic Rotatable Bracket for flatness measuring

The ALI 6.954 Magnetic Rotatable Bracket for LEVALIGN makes centering the laser beam upon the receiver target very fast and easy, speeding the measurement process across a surface with many points. It provides more consistent positioning of the beam in the sensor target which ensures maximum accuracy. In addition, the precise measurement point upon the surface to be measured can be pinpointed with respect to the sensor location, again ensuring maximum measurement accuracy.

rightarrow.gif (183 bytes) Order No. ALI 6.954



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