Hexagon OPTIV CLASSIC 322 car diagnostic tools

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2016 Hexagon OC 322
Measuring machine
The machine is in perfect working condition
The 2016 Hexagon OPTIV CLASSIC 322 is a type of coordinate measuring machine (CMM) manufactured by Hexagon Manufacturing Intelligence. This machine is used for precision measurement and quality control in manufacturing processes
PRODUCT DESCRIPTION
The Optiv Classic 322 combines optical and tactile measurement in one system (optional touch-trigger probe)
The system supports multi-sensor measurements using the Vision sensor (CMOS colour camera
motorised CNC zoom)
and the touch-trigger probe HP-TM. The Optiv Classic 322 provides easy pallet station integration with good
accessibility to the measuring table from all sides. Measurement software is PC-DMIS
FIELDS OF APPLICATION
Shop floor and inspection room
Versatile geometry measurements and GD&T analysis
DESIGN
Design principle : Benchtop unit of proven cross-table design with a solid metal base frame as a standard
Guides : Mechanical linear guides on all axes
counterbalance on Z axis
Drives : DC servo motors
power transmission via plain shafts in conjunction with rolling ring drives
Length measuring system : Incremental
optoelectronic length measuring system
Resolution of the scales : 0.05 μm
MEASURING RANGE (X x Y x Z)
OPTIV CLASSIC 322
Measuring range Vision sensor Measuring range touch-trigger probe Mutual measuring range(1)
X 300 mm (11.5 in.) 256 mm (10 in.) 256 mm (10 in.)
Y 200 mm (7.5 in.) 175 mm (6.5 in.) 175 mm (6.5 in.)
Z 200 mm (7.5 in.)(2) 200 mm (7.5 in.)(2) 200 mm (7.5 in.)(2)
(1) Vision sensor Touch-trigger probe
see page 6. (2) At a maximum workpiece depth in Y of 140 mm
otherwise Z = 80 mm
LOADING CAPACITY
Load-bearing capacity of the table up to 16 kg
DIMENSIONS IN MM AND WEIGHTS IN KG
Dimensions see machine layout on page 5
MEASURING ACCURACY(3)
At 20°C
according to ISO 10360-7
with
Vision sensor
at highest zoom magnification
standard measuring plane(3)
At 20°C
with touch-trigger probe(3)
XY measuring accuracy
MPE (Exy) = (2.8 + L/150) μm
XY measuring accuracy
MPE (Exy) = (2.8 + L/150) μm
Z measuring accuracy
MPE (Ez) = (5.0 + L/150) μm
Z measuring accuracy
MPE (Ez) = (5.0 + L/150) μm
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