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Geometric measurement
D650 |
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For straightness measurement of bores and bearing journals |
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For straightness measurement of bores and bearing journals in diesel engines (for example crank and camshaft bearings), gearboxes, propeller shaft installations, as well as positioning workpieces in machine tools. Measures both full and half bearing positions with equal simplicity. Extremely stable design for maximum accuracy, resolution 0.001 mm [0.05 mils]. For use both in production and out in the field.
With the standard system, bores from 100 mm to 500 mm [3.9-19.7”] can be measured (accessories for other diameters made to order). Measurement distance up to 40 m [132 feet]. The system automatically calculates the bores’ positions in relation to each other both horizontally and vertically. |
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A COMPLETE SYSTEM CONTAINS:
- 1 Display unit D279 (27 programs)
- 1 Laser transmitter D75
- 1 Offset hub for D75
- 1 Detector Linebore
- 1 Set of detector arms
for diameters of 100–500 mm [3.93”–19.68”]
- 1 Set of offset hub arms
for diameters of 100–500 mm [3.93”–19.68”]
- 1 Set of mounting components for arms
- 2 Cables with Push/Pull connectors (2m, 5m)
- 1 Manual
- 1 Measuring tape
- 1 Protective case for display unit
- 1 EasyLink™ Windows® program and PC cable
- 1 Printer
- 1 Carrying case
Accessories: Extension arms Linebore 500–1000 mm [19.68”–39.36”]
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CHARACTERISTICS AND FUNCTIONS
- Offset hub for easy adjustment in the X and Y axes of the laser beam
- Measurement points can be added, removed or re-measured at any point during the measurement process
- Possible to offset the reference line in the measurement program
- Handles up to 150 measuring points for straightness
- Program that guides you through the measuring procedure speeds up work
- Expandable with the rest of the Easy-Laser® range
- 2 year warranty
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The points can be measured and adjusted in any order. The measured reference line (A) can be offset (B) in the measurement program. This is especially useful when measuring and adjusting turbine diaphragms and bearing positions that have different centre lines due to thermal expansion.
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