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HPSAO Shore Durometer | Durometer according ISO 7619-1 for determining the Shore surface hardness of foams, steering wheels and inner linings of motor vehicles with hardness < 20 Shore A
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The spring loaded outer ring assures a constant measuring pressure and eliminates false readings due to difference between operators | Working face 44.5 mm Ø | Application range < 20 Shore A units |
| Flat bottom prevent tilting and improves the measuring accuracy | Adjustable Min./Max. indicator marks to highlight working range of the hardness tester | High repeatability |
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For measuring the hardness, the spring-loaded outer ring of the housing is pressed downwards until the edge of the ring meets the colored marking on the housing. This ensures a constant pressure and prevents measuring errors.
General:
The principle used to measure shore hardness is based on measuring the resistance force of the penetration of a pin into the test material under a known spring load. The amount of penetration is converted to hardness reading on a scale with 100 shore units.
As the depth of indentation is max. 2.5 mm the test material has to have a minimum thickness of 6 mm. If thickness is less stack some samples til you reach the required thickness.
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PTS-HP Precision Test Stand for HP Durometers |  |
Spring loaded lever for fast & precise travel
11.5" High Shaft allows you measure a wide range of different sized objects
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| | | | Hardness tester with carrying case, Certificate of Compliance with the
order 2.1 according EN 10204 free of charge, operating instructions |
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Indentor
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Ball, 5 mm diameter (R=2.5mm)
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Depth of indentation
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0 - 2.5 mm
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Typical applications
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Foams, steering wheels and inner linings of motor vehicles
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Accuracy
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± 1 hardness unit
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Application range
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< 20 Shore A
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Standard
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ISO 7619-1
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Measuring spring force
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0.55 - 8.065 N
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Test pressure*
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Approx. 12.5 N
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Scale diameter
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54 mm
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Display range
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0 - 100 Shore AO units
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Working face
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44.5 mm Ø = 15.5 cm²
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Base plate
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44.5 mm Ø
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Weight, net (gross)
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Approx. 300 g (500 g)
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Dimensions
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50 x 60 x 110 mm (LxWxH)
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| * Spring load of outer ring to create constant pressure |
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