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Sauter TI-D Manual Test Stand for Shore Hardness Testing
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Part number:
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Datasheet (PDF)
Highlights & Details
Manual Test Stand for Shore Hardness Testing
- Lever operated test stand for hardness testing with base plate made out of glass
Technical specifications
- Compatible with
Sauter
- Dim
(Ø x H) 75 mm x 18 cm
- Width
25.5 cm
- Height
18 cm
- Length
35.5 cm
- (Ø)
75 mm
- Calibratable
No
- Weight
10.2 kg
- UKCA
yes
Documents & Downloads
Datasheet
Datasheet 756169 Sauter TI-D Manual Test Stand for Shore Hardness Testing
User & Safety Instructions
User & Safety Instructions 756169 Sauter TI-D Manual Test Stand for Shore Hardness Testing
Information
Information 756169 Sauter TI-D Manual Test Stand for Shore Hardness Testing
Description
- Suitable for shore hardness testing of plastics, leather, etc. - Glass Plate: high measuring accuracy by the stronger hardness of the base plate made of glass-construction: robust design enables precise measuring movements - Levelling System: for the precise ausnivellierung the base plate-levelling durable test table for inhomogeneous test objects - Operation: - 1. The hardness tester SAUTER HB is attached in hanging position - 2. The test object is on the round test table directly below the probe tip - 3. By pressing down the lever, the probe tip in defined in the test object is pressed - the accuracy of the measurement results is with this test is approximately 25% higher than with a hand measurement
This text is machine translated.
This text is machine translated.
Features
- For Shore hardness testing of plastics, leather etc.
- Glass plate: Providing a higher base hardness and superior accuracy
- Mechanical construction: Robust design for precise measuring
- Level adjustment: For the precise levelling of the base plate blate
- Adjustable base plate for the correction of inhomogeneous test objects
- Operation:
- 1. The SAUTER hardness testing device HB is fitted in a suspended position
- 2.
- 3. By lowering the handle lever, the measurement instrument is pressed in a controlled manner into the test object
- The accuracy of the displayed result is approx. 25 % higher than in a manual operated test