The Tinius Olsen model 100S is designed as a dual purpose extensometer to measure E modulus and offset yield stress (proof stress) on relatively high modulus materials while also providing the ability to measure high elongations up to break. A typical application is the testing of polycarbonate, where a high resolution system is required to measure the E modulus (Youngs modulus) and a secondary system is required to measure elongation to the point of break, which typically could be as high as 200% strain. Other materials the 100S extensometer is ideally suited to include polyurethane, polyethylene (PET), glass reinforced plastics (GRP), and aluminum alloys. The unique design ensures an extremely low tracking force for testing sensitive materials and a construction that is sufficiently robust to withstand the release force when the specimen breaks. An important feature is the ease with which the extensometer clamps can be attached to the specimen, resulting in very rapid testing throughput.
Measuring Extension
Extension is measured by attaching two counterbalanced extensometer clamps to the specimen at a preselected gage length. When tensile forces are applied to the specimen by the testing machine, the slightest change in gage length is measured by a precise LVDT transducer. If the range of this LVDT transducer is exceeded, measurement of elongation and strain transfers to an optical encoder. Signals from the LVDT and optical encoder are fed into the signal conditioner interface for processing. The 100S extensometer can be fitted to all twin-screw materials testing machines and must be used under software control.
Specifications
Range of scan:
LVDT Transducer – 10% on 25mm/1in gauge length, 5% on 50mm gauge
Optical Digital Encoder – 720mm/28.35mm (extended options available)
Accuracy:
LVDT Transducer – 1%, EN10002-4 Class 1
Optical Digital Encoder – 1% on 25mm gauge length, BS5214 grade C&D
Resolution:
LVDT Transducer – 0.0005mm/0.00002in
Optical Digital Encoder – 0.0004mm/0.01in
Tracking force – 10g/0.02lbf
Specimen thickness – 0-10mm/0-0.4in
Dimensions (HxWxD): 1015 x 95 x 200mm/40 x 3.75 x 7.9in
Weight: 7.5kg/16.5lb
The Tinius Olsen model 100S is designed as a dual purpose extensometer to measure E modulus and offset yield stress (proof stress) on relatively high modulus materials while also providing the ability to measure high elongations up to break.
A typical application is the testing of polycarbonate, where a high resolution system is required to measure the E modulus (Youngs modulus) and a secondary system is required to measure elongation to the point of break, which typically could be as high as 200% strain.
Other materials the 100S extensometer is ideally suited to include polyurethane, polyethylene (PET), glass reinforced plastics (GRP), and aluminum alloys.
The unique design ensures an extremely low tracking force for testing sensitive materials and a construction that is sufficiently robust to withstand the release force when the specimen breaks. An important feature is the ease with which the extensometer clamps can be attached to the specimen, resulting in very rapid testing throughput.
Measuring Extension
Extension is measured by attaching two counterbalanced extensometer clamps to the specimen at a preselected gage length.
When tensile forces are applied to the specimen by the testing machine, the slightest change in gage length is measured by a precise LVDT transducer. If the range of this LVDT transducer is exceeded, measurement of elongation and strain transfers to an optical encoder.
Signals from the LVDT and optical encoder are fed into the signal conditioner interface for processing. The 100S extensometer can be fitted to all twin-screw materials testing machines and must be used under software control.
Specifications
Range of scan:
- LVDT Transducer – 10% on 25mm/1in gauge length, 5% on 50mm gauge
- Optical Digital Encoder – 720mm/28.35mm (extended options available)
Accuracy:
- LVDT Transducer – 1%, EN10002-4 Class 1
- Optical Digital Encoder – 1% on 25mm gauge length, BS5214 grade C&D
Resolution:
- LVDT Transducer – 0.0005mm/0.00002in
- Optical Digital Encoder – 0.0004mm/0.01in
- Tracking force – 10g/0.02lbf
- Specimen thickness – 0-10mm/0-0.4in
- Dimensions (HxWxD): 1015 x 95 x 200mm/40 x 3.75 x 7.9in
- Weight: 7.5kg/16.5lb
