Izod Pendulum Impact Tester
HY-608AC
Izod Pendulum Impact Tester is used to determine the impact strength of rigid thermoplastics, thermosetting plastics (including filled and fiber-reinforced plastics), and sheets/laminates made from these materials. A pendulum of known energy impacts a specimen supported as a cantilever or simply supported beam. The energy difference before and after impact determines the energy absorbed at specimen failure, and impact strength is calculated based on the specimen’s original cross-sectional area.
Quantity:
HY-608 Izod Pendulum Impact Tester
In accordance with standards:
ISO 13802, ISO 180, ISO 179, DIN 53453, ASTM D256, ASGM D6110
Product Description:
Used to determine the impact strength of rigid thermoplastics and thermosetting plastics, filled and fiber-reinforced plastics, and sheets made of these plastics, including laminates.
A pendulum of known energy impacts a specimen supported as a cantilever or simply supported beam. The energy difference before and after the impact determines the energy absorbed at specimen failure. The impact strength is then calculated based on the specimen's original cross-sectional area.
In accordance with standards:
ISO 13802, ISO 180, ISO 179, DIN 53453, ASTM D256, ASGM D6110
Product Description:
Used to determine the impact strength of rigid thermoplastics and thermosetting plastics, filled and fiber-reinforced plastics, and sheets made of these plastics, including laminates.
A pendulum of known energy impacts a specimen supported as a cantilever or simply supported beam. The energy difference before and after the impact determines the energy absorbed at specimen failure. The impact strength is then calculated based on the specimen's original cross-sectional area.
Technical Parameters:
1. Control Method: PLC + HMI, using an imported PLC programmable controller and imported color touchscreen LCD;
2. Impact Type: Cantilever Beam and Simply Supported Beam
3. Energy Options: Simply Supported Beam 1J, 2J, 4J, 5J
4. Cantilever Beam 1J, 2.75J, 5.5J
5. Impact Velocity: 2.9m/s, 3.5m/s
6. Drop Angle: 150°
7. Angle Display Accuracy: 0.02°
8. Energy Display Accuracy: 0.01J
9. Test Speed: Push-Button After entering test mode, an alarm sounds, followed by an automatic drop hammer impact. 10. Energy absorbed by the specimen or energy per unit area.
11. The user interface allows for setting test specifications and storing test data.
12. Touchscreen display functions:
13. Rise angle after impact; pendulum energy.
14. Energy absorbed by the specimen until it breaks after impact.
15. Specimen strength after impact.
16. Specimen strength per unit area after impact.
17. Power supply: AC220V±10%, 50Hz
1. Control Method: PLC + HMI, using an imported PLC programmable controller and imported color touchscreen LCD;
2. Impact Type: Cantilever Beam and Simply Supported Beam
3. Energy Options: Simply Supported Beam 1J, 2J, 4J, 5J
4. Cantilever Beam 1J, 2.75J, 5.5J
5. Impact Velocity: 2.9m/s, 3.5m/s
6. Drop Angle: 150°
7. Angle Display Accuracy: 0.02°
8. Energy Display Accuracy: 0.01J
9. Test Speed: Push-Button After entering test mode, an alarm sounds, followed by an automatic drop hammer impact. 10. Energy absorbed by the specimen or energy per unit area.
11. The user interface allows for setting test specifications and storing test data.
12. Touchscreen display functions:
13. Rise angle after impact; pendulum energy.
14. Energy absorbed by the specimen until it breaks after impact.
15. Specimen strength after impact.
16. Specimen strength per unit area after impact.
17. Power supply: AC220V±10%, 50Hz
