JBW - HY series computer control instrumented (oscilloscope) impact tester
Introduction :
This machine applicable to ISO14556:2000Steel-charpy V-notch pendnlum impact test-Instvumented test method;GB/T19748-2005Metal charpy v-notch pendulum impact test instrumentation test method;GB/T3808-2002Pendulum impact testing machine test. By testing the impact value, data collection and analysis of the impact process, energy change curve drawing, material fracture at different stages clear physics meaning and explanation, to study, analyze the material fracture behavior of the process, to provide accurate data in detail.
Product Description :
JBW-H series of instrumented impact testing machine testing machine for automatic control, raise pendulum, hanging pendulum, the shock and braking are all electrical control operation, and can be placed in the thrust sample automatically after raising ready for the next impact test, by varying impact pendulum, can provide the biggest impact energy: 150J.300J.450J.750J.
The impact tester adopts data acquisition system, 0321 the voltage signal into digital signal, increased the data storage and computer, the collected signal as impact time and impact - displacement, displacement of time and energy - time curve, the stress of the given image to be thrust sample and the deformation process, the impact test are making a big push, comprehensive, thoroughly improve to the level equal to the current electronic tensile test, impact test is from the primitive state of leap into the advanced ranks of digital test instrument.
Test data acquisition, automatic recording and output by the measurement and control system. Dial the adjustment is convenient testing machine Settings, use pointer calibration data compared with the data from the detection system, in order to verify the reading of the dial and energy testing system accuracy deviation of reading.
Technique Feature :
The main frame pillar and base of integration design, the overall casting processing, good rigidity, improve the stability of the test;
The pendulum adopts simply supported beam, bearing radial load distribution reasonable, the host stiffness good ;
Adopts double standard gearmotors raise the pendulum , hanging pendulum device adopts hydraulic buffer, hanging smoothly .
Round pendulum design to ensure accurate strike center, the pendulum torque accurately.
Shock knife with screw mounting, easy to replace;
Equipped with safety pins, and fully enclosed protective cover, ensure the test process safety .
Computer control, according to instructions complete take pendulum, impact , automatic raising pendulum, then the impact of the whole process repeated trials;
Tester installation load cell and angular displacement sensor with high-speed sampling, storage and computing capabilities;
After data analysis and computer software processing, you can get: force - time, displacement - time and energy - time, force - displacement, energy - displacement. and other curves;
Available: impact speed, impact time, the impact energy, the absorbed energy, displacement, energy crack formation, crack propagation energy, yield strength, yield time, yield displacement, energy to yield, maximum force, maximum force during the time, when the maximum force displacement, when the energy of the most vigorous and unstable crack initiation force termination of unstable crack force, displacement termination of unstable crack propagation and unstable crack initiation energy, unstable crack propagation characteristics of energy, such as the termination of multiple values.
Standard :
GB/T19748-2005Steel charpy v-notch pendulum impact test (instruments) method
ISO 14556 : 2000(E)Bend steel - charpy v-notch impact test - instrumented test method
ASTM E23Steel charpy v-notch pendulum impact test instrument method
GB/T3808-2002pendulum impact tester,
JJG145Pendulum impact testing machine verification procedures
Product Parameters
Technical Parameters
| Model |
JBW-150HY |
JBW-300HY |
JBW-450HY |
JBW-600HY |
JBW-750HY |
| Control Way |
Computer Control |
| Max. Impact Energy |
150J |
300J |
450J |
600J |
750J |
| Impact Speed |
5.24m/s |
| Pendulum pre-raising Angle |
150° |
| Angle Accuracy |
±0.1° |
| Specimen Bearer Span |
40mm |
| Round angle of the jaw |
R1.0~1.5mm |
| Round angle of impact edge |
R2.0~2.5mm(R8mm) |
| Impact blade Angle |
30° |
| Impact blade thickness |
16mm |
| Distance between the Pendulum center and impact point |
750mm |
| Standard Specimen Size |
10×10(7.5 or 5)×55mm |
| Specimen Box Capacity |
20 |
| Cooling way |
compressor refrigeration |
| Temperature Range |
0-60ºC |
| Load Sensor Accuracy |
≤±1FS |
| Angle Sensor Accuracy |
0.1° |
| Pendulum configuration |
150J |
300J |
450J |
600J |
750J |
| Power Supply |
Three-phase four-wire system
50Hz /380V |
Configuration :
Main Unit----1 Set
Speed reducer (Equipped on the Main unit)----1 Pc
Take Pendulum transmission device(Equipped on the Main unit)----1 Set
Automatic Hanging pendulum device (Equipped on the Main unit)----1 Set
safety mechanism device (Equipped on the Main unit)----1 Set
Bearing correctors-----1pc
Sample plummet-----1pc
Lenovo Computer and Hp printer -----1 set
Photoelectric angle sensor ----1 pc
Signal transformer ---- 1 pc
DAQ Card(Data Acquisition Card)---- 1 pc
Load sensor ---- 1 pc
measure and control software ---- 1 set
Liquid nitrogen cylinder --- 1 set
Pressure pump --- 1 set
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+8615866782908
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