| Customization: | Available |
|---|---|
| After-sales Service: | Online |
| Warranty: | 1 Years |
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Microcomputer Control Pendulum Impact Tester
Functions and USES:
This series of impact testing machine is a high stiffness main engine, microcomputer control, automatic measurement record of the test machine, is the highest level of domestic pendulum impact testing machine.
This series of impact test machine is designed and manufactured according to ISO 148:1998, GB/T 3808-2010 test of pendulum impact test machine.Fully meet the domestic and international standards for impact testing of metallic materials.
This series of impact testing machine has passed the inspection and verification of various standard impact test samples at home and abroad, participated in and passed the international comparison test of impact test, obtained the European Union CE certification, passed the inspection certification of national testing machine quality supervision and inspection center, and passed the inspection of shandong institute of metrology.
This series of impact testing machine has powerful function, stable and reliable, accurate test and convenient operation.It is an ideal test equipment to test the impact resistance of metal materials under dynamic load and to judge the toughness and brittleness of materials.
This series of impact testing machine can be widely used in scientific research institutes, testing institutions, universities and colleges, aerospace,metallurgy, machinery manufacturing, pressure containers, ships, vehicles, Bridges, wind power and other fields.it precision of materials research, material analysis, materials development, material selection, process improvement and quality control.
Microcomputer Control Pendulum Impact Tester
Technical specification:
(1)Host and attached parameters:
| Item | JBW-750C |
| Maximum impact energy(J) | 750 |
| Effective range | 20%-80%FS |
| Prelift Angle of pendulum | 150° |
| The distance from the axis to the center of the blow | 750mm |
| Item | JBW-750C | |
| Impact energy N | 535.8985 | |
| Moment of pendulum N·m | 401.9239 | |
| Impact speed | 5.24m/s | |
| Anvil block span | 40mm | |
| Corner radius of anvil holder | R1-1.5mm | |
| Slope Angle of anvil block | 11°±1° | |
| Impact blade Angle | 30°±1° | |
| Impact blade Curvature radius |
2mm Impact blade | 2mm-2.5mm |
| 8mm Impact blade | 8mm±0.05mm | |
|
0.1mm-1mm | |
|
4mm ±0.05mm | |
|
|
10mm-18mm | |
| Impact edge thinkness | 16mm | |
| Meet sample specifications(mm) | 10×10×55mm,10×7.5×55mm, 10×5×55mm, 10×2.5×55mm |
|
| Item | JBW-750C |
| Angle measurement method | Photoelectric encoder |
| Angle accuracy | 0.06° |
| Digital display Angle resolution | 0.015° |
| Digital display power resolution | 0.12J |
| Minimum resolution of the dial | ≥1.25J |
| Energy display mode | Dial, LCD, microcomputer |
| Item | JBW-750C | |
| Out size | Host | Install Grid guard 2220×900 ×2220(L×W×H)mm |
| Electric cabinet | 960×620×830(L×W×H)mm | |
| Weight | Host | About 1500Kg |
| Electric cabinet | About 100Kg | |
| Rate of power | 1.5kW | |
| Power | 3phase 5 wires,380V±10%,50Hz | |
| Use environment | No vibration, no dust;Room temperature(15-25ºC);Humidity<70% | |
Microcomputer Control Pendulum Impact Tester
Test standard:
GB/T 2611-2007 Test machine General technical requirements
GB/T 3808-2010Testing of pendulum impact testing machine
GB/T 229-2007Charpy pendulum impact test method for metallic materials
JJG 145-2007Pendulum impact testing machine
ISO 148:1998Metallic materials-Charpy pendulum impact test
ASTM E23-07aStandard Test Methods for Notched Bar Impact Testing of Metallic Materials
GB/T 18658-2002Charpy V notch standard sample for testing of pendulum impact testing machine
JB/T 6147-2007 Test machine packaging, packaging mark, storage and transportation technical requirements
Microcomputer Control Pendulum Impact Tester
Technical features and advantages:
1.The integrated design of the main frame and the base and the integral casting process overcome the weak link of the split-body joint of the machine frame, greatly improve the overall rigidity and stability, and improve the stability of the test.The body absorbs less energy and the measured result is closer to the real absorption work of the sample.More suitable for high energy impact;
2.The integrated structure avoids the error of the connection and assembly of the frame base of the split structure.
3.The main engine is designed with high rigidity, and each stressed part is analyzed and designed by finite element method, and has been processed and tested with precision.
4.Before and after bearing holes and anvil seat installation positions are processed in the processing center at one time to ensure that the front and rear bearing holes are symmetrical and the distance between the axis of tilting shaft and the strike point is accurate.
5.The main shaft of the pendulum is supported by simple beam, the load distribution is reasonable, and the lateral vibration of the pendulum is reduced.
6.The balance of force between the front and rear bearing reduces the friction and also reduces the impact damage to the bearing.
7.Imported high-precision bearings, small friction, impact resistance, long life;
8.The swing bar is a thick - walled seamless tube with high rigidity and no deformation, reducing energy absorption.
9.Precise design of 3d software of swing hammer and accurate center of gravity;The circular structure can effectively reduce the energy loss of air resistance during impact.
10.Impact blade made of special materials with high hardness, small deformation and impact resistance.
11.Two sizes of 2mm and 8mm are provided, and the blade is fixed by screw pressing. It is easy to replace.
Functions and USES:
This series of impact testing machine is a high stiffness main engine, microcomputer control, automatic measurement record of the test machine, is the highest level of domestic pendulum impact testing machine.
This series of impact test machine is designed and manufactured according to ISO 148:1998, GB/T 3808-2010 test of pendulum impact test machine.Fully meet the domestic and international standards for impact testing of metallic materials.
This series of impact testing machine has passed the inspection and verification of various standard impact test samples at home and abroad, participated in and passed the international comparison test of impact test, obtained the European Union CE certification, passed the inspection certification of national testing machine quality supervision and inspection center, and passed the inspection of shandong institute of metrology.
This series of impact testing machine has powerful function, stable and reliable, accurate test and convenient operation.It is an ideal test equipment to test the impact resistance of metal materials under dynamic load and to judge the toughness and brittleness of materials.
This series of impact testing machine can be widely used in scientific research institutes, testing institutions, universities and colleges, aerospace,metallurgy, machinery manufacturing, pressure containers, ships, vehicles, Bridges, wind power and other fields.it precision of materials research, material analysis, materials development, material selection, process improvement and quality control.
Technical specification:
(1)Host and attached parameters:
| Item | JBW-750C |
| Maximum impact energy(J) | 750 |
| Effective range | 20%-80%FS |
| Prelift Angle of pendulum | 150° |
| The distance from the axis to the center of the blow | 750mm |
| Item | JBW-750C | |
| Impact energy N | 535.8985 | |
| Moment of pendulum N·m | 401.9239 | |
| Impact speed | 5.24m/s | |
| Anvil block span | 40mm | |
| Corner radius of anvil holder | R1-1.5mm | |
| Slope Angle of anvil block | 11°±1° | |
| Impact blade Angle | 30°±1° | |
| Impact blade Curvature radius |
2mm Impact blade | 2mm-2.5mm |
| 8mm Impact blade | 8mm±0.05mm | |
|
0.1mm-1mm | |
|
4mm ±0.05mm | |
|
|
10mm-18mm | |
| Impact edge thinkness | 16mm | |
| Meet sample specifications(mm) | 10×10×55mm,10×7.5×55mm, 10×5×55mm, 10×2.5×55mm |
|
| Item | JBW-750C |
| Angle measurement method | Photoelectric encoder |
| Angle accuracy | 0.06° |
| Digital display Angle resolution | 0.015° |
| Digital display power resolution | 0.12J |
| Minimum resolution of the dial | ≥1.25J |
| Energy display mode | Dial, LCD, microcomputer |
| Item | JBW-750C | |
| Out size | Host | Install Grid guard 2220×900 ×2220(L×W×H)mm |
| Electric cabinet | 960×620×830(L×W×H)mm | |
| Weight | Host | About 1500Kg |
| Electric cabinet | About 100Kg | |
| Rate of power | 1.5kW | |
| Power | 3phase 5 wires,380V±10%,50Hz | |
| Use environment | No vibration, no dust;Room temperature(15-25ºC);Humidity<70% | |
Microcomputer Control Pendulum Impact Tester
Test standard:
GB/T 2611-2007 Test machine General technical requirements
GB/T 3808-2010Testing of pendulum impact testing machine
GB/T 229-2007Charpy pendulum impact test method for metallic materials
JJG 145-2007Pendulum impact testing machine
ISO 148:1998Metallic materials-Charpy pendulum impact test
ASTM E23-07aStandard Test Methods for Notched Bar Impact Testing of Metallic Materials
GB/T 18658-2002Charpy V notch standard sample for testing of pendulum impact testing machine
JB/T 6147-2007 Test machine packaging, packaging mark, storage and transportation technical requirements
Microcomputer Control Pendulum Impact Tester
Technical features and advantages:
1.The integrated design of the main frame and the base and the integral casting process overcome the weak link of the split-body joint of the machine frame, greatly improve the overall rigidity and stability, and improve the stability of the test.The body absorbs less energy and the measured result is closer to the real absorption work of the sample.More suitable for high energy impact;
2.The integrated structure avoids the error of the connection and assembly of the frame base of the split structure.
3.The main engine is designed with high rigidity, and each stressed part is analyzed and designed by finite element method, and has been processed and tested with precision.
4.Before and after bearing holes and anvil seat installation positions are processed in the processing center at one time to ensure that the front and rear bearing holes are symmetrical and the distance between the axis of tilting shaft and the strike point is accurate.
5.The main shaft of the pendulum is supported by simple beam, the load distribution is reasonable, and the lateral vibration of the pendulum is reduced.
6.The balance of force between the front and rear bearing reduces the friction and also reduces the impact damage to the bearing.
7.Imported high-precision bearings, small friction, impact resistance, long life;
8.The swing bar is a thick - walled seamless tube with high rigidity and no deformation, reducing energy absorption.
9.Precise design of 3d software of swing hammer and accurate center of gravity;The circular structure can effectively reduce the energy loss of air resistance during impact.
10.Impact blade made of special materials with high hardness, small deformation and impact resistance.
11.Two sizes of 2mm and 8mm are provided, and the blade is fixed by screw pressing. It is easy to replace. 
12.The anvil base of the sample made of special materials and special technology (the sample supports the clamps) ensures the sharp and round edge Angle, the transition of plane and arc tangent lines, and the impact resistance and wear resistance.
13.The two-step deceleration motor is used as the driving force of the hammer.The motor is manufactured with German technology, and its performance is reliable and durable.
14.The electromagnetic clutch produced by introducing foreign advanced technology can be absorbed and separated rapidly without slipping.
15.Through PLC (German Siemens) system for operation control, automatic control of the whole test process of hoist, swing, impact and swing, reliable operation, and greatly reduce the electrical failure rate;
16.The hanging pendulum is controlled by PLC according to preset Angle, accurate positioning, never changing, and the initial impact energy is guaranteed to be constant.
17.The swing device adopts hydraulic buffer mechanism (patented technology), and the swing device is stable and without shaking, to avoid the impact and damage to the swing mechanism.
18.Electric drive off - pendulum impact, clean and efficient, ensure that the initial impact energy and initial velocity are not affected;
19.After the shock is completed, the remaining energy is automatically suspended again to prepare for the next shock and improve the work efficiency.
20.The initial energy level can be adjusted by replacing the pendulum and the range can be extended.
21.It can be operated through computer interface or touch screen.
22.By means of accurate measurement Angle of photoelectric encoder, the impact energy is calculated and absorbed by computer, which greatly improves the measurement accuracy of impact energy.
23.Three types of energy display: dial, LCD and microcomputer display, the results can be compared with each other;
24.Software design has automatic calibration function, can test friction energy loss and air resistance energy loss;
25.The automatic output mechanism of sample is configured.After the impact is completed, according to the preset criterion, the measurement and control system can automatically judge whether the impact is qualified or not, and automatically separate them out.
26.Independent electrical control cabinet, strong and weak electricity complete isolation, reduce interference;
27.The safety pin is provided, and the safety pin pops up automatically after the pendulum is lifted to a predetermined position to prevent the accident caused by the accidental fall of the pendulum.
28.The whole machine is equipped with separate and combined type, which can open the fully closed protective cover (patented technology). The aluminum alloy tempered glass structure is safe and beautiful.The door guard switch is set up, only the door shut can impact, to play a safe role;
29.Participated in the international comparison of impact tests in 2013, and obtained excellent results;
Structure and performance
The test machine is composed of main engine, operation control system, measurement and display system, test fixture and safety protection device.
){kind=link}