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Shock Tester
Shock Tester
CL series shock tester is based on the theory of free drop of classical mechanics, and simulates the real operation environment accurately and realistically, and is widely used in aviation, aerospace, warship, weapon and automobile, to do the anti-shock test for the huge DUT. It has air-isolation mounts with hydrostatic struts, is easy to install and will not affect the equipment around.
CL series shock tester adopts prevention secondary impact mechanism with gas-liquid pressurization and strong friction brake, and this series shock tester is high precision and safe and reliable.
Optional Shock Wave Types: Half-sine wave, trapezoid wave and final peak saw-tooth wave. Applicable Standards: GB/T2423.5, GJB150, IEC68-2-27 and so on
Possessed technology copyrights:
Independent oil-cylinder air/liquid stress-up contracting brake anti-shake shock testing platform ZL200820032442.4.
Independent oil-cylinder air/liquid stress-up contracting brake system ZL200820032444.3
Shock tester height checking system ZL200820217908.8
Shock tester with power-up device ZL200820217990.4
Rolling device in shock tester lifting system ZL200820199298.3
CL-1000
| Parameters & Model | CL-20 | CL-50 | CL-100 | CL-200 | CL-300 | CL-500 | CL-1000 | CL-1200 | |
| Max. Payload (kg) | 20 | 50 | 100 | 200 | 300 | 500 | 1000 | 1200 | |
| Half-sine Duration Time (ms) |
30～1 | 30～1 | 30～1 | 30～1 | 30～1 | 18～3 | 18～3 | 18～3 | |
| Pulse Peak-to-peak |
Half-sine | 150～5000 | 150～5000 | 150～5000 | 150～5000 | 150～5000 | 150～3000 | 150～2000 | 150～2000 |
| Acceleration (m/s²) |
Saw-tooth | 150～1000 | 150～1000 | 150～1000 | 150～1000 | 150～1000 | 150～1000 | 150～1000 | 150～1000 |
| Trapezoid | 150～1000 | 150～1000 | 150～1000 | 150～1000 | 150～1000 | 150～1000 | 150～1000 | 150～1000 | |
| Working Table Dimensions (mm ) |
400×400 | 500×500 | 500×500 | 800×650 | 1000×800 | 1200×1000 | 1200×1200 | 1500×1500 | |
| Uncrated Weight (kg) | 3500 | 4000 | 4500 | 5500 | 6500 | 8000 | 10000 | 11000 | |
| Dimensions (L×W×H) (mm) |
1510×900×2850 | 1750×1000×2850 | 1750×1000×2850 | 1900×1200×2850 | 2300×1550×2850 | 2300×1400×3000 | 23000×1600×3000 | 2610×1900×3000 | |
| Controller | KCL-2000 | ||||||||
| Controller Weight (kg) | 100 | ||||||||
| Controller Dimensions (L×W×H) (mm) |
460×1400×1000 | ||||||||
| Consumed Power (kw) | 3 | 3 | 3 | 3 | 3 | 3 | 5 | 5 | |
| Power Supply | 380V, 3-phase, 50Hz | ||||||||
| Standard | GB2423.5, GGJB-150, JJG541 | ||||||||
Shock Amplifier
Shock amplifiers are used in the field of industrial research and aerospace electronic components to do the high acceleration with small-sized lightweight specimens, like aviation black box multistage penetrating bomb fuse device integrated circuit chips.
Shock amplifier must combine with the shock tester which is larger than CL-20 shock tester from our company. First, install the shock amplifier on the shock tester. Second, install the specimens on the shock tester. Finally you can do the test.
This series tester is using the multiplying principle of secondary impact to achieve the impact amplification.
| Model | DMSA-2 | DMSA-5 | DMSA-10 |
| Max. Payload (kg) | 2 | 5 | 10 |
| Working Table Dimension (mm) | 90×90 | 160×160 | 250×250 |
| Shock Wave | Half-sine | ||
| Max. Acceleration (m/s²) | 1000000 | 500000 | 200000 |
| Pulse Duration Time (ms) | 2-0.03 | 2-0.04 | 2-0.05 |
| Uncrated Dimension (L×W×H)(mm) | 230×230×315 | 230×230×315 | 330×250×315 |
Small Shock Tester
This series shock tester uses classical mechanics structure, simulate the actual use of the environment, precise and realistic, it's mainly used in the fields of ship, weapons, aerospace, electronic automotive materials and other industrial to do the shock tests. It requires a corresponding solid foundation to install this series of shock tester.
CL-10
CL-25
| Model | CL-02 | CL-10 | CL-25 |
| Max. Payload (kg) | 2 | 10 | 25 |
| Working Table Dimension (mm) | 115×115 | 200×200 | 300×300 |
| Shock Wave | Half-sine | ||
| Max. Acceleration (m/s²) | 20000 | 15000 | 15000 |
| Pulse Duration Time (ms) | 11～0.2 | 11～0.3 | 18-0.3 |
| Uncrated Dimension (L×W×H) (mm) | 450×180×1980 | 450×180×1980 | 1510×900×2850 |
| Lifting Method | Manually | Electric | Electric |
| Max. Lifting Height (mm) | 1600 | 1600 | 1600 |
| Uncrated Weight (kg) | 300 | 500 | 2800 |
KC-2000
Product Presentation
KC-2000 has the characteristics of convenient operation, simple structure and great capability, and its hardware adopts modularization and low noise design. It is independent of the PC, uses the USB2.0 to connect the interface box and PC. The system can remove the noise automatically to avoid any disturbing to the operation. It also can record the test results automatically, check and monitor the test results real-time.
It adopts DSP measurement. So the PC is only responsible for communicating with user and displaying. And it realizes Windows multiple tasks and graphical interfaces truly, makes the customer to operate simply and displays richly.
| Signal Type | Built-in ICP constant current and charge amplifier; voltage input, ICP sensor and charge acceleration |
| sensor input directly | |
| Sampling Frequency | Up to 192 kHz, the sampling frequency can extend to 1MHz |
| Measure Peak Acceleration | 1~100000g |
| Measure Pulse Width | 0.2~3000ms |
| Suitable Standard | National Standard, American Military Standard, National Military Standard, User-defined Standard |
| Measure Waveform | Half-sine wave, trapezoid wave, post-peak saw-tooth wave, etc. |
| Filter | User-defined |
| Working Condition | Environment Temperature is 0 ~ 40℃, relative humidity doesn’t exceed 90%. |
| Power Requirements | AC 100 ~ 220 ±10%, 50~ 60Hz |
KCL-2000
Product Presentation
KCL-2000 is designed for CL Series products, satisfies the real-time control and synchronization measure. With simple and innovative structure, stable performance and easy operation, it will be the best choice.
Because of the built-in ICP constant current and charge amplifier, the sensor is suitable for voltage, ICP and charge acceleration sensors. It adopts the high performance floating point DSP process structure, 24 bit AD/DA, and has high measurement accuracy. Using USB2.0 connect the PC easily. The software is based on Windows 7, and can generate the reports in word format automatically and display the real-time operation conditions, monitor the running status of tester.
KCL-2000
Trapezoid Wave
Post-peak Saw-tooth Wave
Half-sine Wave
| Signal Type | Built-in ICP constant current source and amplifier; voltage input, ICP sensor and charge acceleration sensor input directly |
| Simulating filter and 160dB/Octave digital anti-aliasing filter | |
| Samlping Frequency | Up to 192 kHz, the sampling frequency can extend to 1MHz |
| Voltage Range | ±10V |
| Control Height Accuracy | Record the height of drop and raise automatically, good repeatability and high accuracy |
| Safety Measure | Check automatically, emergency stop button, alarm prompt |
| Measure Peak Acceleration | 1~100000g |
| Measure Pulse Width | 0.2 ~ 3000ms |
| Suitable Standard | National Standard, American Military Standard, National Military Standard, User-defined Standard |
| Measure Waceform | Half-sine wave, trapezoid wave, post-peak saw-tooth wave, etc. |
| Working Condition | Environment Temperature is 0 ~ 40℃, relative humidity doesn’t exceed 90%. |
| Power Requirements | AC 380±10%, 50~ 60Hz |
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