Operating platform 200 × 200 mm Max. load 10KG Peak acceleration 20
to 1500G (customization acceptable) Pulse duration 0.5~11ms
(customization acceptable) Equipment dimensions 560×670×2390mm
Equipment weight 650 kg Power required 220VAC±10% 50Hz,2kVA
Measuring system Input channels 2 channels Sampling frequency
192KHz Pulse duration 50-1ms Communication interface USB2.0
Supportive standard ISO, UN38.3,MIL-STD-810, user defined Operating
system Microsoft Windows7/8 System acceleration sensor Brand LAB
Model 23108 Output mode Charge type Sensitivity 3.93pC/g Frequency
range 0.5 to 12KHz Acceleration range ±2500G Operating environment
-40 to +160℃ III Introduction to Equipment Performance 1 Operating platform High-strength imported aluminum alloy
operating platform. ![Battery Mechanical Shock Test Equipment Shock Testing System With Built-in Different Waveform Generators 1](http://img.everychina.com/nimg/a7/1b/698a3f332db882b0a5755d00e6ed.jpg)
3 Lifting height control The lifting height is measured by a photoelectric encoder module
installed on the base, and the photoelectric encoder module has
high accuracy, strong anti-interference capability and high
reliability, thus ensuring shock repeatability. 4 Braking system Air brake and strong friction brake are applied to
prevent secondary shock braking, thus ensuring prompt and reliable
braking to prevent secondary bounce. 5 Buffer system The buffer system is consisted of a base, a damper
and a gasbag. The buffer system can reduce the shock force
transferred from the working platform to the ground. 6 Waveform generator 6.1 Plate-typed half sine wave: for achieving
different shock pulse widths (1 to 30ms) Trapezoidal wave: special
cylinder 7 Safety device Emergency stop switch: It switches off the circuit
in emergency cases by forcibly disconnecting welded contacts of the
actuating mechanism. Optional: safety mat 8 Introduction to the shock measuring system and its features The system conforms to MIL-STD-810, GJB-150-18-86 and IEC68-2-27
standards, and has accurate and prompt shock wave capture
capability. The max. sampling rate is 1MHz, therefore, you need not
worry about omission of minor shock events. The system is also an
integrated solution, you need not be busy with waveform viewing and
recording, as the system can capture shock event and generate
report, more importantly, the system can provide you with shock
response spectrum analysis (SRS) to facilitate effective assessment
of potential damage from shock pulse to the actual system. At last,
the auxiliary analysis on force deformation and shock response can
enable to understand more details about the shock results. Features
of the measuring system It conforms to MIL-STD-810, GJB-150-18-86,
IEC68-2-27 and DELL standards. The max. sampling frequency is up to
1MHz. The max. testing acceleration is 100000gn. The min. testing
pulse width is 0.1ms. It has the features of multi-frame waveform
recording and playback. It supports internal and external
triggering. Analysis functions: ![Battery Mechanical Shock Test Equipment Shock Testing System With Built-in Different Waveform Generators 2](http://img.everychina.com/nimg/b1/d6/b3e67bb03c8e4a072d367d62363d.jpg)
Transient capture of shock waveform You can obtain single or
multiple pulses with transient capture. The system can
automatically analyze data of shock pulse, including peak value,
pulse width, rate of speed change and head injury index (HIC),
automatically match the captured pulse waveform to ideal waveform,
and compare their deviation. Shock response spectrum analysis The
shock response spectrum analysis enables assessment on potential
damage arising from shock, thus providing basis for designing shock
resistance of products. The system can perform SRS analysis on each
shock pulse, and compare the deviation between actual SRS and
objective SRS. Other analysis Essential analysis in shock test
includes force deformation analysis, shock response demonstration
and rotary shock analysis. Peak force, deformed peak value, power
and energy produced by pulse are calculated in the
force-deformation analysis. Tools for learning shock response
spectrum are provided in the shock response demonstration. Rotary
shock analysis is used for rotary shock machines or other rotary
control events, and the signal can be obtained by measuring and
calculating axial acceleration V Site requirements 1. Power supply: 220V±10% 50Hz 2. Independent
isolated power supply 3. Air supply:0.5--0.8MPa 4. Using
environmental conditions: Temperature Rang::RT℃~35℃; Humidity
range:0--85RH%; Installation location: flat ground, no corrosive
gas surrounded, less dust. 5. Appropriate unloading, handling tools
shall be prepared by customer. Hot Tags: hskt10 mechanical shock tester, China, manufacturers,
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