Search
Acceleration Impact Testing Machine
Acceleration Impact Testing Machine

Acceleration Impact Testing Machine

This Machine Is Mainly Suitable For Shock Resistance Tests In Electronic Products, Aerospace, Shipbuilding, Military Industry, Auto Parts, Transportation And Other Fields. By Choosing Different Waveform Generators, Impact Tests Such As Half Sine Wave, Trailing Peak Sawtooth Wave Or Square Wave Can Be Carried Out.

Environmental Requirements:

  • Site Temperature: 5℃~+28℃ (Average Temperature Within 24 Hours≤28℃);
  • Relative Humidity: ≤85%RH;
  • Air Source: 0.5–0.8MPa
  • Power Supply Conditions: Single-Phase Three-Wire;
  • Voltage Range: AC220V;
  • Allowable Frequency Fluctuation Range: (50±0.5) Hz;
  • The Grounding Resistance Of The Protective Earth Wire Is Less Than 4Ω;
  • The User Is Required To Configure An Air Or Power Switch With Corresponding Capacity For The Equipment At The Installation Site, And This Switch Must Be Independent For The Use Of This Equipment.

Technical Parameter:

Work Platform250 × 250mm350 × 350 Mm
Maximum Load10kg30kg
Work Surface MaterialHigh-Strength Imported High-Quality
Aluminum AlloyMaximum Drop Height 1500mm
Peak Acceleration20-1000 G
Pulse Duration0.5-20ms
Equipment Size650 × 700 × 2370mm
Total Equipment820 Kg
Aeasuring System
Input Channel2 Channels
Sampling Frequency192KHz
Input FormVoltage, Charge
Voltage Range-10V–+10V
Coupling ModeAC, DC, ICP
Pulse Duration50—1ms
Shock WaveformHalf Sine
Communication InterfaceUSB2.0
Support StandardsNational Standard, National Military Standard, U.S. Military Standard, User-Defined Standard
Operating SystemMicrosoft Windows7/10
System Acceleration Sensor
BrandLAB
Output MethodCharge Type
Sensitivity3.93pC/G
Frequency Range0.5-12KHz
Acceleration Range±2500G
Working Environment-40~+160℃
Other Instructions
Power SupplyAC 3-Phase 380V±10% 5KVA
Compressed Air0.5-0.8Mpa
TemperatureRT~40℃
Humidity25℃<85RH%
cta-banner

Discover Cutting-Edge Battery Solutions Now!

×

Hello!

Click one of our contacts below to chat on WhatsApp

× How can I help you?