Impact Testing Machine Laboratory Mechanical Shock Testing Machine High Efficient Acceleration Shock Absorber Test Machine

• Customization: Available
• After-sales Service: Online
• Warranty: 1 year
• Model NO.: GA-T100
• Type: Mechanical Shock Testing Machine
• Load Way: Electronic Load
• Loading Method: Dynamic Load
• Display: Digital
• Control: Computer Control
• Weight: 0-100Kg
• Power Source: AC220V
• Transport Package: Wooden Package
• Trademark: GONOAVA
• Origin: China
• HS Code: 9024800000
• Production Capacity: 200

Product Description

Product Description

Impact Testing Machine Laboratory Mechanical Shock Testing Machine High Efficient Acceleration Shock Absorber Test Machine

Product Applications
This mechanical shock testing machine is primarily suitable for shock testing applications in electronics, aerospace, shipbuilding, automotive components, transportation, and other fields. By selecting different waveform generators, it can perform shock tests using half-sine, post-peak sawtooth, or square waves.
The equipment complies with test specifications such as GB/T2423-2008, GJB150, GJB360, GJB548, GJB1217, MIL-STD-202F, IEC-68-2-27, MIL-STD-810F, and MIL-STD-883E.

Shock Testing System Accelerated Shock Test Equipment Mechanical Shock Test Machine High Acceleration Mechanical Shock Tester

Main Features:
1. Free-fall impact tester with hydraulic lift and high-pressure hydraulic braking.
2. Air-hydraulic pressurization and a strong friction brake to prevent secondary impacts.
3. Shock meter: Single-channel data acquisition, capable of simultaneously measuring acceleration data from two channels, including storage, report printing, data recall, and database management.
4. Utilizes a rubber module to generate half-sine wave pulses over a wide range of arbitrary durations.
5. Can perform equivalent drop tests on packaging boxes.

Impact Testing Machine Laboratory Mechanical Shock Testing Machine High Efficient Acceleration Shock Absorber Test Machine

Product Parameters

Shock Testing System Accelerated Shock Test Equipment Mechanical Shock Test Machine High Acceleration Mechanical Shock Tester

Equipment Configuration
 

No.	Equipment Name	Model/Specifications	quantity
1	Impact Machine	GA-T100	1 unit
2	Hydraulic Lift Mechanism		1 set
3	Controller	SKC-1	1 set
4	Impact Meter	ST-2	1 set
5	Sensor	LAB	1 PCS
6	Control Computer	Branded Computer	1 set
7	Waveform Generator	Single-group half-sine wave	1 set
		Post-peak sawtooth wave (optional)	1 set
		Trapezoidal wave (optional)	1 set
8	Safety Device	Sound and light safety alarm	1 set
9	Accessories	Tools, fixtures/instructions, installation CD, etc.	1 set

Technical Parameters

Impact Table Main Parameters
Work platform	700×800 mm
Maximum load	100 kg
Peak acceleration	Half-sine wave 10-600G Ramp-back wave 15-100G (optional) Trapezoidal wave 15-100G (optional)
Pulse duration	Half-sine: 3-30 ms Post-peak sawtooth: 6-18 ms (optional) Trapezoidal: 3-30 ms (optional)
Acceleration tolerance	≤20%
Velocity variation	≤15%
Tabletop lateral ratio	≤20%
Equipment dimensions	138*149*245CM
Total equipment	3800 kg

 

Measurement system
Input channels	2 channels
Sampling frequency	192kHz
Pulse duration	0.5-100ms
Maximum acceleration	5000G
Communication interface	USB 2.0
Supported standards	ISO, MIL-STD-810, user-defined
Operating system	Microsoft Windows 7/10

 

System accelerometer
Brand		LAB
Model		C02A01
Output Method		Charge Type
Sensitivity		11.91pC/g
Frequency Range		0.5-8000Hz
Acceleration Range		±2000G
Operating Environment		-40-+160ºC

 

Other Notes
Power supply	AC 3-phase 380V ±10%, 5kVA
Compressed air	0.5-0.8MPa
Temperature	RT~40°C
Humidity	25°C<85RH%
Reliability	Average failure-free rate ≥5000 hours; Half-sine waveform generator: continuous use of at least 8000 times; Storage time in a clean, normal temperature environment: at least 5 years
Applicable standards	GB2423.5, GJB150.18, GJB360.23, IEC68-2-27, MIL-STD202F, MIL-STD810B, GB/T18287, etc.
Verification standards	JG541-2005

Shock Testing System Accelerated Shock Test Equipment Mechanical Shock Test Machine High Acceleration Mechanical Shock Tester

Equipment performance introduction

1. Work Platform
Adopts a high-strength imported aluminum alloy work platform.
2. Lifting Mechanism:
Utilizes a hydraulic lifting system.
3. Lifting Height Control
The lifting height is measured by a photoelectric encoder assembly mounted on the base. The photoelectric encoder offers high accuracy, strong anti-interference capabilities, and high reliability, ensuring impact repeatability.
4. Braking System
Adopts pneumatic braking and a strong friction brake with secondary impact protection for fast and reliable braking, preventing secondary rebound.
5. Cushioning System
Comprising a base, dampers, and airbags, this vibration reduction system reduces the impact force transmitted from the work platform to the ground.
6. Waveform Generator
6.1. Half-sine Wave: Rubber Pads
7. Safety Devices
Emergency Stop Switch: Cuts off the circuit in emergencies such as when contact welding occurs by forcibly disconnecting the actuator.
8. Shock Measurement System Introduction and Features
This system complies with MIL-STD-810, GJB-150-18-86, and IEC68-2-27 standards. It features precise and rapid shock waveform capture, with a sampling rate of up to 1MHz, eliminating the worry of missing even the smallest shock events.
It is also an integrated solution, eliminating the need to worry about waveform viewing and recording; it handles everything from shock event capture to report generation. More importantly, it provides shock response spectrum (SRS) analysis, helping you effectively assess the potential damage of shock pulses to actual systems. Finally, auxiliary force-deformation and shock response analyses provide a more detailed understanding of shock results.

Measurement System Features
Complies with MIL-STD-810, GJB-150-18-86, IEC68-2-27, and Dell standards
Maximum sampling frequency up to 1MHz
Maximum test acceleration 100,000gn
Minimum test pulse width 0.1ms
Multi-frame waveform recording and playback
Supports internal and external triggering

Analysis Functions:
Shock Waveform Transient Capture
Transient capture allows you to capture single or multiple pulses. The system automatically analyzes data such as the peak value, pulse width, velocity variation, and Head Injury Index (HIC). It automatically matches the captured pulse waveform to the ideal waveform and compares the deviation between the two.

Shock Response Spectrum Analysis
Shock Response Spectrum Analysis assesses potential damage caused by impact and provides a basis for designing product shock resistance. The system performs SRS analysis on each shock pulse, comparing the deviation between the actual SRS and the target SRS.

Other Analysis
Force-deformation analysis, shock response demonstration, and rotational shock analysis are essential for shock testing. Force-deformation analysis calculates peak force, peak deformation, energy, and efficiency generated by the pulse. The Shock Response Demo provides tools for studying shock response spectra. Rotating shock analysis is used for rotating shock machines or other rotating control events. The signal is calculated from axial acceleration measurements.
 

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