Impact Testing Machine for Electronic Aerospace Battery and Automotive Components

Product Overview

This impact testing machine is a laboratory shock-test system for evaluating how products, assemblies, and components respond to defined mechanical impact events. It provides a 200 x 250 mm working platform, a maximum 10 kg load capacity, peak acceleration from 20 to 2000 G, and pulse durations from 0.2 to 18 ms. The equipment supports impact-force requirements from 500 to 155000 N, giving test teams a clearly specified operating envelope for controlled evaluation work.

The system is suited to electronic products, aerospace equipment, ships, military products, batteries, automotive parts, and transportation-related components. By selecting the appropriate waveform generator, users can conduct half-sine, post-peak sawtooth, or square-wave impact tests. This makes the unit relevant where a test program needs to match a defined shock waveform instead of relying on a single generic impact condition.

For laboratories operating demanding verification schedules, reliability is addressed through a stated cumulative mean trouble-free operating time of at least 5000 hours. The half-sine waveform generator is specified for no fewer than 10000 consecutive impacts. Acceleration amplitude, pulse width, uniformity, and transverse motion ratio meet the requirements of JJG541-88, supporting disciplined measurement and repeatable test execution.

Key Features

• Selectable Shock Waveforms: The equipment can use half-sine, post-peak sawtooth, or square-wave waveform generators. This allows the test setup to reflect different shock-event profiles within the stated acceleration and pulse-duration capability.

• Broad Peak Acceleration Range: Peak acceleration is specified from 20 to 2000 G. The range supports test planning across lower and higher shock-severity conditions without changing the fundamental test platform.

• Short-Pulse Test Capability: Pulse duration spans 0.2 to 18 ms. This defined timing range enables laboratories to select impact events according to the pulse-width requirements of their product or component evaluation program.

• Specified Force Capacity: The unit covers an impact-force range of 500 to 155000 N. Buyers can assess fixture, sample, and test-condition requirements against a stated force envelope before integrating the system into a laboratory workflow.

• Practical Test Platform: A 200 x 250 mm working platform and 10 kg maximum load provide a compact, defined interface for electronic assemblies, battery-related items, automotive components, and other test specimens within the supported capacity.

• Verification-Oriented Performance: Acceleration amplitude, pulse width, uniformity, and transverse motion ratio satisfy JJG541-88 requirements. These parameters are central to confirming that the delivered shock event aligns with the intended test condition.

• Documented Endurance Expectations: The stated cumulative mean trouble-free operating time is at least 5000 hours. In addition, the half-sine waveform generator is rated for at least 10000 continuous impacts, helping teams evaluate equipment suitability for repeated shock-test work.

• Laboratory-Compatible Electrical Supply: The system operates from 220VAC +/-10% at 50Hz with a 2kVA power requirement. Defined power and environmental requirements simplify facility planning for installation and routine operation.

Applications

Technical Specifications

The specification set should be used as the basis for sample, fixture, facility, and test-program planning. The working platform establishes the available specimen interface at 200 x 250 mm, while the maximum load establishes the supported specimen mass. These two values should be considered together: a specimen may be below the load limit yet still require a fixture arrangement that fits the available platform area. Conversely, a fixture that fits the platform must be assessed as part of the total applied load.

Acceleration, pulse duration, and force are also interdependent considerations during test definition. The stated peak acceleration range is 20 to 2000 G, the pulse-duration range is 0.2 to 18 ms, and the impact-force range is 500 to 155000 N. Procurement and test-engineering teams can use these boundaries to compare required impact conditions with the unit's published capability. The waveform generator selected for the test should correspond to the required half-sine, post-peak sawtooth, or square-wave profile.

Installation planning should account for the full unit dimensions of 660 x 700 x 2380 mm and an approximate total equipment mass of 820 kg. The stated electrical requirement is 220VAC +/-10% at 50Hz and 2kVA. The specified operating environment is 0 to 40 degrees C and 0 to 90RH% at 25 degrees C. Confirming these site conditions in advance supports orderly commissioning and helps maintain the intended operating environment.

For test-quality review, the referenced verification requirement is particularly important. The specification identifies acceleration amplitude, pulse width, uniformity, and transverse motion ratio as meeting JJG541-88 requirements. These are the relevant performance items for evaluating the applied impact event, not merely the nominal machine setting. A laboratory can therefore structure its acceptance and periodic verification discussion around the parameters explicitly identified in the technical data.

Why Choose This Product

• Defined performance envelope: Buyers receive published limits for platform size, load, peak acceleration, pulse duration, and impact force. This makes technical comparison and test-program matching more direct than relying on general shock-test descriptions.

• Waveform flexibility for relevant test conditions: Half-sine, post-peak sawtooth, and square-wave impact testing are available through waveform-generator selection. The equipment can therefore support distinct impact profiles across electronics, aerospace, marine, military, battery, automotive, and transportation applications.

• Reliability data for repeated use: A cumulative mean trouble-free operating time of at least 5000 hours and at least 10000 continuous impacts for the half-sine waveform generator provide concrete endurance information for laboratories planning repeated test activity.

• Verification-focused specification: Conformance of acceleration amplitude, pulse width, uniformity, and transverse motion ratio to JJG541-88 requirements places emphasis on the measurable qualities that affect shock-test consistency.

• Straightforward facility integration: Defined dimensions, approximate equipment mass, 220VAC power requirement, and environmental limits give procurement, laboratory management, and facilities teams the information needed to assess installation readiness.

Contact us for a quote or a custom solution matched to your specimen, waveform, loading, installation, and impact-test requirements.

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