Project Description

shock tester

Mechanical Shock Test System China Manufacturer

Shock Tester is intended to determine the impact resistance of products such as batteries, electronics, auto parts etc. and evaluate the protective ability of the packaging. It is mainly made up of a control system, lifting system, acceleration sensor, waveform generator, measurement system, braking system, buffering system, etc.

Different waveform generators can be selected to perform Half Sine Wave, Saw-Tooth Wave or Square Wave.

It is suitable for the impact resistance test of batteries, aviation, aerospace, shipbuilding, military industry, consumer electronics, automobiles, home appliances and other fields.

Impact, fall, overturn are unavoidable phenomenons for all materials or products during transportation, use and storage. These may bring negative influences on structural strength and stability. In order to reduce the side effects of it, people have to develop a device to measure and master the performance of resistance to shock in advance. Amade acceleration shock testing machine is an ideal machine to meet this requirement.

Take the lithium battery as an example. It has unstable chemical properties and is susceptible to changes in the external environment, resulting in battery performance changes and safety hazards. Whether it can withstand the impact during use and transportation is the crucial test content for lithium batteries. According to UN38.3 and IEC 62133 test standards, shock resistance is also one of the vital test items. Using this shock tester is capable of completing this test well by means of a half sine wave generator.

INQUIRE

shock test interface

Test Standards

IEC 62133, UN38.3 UL1642 UL2054, IEC 60068-2-27 (for batteries)

GJB150, GJB360, GJB548, GJB1217, MIL-STD-202F, IEC-68-2-27, MIL-STD-810F, MIL-STD-883E, etc.

Main Technical Parameters

Model AT-L5007 (for batteries)
Work Platform 250 mm×200 mm
Maximum Load 10 kg
Peak Acceleration 20 ~ 2000 G
Pulse Duration 0.2 ~ 18 ms
Shock Generating Modes(battery) 6 ms ~ 150 gn

11 ms ~ 50 gn

Volume(L × W × H) 660 × 700 × 1900 mm
Weight 800kg
Power & Air Source AC 220 V ± 10% 50 Hz,1KVA & 0.5 ~ 0.7 MPa
Measurement System
Input Channel 2
Sampling Frequency 192 KHz
Input Method Voltage, electricity
Coupling Method AC, DC, ICP
Pulse Duration: 50 – 1 ms
Voltage Range – 10 V ~ + 10 V
Impact Wave Half Sin
Operation System Microsoft Windows 7/10
Communication Interface USB 2.0
 System Acceleration Sensor
Brand LAB
Model 23108
Output Electric charges
Sensitivity 3.93 Pc / g
Frequency Range 0.5 ~ 12 KHz
Acceleration Range ± 2000 G
Working Environment – 40 ~ + 160℃
Installation Conditions
Power 220 V ± 10%, 50 Hz, 1 phase or specified
Air Source 0.5 ~ 0.8 MPa
Taber Size (cm) 40 × 40 50 × 60 70 × 80 100 × 100 120 × 120 150 × 150 200 × 200
Max. Specimen Weight (kg) 30 50 100 200 300 600 1000
Max. Acceleration (G) Half Sine 600 600 600 500 500 300 300
Saw-tooth 100 100 100 100 100 100 100
Square 150 150 150 100 100 100
Pulse Duration (ms) Half Sine 30 ~ 0.5 30 ~ 1 30 ~ 1 30 ~ 2 20 ~ 3 20 ~ 3 20 ~ 3
Saw-tooth 18 ~ 6 18 ~ 6 18 ~ 6 18 ~ 6 18 ~ 6 16 ~ 6 18 ~ 6
Square 30 ~ 6 30 ~ 6 30 ~ 6 30 ~ 6 30 ~ 6 30 ~ 6
Machine Dimension (cm) 120 × 110 ×245 130 × 140 ×260 130 × 120 ×260 150 × 130 ×260 200 × 160 ×300 230 × 180 ×310 250 × 220 ×310
Controller Box Dimension (cm) W 55 × D 50 × H 80
Power Supply 3 Φ AC380V   50/60Hz  Compressed Air 0.5~0.8MPa

Mechanical Shock Tester Features

  • The shock test platform is made of high-duty aluminum alloy.
  • The rigidly double-column structure is used for lifting the shock table.
  • The lifting system is driven by a quality motor and transmitted by ball screws.
  • An optical encoder is mounted in the base to measure the elevated height accurately and reliably. The photoelectric encoder has a solid anti-interference ability to ensure the repeatability of test results.
  • A pneumatic brake with a violent friction lock is used to prevent secondary bounce.
  • Equipped with pneumatic storage cylinder to ensure pressure stability of brake mechanism leading to the integrity of test data.
  • The shock tester base has no resonance. Buffering system is composed of a base, damper and airbags to effectively reduce the impact force to the floor during the test.
  • The half-sine waveform generator is made of PU rubber.
  • Owns Powerful functionality with peak accelerated velocity of 20 – 2000 G and shock duration of 0.2 – 18ms.
  • Safety devices are available for emergency stops in case of a special situation.
  • For professional measurement and analysis software, the highest sampling rate can reach as high as 192 kHz.

Send an Inquiry

Please feel free to contact us for more details on the product, price, lead time, payment terms, shipment methods, etc. Amadetech sales specialists will respond within one working day.

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