IS-25 Pneumatic Mechanical Shock Testing System For Transducer Industry

Price Negotiable

Price: Negotiable

MOQ: 1

Delivery Time: 1

Brand: Jianqiao

Product Description

IS-25 Pneumatic Mechanical Shock Testing System For Transducer Industry

A mechanical shock tester is a device used to simulate and measure the impact of sudden mechanical shocks on products, verifying their ability to withstand such forces without damage.

Core Functions

Shock Simulation: Reproduces real-world shock scenarios, such as drops, collisions, or transportation vibrations, in a controlled environment.
Performance Testing: Evaluates whether products (e.g., electronics, automotive parts) maintain functionality and structural integrity after shock exposure.
Data Acquisition: Records key parameters like shock acceleration, duration, and direction to quantify the impact intensity and product response.

Common Types

Different testers are designed for specific shock modes:

Type	Working Principle	Typical Application Scenarios
Drop Tester	Lifts the product to a set height and drops it freely onto a specified surface (e.g., steel, concrete).	Testing small consumer electronics (phones, tablets), packaging, and small mechanical parts.
Pendulum Tester	Uses a pendulum to strike the product with a fixed force and speed, simulating lateral or frontal impacts.	Evaluating the impact resistance of automotive components (bumpers, glass) and industrial equipment casings.
Shaker Tester	Drives a platform via an electromagnetic or hydraulic system to generate short, high-acceleration shock pulses.	Testing precision instruments (sensors, aerospace components) and large equipment (servers, industrial controllers).

Key Technical Parameters

These parameters determine the tester's capabilities and suitability for specific tests:

Shock Acceleration: The maximum acceleration the tester can generate, usually measured in g-force (g) (1g ≈ 9.8 m/s²).
Shock Duration: The length of time the shock pulse lasts, typically ranging from 0.1 ms -100 ms; shorter durations correspond to more intense, instantaneous impacts.
Shock Pulse Shape: The waveform of the shock, with the most common types being half-sine wave (simulating soft impacts), square wave (simulating rigid collisions), and sawtooth wave (simulating sudden stops).

Typical Application Industries

Electronics: Testing smartphones, laptops, and circuit boards to ensure they survive drops or transportation shocks.
Automotive: Verifying the durability of airbags, sensors, and engine parts under collision or vibration conditions.
Aerospace: Validating the resistance of avionics and satellite components to launch or landing shocks.
Packaging: Assessing whether packaging materials (cartons, foam) can protect products during shipping and handling.

Technical Specifications

Model	IS5	IS10	IS25	IS50	IS100	IS200	IS300
Maximum test load (kg)	5	10	25	50	100	200	300
Table size (mm*mm)	120*120	200*200	350*350	500*500	700*700	750*750	800*800
Shock waveform (m/s²)
Half sine waveform	100~30000	100~20000	100~10000	100~6500	150~6000	150~5000	150~3500
After peak saw-tooth	100~1000	100~1000	100~1000	100~1000	100~1000	150~1000	150~1000
Trapezoidal wave	150~1500	150~1500	150~1200	150~1200	150~1200	150~1000	100~1000
Pulse duration time (m/s)
Half sine waveform	0.5~20	0.6~20	0.8~20	1.5~20	2~20	2.5~20	3~20
After peak saw-tooth	6~18	6~18	6~18	6~18	6~18	6~18	6~18
Trapezoidal wave	6~20	6~20	6~20	6~25	6~25	6~25	6~25
Maximum impact distance (mm)	1550			1500		1400
Anti-secondary impact device	Air pressure friction brake			Hydraulic friction brake
Table weight (kg)	1300	1500	2800	3800	4350	4900	6250
Dimensions (LWH)(mm)	9004502600	10005002700	11008002800	11007502800	13508502850	14209202900	148010002950