Horizontal Vibration Testing Slip Table For Automotive Aerospace Electronics and Packaging
Product Description
Slip Table for Vibration Shaker System
A slip table in vibration testing is a specialized system used with an electrodynamic shaker to test specimens in the horizontal axis, particularly for heavy or oversized loads. It consists of a plate that moves on a bearing surface, allowing the shaker to induce vibrations horizontally. This setup is crucial for simulating real-world conditions where components experience horizontal forces, and it's often used in conjunction with shakers that can also be rotated for multi-axis testing.
Key Features and Benefits
Horizontal Vibration Testing: Enables vibration testing of specimens in the horizontal plane, essential for simulating conditions like those experienced by vehicles or aircraft.
Large and Heavy Payloads: Designed for testing components that might exceed the capacity of standard vertical shaker setups.
Multi-Axis Testing: Can be integrated with shakers that rotate to facilitate comprehensive multi-axis vibration testing.
Versatility: Suitable for various vibration testing types including sine, random, and shock testing.
Components and Functionality
Slip Plate: Flat plate, often made of magnesium for optimal strength-to-weight ratio.
Bearing Surface: Typically a granite block with lubricant or mechanical bearing system.
Shaker Attachment: Connects to the armature of an electrodynamic shaker to induce vibrations.
Guidance System: Some models incorporate hydrostatic bearings to minimize friction and ensure smooth movement.
Slip Table Types
Hydrostatic Bearing Slip Tables: Use pressurized oil film for low-friction, high-stability operation.
Mechanical Bearing Slip Tables: Utilize linear motion guides for movement.
Mono-base Slip Tables: Integrated shaker and slip table unit for easy switching between vertical and horizontal testing.
Industry Applications
Automotive: Testing vehicle components for durability and reliability.
Aerospace: Evaluating aircraft parts and systems performance.
Electronics and Packaging: Assessing product resilience to vibration during shipping and use.
Technical Specifications
Model
JV-03KN
JV-06KN
JV-10KN
JV-20KN
JV-30KN
JV-40KN
SL0303(300x300)
30
SL0404(400x400)
30
30
SL0505(500x500)
30
30
40
40
45
45
SL0606(600x600)
40
40
40
40
45
45
SL0707(700x700)
45
45
45
45
45
45
Operating Conditions
Temperature range: 5~35℃, Humidity range: ≤90% (non-condensing)
Important Notes
The equivalent mass of the moving parts includes the water platform, joint, V-rail and drive rod (excluding moving coil mass).
Frequency limit is 2000Hz.
The equivalent mass values represent conventional designs; special requirements may necessitate recalculation.