Electrodynamic Vibration Test System

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Product Details:

Usage Industrial
Product Type Vibration Test System
Material Metal
Power Supply Electric
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Electrodynamic Vibration Test System Price And Quantity

Minimum Order Quantity 1 Unit

Electrodynamic Vibration Test System Product Specifications

Product Type Vibration Test System
Usage Industrial
Material Metal
Power Supply Electric

Electrodynamic Vibration Test System Trade Information

Payment Terms Cash Advance (CA)
Delivery Time 30 Days
Main Export Market(s) Asia Central America South America Western Europe Middle East Eastern Europe North America Australia Africa
Main Domestic Market All India

Product Description

Electrodynamic Vibration Test System that our well-established and reliable enterprise puts forward is ideal for mechanical shock, transportation simulation, Environmental Stress Screening, and mission profile tests. This kind of test system has capability of simulating a large array of situations that helps in improving product, test quality as well as reliability, by enhanced and dynamic performance in acceleration, force, displacement, and velocity. Electrodynamic Vibration Testing Machine is well featured with air spring load support, fully sealed & double magnetic circuit structure, strong ear-shaft design along with bearing guide, built-in rubber vibration isolation device or airbag for reducing ground dynamic vibration.

Specification:

Item	Specification
Electrodynamic vibration generator system
Rated Force (peak) under sinusoidal	32KN
Impact thrust	64KN
Frequency range	200 Hz
Continuous displacement	59 mm p-p
Impact displacement	59 mm p-p
Maximum rated speed (sin peak)	2m/s
Maximum Acceleration (sin)	0.53 m/s2
Diameter of moving coil	445 mm
Allowable unbiased load torque	300 N.m
Equivalent mass of moving parts	301 g
Axial vibration isolation frequency	2.5 Hz
Maximum load for sample	500 kg
Magnetic flux leakage	10 gauss
Vertical vibration tester size	4505x2500x840 mm(LxWxH, without package)
Vertical vibration tester weight	About5800 kg (without package)
Power amplifier
Maximum output power	32 kVA
S/N (Signal-to-noise Ratio) S-/N	65 dB
Rated output voltage	100 V
Conversion efficiency	90%
System protection	Output over-voltage, output over flow, amplifier over temperature, vibration table over displacement, horizontal slide over the displacement, cooling system failure, output power under-voltage, amplifier unit failure, excitation power failure, three-phase power supply failure, etc.
Power amplifier size	1720x1200x850 mm (LxWxH, without package)
Vertical spreading table
Table size	1100 x1100mm
Material	Aluminum alloy
Upper operating frequency	500Hz (Sine)
Fan
Fan power	15 kW
Blowing rate	22 m3/min
Vibration controller
Host hardware	2 analog voltage/IEPE/electric charge/TEDS(can be optional) input channel, built-in 24-bit ADC and IEPE constant current source and charge amplifier per channel, 32-bit floating-point DSP processor, 1 analog voltage output channel, 24 DAC resolution rugged chassis design with emergency stop button and earthing terminal
Control software	Random control: Test bandwidth 1-5000hz, support multi-channel control strategy, random channel limit (notching) control, etc.
	Sine control: Test bandwidth 1-5000hz, including constant frequency, stepping, sweep sine, support multi-channel control strategy, sinusoidal channel limit (notching) control, harmonic distortion measurement.
	Typical impact: support electromagnetic requirements according to international standards.
	Resonance search and reside
Acceleration sensor
The host hardware	Sensitivity 30pc/g, frequency response 0.5-7000hz, mileage 500g, weight 10g, side-end outlet, 6-meter-long dedicated low noise cable temperature range -40 degree to 160deree
Computer
Model	LENOVO M4500
Configure	I3-4170-3.7GHz/DDR3-4GB/500GB/17 inches
Spare parts
fuse links and fuse cutout, etc.

FAQ

1. What is a system for testing electrodynamic vibration?

Ans - To assure a product's performance and dependability, a technology called an electrodynamic vibration test system is utilised to replicate a variety of vibration scenarios. It is frequently used to evaluate the effectiveness of mechanical, electrical, and other components.

2. What advantages can electrodynamic vibration test systems offer?

Ans - Manufacturers can assess a product's performance and reliability using an electrodynamic vibration test system. Additionally, it may be utilised to simulate a variety of vibrational settings, enabling more precise testing outcomes.

3. What kinds of parts can an electrodynamic vibration test system test?

Ans -Many different types of components, including electrical components, mechanical components, and other products, can be tested using an electrodynamic vibration test system.

4. How do systems for measuring electrodynamic vibrations operate?

Ans - The method by which Electrodynamic Vibration Test Systems generate a variety of various vibrational frequencies and amplitudes is the use of a shaker or other vibration instrument. The product being tested is then subjected to these vibrations in an effort to imitate the various vibration situations it would experience in usage.

5. Is operating an electrodynamic vibration test system challenging?

Ans - No, using an electrodynamic vibration test system is typically simple. The systems often have simple controls and user-friendly interfaces, making setup and use simple.

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