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High Frequency Electromagnetic Vibration Shaker Systems For Battery Testing

High Frequency Electromagnetic Vibration Shaker Systems For Battery Testing

Brand Name:	Sinuo
Model Number:	SN553-EV440VT2012SMW-GPVCSusb-2
MOQ:	1
Price:	Customized
Payment Terms:	T/T
Supply Ability:	5 sets/month

Detail Information

Product Description

Detail Information

Place of Origin:

China

Certification:

Calibration Certificate (Cost Additional)

Max. Sinusoidal Excitation Force:

4000Kg.f Peak

Max. Random Exciting Force:

4000Kg.f Rms

Max. Impact Excitation Force:

8000Kg.f Peak

Max. Displacement:

100 Mm P-p

Max. Speed:

2.0m/s

Frequency Range:

1～3000 Hz

Packaging Details:

Plywood case

Supply Ability:

5 sets/month

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Product Description

High Frequency Electromagnetic Vibration Shaker Systems For Battery Testing

Professional electromagnetic vibration testing systems designed specifically for battery testing applications, ensuring product quality compliance with international standards.

Product Application

Vibration testing evaluates how components and devices react in real-world environments by subjecting them to controlled excitation or shock. Applications span across industrial products including circuit boards, aircraft, ships, rockets, missiles, automobiles, and household appliances.

Sinuo provides comprehensive excitation and testing solutions, ensuring product quality compliance with national and international standards including GB, GJB, UL, JIS, DIN, ISO, BS, MIL, IEC, and ASTM.

Vibration Machine Selection & Generator Structure

Customer-provided test conditions
Test types: Sine sweep, Random, Classic Shock
Frequency response range: 1-3000Hz
Formula: A(g)=(2πf)²Dcm/980≒A=0.002DmmF² D=A/0.002F² F=M(kg)×A(g)

Equipment Configuration

Project	Configuration Instructions	QTY
Vibration table body	A30F44 electromagnetic excitation generator	1 SET
Automatic centering control device	Moving coil centering system	1 SET
Cooling system	B153S Cooling fan (Including silencer)	1 SET
Vertical extension table	VT150 Vertical Extension Table	1 SET
Power amplifier	LA-40KVA digital switching power amplifier	1 SET
Protection system	Servo protection system	1 SET
Power supply	Excitation power supply	1 SET
Vibration controller	Digital vibration controller VCSusb-2 (2-channel)	1 SET
Sensors	System acceleration sensor	1 PCS
Computer system	Control computer	1 SET

Technical Parameters

A30F44 Electromagnetic Excitation Generator

Maximum sinusoidal excitation force	4000Kg.f peak
Maximum Random Exciting Force	4000Kg.f rms
Maximum impact excitation force	8000Kg.f peak
Frequency Range	1～3000 Hz
Maximum displacement	100 mm p-p
Maximum speed	2.0m/s
Maximum acceleration	100G (980 m/s²)
First-order resonant frequency	2500 Hz±5%
Payload	1000 kg
Vibration isolation frequency	2.5 Hz
Moving coil diameter	Ф440 mm
Moving coil weight	60kg
Flux leakage	＜10gauss
Allowable eccentric moment	＞500N.m
Equipment size	1400mm×980mm×1230mm (excluding vertical expansion platform)
Equipment weight	2800Kg

LA-40K Digital Switching Power Amplifier

Output power	50KVA
Output voltage	110Vrms
Output current	500Arms
SNR	≥70dB
Amplifier size	910mm×620mm×2050mm

Servo Protection System

Comprehensive protection functions including temperature, wind pressure, over-displacement, over-voltage, over-current, input under-voltage, external fault, control power supply, logic fault, and input phase loss.

Digital Vibration Controller VCSusb-2

Hardware configuration	2 simultaneous input channels, 1 output channel
Control function module	Sine, random, classical shock
Control computer	Original brand computer with LCD monitor
Software	English operation, time domain and frequency domain analysis, signal source, sine frequency sweep analysis, automatic WORD test report generation

Acceleration Sensor LTE C04A07

Frequency range	1-8000Hz
Sensitivity	30mv/g
Temperature range	-40 - 160℃

VT2012 Vertical Extension Table

Material	Magnesium alloy, surface hard anodized
Table size	2000×1200 mm
Fixed hole	M10 rectangular distribution 100mm*100mm stainless steel screw sleeve
Upper limit usage frequency	Sine 100 Hz, Random 200 Hz
Weight	About 340KG

B153S Cooling Fan (Including Silencer)

Fan power	15KW
Fan flow rate	81.6m³/s
Fan pressure	0.075kgf/cm²

Electrical Requirements

Power supply	3-phase 5-wire 380V/50Hz 75 KVA
Compressed air	0.6Mpa
Ground resistance	≤4Ω

System Components & Features

1. Vibration Table Body

Moving Coil: Cast and manually machined moving coils with optoelectronic load support system and dual bearing axial guidance for superior durability
Excitation Coil: Double magnetic circuit structure with low flux leakage and uniform magnetic field
Body Surface: Advanced phosphating treatment and car paint technology for long-term anti-wear and anti-rust protection
Table Refrigeration: Low-noise fans with improved air intake structure, honeycomb air duct for excitation coil, and double-layer shunt air duct for enhanced cooling

2. LA Digital Switching Power Amplifier

Reliable IGBT technology with high stability and reliability
Compliant with EU "CE" standard requirements
Sinusoidal frequency multiplication pulse width modulation technology for high signal-to-noise ratio
Switching power supply working principle for high conversion efficiency
Electronic automatic current sharing technology
Excellent safety performance

3. Servo Protection System

Complete protection functions including power grid overvoltage, under voltage, phase loss, logic fault, power module pass-through, over temperature, output overcurrent, output overvoltage, drive power, platform over-displacement, platform temperature, external interlocking, and more.

4. Vertical Expansion Platform

Designed as a platform for larger mounting specimens, available in square, round, or custom configurations. All extension platforms undergo modal frequency modeling and analysis to minimize dynamic characteristic impact. Cast from magnesium alloy with attached damping material.

5. Photoelectric Automatic Centering System

Automatically adjusts moving coil position to maintain balanced state, ensuring the moving coil remains centered during loading and unloading operations.

6. Digital Vibration Controller

Digital Vibration Controller Technical Parameters

Input Channel

Number of input channels	2 simultaneous input channels
Input signal type	Voltage/charge
Input resistance	＞110 kΩ
Maximum voltage input range	±10V
Maximum charge input range	±10000PC
SNR	＞100dB
Filter	160dB/octave analog filter
Input interface	Three optional inputs: voltage, ICP and charge
Maximum input	±10VPEAK
Analog/digital converter (ADC)	24-bit resolution, dynamic range: 114dB, maximum sampling frequency 192kHz
Circuit characteristics	Built-in ICP constant current source and charge amplifier, two ranges of 10V/1V, optional AC/DC coupling, analog anti-aliasing filter

Output Channel

Number of output channels	1 output channel
Output signal type	Voltage signal
Output impedance	＜30Ω
Maximum voltage output range	±10V
Maximum output current	100mA
Amplitude accuracy	2mV
Harmonic distortion	<-95dBfs
Filter	160dB/octave analog filter
Channel matching	Amplitude 0.04dB, phase ±0.5
Digital/analog converter (DAC)	24-bit resolution, dynamic range: 120dB, maximum sampling frequency 192kHz
Circuit characteristics	Analog anti-aliasing filter; output protection circuit
Test type	Random vibration control/sinusoidal control/typical shock control

Digital Vibration Controller Functions

Random Control

Utilizes transfer function equalization method with user-defined power spectrum diagrams. Continuously outputs Gaussian random signals for real-time multi-channel closed-loop control with adaptive algorithms for system nonlinearities and load changes.

Frequency range: 0~4800Hz (extendable to 18750Hz)
Resolution: 100, 200, 400, 800, 1600, 3200 spectral lines
Control power range: >90dB
Control strategy: single channel control, weighted average, maximum value, minimum value

Sine Control

Provides high-quality sine and sine sweep signals with amplitude control, dwell settings, and flexible sweep configurations.

Frequency range: 1Hz~5000Hz (expandable to 10000Hz)
Closed loop time: 5 mS
Harmonic distortion: <-100dB
Frequency sweep modes: linear (0~6000 Hz/min) and logarithmic (0~100 Oct/min)
Sweep direction: up, down
Sweep duration: configurable as number of sweeps or test times

Classical Shock

Employs transfer function equalization method supporting various waveform types including half sine wave, bell wave, rectangular wave, trapezoidal wave, front peak sawtooth wave, back peak sawtooth wave, and triangular wave.

Pulse duration: 0.5 to 3,000mS
Maximum analysis bandwidth: 18750Hz
Frame size: up to 16384
Compliance: MIL-STD-810 (US military standard), ISO standard, user-defined interrupt control limits

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