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Electromagnetic Vibration Testing System for circuit board automobile

Dongguan Kingpo Technology Limited
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    Buy cheap Electromagnetic Vibration Testing System for circuit board automobile from wholesalers
     
    Buy cheap Electromagnetic Vibration Testing System for circuit board automobile from wholesalers
    • Buy cheap Electromagnetic Vibration Testing System for circuit board automobile from wholesalers

    Electromagnetic Vibration Testing System for circuit board automobile

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    Brand Name : KingPo
    Certification : ISO 17025 Calibration certificate
    Price : To be quoted
    Delivery Time : 25~30 working days
    Payment Terms : 100% TT in advance
    Supply Ability : 3~5 units per month
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    Electromagnetic Vibration Testing System for circuit board automobile

    Electromagnetic Vibration Testing System For Circuit Board Automobile


    Electromagnetic Vibration Testing System


    I. Product Application

    Vibration test is a process of exciting or shocking some part or device to observe its reaction in real environment. Vibration test is widely applied in many fields, ranging from circuit board, airplane, ship, rocket, missile, automobile, household appliance and other industrial products. Labtone can offer you the whole vibration and testing proposal, and provide you with the quality certificates of products according to national and international standards, including GB, GJB, UL, JIS, DIN, ISO, BS, MIL, IEC and ASTM standards.

    II. Type Selection Formula of Vibrator and Structural Diagram of Vibration Generator

    ① Test conditions provided by your company; ② Test types: sine sweep; random; ③ Frequency response range: 2 to 3000Hz ④ Formula: A(g)=(2πf)2Dcm/980≒A=0.002DmmF2 D=A/0.002F2


    High Stability Electrodynamic Vibration Shaker System Computer Control EV103VT 0

    F=M(kg) ×A(g)


    III. Principle Block Diagram of Equipment


    Installation diagram of vibration tester

    High Stability Electrodynamic Vibration Shaker System Computer Control EV103VT 1


    IV. Equipment Configuration


    Configuration

    Qty.

    1. Vibration table


    VG300-25 electromagnetic vibration generator

    1 set

    BL-300 cooling blower (including silencer)

    1 set

    VT640 vertical extending table: 400*400MM

    1 set

    Automatic centering system of armature

    1 set

    2. Digital switch power amplifier


    SA-3 digital switch power amplifier

    1 set

    Servo protection system

    1 set

    Excitation power supply

    1 set

    3. Digital vibration controller (integrated instrument cabinet)


    Master unit of digital vibration controller

    1 set

    System acceleration sensor

    1 PCS

    Control computer

    1 set

    Control software installation disc

    1 set

    4. Attached accessories


    Extension cable and duct hose

    1 set

    Operation instructions, inspection report, certificate, maintenance manual, etc.

    1 set

    Attached special tools

    1 set

    Vibration press rod / holddown strip fixture

    1 set


    V. Technical Parameter


    Parameters of VG1000-50 electromagnetic vibration generator

    Max. sine exciting force

    300Kg.f peak


    Max. random exciting force

    300Kg.f r.ms


    Max. shock exciting force

    600Kg.f peak


    Frequency range

    2~4000Hz


    Max. displacement

    25 mm p-p


    Max. velocity

    1.8m/s


    Max. acceleration

    100G (980 m/s2)


    Max. load (sine) F=M.A

    5G (49 m/s2)

    10G (98 m/s2)

    20G (196 m/s2)

    30G (294 m/s2)



    57kg

    27kg

    12kg

    7kg



    Effective load(M1+M2)

    120 kg


    Vibration isolation frequency

    2.5 Hz


    Diameter of armature

    Ф150 mm


    Mass of armature

    3kg


    Table screw

    13×M8


    Flux leakage

    <10gauss


    Allowable eccentric moment

    300N.m


    Equipment dimensions

    750mm×560mm×670mm (excluding extending table)


    Equipment weight

    About 460Kg


    SA-3K digital switch power amplifier

    Output power

    4KVA


    Output voltage

    100V


    Output current

    30A

    Amplifier efficiency

    ≥90%

    Switching frequency

    116KHz

    Signal to noise ratio

    ≥65dB

    Noise

    ≤70dB

    Amplifier dimension

    720mm×545mm×1270mm

    Servo protection system

    Functions:

    Temperature, air pressure, over-displacement, over-voltage, over-current, input under-voltage, external fault, control power supply, logic fault, input phase loss, etc.

    Digital vibration controller VCS-2

    Hardware configuration:

    2-channel inputs, 1-channel outputs

    Control computer

    Original computer is provided with a 17” liquid crystal display and a keyboard / an optical mouse

    Software

    Chinese / English instructions are provided, and the software is available for time-domain and frequency-domain analysis, signal source and sine frequency sweep analysis, etc. It also can automatically generate WORD test report, display and store signal and data, and set testing parameters and analysis function.

    Operating system

    Windows 7/8

    Acceleration sensor LAB

    Frequency range: 1 to 12000Hz

    Sensitivity: 30pC/g

    Temperature range: -24℃ to 250℃

    VT640vertical extending table

    Material

    Aluminum-magnesium alloy with surface hard anodized

    Dimension

    400mm×400mm

    Fixing hole

    M8 durable and wear-resistant stainless steel screw sleeve

    Frequency of use

    Sine: 1000Hz; Random: 2000Hz

    Weight

    15KG

    BL-300 cooling blower (including silencer)

    Blower power:

    1.1KW

    Flow rate

    1404m3/h

    Electrical requirements:

    Power supply

    AC three-phase 380V/50Hz, 15 KVA

    Ground resistance

    ≤4Ω


    VI. Introduction to Equipment Performance

    6.1 Vibration table VG300-25

    6.1.1 Armature Vibration table is provided with cast and manually processed armature, photoelectric pneumatic load support system and dual-bearing axial guide. The dual-bearing guide has a special function. It has excellent durability and can reduce axial dynamic crossing and rotation in vibration test process.

    6.1.2 Excitation coil It is of double magnetic circuit structure with low flux leakage and uniform magnetic field.

    6.1.3 Table surface Advanced phosphating and automotive paint technologies are applied for the surface to resist wear and rusting for long time.

    6.1.4 Table cooling Intake air structure with low noise blower and improved table is applied, the excitation coil is of cellular duct, middle magnetic loop is of double-layer split duct, so new duct design is applied to enhance cooling effect.

    6.2 SA digital switch power amplifier MOSFET or IGBT technology with reliable performance is used for SA digital switch power amplifier. a. High stability and reliability. b. Consistency with “CE” standard requirements of EU. c. The power amplifier has high signal to noise ratio as sine double-frequency pulse width modulation technology is used. d. Switching efficiency is high as operating principle of the switching power supply is used. e. Automatic electronic current sharing technology is used. f. Good safety.

    6.3 Servo protection system

    It has complete protection functions, including grid overvoltage, under-voltage, phase loss, logic fault, power module conduction through, over-temperature, over-current output, overvoltage output, power supply drive, table over-displacement, table temperature, external interlocking, etc.

    6.4 Vertical extending platform The extending platform is usually used as a large installation platform of specimens which can be square, round or defined by users. In order to reduce dynamic impact on the extending platform, all extending platforms must be subject to analysis of modal frequency by modeling, and these platforms are generally made of magnesium alloy and attached with damping materials.

    6.5 Automatic photoelectric centering system It automatically adjusts position of the armature to keep it in balance state. The automatic centering system is used to ensure that the armature is in the center during loading and unloading process.


    7. Introduction to digital vibration controller The vibration controller is of advanced distribution structure system, and closed-loop control is achieved by DSP processor. PC is independent of control loop to ensure real-time and high efficiency of the control system so as to timely and rapidly respond to any changes of the test system, and ensure control stability and high precision. 32-bit floating-point DSP processor with primary frequency up to 300MHz and 24-bit resolution ADC/DAC are used for hardware in coordination with high precision floating-point digital filtering and low noise design technology of hardware circuit. The dynamic random control range of the controller is more than 90dB and the signal to noise ratio is more than 100dB.


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