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LD-HT horizontal vibration testing machine available in stock in Beijing
LD-HT Horizontal Vibration Testing Machine Beijing Stock Supply Vibration Direction: Horizontal (X, Z axis) Vibration Frequency: 1-5000HZ
Product details
LD-HT horizontal vibration testing machine available in stock in Beijing
Product use: The vibration testing machine is used to detect the collision and vibration that may occur during transportation, use, storage, and other processes, causing the product to malfunction for a certain period of time, seriously affecting its use and unnecessary economic losses. In order to avoid this situation, we need to know the vibration resistance life of the product or its components in advance.
Free home delivery, after the installation and debugging of the equipment is completed, relevant technical personnel will receive free basic operation training at the user's site, with no limit on the number of people.
LD-HT horizontal vibration testing machine available in stock in Beijing
1、 Product Model and Parameters
| Product Name and Model | Electromagnetic suction vibration testing machine | |||
| LD-HL | LD-HP | LD-HW | LD-HT | |
| Vibration direction | Horizontal (left and right) X/Z axis | |||
| vibration frequency | Power frequency (50Hz) | 1～600HZ | 1～3000HZ | 1～5000HZ |
| precision | The frequency can be displayed up to 0.01Hz, with a precision of 0.1Hz | |||
| amplitude | 0-5.2mm (fine adjustment) | |||
| The maximum acceleration | 22g maximum acceleration=0.002 × frequency 2 × amplitude | |||
| Acceleration and amplitude conversion | Acceleration=0.002 × F ² × D (F: frequency, D: amplitude, 1g=9.8m/s ²) | |||
| The maximum excitation force | Within the range of 2200kgf | |||
| vibration waveform | Sine wave (half wave/full wave) | |||
| FM function | none |
Arbitrary range adjustment (digital instrument display) | ||
| Sweep frequency function | (Upper limit frequency/lower limit frequency/time range) The true standard can be freely set for back and forth frequency scanning | |||
| Programmable Function | 15 segments, each segment can be freely set (frequency/time) and can be cycled | |||
| Frequency doubling function | 15 segments increase by multiples, ① Low frequency to high frequency ② High frequency to low frequency ③ Low frequency to high frequency and then to low frequency/recyclable | |||
| Logarithmic function | ① . Down frequency to up frequency ②. Up frequency to down frequency ③. Down frequency to up frequency and then down frequency -3 modes logarithmic/cyclic | |||
| time control | Within 0 hours to 7 days | 1 second to 135 years can be set arbitrarily (in seconds) | ||
| The largest test load | 100KG | |||
| Vibration machine power | 2.2KW | 3.3KW | ||
| power supply voltage | 220V±20% 50HZ | 380V±20% 50HZ | ||
| noise | Within 60 decibels (3 meters away) | |||
| Electromagnetic field radiation | Within 50 milliGauss: 1 meter away | |||
| Vibration force | Vibration less than level 1: can be used on any floor | |||
| Table size mm (optional) | 350×350 500×500 750×750 1000×1000 1500×1500 | |||
| purchased parts |
Measuring instrument: If you need to see amplitude, acceleration, maximum acceleration, and accurate numbers, you need to purchase another measuring instrument; Computer software: If you want to connect to a computer for control, storage, recording, and printing functions, you need to purchase an interface card program for the computer |
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Advantages of using a vibration testing machine:
a. During design, it is possible to analyze the points of damage and potential defects;
b. When it comes to quality, it is possible to analyze the differences and defects generated by each batch of products;
c. During production, it is possible to measure while vibrating to detect product defects earlier;
d. Durability measurement enables products to be durable and non durable components to be improved in advance, resulting in a better brand reputation for the company;
The function of vibration testing machine:
1. Strength of the structure 2. Loosening of the binding material 3. Wear of protective materials 4. Damage to components 5. Poor contact of electronic components 6. Short circuit and intermittent instability of circuits 7. Deviation of standard values of various components 8. Screening of defective parts in advance 9. Finding resonance relationships between parts, structures, packaging, and transportation processes.
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