Edit |Circumferential instruments
1. Product Introduction:
The electrodynamic shaker is suitable for high-level, long-term high-reliability vibration tests. The shaker is a transformer coupling method, the coil is fixed on the inner and outer magnets, and the coil is induced by the AC driving current to the induction ring moving coil and generates vibration.
The system consists of three parts: a shaker, an amplifier and a fan. The controller is available in a variety of options and with other control measurement equipment options.
Second, the technical parameters:
3. Product features:
Forced air cooling;Sinusoidal excitation force range: 1kn 7okn;
Random vs. sinusoidal excitation force 1:1;
Twice the sinusoidal impact force (three times for more than 2 tons);
The maximum peak value of displacement can reach 100mm;
Lightweight moving coil, optimized design, strong vibration resistance;
The trunnion airbag has a good seismic isolation effect;
The central airbag has strong bearing capacity and good low-frequency performance
Double magnetic circuit design, low magnetic flux leakage, uniform magnetic field;
Configurable slide table;
Sinusoidal, random, impact and other test functions;
The fan has good cooling effect and low noise;
High-efficiency, high-reliability power amplifier;
The frequency of use can start from 1Hz.
Fourth, product features:
The vibration test system is designed to meet MIL, ASTM, IEC, ISO, BS, JIS and other military standards and other international test standards, with a large diameter moving coil, equipped with a high-strength guide, so that it can be configured with a variety of additional tables, can carry out a variety of specimen tests, and obtain good vibration transmission rate, widely used in aviation, aerospace, electronics, military, communications and other fields of modal and structural analysis, but also widely used in education, scientific research and laboratory research work.
If there is an electrodynamic shakerSelection questionsYesVisit the official website of "Huanyi Instrument"., consult the relevant technical staff.