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The standard air-cooled vibration shaker is a vibration test equipment widely used in electronics, aerospace, communications, instrumentation, automotive, railway, construction and other industries. The equipment is mainly used to simulate the vibration environment encountered by products during transportation, storage and use, detect whether the products meet the requirements of relevant vibration standards, and conduct vibration fatigue life test and reliability test.
The following is a detailed description of the equipment:
Equipment structure: the equipment consists of shaker, controller, cooling system, etc. The shaker is connected to the tested object through the workbench to transmit the mechanical vibration to the tested object. The controller controls the frequency, amplitude, direction, time and other parameters of the shaker to achieve automatic control of vibration test. The heat dissipation system dissipates the heat generated by the shaker through the fan to ensure the long-term stable operation of the equipment.
Equipment features:
Wide vibration frequency range: the standard air-cooled vibration shaker has a vibration frequency range of 2Hz~5000Hz, which can meet the vibration test requirements of different fields and products.
Large vibration amplitude: the vibration amplitude of the equipment can be adjusted according to the needs of the tested object, and the maximum amplitude can reach 76 mm.
High control precision: the controller adopts digital PID closed-loop control algorithm, which can realize high-precision control and automatic control of vibration test.
Good heat dissipation effect: the equipment adopts an air-cooled heat dissipation system, and the shaker is forced to dissipate heat by a fan, which can ensure the equipment to work stably for a long time.
Easy maintenance: the equipment has simple structure, easy maintenance and low maintenance cost.
Scope of application: the equipment is widely used in electronics, aerospace, communication, instrumentation, automobile, railway, construction and other industries, and can be used for vibration testing and vibration fatigue life.
The standard air-cooled vibration shaker is a vibration test equipment widely used in electronics, aerospace, communications, instrumentation, automotive, railway, construction and other industries. The equipment is mainly used to simulate the vibration environment encountered by products during transportation, storage and use, detect whether the products meet the requirements of relevant vibration standards, and conduct vibration fatigue life test and reliability test.
The following is a detailed description of the equipment:
Equipment structure: the equipment consists of shaker, controller, cooling system, etc. The shaker is connected to the tested object through the workbench to transmit the mechanical vibration to the tested object. The controller controls the frequency, amplitude, direction, time and other parameters of the shaker to achieve automatic control of vibration test. The heat dissipation system dissipates the heat generated by the shaker through the fan to ensure the long-term stable operation of the equipment.
Equipment features:
Wide vibration frequency range: the standard air-cooled vibration shaker has a vibration frequency range of 2Hz~5000Hz, which can meet the vibration test requirements of different fields and products.
Large vibration amplitude: the vibration amplitude of the equipment can be adjusted according to the needs of the tested object, and the maximum amplitude can reach 76 mm.
High control precision: the controller adopts digital PID closed-loop control algorithm, which can realize high-precision control and automatic control of vibration test.
Good heat dissipation effect: the equipment adopts an air-cooled heat dissipation system, and the shaker is forced to dissipate heat by a fan, which can ensure the equipment to work stably for a long time.
Easy maintenance: the equipment has simple structure, easy maintenance and low maintenance cost.
Scope of application: the equipment is widely used in electronics, aerospace, communication, instrumentation, automobile, railway, construction and other industries, and can be used for vibration testing and vibration fatigue life.
