24DC power supply LCD digital industrial electronic density meter

Name: China 24DC power supply LCD digital industrial electronic density meter Manufacturers Factory - Aipuxin
Brand: Aipuxin
SKU: 208285428

The electronic density meter is designed based on the principle of vibration. This vibration element is similar to a two-tooth tuning fork. The fork body vibrates due to a piezoelectric crystal located at the root of the tooth, and the frequency of the vibration is detected by another piezoelectric crystal. Through the phase shifting and amplification circuit, the fork is stabilized at the natural harmonic frequency.

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Description

Shandong Aipuxin Automation Instrument Co., Ltd. is one of leading manufacturers and suppliers of 24dc power supply lcd digital industrial electronic density meter in China, also supports customized service with low price. Please rest assured to wholesale cheap 24dc power supply lcd digital industrial electronic density meter in stock here from our factory.

Technical Parameter

Resonant tuning fork densitometer

The working principle of the electronic density meter is based on the phenomenon of resonance. When we strike the tuning fork and hold it close to our ears, we hear a clear and consistent tone. But why do tuning forks resonate and make this sound? The answer has everything to do with physical principles and sound characteristics.

First, let's explain resonance. Resonance refers to the phenomenon that an object vibrates at its own natural frequency when acted upon by an external force. For tuning forks, this external force is the initial impact force of striking the tuning fork. When the two prongs of an electronic density meter's tuning fork vibrate back and forth, they create alternating areas of high and low pressure in the surrounding air. These pressure waves travel through the air as sound waves, eventually reaching our ears and causing us to hear the sound produced by the tuning fork.

So why do the tips of tuning forks vibrate? This involves a property of objects-elasticity. When an object is stretched or compressed, it stores potential energy. In the case of a tuning fork, striking one of the tines causes it to bend slightly, stretching the material and storing energy in the process. When the material springs back to its original shape, the stored energy is released, causing the prongs to bend in the opposite direction. This back-and-forth movement of the prongs creates vibrations that create sound.

An important factor affecting the natural frequency of an object is its size and shape. For tuning forks, the length and thickness of the tines play a key role in determining the resonant frequency of the tuning fork. Essentially, the shape and size of the prongs create a resonant cavity that amplifies sounds at certain frequencies while dampening others. The resulting tone is a clear, pitch-perfect sound that can be used to tune instruments or measure the properties of other materials.

In general, the reason why the tuning fork of an electronic density meter resonates is the complex interaction of physical properties such as elasticity, vibration, and resonance. These principles control the behavior of sound waves and the way they interact with different objects and materials. By understanding these principles, we can better understand the power of sound and its role in our lives. Whether it's the music we hear or the sounds of nature around us, we can begin to appreciate the beauty of sound and the way it shapes our world.

Product Details

International explosion-proof certification

High resolution large screen display

Made of 316 stainless steel

High quality stainless steel signage

Product Application

Installation Case

Production Environment

In our production process, we use a variety of advanced equipment to ensure high quality and efficient production of products. First, we use STM placement machines for high-speed placement of electronic components, which can improve the production efficiency and placement accuracy of circuit boards. Secondly, we use ordinary lathes and CNC lathes for precision machining to meet different size and shape requirements. In addition, we use argon arc welding machines for high-quality welding to ensure product stability and reliability in harsh environments.

In terms of quality testing, we use high and low temperature experimental chambers to conduct temperature adaptability testing to ensure that products can still work normally in extreme environments. We also use constant temperature density testing instruments to measure the density and concentration of our products to ensure that our products meet strict quality standards. In addition, we use electrical aging equipment to conduct aging tests on our products to verify their long-term stability and reliability. Through the oscilloscope, we can observe and analyze the electrical performance of the product to optimize the design and manufacturing process.

Certifications

Complete Epson certificates

Customer Visiting

Cooperation countries: South Korea, Senegal, India, Russia, Japan, France, Thailand, Singapore, Malaysia, North Korea, Laos, Philippines, Germany, United States, United Kingdom, exporting to over 80 countries.

About packaging

In terms of packaging and auxiliary equipment, we use foaming machines to provide protective packaging for products to ensure that the products are not damaged during transportation. Finally, we use packaging machines for automated packaging to improve packaging efficiency and aesthetics.

When you purchase our product, you will receive a complete set of accessories and documentation to ensure smooth installation and use of the product. Here's a list of what you'll get:
1. Product 2. Accessory package (all necessary accessories) 3. Instructions for use 4. Certificate of conformity 5. Delivery list 6. Installation instructions

Transport