Electronic Balances 

Electronic Balances

An Electronic Balance is a type of scale that measures the mass of an object. In design, it is divided into types: electromagnetic balancing type and electrical resistance wire type. Both works on different principles though have the common feature that neither directly measures mass. What they do is measure the force that acts downward on the pan. Once the weighing item is placed on the pan, the generated force is converted to an electronic signal and offers a digital display.

As a measuring machine, the electronic balance uses the electromagnetic force generated from a magnet and coil. Electronic balance is known for precision and accuracy which are highly valuable in a laboratory setting since the smallest difference or inaccuracy could result in changing the entire experiment process. 

Electronic Balance is a machine usually applied for accurate measurement of the weight of items or materials. This type of balance is a highly useful machine for laboratories in order to have a precise measurement of chemicals to be used in different experiments. The highlight of electronic balance is that it offers digital results of measurement. Electronic balance tends to generate electric current, which is in proportion to the pan displacement. The working principle of electronic balances is based on a lever. There is a pan and then there is the item to be measured, and both are attached to one end of the lever and a coil. This coil generates an electromagnetic force. Three main parts of electronic balance are the structure, the load cell, and the signal coordinator.

Types of Electronic Balance

There are two dominant types of electronic balances: the hybrid and the electromagnetic force balance. While the hybrid balance applies a combination of mechanical and electronically generated forces, the electromagnetic force balance uses force generated electronically. 

Features of Electronic Balance

Electronic Balances are high utility devices used by several different types of establishments. It has been designed for measuring the weight of small to medium objects. This is widely used in grocery shops, gems and jewelry shops, gemstone testing labs, dry fruits shops, and various other business establishments. Some of the major features of electronic balance are summed as below: 

• Compact designs
• Easy portability
• Accurate measurement of weight with negligible deviation
• Electronic chipboard for measuring weight
• Digital display panel for easy reading of the weight of objects
• AC and DC power supply 

Electronic Balances are highly demanded their easy operations and high utility. At Tradeindia, the product is available in various designs and technical specifications to cater to all the demands of buyers. Interested buyers may check all the details of the available products and send us their specific requirements. Our registered companies will provide the most appealing deals here at highly reasonable prices.

FAQs:

How does electronic balance work?

The electronic balance tends to use the electromagnetic force, which is generated from a magnet and coil attached to two ends of the machine. Once a measuring mass or item is placed in the pan, it measures the force that acts downward on the pan, and the result is shown via a digital display.

What is the difference between an electronic balance and an analytical balance?

The electronic balance possesses a superior capacity to measure the item or mass than analytical balances. While analytical balances can measure the weight of 0.1g, 0.01g, or 1mg an electronic balance can measure up to 3 or 4 decimal places.

What are the advantages of electronic balances?

Electronic balances are known for precision and accuracy in measurement. They are simple to use, reliable, rugged, and take seconds to weigh an object and display its mass. 

What is the accuracy of an electronic balance?

Electronic balance is a precision machine that has maximum capacities of up to 64 kg. It allows readability in the range of 1 mg, or 0.001 g to 1 g, or 0-3 decimal places.