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Home Testing and Measuring Instruments Dimension Measurement Dial Indicator

Dial Indicator

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Ships within 2 days
Rs. 1,959 Rs. 1,927 / Piece
Ships within 2 days
Rs. 1,959 Rs. 1,927 / Piece
Ships within 2 days
Rs. 1,959 Rs. 1,927 / Piece
Ships within 2 days
Rs. 2,100 Rs. 2,055 / Piece
Ships within 2 days
Rs. 1,959 Rs. 1,927 / Piece
Ships within 2 days
Rs. 1,121 Rs. 1,103 / Piece
Ships within 2 days
Rs. 2,242 Rs. 2,205 / Piece
Ships within 2 days
Rs. 2,525 Rs. 2,470 / Piece

Buy Dial Indicator Online At Industrybuying

Indicators are an essential tool for precision dimension measurement, quality control, and troubleshooting in a wide range of industries, including manufacturing, machining, automotive, and aerospace.

What are Dial Indicators?

Dial indicators, also known as dial gauges or indicators, are precision measuring tools used to measure linear displacement or distance. They are commonly used in mechanical engineering, machining, and manufacturing applications to measure small variations in length, depth, or thickness.

Components of Dial Indicators

A typical dial indicator consists of a graduated dial face, a spindle or plunger, a rack and pinion mechanism, and a spring. The spindle or plunger is attached to the rack and pinion, which is in turn attached to the dial face. As the spindle is moved, the rack and pinion rotate the dial face, indicating the amount of displacement on the graduated scale.

The main components of a dial indicator, also known as a dial gauge, include:

Dial Face: The dial face is the graduated scale that displays the measurement.

Spindle or Plunger: The spindle or plunger is the movable part of the indicator that makes contact with the object being measured.

Stem: The stem is the cylindrical body of the indicator that houses the spindle and dial face.

Rack and Pinion Mechanism: The mechanism converts the linear movement of the spindle into the rotational movement of the dial face. 

Bezel and Crystal: The bezel is the outer ring that holds the dial face and crystal in place. 

Mounting Holder: The mounting holder is used to attach the indicator to a stand or surface for stability and ease of use.

Types of Dial Gauge

There are several types of dial indicators available, including:

1. Plunger-Type Dial Indicators: Plunger dial indicators are the most commonly used type of dial indicator. They consist of a plunger or a probe that moves in and out of the indicator body as it is pressed against a surface.

2. Lever-Type Dial Indicators: Lever-type dial indicators use a lever mechanism to magnify the displacement of the indicator plunger. They are used when higher sensitivity is required.

3. Dial Test Indicators: Dial test indicators are used to measure small distances or surface deviations. They are more compact than other types of dial indicators and have a contact point that can be angled for measuring at different positions.

4. Bore Gauges: Bore gauges are used to measure the internal diameter of holes or cylindrical bores. They consist of a dial indicator mounted on a long stem that is inserted into the bore.

5. Digital Dial Indicators: Digital dial indicators use electronic sensors to measure the displacement of the indicator plunger. They provide highly accurate and precise measurements and are commonly used in industries such as aerospace and automotive.

Each type of dial indicator has its advantages and disadvantages, and the choice of the indicator depends on the specific application and the level of precision required.

Applications of Dial Indicators

Dial indicators are used in a variety of applications, including measuring the thickness of materials, checking the alignment of machine parts, and measuring the runout of a rotating shaft or spindle. They are available in a range of accuracies and resolutions, with higher precision models typically having a smaller range of movement and finer graduation on the dial face

1. Machining and Manufacturing: 

a. Dial indicators are commonly used in machining and manufacturing to check the accuracy of machine tools and the dimensions of machined parts. 

b. They can be used to measure the runout of a shaft or spindle, the parallelism and flatness of surfaces, and the position of holes and bores.

2. Quality Control: 

a. Dial indicators are used as a part of quality control programs to ensure that products meet the required specifications and tolerances. 

b. They can be used to measure the dimensions of components and to check for defects, such as burrs and nicks.

3. Automotive and Aerospace: 

a. Dial indicators are used in the automotive and aerospace industries to check the alignment of components, such as engine cylinders and aircraft wings. 

b. They can also be used to measure the thickness of sheet metal and to check the position of bolts and fasteners.

4. Construction: 

a. Dial indicators are used in construction to check the levelness of foundations and floors, and to measure the thickness of walls and concrete slabs.

5. Engineering and Research: 

a. Dial indicators are used in engineering and research to measure the displacement and deformation of materials under various loads and conditions.

b. Overall, dial indicators are a versatile and indispensable tool for precision measurement in various applications, from manufacturing and machining to construction and research.

Advantages of Dial Indicators

High accuracy: Dial indicators provide a high-accuracy measurement of small distances or displacements.

Versatility: Dial indicators can be used in a variety of applications, such as quality control, inspection, and testing.

Durability: Dial indicators are designed to be durable and withstand the rigors of industrial use.

Ease of use: Dial indicators are easy to use, with simple operation and clear displays.

Disadvantages of Dial Indicators

1. Limited range: Dial indicators have a limited range of measurement, typically in the range of a few millimeters to a few centimeters.

2. Limited flexibility: Dial indicators are designed for specific applications and may not be suitable for other applications.

3. Operator skill: Accurate measurement with a dial indicator requires skill and training on the part of the operator.

4. Fragility: Some components of a dial indicator, such as the spindle and plunger, can be fragile and easily damaged if mishandled.

Top Selling Dial Indicators on Industrybuying

S. No

Product Name

Expected Price

1

Insize 2380-08 0.8 mm Dial Test Indicator

 RS 2,590

2

Insize 2301-10 10 mm Dial Gauge

 RS 1,480

3

Mitutoyo 513-412-10E 0.03 inch Dial Test Indicator

 RS 13,800

4 Mitutoyo 2046S 10 mm Dial Gauge

 RS 2,190

5

"Ji" Japsin Instrumentation JI-177 0-120 °C Inert Gas Filled Dial Thermometer

 RS 3,780

6

Baker 40-K40 5 mm Dial Gauge

 RS 2,380

7

Mitutoyo 2109s-10 1 mm Dial Test Indicator

 RS 6,480

8

Baker 56-K08 25 mm Dial Gauge

 RS 2,390

Best Brands to Purchase Dial Indicators

1. Mitutoyo dial gauge

2. Baker Dial Indicator

3. Insize

4. Yuzuki

5. Bellestone

6. Siemens

7. Fulcrum

8. Krost

Why Choose IndustryBuying for Dial Indicators Purchase?

IndustryBuying is a reputable online marketplace that offers a range of quality dial indicators with various charging speeds and compatibility options from well-known brands. They also offer frequent discounts and deals, fast delivery, and excellent customer service to make the shopping experience hassle-free for customers. It's always a good idea to do your research before making any purchase, but IndustryBuying is a reliable and convenient option for purchasing dial gauges.

Dial Indicators - Frequently Asked Questions (FAQs)

1. What are the common uses of a dial indicator?

Dial indicators are commonly used in precision measurements and quality control processes to detect and measure small deviations and variations in machinery and other mechanical components. They are often used in manufacturing, engineering, and scientific applications to ensure accuracy and consistency.

2. On which principle dial indicator mainly works?

The principle behind a dial indicator is based on the mechanical amplification of small displacements. The indicator converts a plunger or spindle's linear motion into rotational motion displayed on a dial. The spindle or plunger is mounted on a spring, allowing it to move in response to changes in the measured surface.

3. Which contact point is used in the dial indicator?

The contact point used in a dial indicator depends on the application and the surface being measured. Flat contact points are commonly used for measuring flat surfaces, while ball-shaped contact points are ideal for measuring surfaces with curves or angles. For measuring depths, narrow cylindrical points or needle points are used. A knife-edge contact point is used for measuring narrow slots or grooves, while a flat contact point with a diameter larger than the groove is used for measuring the width of the groove.
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