Depth Gauge

Code	Product name	Specification	QTY(PC)
60110-1	Depth gauge	50mm	1

Key features and benefits of the depth gauge

Precision and Accuracy: Our depth gauges are meticulously engineered to deliver exceptional precision and accuracy in every measurement. Equipped with advanced calibration techniques and high-quality components, our products ensure reliable results, even in the most demanding environments.

Versatility: Designed to accommodate a wide range of applications, our depth gauges are suitable for measuring various part sizes and shapes. Whether you’re working with small components or large assemblies, our products offer the versatility you need to achieve accurate measurements with ease.

Durability: Built to withstand the rigors of industrial use, our depth gauges are constructed from durable materials and feature robust designs. This ensures long-lasting performance and reliability, even in harsh conditions.

Ease of Use: Our depth gauges are designed with user-friendliness in mind. Intuitive interfaces, clear displays, and ergonomic designs make it easy for operators of all skill levels to obtain accurate measurements quickly and efficiently.

Advanced Features: Equipped with cutting-edge technology, our depth gauges offer a variety of advanced features to enhance performance and functionality. From digital readouts and data logging capabilities to wireless connectivity and remote control options, our products provide the tools you need to optimize your measurement processes.

 

Indications for Depth Gauge Use

Depth gauges are essential tools for precision measurements in a wide range of industries, including manufacturing, engineering, and quality control. Here are some key indications for depth gauge use:

Machining and Manufacturing:

• Measuring bore depths in various components, such as cylinders, holes, and counterbores.
• Verifying the depth of slots, grooves, and keyways to ensure accurate dimensions and proper fit.
• Inspecting the depth of threaded holes to maintain thread pitch and ensure proper assembly.
• Checking the depth of chamfers and countersinks for accurate angles and dimensions.

Quality Control and Inspection:

• Verifying the depth of coatings and finishes to ensure adequate thickness and protection.
• Measuring the depth of wear or erosion on machine components to assess their service life and performance.
• Inspecting the depth of engraving or marking on products for quality control and traceability.

Assembly and Fabrication:

• Ensuring proper alignment and fit of components by measuring depth dimensions.
• Verifying the depth of holes for inserts or bushings to ensure secure and accurate assembly.
• Checking the depth of clearance between moving parts to prevent interference and ensure smooth operation.

Research and Development:

• Measuring the depth of features on prototypes or experimental parts for analysis and evaluation.
• Conducting dimensional analysis and tolerance studies using depth gauges to gather critical data.

By using depth gauges in these applications, you can ensure precise measurements, maintain quality standards, and improve overall product performance.

 

How Does The Depth Gauge Work

A depth gauge is a precision measuring instrument used to determine the depth of holes, slots, grooves, and other features on various components. Here’s a breakdown of how a depth gauge works:

1. Base and Frame: The depth gauge typically consists of a sturdy base and a frame that slides along the base. The base provides a stable foundation for accurate measurements, while the frame allows for precise adjustments.
2. Depth Rod: A depth rod, also known as a depth bar or indicator, is attached to the frame. This rod is adjustable and can be extended or retracted to measure different depths.
3. Measuring Scale: A clear and accurate measuring scale is engraved on the depth rod or the base of the gauge. This scale allows you to read the depth measurements directly.
4. Lock Mechanism: Most depth gauges have a lock mechanism that securely holds the depth rod in place once the desired measurement is obtained. This prevents accidental adjustments and ensures accurate readings.
5. Anvil or Contact Point: The depth gauge has an anvil or contact point at the end of the depth rod. This point is used to make contact with the surface being measured.

 

FAQ

10 Common Questions and Answers About Depth Gauges

1. What is a depth gauge used for?

A depth gauge is a precision measuring instrument used to determine the depth of holes, slots, grooves, and other features on various components. It’s commonly used in manufacturing, engineering, quality control, and other industries where accurate depth measurements are essential.

2. How does a depth gauge work?

A depth gauge typically consists of a base, a frame, a depth rod, a measuring scale, and a lock mechanism. The depth rod is adjusted to the desired depth, and then the anvil or contact point is brought into contact with the surface being measured. The measurement is read from the scale.

3. What are the different types of depth gauges?

There are several types of depth gauges available, including:

• Dial indicator depth gauges: These gauges use a dial indicator to display the depth measurement.
• Digital depth gauges: These gauges feature a digital display for precise and easy-to-read measurements.
• Mechanical depth gauges: These gauges use a mechanical mechanism to indicate the depth measurement.

4. How do I choose the right depth gauge for my needs?

When selecting a depth gauge, consider factors such as:

• Measurement range: Ensure the gauge can measure the depths you need.
• Accuracy: Choose a gauge with the required level of precision.
• Ease of use: Consider the gauge’s design and features for user-friendliness.
• Durability: Select a gauge made from high-quality materials for long-lasting performance.

5. Can depth gauges be used for other measurements besides depth?

While primarily designed for depth measurements, some depth gauges can also be used for other applications, such as measuring step heights or checking parallelism. However, it’s essential to use the gauge according to its intended purpose for accurate results.

6. How do I calibrate a depth gauge?

Regular calibration is crucial for ensuring the accuracy of a depth gauge. Follow the manufacturer’s instructions or consult a calibration laboratory to perform calibration using appropriate reference standards.

7. What are the common maintenance practices for a depth gauge?

To maintain the accuracy and longevity of a depth gauge, follow these practices:

• Clean the gauge regularly to remove dirt and debris.
• Handle the gauge with care to avoid damage.
• Store the gauge in a protected environment to prevent corrosion and other damage.
• Have the gauge calibrated periodically to ensure accuracy.

8. Can depth gauges be used in harsh environments?

Some depth gauges are designed for use in harsh environments, such as industrial settings or outdoor conditions. These gauges may feature features like water resistance, dust resistance, or shock resistance.

9. What is the difference between a depth gauge and a dial indicator?

While both depth gauges and dial indicators are used for precision measurements, they have different applications. A depth gauge is specifically designed for measuring depth, while a dial indicator can be used for various measurements, including displacement, runout, and vibration.

10. What are some common applications for depth gauges?

Depth gauges are used in a wide range of industries, including:

• Manufacturing: Measuring bore depths, slots, grooves, and other features on machined parts.
• Engineering: Conducting dimensional analysis and tolerance studies.
• Quality control: Inspecting product dimensions and ensuring compliance with standards.
• Assembly: Verifying the depth of holes for inserts or bushings.
• Research and development: Measuring features on prototypes or experimental parts.