PITCH GAUGE METRIC 0.25-6MM & 4-62TPI 52 LEAVES 60DEG. AND WHITWORTH 5

Name: PITCH GAUGE METRIC 0.25-6MM &AMP; 4-62TPI 52 LEAVES 60DEG. AND WHITWORTH 5
Brand: ACCUD
SKU: AC925-062-52
Price: 404.05 ZAR
Availability: OutOfStock

PITCH GAUGE METRIC 0.25-6MM & 4-62TPI 52 LEAVES 60DEG. AND WHITWORTH 5

In Stock Soon

PITCH GAUGE METRIC 0.25-6MM & 4-62TPI 52 LEAVES 60DEG. AND WHITWORTH 5

PACK SIZE

The price displayed for this product is the unit price of the product. Where a PACK SIZE is indicated, this refers to the recommended ordering quantity and is also indicative of how many of these products are packaged in a box.

Stock: In Stock Soon
Model: AC925-062-52
Weight: 0.08kg
Pack Dim: 40.00mm x 96.00mm x 96.00mm
UPC: 6009515865597

ACCUD

Price:

R 404.05

Ex VAT: R 351.35

Available Options

New Expected Date :

06/06/2025
15/10/2025

Stockist

Pitch Gauge: ACME 60° and Whitworth 55° Screw
0.25 - 6.0mm and 4 - 62TPI with 52 blades
SERIES 925

a specialized tool used to measure the pitch, or the distance between threads, of screws, bolts, and other threaded components. It is essential for machinists, engineers, and mechanics who need to identify or verify the thread pitch in various applications, ensuring that components are correctly matched and fit together properly.

Measure the pitch of thread
Accuracy: ±0.07mm

Advantages

High Precision: Provides accurate measurements of thread pitch, ensuring compatibility and proper fit of threaded components.
Versatility: Suitable for a wide range of applications across various industries, including machining, manufacturing, automotive repair, and engineering.
Durability: Made from robust materials, the pitch gauge is designed to withstand frequent use and maintain its accuracy over time.
Compact and Portable: The foldable design makes it easy to carry in a tool kit or pocket, allowing for quick measurements on the go.

Usage Tips

Select the Correct Blade: Choose the blade that corresponds to the approximate pitch you expect. Ensure the blade is clean and free from debris before use.
Fit the Blade into the Threads: Align the selected blade with the threads of the screw or bolt. If the blade fits snugly without gaps, you have identified the correct pitch.
Handle with Care: Protect the gauge from damage by avoiding excessive force, especially on finer pitch blades.
Proper Storage: Store the gauge in a dry, clean place to prevent rust and damage.

A pitch gauge is an essential tool for anyone working with threaded components. It allows for the precise measurement and identification of thread pitch, ensuring that screws, bolts, and other parts fit together correctly and function as intended. Compact, durable, and easy to use, a pitch gauge is invaluable in industries ranging from machining and manufacturing to automotive repair and engineering.

Applications of a Pitch Gauge

Machining and Manufacturing
- Thread Identification: Used to identify the pitch of threads on screws, bolts, or other threaded components, ensuring that they match the required specifications for machining or assembly.
- Tool Setup: Assists in setting up cutting tools like taps, dies, and thread chasers by ensuring that the pitch matches the desired thread profile.
Quality Control and Inspection
- Dimensional Verification: Used in quality control processes to verify that the pitch of manufactured threaded components meets the specified dimensions.
- Standard Compliance: Ensures that threaded parts comply with industry standards, which is crucial in manufacturing and engineering.
Automotive and Mechanical Repair
- Replacement Matching: Helps in selecting the correct replacement screws or bolts by matching the pitch to the existing components, preventing cross-threading and ensuring a proper fit.
- Custom Fabrication: Useful for fabricating custom parts with threads, ensuring the pitch matches the necessary specifications.
Engineering and Design
- Prototype Development: Used in the design and prototyping phases to measure and specify the thread pitch of new components.
- Reverse Engineering: Assists in reverse engineering by allowing the user to measure and replicate the thread pitch of existing parts.