Quantity | Unit Price | You Save |
---|---|---|
3 or more | R 5,438.30 | 4.00 % |
6 or more | R 5,302.35 | 6.40 % |
- Stock: 1
- Model: AC352-020-01
- Weight: 1.27kg
- Dimensions: 300.00mm x 170.00mm x 50.00mm
- SKU: AC352-020-01
- UPC: 6009515823603
SERIES 352 -[01]-
A specialised precision instrument designed to measure large internal dimensions, such as the inside diameter of large bores, cylinders, and other hollow structures. The 'tubular' design refers to the use of lightweight, hollow tubes (or rods) that can be extended and combined to cover a wide range of measurements, making it ideal for measuring large internal dimensions with high accuracy.
- Graduation: 0.01mm
- Travel of micrometer head: 13mm
- Accuracy: (3+n+L/50)µm
- n is number of rods
- L is max. measuring length in mm
- Supplied with setting standards
- Carbide measuring faces
Applications
- Large Bore Measurement: Ideal for measuring the internal diameters of large bores and cylinders in industries such as automotive, aerospace, and heavy machinery.
- Quality Control: Widely used in quality control processes to verify that large internal dimensions meet the required specifications.
- Manufacturing: Used in manufacturing environments where precision measurement of large internal components is essential.
Advantages of a Tubular Inside Micrometer
- Versatility: The use of interchangeable tubes allows for a wide range of internal measurements, making it a versatile tool for various applications.
- Precision Over Large Distances: Capable of providing accurate measurements even for large internal dimensions, which are difficult to measure with other tools.
- Lightweight and Durable: The tubular design ensures the instrument is lightweight yet durable, facilitating ease of use and long-lasting performance.
In summary, a tubular inside micrometer is an essential tool for accurately measuring large internal dimensions in various industries. Its lightweight, modular design, combined with high precision and versatility, makes it a valuable instrument for tasks requiring detailed and accurate internal measurements over large distances.