Insize V Shape Vernier Calipers Art No 1229-3
Specifications
For: Art No 1229-3- Type
- V shape vernier caliper
- Graduation
- 0.02mm
- Code
- 1229-3
- Range
- 4-60 mm
- Made of
- stainless steel
- reading surface
- Satin chrome plated
- Accuracy
- ±0.04mm
Configurations
Click a row to switch| Variant | Range | Graduation | reading surface | Code | Price |
|---|---|---|---|---|---|
| Art No 1229-3 | 4-60 mm | 0.02mm | Satin chrome plated | 1229-3 | ₹12,517 |
| Art No 1229-35 | 50-200 mm | 0.02mm | Satin chrome plated | 1229-35 | ₹28,999 |
| Art No 1229-5 | 4-60 mm | 0.02mm | Satin chrome plated | 1229-5 | ₹12,517 |
| Art No 1229-55 | 50-200 mm | 0.02mm | Satin chrome plated | 1229-55 | ₹28,999 |
User-Friendly Vernier Design
- Classic vernier scale eliminates need for batteries or electronics
- Intuitive sliding mechanism provides smooth operation
- Easy-to-read markings reduce human error during inspection
- Lightweight yet sturdy frame improves handling comfort
- No complex setup required; ready for immediate use
- Cost-effective solution for high-volume measurement tasks
Ideal for Cylindrical Component Inspection
- Perfect for measuring shafts, pipes, and round stock
- V-jaw design centers the tool automatically on round objects
- Essential for quality control in machining and manufacturing
- Suitable for checking bore diameters and wall thicknesses
- Supports precision tasks in automotive and aerospace sectors
- Helps detect out-of-roundness and taper in components
Durable Stainless Steel Construction
- Crafted from high-grade stainless steel for long-term use
- Resistant to corrosion, oil, and general workshop contaminants
- Robust build withstands daily handling in industrial environments
- Satin chrome finish protects against wear and tear
- Maintains calibration stability over time and repeated use
- Ideal for harsh conditions where standard calipers may fail
Precision Measurement Capabilities
- Designed for accurate measurement of internal and external diameters
- V-shaped jaws ensure stable contact with cylindrical workpieces
- Graduation of 0.02mm allows for fine resolution reading
- Accuracy rating of ±0.04mm ensures reliable data integrity
- Range covers Ø4-60mm for versatile small-part inspection
- Satin chrome plated surface reduces glare during reading
More questions buyers ask
What is a V-shape vernier caliper used for?
It is specifically designed for measuring the diameters of cylindrical workpieces like shafts, pipes, and round bars.
What is the graduation of Insize V-shape calipers?
These calipers typically feature a 0.02mm graduation for high-precision measurements.
Are Insize V-shape calipers made of stainless steel?
Yes, they are constructed from high-grade stainless steel for durability and corrosion resistance.
What is the measuring range of the 1229-3 model?
The 1229-3 model has a measuring range of 4-60mm.
Does the reading surface have a special finish?
Yes, they feature a satin chrome plated reading surface to reduce glare and improve readability.
Can these calipers measure internal diameters?
Yes, they are designed to accurately measure both internal and external diameters of cylindrical objects.
Is the V-jaw design beneficial?
The V-jaw design helps in centering the tool automatically on round objects, ensuring stable contact.
Do I need batteries for these calipers?
No, these are mechanical vernier calipers and do not require batteries or electronics.
What is the accuracy of these calipers?
Accuracy varies by model, typically around ±0.04mm to ±0.06mm depending on the range.
Are Insize tools reliable for industrial use?
Insize is a globally recognized brand known for high-quality, reliable precision measuring instruments.
Who should choose the 1229-3 model?
Ideal for users needing a compact range of 4-60mm for small cylindrical parts inspection.
Who should choose the 1229-35 model?
Best for professionals requiring a larger measuring range of 50-200mm for bigger shafts and pipes.
Who should choose the 1229-5 model?
Similar to 1229-3, suitable for 4-60mm range applications where specific model requirements apply.
Who should choose the 1229-55 model?
Recommended for heavy-duty applications requiring a 50-200mm range with high precision.
How does the 1229-3 compare to the 1229-35?
The 1229-3 is for small parts (4-60mm), while the 1229-35 is for larger components (50-200mm).
Are the 1229-3 and 1229-5 different?
They share the same 4-60mm range; differences may relate to specific design iterations or regional codes.
How do the 50-200mm models compare to the 4-60mm models?
The 50-200mm models are larger, heavier, and designed for bigger industrial components compared to the compact 4-60mm versions.