Mitutoyo 0 to 6 stainless steel electronic depth gage MSC Direct delivers high precision depth measurement in a robust stainless steel body. This digital indicator gage is designed for shop floor and laboratory use, providing fast, reliable readings with minimal operator influence.
Built for demanding inspection tasks, the 0 to 6 mm range covers critical dimensional checks on pins, bores, and small components. When sourced through MSC Direct, buyers gain access to authentic tooling, competitive pricing, and fast logistics support.
| Model | Measurement Range | Resolution | Key Features |
|---|---|---|---|
| Mitutoyo 533-401-30 | 0 to 6 mm | 0.001 mm | Stainless steel body, electronic depth gage, wear-resistant carbide tip |
| Carbide Measuring Tip | Durable for hardened surfaces | — | Long life, reduced tip wear on hard bores |
| Digital Indicator | Large LCD with Hold and Zero | 0.001 mm | Backlit display and battery status for low-light environments |
| MSC Direct Packaging | Sealed protective packaging | — | Gage ready to use, traceability documentation included |
Key Specifications And Accuracy
Understanding the technical specifications helps operators select the right setup for depth measurement tasks. The Mitutoyo 533-401-30 electronic depth gage is built to meet tight tolerances and repeatability requirements.
The 0 to 6 mm range suits the verification of small internal dimensions in bearings, sleeves, and bushings. With sub-micron resolution, the digital display enables quick pass/fail decisions without manual interpretation.
Stainless steel construction minimizes expansion from hand heat, preserving measurement integrity. The carbide tipped anvil is designed to resist abrasion, ensuring consistent contact across rough or slightly curved test points.
Operating Principle And Setup
Electronic depth gages like this model translate physical contact into an electrical signal, displayed as a dimensional value on the LCD. Proper setup is essential to achieve stable, repeatable readings.
Operators should establish a clean reference surface, then lower the active measuring tip until it seats firmly. The integrated zero function allows quick resetting between measurements, while the hold function captures values in difficult-to-access setups.
Correct positioning reduces tilt error and helps maintain accuracy over the full 0 to 6 mm travel. Regular cleaning of the tip and reference plane supports long term performance.
Maintenance And Handling
Routine care extends the life of the measuring tip and preserves display clarity. Following basic handling rules reduces the risk of shock, contamination, or accidental damage.
Store the gage in a padded case when not in use, and avoid exposure to dust, metal chips, or corrosive coolants. Use only recommended cleaning methods, and never apply excessive pressure to the sensing tip.
Applications In Quality Control
Mitutoyo 0 to 6 electronic depth gage applications span incoming inspection, machine setup, and final verification. Its compact form and clear digital readout make it suitable for both bench work and floor monitoring.
Typical uses include checking pin length, bearing inner race height, piston ring groove depth, and small bore alignment. The stainless steel body and carbide tip are well suited for environments where corrosion resistance and durability are important.
Key Takeaways For Depth Measurement
- Verify that the 0 to 6 mm range matches your inspection requirements before purchase
- Use a clean, flat reference surface for setup to minimize tilt and air cushion errors
- Leverage the digital hold and zero functions to streamline repetitive checks
- Protect the carbide tip from impact and abrasion to preserve long term accuracy
- Follow a regular calibration schedule aligned with your quality system requirements
FAQ
Reader questions
What is the difference between a mechanical and electronic depth gage in this range?
The Mitutoyo 533-401-30 electronic depth gage provides a digital readout, reducing parallax errors and enabling data logging, while a mechanical version relies on pointer or dial interpretation that can introduce reading uncertainty.
Can the 0 to 6 mm range be used for measuring worn bores safely?
Yes, the carbide tipped anvil is designed for hardened surfaces, but operators should ensure the bore geometry allows full tip seating and avoid measuring loose or fragmented debris that could damage the tip.
How often should I calibrate the electronic depth gage purchased via MSC Direct?
Calibration frequency depends on usage and environmental conditions; many quality systems schedule checks every six months or sooner if the gage is subjected to shocks, extreme temperatures, or heavy daily use.
Does the display hold function work with the battery removed?
The hold function stores the current reading in memory while powered; removing the battery will clear the stored value, so save important readings manually or record them before power loss.