Vehicle repair/maintenance tool YATO YT-72453, single pack (1 pc)

YATO YT-72453 is a professional electronic dial sensor designed for vehicle repair and maintenance tasks. Supplied as a single-unit pack, this measuring tool is suitable for workshop use and private vehicle owners who need precise inspection of rotating components such as brake discs, pulleys and shafts. The instrument combines a fine 0.01 mm graduation with a practical magnetic base and compact dial size to provide stable, repeatable measurements in common automotive service operations.

Advantages

The electronic dial sensor offers a high resolution of 0.01 mm and a measuring range up to 12.7 mm, enabling accurate detection of runout and small deviations. Its magnetic base secures the sensor to ferrous surfaces, creating a stable reference point for consistent measurements during diagnostics or repair. The compact dial face and standardized mounting mandrel simplify positioning and integration with common fixtures, while delivery in a robust plastic case protects the instrument during storage and transport.

Suitable for

• Checking brake disc runout and axial play
• Inspecting pulley and shaft concentricity
• Measuring small axial or radial deviations in rotating parts
• Workshop setup and machine alignment tasks

Key specifications

• Resolution: 0.01 mm
• Measuring range: 0–12.7 mm
• Mounting mandrel diameter: 8 mm
• Dial face diameter: approximately 57 mm
• Magnetic base for stable attachment to ferrous surfaces
• Supplied in a protective plastic case

How to use

Place the magnetic base on a clean, ferrous surface close to the component to be measured and secure it so the sensor remains stable. Fit the mounting mandrel into the instrument or holder when required and bring the probe tip into light contact with the test surface. Rotate the component slowly or sweep the probe along the surface to observe maximum and minimum readings; calculate runout or deviation from the recorded values using the 0.01 mm resolution. After measurements, retract the probe, switch off and store the sensor in its plastic case to protect the dial and mechanism.

Usage recommendations

For reliable results, ensure contact surfaces are clean and free of heavy rust or debris. Avoid excessive force on the probe tip and perform multiple readings at different positions to confirm repeatability. Use a stable magnetic attachment and verify zeroing of the dial before starting precision checks.