Mitutoyo Surftest Sv400 User Manual Hot! Full -

The manual begins with exploded-view diagrams. You will learn the difference between the (standard) and the Detector 178-397 (for deep grooves). It labels every button on the Data Processing Unit (DPU-400), including the rarely-used "PRINT" and "STAT" keys.

The Definitive Guide to the Mitutoyo Surftest SV-400 / SJ-400 Series: Operation, Calibration, and Full Manual Overview

Cause: Dirt on the workpiece, external floor vibrations, or a loose detector arm.

Utilizes a high-precision linear guide system with a straightness accuracy of up to 0.05 µm / 100 mm. It controls the horizontal ( -axis) traversing speed and length. Column Unit: A motorized or manual vertical ( mitutoyo surftest sv400 user manual full

: Equipped with Ra calibration and step calibration methods, requiring only the input of the precision specimen value.

Stylus dropped into a deep hole or pushed too hard against a part.

Mitutoyo Precision Roughness Specimen (typically a patch block showing a certified value, e.g., Step-by-Step Calibration Workflow The manual begins with exploded-view diagrams

Provides a vibration-dampening foundation for stable, sub-micron measurements.

The Surftest SV-400 is a compact and versatile instrument that features a high-resolution measuring head, advanced software, and a user-friendly interface. The instrument is designed to measure a wide range of surface characteristics, including:

The SV-400 stands out because of its dual-mode versatility and extreme resolution: Skidless vs. Skidded Measurement The Definitive Guide to the Mitutoyo Surftest SV-400

: Features a "ruler function" for coordinate difference evaluation on the LCD and advanced R-surface compensation for measuring cylindrical workpieces. Operational Guide Summary Calibration Ra auto-calibration method by entering the value of the included precision specimen.

Adjust the micrometer heads on the leveling table until the slope inclination angle on the real-time software monitor reads as close to zero degrees ( 0∘0 raised to the composed with power ) as possible. Step 3: Data Acquisition and Saving