Baker Plunger Type Digital Dial Gauge V Series (12.5 to 50 mm)

The Baker Plunger Type Digital Dial Gauge is an advanced and versatile measuring instrument designed for precise linear measurements in various industrial, engineering, and quality control applications. This gauge incorporates digital technology with a plunger-style measuring probe, providing accurate and reliable measurements with ease of use and enhanced functionality.Key features of the Baker Plunger Type Digital Dial Gauge include a digital display screen, a spring-loaded plunger probe, a zero-reset button, and data output capabilities. The digital display provides clear and easy-to-read measurements in either metric (millimeters) or imperial (inches) units, typically with high-resolution readings for precise measurements.The spring-loaded plunger probe is designed for contacting and measuring the dimensions of objects such as bores, holes, grooves, and recesses. The plunger extends or retracts based on the depth of the measured feature, ensuring accurate and consistent results. This makes the gauge suitable for applications requiring precise depth measurements or inside diameter (ID) measurements.The zero-reset button allows users to calibrate the gauge quickly and easily, ensuring accurate measurements at the starting point. Some models may also feature a preset function, allowing users to save and recall specific measurement values or tolerances for efficient workflow.Additionally, the Baker Plunger Type Digital Dial Gauge often includes data output capabilities, such as a data port or wireless connectivity, enabling users to transfer measurement data to external devices, computers, or data collection systems for further analysis, documentation, or quality control purposes.Proper calibration and maintenance are essential to ensure the accuracy and reliability of the Baker Plunger Type Digital Dial Gauge. Regular calibration checks and keeping the gauge clean and free from debris or damage help maintain its precision over time, ensuring consistent and accurate measurements.