STARRETT 696Z Crankshaft Distortion Dial/Strain Gage, With Balancing Attachement, 2-3/8 to 18 Inch Range

Starrett 696Z strain gauge is used in manufacturing, machining and industrial settings to accurately measure the depth of holes / recesses. It ensures proper component fit and alignment. This gauge enables consistent quality control and achieves accurate measurements for enhancing product integrity and performance.

Working Mechanism:

• Take a measurement at the top position of the cylinder and note the value.
• Measure at the bottom position of the cylinder and record the reading.
• Compare the top and bottom readings to identify any variation.
• Notice if there is a significant difference between the readings, indicating potential misalignment.
• Recognise that misalignment may cause local stress and frame cracking at the neck.

Features:

• It has a polypropylene case to shield from impacts and elements, ensuring longevity.
• This strain gauge offers IP64 rating to protect against dust and water for reliable operation indoors or out.
• It is equipped with 10 rods for easy manual adjustments and maintenance.
• This strain gauge comes with a built-in balance support for enhanced stability and extends performance life.
• It features sharp points for precise setup, reducing errors and simplifying installation.
• This circuit breaker has a lug back and plain bearing for improved performance.

Frequently Asked Questions:

Q. How long is the battery life of this Starrett 696Z gauge?

A. Starrett 696Z gauge has an approximate battery life of 10 hours, depending on the selected scanning interval.

Q. How do I reset this gauge?

A.

• Place the gauge on a flat surface and ensure the dial reads zero.
• Locate the reset knob on the gauge's side.
• Turn the reset knob in the direction indicated to reset the gauge's measurement to zero.
• Double-check the dial is back to zero before using the gauge.

Q. What safety precautions should I take while choosing a gauge?

A.

• Ensure gauge range matches measurement needs.
• Verify gauge accuracy and calibration.
• Choose appropriate material for the gauge environment.
• Select gauge type suitable for application.