• Supports bidirectional communication between the ID-C and the computer, enabling data output to a computer and setting of various functions of ID-C from a computer
• GO/±NG judgment function: If a judgment result shows an out of tolerance condition, the display backlighting changes from green to red
• Models capable of resolution switching
• External power supply type: an AC adapter is a standard accessory; Does not require battery replacement
• The maximum resolution is 0.5 µm (0.0005 mm); With an indication error corresponding to 0.0025 mm, this indicator can be used in high-precision applications
• Calibration schedule warning - An icon is displayed on the LCD to notify the user of the set calibration schedule; This function facilitates the proper precision management of the measuring instrument
• An analog bar indicator has been integrated to make upper/lower limit and turnover point reading more comfortable
• The ABS (absolute) scale restores the last origin position automatically when the indicator is turned on, and realizes high reliability by eliminating over-speed errors
• Easy-to-read large LCD readout with the height of the characters has been increased from 8.5 mm with the previous model to 11 mm (about 1.5 times as much)
• Equipped with a data output port that enables incorporation into measurement networking and statistical process control systems
• SPC Cable to allow for new S1 output capability
• Interface: d1/d2/S1
• Expanded accessories – including brackets and connectors for wireless transmitters
• The display can be rotated 330°, allowing use at a position where you can easily read the measurement value

The Mitutoyo ABS ID-F Series digital indicator features a back-lit, easy-to-read LCD screen that changes from green to red when user-defined tolerances are exceeded. This allows Go/No-Go judgments much faster and easier without sacrificing accuracy or reliability. The ID-F indicator has six user-selectable resolutions with a maximum resolution of 0.001mm/.0005” and an accuracy of +/ 0.003mm/.00012”. An integrated analog bar indicator handles upper and lower limit approaching and zero approaching.