Mitutoyo 543-792 Absolute LCD Digimatic Indicator ID-S, #4-48 UNF Thread, 0.375" Stem Dia., Lug Back, 0-0.5"/0-12.7mm Range, 0.00005"/0.001mm Graduation, +/-0.00012" Accuracy

$ 256.00

Score By Feature

Based on 13 ratings

Packaging

9.50

Value for money

9.36

Giftable

9.23

Customer service

9.31

OveReview Final Score

How Our Score Is Calculated

Product Description

A dial indicator with a choice of resolution and a 0 has been added to the electronic dial. Five and twelve. Measuring surface variations is possible up to a range of 7mm

A sealed housing is IP42 certified for dust and water resistance, and has an R value of The stem has a 375' diameter, a lug or flat back, and a steel ball contact point

This LCD displays both inch and metric units and sets itself to zero at the location of the spindle when powered on so that measurements can be taken

Low battery, contamination of scales, and errors in data composition indicate an alarm

The SPC data output (requires an RS-232 cable, which is

Questions & Answers

What is the certification of calibration for this device?

To purchase that, you need to pay more. The library has it, but it is not

Selected User Reviews For Mitutoyo 543-792 Absolute LCD Digimatic Indicator ID-S, #4-48 UNF Thread, 0.375" Stem Dia., Lug Back, 0-0.5"/0-12.7mm Range, 0.00005"/0.001mm Graduation, +/-0.00012" Accuracy

It's great mechanically, but the additional purchase data interface is way too expensive

4/5

Then I mount it on my granite height gauge stand and grab some gauge blocks (Indian B grade, however they are This is the number 00005), and nice is zero. There is no data in block 1005. The thickness of a thousandth of an inch is my sine bar is 0. Oh oh. I don't know what to do. Perhaps ignorance is bliss. 0003 sloped from side to side. I am pleased to be able to measure 1 inch Currently, there is a difference of 2 microns. This data interface seems to be a bit pricey, even if you just charge Simple protocol that a $2 USB microcontroller should be able to decode with ease. Would be nice if that connector could be made available, or maybe a little 3D printer plug that has short pogo pins on a PCB could be used. If the price is so low, why don't they just use Micro USB for the interface? Minus a point for charging 50% extra (or more) than the device price for that user interface when a couple of dollars of chips (at most) would do the trick. Rather than a $1 microcontroller, use a $30 microcontroller that has a USB connection. There is already a 20 one We do agree that a quarter kilobuck instrument should have a data interface.