Calibration: Corridor Impact instruments needs to be calibrated prior to use, using the same probe and focus on that may be utilized for measurements. This can be done by using readings without having focus on, While using the goal touching the probe (zero thickness), and at two or even more reference thicknesses. This permits the instrument to produce a calibration desk that plots voltage improvements compared to thickness.
The probe’s Corridor Result sensor measures the space between the probe idea and concentrate on ball. The measurements are right away displayed on the massive color thickness Show as a straightforward-to-read digital thickness reading through.
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This problem is usually because of a connection failure within the probe cable. Confirm that the cable is linked to both the gage as well as probe, and that the cable is not harmed. Site 163: Diagnostics
Your Magna-Mike thickness gage really should not be applied within 2 ft (0.sixty one meters) of any large metal object or robust magnetic fields. Possessing the instrument near massive steel objects, including table legs and metal supports, can affect the magnetic industry within the probe.
The probe's Corridor Impact sensor steps the gap between the probe idea and goal ball. The measurements are right away exhibited on the massive coloration thickness Show as a straightforward-to-go through digital thickness studying.
The Magna-Mike® 8600 is a transportable thickness gauge that employs a straightforward magnetic approach to make reputable and repeatable measurements on nonferrous products. Operation on the Magna-Mike is quite simple. Measurements are created when its magnetic probe is held or scanned on one particular facet of your check substance and a little concentrate on ball (or disk or wire) is put on the opposite side or dropped inside a container.
The Magna-Mike 8600 gauge actions the thickness of packaging and plastic/glass containers for programs in different industries. Simply drop the compact target ball inside the container. The magnetic probe held on the surface on the container attracts the target ball.
The calibration approach includes positioning the probe with a calibration block using a recognised thickness. The Olympus Magna-Mike 8600 is on the market with two varieties of probes, two sorts of wear cap recommendations, and 4 different types of targets to accommodate A selection of thicknesses and lots of take a look at piece geometries.
The probe's Corridor Result sensor measures the distance in between the probe tip and target ball. The measurements are instantly exhibited on the big color thickness Display screen as a fairly easy-to-browse electronic thickness looking at.
This handbook has important information on tips Olympus Magna-Mike 8600 Thickness Gauge on how to use this Olympus products securely and correctly.
Hall Result gages can potentially evaluate any non-magnetic content whose geometry permits positioning a probe tip on one facet of the wall and a small focus on just like a metal ball on one other, nearly a highest thickness of roughly one inch or 25 mm. Materials that could be measured incorporate every type of plastics and composites, aluminum, titanium, and other nonferrous metals, glass, wood and paper products, and sure nonmagnetic stainless-steel alloys.
In PROTOCOL, pick which remote command established the instrument makes use of for interaction: • MULTI-CHAR: Multi-character instructions used for interaction with a computer using the Magna-Mike 8600 multi-character instructions. • SINGLE CHAR: Single-character command Ordinarily utilised when an exterior plan is controlling the instrument by remotely sending instructions to mimic keystroke.
The ball/concentrate on sizing indicator reveals for which ball/goal size the instrument is now calibrated. The Magna-Mike 8600 also shows a wear tip indicator: a white dot or a white triangle.