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View and Download YOKOGAWA Datum Y XL100 user manual online. Datum Y XL100 data loggers pdf manual download. Also for: Datum y xl111, Datum y xl112, Datum y xl114, Datum y 1. Datum Identity. Datum Storage accounts are attached to a Datum Identity. To create your Datum Identity, download the Datum ID app and follow the on-screen instructions. Please note
Datums, Datum Features, and Datum Simulators
Map, you must provide datum transformation information. See Datum transformations for details.The location profile applies to both internal and external receivers. It's recommended to use a location profile when you're using a correction service. If you don't set up a location profile, the default profile is used. The default profile assumes that provided locations are in the WGS 1984 Web Mercator (Auxiliary Sphere) [WGS84] coordinate system.When using a location profile other than the default, basemaps that don't match the spatial reference of the location profile are unavailable.While viewing the Maps list, tap Profile .In the Location section of the profile, tap Profile.If your profile isn't listed, add it by completing the following steps:Tap Add to display a list of coordinate systems.In the GNSS coordinate system list, tap the coordinate system used by your receiver's correction service. You can search by the name or ID of the coordinate system to filter the results in the list. If using an Android device, tap Next.In the Map coordinate system list, tap the coordinate system used by your map (determined by the basemap it uses). You can search by the name or ID of the coordinate system to filter the results in the list. If using an Android device, tap Next.Caution:Some projected and geographic coordinate systems have the same name. Make sure you choose your coordinate system from the correct category.If a datum transformation between the coordinate systems of your receiver's correction service and your map is not required, tap Next (Android) or Done (iOS) and skip to step g (naming the profile).If a datum transformation between the coordinate systems of your receiver's correction service and your map is required, set the map extent to the area where data is going to be collected and tap Next.You can only specify the data collection area when your device has access to online data via Wi-Fi or a cellular network. When offline, specifying a data collection area is skipped.Tap the desired datum transformation in the list of available transformations and tap Next (Android) or Done (iOS).If you are on an iOS device and the datum transformation is grid based and needs to be downloaded, Download displays next to it. Tapping the transformation downloads the required files before you can continue making your location profile. If you'd rather copy the files directly to the device (sideload them), you need to do so before creating the profile.Tip:On Android, grid-based datum transformations must be copied directly to the device before creating the profile. Support for downloading them is coming to Android.The datum transformation list is sorted by relevance, with the most relevant transformation listed first. Collector uses the GNSS coordinate system, map coordinate system, and (if provided) the extent
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In today’s Question Line Video, Jason uses the example of a cylindrical datum feature to show how non-planar datums can be simulated and how they are able to constrain degrees of freedom.We received the following question from a student: “I understand how planar datums constrain degrees of freedom. But I still don’t understand how an axis or point datum is supposed to constrain degrees of freedom. With planar datums, you can picture it as a datum simulator, but how do you do that with an axis or point?”To begin, let’s review some terms. A datum feature is the tangible, imperfect surface or feature of size on a part that is indicated by the datum feature symbol on the part drawing. Datums, which are theoretically exact points, axes, lines, or planes, are derived from datum features. They are used to create a datum reference frame – the reference system used for inspecting the manufactured part.So, how do we measure from a theoretical datum? We must simulate the datum using measurement equipment. For a flat surface indicated as a datum feature, the derived datum would be a plane. To simulate this datum plane, we could use a granite table (or surface plates). We would then engage the datum feature with the datum simulator, placing the surface on the granite table. Once we have engaged to a datum, we cannot disengage it. Therefore, we see that we have restricted the movement of the part by one translation (up and down) and two rotations (left & right rotation and the rotation into & out of the page), for a total control of three degrees of freedom.Figure 1: Datum Plane Simulated using a Granite TableNow back to the student’s question. How can we simulate non-planar datums, and how are they able to constrain degrees of freedom? To answer this question, let’s consider a part with a cylindrical datum feature.The resulting datum from a cylindrical feature would be an axis. To simulate this datum axis, we would first need to simulate a perfect cylinder that encompasses the actual cylindrical datum feature surface, one that touches the high points of the feature surface. The axis of this perfect cylinder is the datum axis.To simulate this with measurement equipment, we could use a 3-jawed chuck, as shown in Figure 2, below. This chuck engages the highpoints of the cylinder, and when we rotate this part, we will get an axis of rotation. We can then take measurements back to this axis.Figure 2: Datum Axis Simulated Using a 3-Jawed ChuckAnother method we could use to simulate a datum axis is using V-blocks. If we have two datum features that create a single axis of rotation, we can set those features on V-blocks and rotate the part. Rotating the part creates an axis of rotation that we can use as a datum simulator, and measurements can be made back to that simulated datum.Figure 3: Datum Axis Simulated Using V-BocksIn engaging our datum simulators, we have stopped two degrees of translationDatum Ingenier a - Datum Ingenier a
Of an external feature of size at MMC. The inverse would be true of an internal feature of size. The” M” referenced with Datum A allows “datum shift”. As Datum feature A deviates from it’s MMC size then the cylindrical tolerance zone is permitted to shift relative to the size difference between Datum feature A’s actual size and its size at MMC. #7 dtmbizLet’s summarize all data :The MMB of datum featutre A = 414The LMB of datum featutre A = 413.925The MMC of toleranced feature = 406.425The LMC of toleranced feature = 406.390If the toleranced feature size made at LMC 406.390, the bonus = 406.425 – 406.390 = 0.035. and the allowable position tolerance = position tolerance callout + bonus = 0.05 +0.035 = 0.085.Since there is a M on datum feature A, so the total allowable position tolerance should include the “datum shift”.SeasonLee #8 SeasonLee...In haste I thought that you used LMC in your example...Summmaries are good... my bad..Very goot for us simple folk... Status Not open for further replies. Similar threads Home Forums People Mechanical Engineers Drafting Standards, GD&T & Tolerance Analysis. View and Download YOKOGAWA Datum Y XL100 user manual online. Datum Y XL100 data loggers pdf manual download. Also for: Datum y xl111, Datum y xl112, Datum y xl114, Datum yDatum Memory Booster download, install datum memory
The same direction). But just so you know, in other cases where the M symbol appears after the datum letter, it's not necessarily directly added. What really happens is that this second M symbol doesn't increase the tolerance zone, but rather allows it to shift around. But in your case, for simplicity, think of it as additive.John-Paul BelangerCertified Sr. GD&T ProfessionalGeometric Learning Systems #3 When the large diameter is referenced as the primary datum A at MMC, the datum feature gage (or simulator) is fixed in size, the gage size is equal to the datum feature MMC at 414.If the large diameter made less than MMC size, the part may have some movement (clearance or shift) in the gage, this movement is called “Datum Shift” in GD&T, it is an allowable movement between the part datum feature and the gage, datum shift is similar to bonus, it may result in additional tolerance for the part (for coaxial part only, like this example).The amount of datum shift is equal to the amount the datum feature departs from MMC, so the max amount of datum shift is equal to the difference between the gage size and LMC of the datum feature. The max datum shift = = 414 – 413.925 = 0.075 (same as the difference of size limit)For example : datum feature A size at Ø413.960 Tolerance feature size at Ø406.410The total allowable tolerance = positional tolerance + bonus + datum shiftThe total allowable tolerance = 0.05 + (406.425 – 406.410) + (414 – 413.960) = 0.105SeasonLee Thread starter #4 Thank you very much for the detailed answers and explanations. There is one point that I want to clarify. I assume that Datum A is the axis of the cylinder with diameter 414mm. Is that right?If so, the datum is an axis which is somehow independent of the 414 diameter. So is it logical to add Max Material Cond on an axis? #5 The true, theoretical datum is indeed an axis. But in the real world, we still need to physically touch something to derive an axis. This is where theDatum Malware Cleaner download, install datum malware
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Map, you must provide datum transformation information. See Datum transformations for details.The location profile applies to both internal and external receivers. It's recommended to use a location profile when you're using a correction service. If you don't set up a location profile, the default profile is used. The default profile assumes that provided locations are in the WGS 1984 Web Mercator (Auxiliary Sphere) [WGS84] coordinate system.When using a location profile other than the default, basemaps that don't match the spatial reference of the location profile are unavailable.While viewing the Maps list, tap Profile .In the Location section of the profile, tap Profile.If your profile isn't listed, add it by completing the following steps:Tap Add to display a list of coordinate systems.In the GNSS coordinate system list, tap the coordinate system used by your receiver's correction service. You can search by the name or ID of the coordinate system to filter the results in the list. If using an Android device, tap Next.In the Map coordinate system list, tap the coordinate system used by your map (determined by the basemap it uses). You can search by the name or ID of the coordinate system to filter the results in the list. If using an Android device, tap Next.Caution:Some projected and geographic coordinate systems have the same name. Make sure you choose your coordinate system from the correct category.If a datum transformation between the coordinate systems of your receiver's correction service and your map is not required, tap Next (Android) or Done (iOS) and skip to step g (naming the profile).If a datum transformation between the coordinate systems of your receiver's correction service and your map is required, set the map extent to the area where data is going to be collected and tap Next.You can only specify the data collection area when your device has access to online data via Wi-Fi or a cellular network. When offline, specifying a data collection area is skipped.Tap the desired datum transformation in the list of available transformations and tap Next (Android) or Done (iOS).If you are on an iOS device and the datum transformation is grid based and needs to be downloaded, Download displays next to it. Tapping the transformation downloads the required files before you can continue making your location profile. If you'd rather copy the files directly to the device (sideload them), you need to do so before creating the profile.Tip:On Android, grid-based datum transformations must be copied directly to the device before creating the profile. Support for downloading them is coming to Android.The datum transformation list is sorted by relevance, with the most relevant transformation listed first. Collector uses the GNSS coordinate system, map coordinate system, and (if provided) the extent
2025-04-18In today’s Question Line Video, Jason uses the example of a cylindrical datum feature to show how non-planar datums can be simulated and how they are able to constrain degrees of freedom.We received the following question from a student: “I understand how planar datums constrain degrees of freedom. But I still don’t understand how an axis or point datum is supposed to constrain degrees of freedom. With planar datums, you can picture it as a datum simulator, but how do you do that with an axis or point?”To begin, let’s review some terms. A datum feature is the tangible, imperfect surface or feature of size on a part that is indicated by the datum feature symbol on the part drawing. Datums, which are theoretically exact points, axes, lines, or planes, are derived from datum features. They are used to create a datum reference frame – the reference system used for inspecting the manufactured part.So, how do we measure from a theoretical datum? We must simulate the datum using measurement equipment. For a flat surface indicated as a datum feature, the derived datum would be a plane. To simulate this datum plane, we could use a granite table (or surface plates). We would then engage the datum feature with the datum simulator, placing the surface on the granite table. Once we have engaged to a datum, we cannot disengage it. Therefore, we see that we have restricted the movement of the part by one translation (up and down) and two rotations (left & right rotation and the rotation into & out of the page), for a total control of three degrees of freedom.Figure 1: Datum Plane Simulated using a Granite TableNow back to the student’s question. How can we simulate non-planar datums, and how are they able to constrain degrees of freedom? To answer this question, let’s consider a part with a cylindrical datum feature.The resulting datum from a cylindrical feature would be an axis. To simulate this datum axis, we would first need to simulate a perfect cylinder that encompasses the actual cylindrical datum feature surface, one that touches the high points of the feature surface. The axis of this perfect cylinder is the datum axis.To simulate this with measurement equipment, we could use a 3-jawed chuck, as shown in Figure 2, below. This chuck engages the highpoints of the cylinder, and when we rotate this part, we will get an axis of rotation. We can then take measurements back to this axis.Figure 2: Datum Axis Simulated Using a 3-Jawed ChuckAnother method we could use to simulate a datum axis is using V-blocks. If we have two datum features that create a single axis of rotation, we can set those features on V-blocks and rotate the part. Rotating the part creates an axis of rotation that we can use as a datum simulator, and measurements can be made back to that simulated datum.Figure 3: Datum Axis Simulated Using V-BocksIn engaging our datum simulators, we have stopped two degrees of translation
2025-04-15The same direction). But just so you know, in other cases where the M symbol appears after the datum letter, it's not necessarily directly added. What really happens is that this second M symbol doesn't increase the tolerance zone, but rather allows it to shift around. But in your case, for simplicity, think of it as additive.John-Paul BelangerCertified Sr. GD&T ProfessionalGeometric Learning Systems #3 When the large diameter is referenced as the primary datum A at MMC, the datum feature gage (or simulator) is fixed in size, the gage size is equal to the datum feature MMC at 414.If the large diameter made less than MMC size, the part may have some movement (clearance or shift) in the gage, this movement is called “Datum Shift” in GD&T, it is an allowable movement between the part datum feature and the gage, datum shift is similar to bonus, it may result in additional tolerance for the part (for coaxial part only, like this example).The amount of datum shift is equal to the amount the datum feature departs from MMC, so the max amount of datum shift is equal to the difference between the gage size and LMC of the datum feature. The max datum shift = = 414 – 413.925 = 0.075 (same as the difference of size limit)For example : datum feature A size at Ø413.960 Tolerance feature size at Ø406.410The total allowable tolerance = positional tolerance + bonus + datum shiftThe total allowable tolerance = 0.05 + (406.425 – 406.410) + (414 – 413.960) = 0.105SeasonLee Thread starter #4 Thank you very much for the detailed answers and explanations. There is one point that I want to clarify. I assume that Datum A is the axis of the cylinder with diameter 414mm. Is that right?If so, the datum is an axis which is somehow independent of the 414 diameter. So is it logical to add Max Material Cond on an axis? #5 The true, theoretical datum is indeed an axis. But in the real world, we still need to physically touch something to derive an axis. This is where the
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