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Geometrical product specifications GPS Dimensional measuring instruments: Callipers and depth gauges Design and metrological requirements Title French Spcification gometrique des produits GPS Instruments de mesurage dimensionnel: Pieds coulisse et jauges de profondeur Spcifications de conception et spcifications mtrologiques.
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The work of preparing International Standards is normally carried out through ISO technicalcommittees. Each member body interested in a subject for which a technical committee has been established hasthe right to be represented on that committee. International organizations, governmental and non-governmental, inliaison with ISO, also take part in the work.
The main task of technical committees is to prepare International Standards. Draft International Standards adoptedby the technical committees are circulated to the member bodies for voting. Attention is drawn to the possibility that some of the elements of this International Standard may be the subject ofpatent rights.
ISO shall not be held responsible for identifying any or all such patent rights. It influences chain link5 of the chains of standards on size and distancein the general GPS matrix. For more detailed information on the relation of this standard to other standards and the GPS matrix model seeAnnex C.
Geometrical product specifications GPS Dimensionalmeasuring instruments: Callipers and depth gauges Design andmetrological requirements. This International Standard provides the most important design and metrological characteristics of callipers anddepth gauges. The following normative documents contain provisions which, through reference in this text, constitute provisions ofthis International Standard.
For dated references, subsequent amendments to, or revisions of, any of thesepublications do not apply. However, parties to agreements based on this International Standard are encouraged toinvestigate the possibility of applying the most recent editions of the normative documents indicated below.
Forundated references, the latest edition of the normative document referred to applies. ISO , Geometrical product specification GPS Inspection by measurement of Workpieces andmeasuring equipment-Part 1: Decision rules for proving conformance or non-conformance with specifications. NOTE 1 Calliper with an additional measuring face at the end of the beam and a depth measuring rod are called universalcalliper see figure 1.
NOTE 2 The readout may be analogue or by a digital display. In the case of digital display instruments a transfer of data maybe possible. NOTE 3 Callipers are suitable for external and internal measurements, universal callipers may be used to make many typesof measurement.
The slider of a universal calliper may be developed to measure heights or steps see Annex D. NOTE 1 See figure 3. The readout may be analogue or by a digital display.
In the case of digital display instruments atransfer of data may be possible. The general design and workmanship shall be such that the performance of the calliper and depth calliper complieswith the requirements of this standard under all orientation of operation unless otherwise specified by themanufacturer.
Key:1 Beam 6 Measuring faces for internal measurements crossed knife edges 2 Slider 7 Depth measuring rod3 Fixed measuring jaw 8 Measuring faces for depth measurements4 Sliding measuring jaw 9 Vernier scale5 Measuring faces for external measurements 10 Main scale. Figure 1 Example for a general design of an universal calliper respectively for external, internal anddepth measurement Slider with locking screw or with clamping device.
Key:1 Beam 6 Measuring faces for internal measurements2 Slider 7 Fine adjustment clamp3 Fixed measuring jaw 8 Fine adjustment nut4 Sliding measuring jaw 9 Fine adjustment screw5 Measuring faces for external measurements. Figure 2 Example for a general design of callipers respectively for external and internal measurementwith a fine adjustment clamp. The callipers and depth gauges shall conform with the dimensions of those elements which are given in table 1.
Several types of indicating devices are possible. Analogue indicating devices with vernier scale or circular scaleand digital indicating devices with digital display.
The scale interval and its unit respectively the unit of the indicationof a measuring instrument with a digital display shall be labelled. The scale interval of the main scale on the beam of an instrument with vernier scale shall be 1 mm. The main scaleshall be longer by one vernier scale length than the measuring range of the instrument.
In the case of instrumentswith circular scales, the scale interval on the beam may be greater than 1 mm. The height difference between the edges of the vernier scale surface and the main scale surface shall be as smallas possible, for example 0,3 mm. The main scale surface and vernier scale surface shall be nominally at the samelevel and the distance between the main scale and the vernier scale shall be as small as useful.
Instruments with a digital display may also be capable of data transfer. In this case the manufacturer shall describethe data output protocol interface in sufficient details.
Measuring faces shall have a wear-resistant and suitable surface finish and shall not be sharp-edged. Instruments with a digital display may be set to zero in any position within the measuring range, instruments with acircular scale within the range of the scale.
For calliper the metrological characteristics of this clause apply when the zero is set with the measuring facespressed to each other zero setting , for depth gauges when the measuring faces are pressed against a referenceplane.
NOTE Requirements for straightness, flatness, and parallelism of the measuring faces are not given separately. If the slider is clamped in the case the slider is equipped with a locking screw or a clamping device , the setdimension shall not change and the indication shall fulfil the following:. NOTE The digital display may vary by one digital step if the sliders is in a position short before the indication will change.
The requirements on the error of indication apply to any indication based on the zero setting stated in 5. Theserequirements apply independently of the measuring range of the instrument. The error of indication must not begreater than the maximum permissible error given by the manufacturer.
NOTE As a result, the limits of permissible error may be greater than the digital step or the vernier or the scale interval. Error in the indicated value when the measurement is performed by using partial measuring surfaces at anyposition along the jaw and at any position of the measuring range. Error in the indicated value when using other measuring faces than the measuring faces for external measurementprovided that a full contact of the measuring faces is given.
NOTE Scale shift includes e. Error in the indicated value when the measurement is performed by using two parallel straight lines on the jaw perpendicular to the length of the jaw at any position along the jaws. Error in the indicated value when the measurement is performed by using the complete measuring surface of thejaws. Using the complete measuring surface shall be done in addition to clause 5. Each type of instrument has a specification sheet which is intended to supply the following minimum information tothe user.
The manufacturer shall specify the values of the maximum permissible error and shall give informationabout design requirements. Maximum permissible error of indicationIndicated valueMeasuring force, scale interval or digital step.
The global calibration of each scale point or each digital step over the measuring range will necessitate a largenumber of readings to be taken.
When it is considered that the intended use of the instrument does not warrantglobal calibration, partial calibration or task related calibration should be taken into consideration. LQ - Calipers has been added to your cart. View Cart. Publisher: ASME. Publish Date: Language: English - US. ISBN: Print or Share. Standard Options Format. Download Acrobat Reader free.
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