ø12 M Dial ø12 M8 1.25

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1 ccessories DIMENSION ø M (W) (D) (W) 3.7 (D) S- 7. ø6 360 ø m o.l c 6 adjustable 10 Dovetail 360 (303) (ø34) 360 Mx (W) 60 (D) 10 6 ccessories w B M 1. w w s 340 ø9.3 (3/ ) 13. i m u Bush 0 11 o p (W) 61. (D) ø4 (With bushing), ø9.3mm ø6 ø6 Dovetail ø ø1 ø ø4 (With bushing), ø9.3mm ø 37 0 Mitutoyo's Magnetic Stands accept all dial indicators and dial test indicators. The ON-OFF switch offers instant mounting and dismounting without any adverse effect to the indicators or workpiece surface. 1 0 (160) Dovetail 0 adjustable ø6 Exchaning a Bush 1 SERIES 7 7 Magnetic Stand 0 Description Magnetic stand Magnetic stand Mini magnetic stand Mini magnetic stand Universal magnetic stand Universal magnetic stand Universal magnetic stand 0 (W) (D) ø S- SPECIFICTIONS 70S- 7011S E 7033B pplicable holding stem dia. ø4mm, mm, ø9.3mm(3/") ø4mm, mm, ø9.3mm(3/") ø6mm, mm ø4mm, ø9.mm mm, ø9.3mm(3/") ø6, mm ø6, mm, ø9.3mm(3/ ) Dovetail groove Provided Provided Provided Provided Provided Ball-joint 6 M 1. Remarks With fine adjustment Without magnet ON/OFF Without magnet ON/OFF With mechanical locking system With mechanical locking system With mechanical locking system Tel

2 ccessories Gage Stand SERIES 7 The Gage Stands are designed for comparison measurements of height using a dial indicator or. FETURES Vertical travel of the gage holder Gage Stand: 0mm, Transfer Stand: 33mm Fine-adjustment of 1mm available for zero-setting of the indicator. With an interchangeable anvil. Domed anvil (1463) is optional. DIMENSION ø30 0 Fine adjustment ø30 0, ø9.3 nvil Flatness: 1.3µm 16 1 Column clamp Indication clamp Fine adjustment Column clamp, ø , ccessories nvil Flatness: 1.3µm Indication clamp ø3 SR SPECIFICTIONS Metric mm, ø9.3mm mm, ø9.3mm mm, ø9.3mm Remarks with serrated anvil with flat anvil with square anvil 1

3 ccessories Granite Comparator Stand SERIES 1 Mitutoyo's Granite Comparator Stands are basic building-blocks for the assembly of special-purpose, precision measuring equipment. By mounting precision measuring instruments such as indicators, Mu-Checker Cartridge Heads, and inear Gages onto the stands, it is possible to satisfy all manner of measuring assignment. The rigid granite base is free from burrs, pileups, rust, and deterioration over time. 60 s. w Base Flatness: 3µm 41 w w 00 Indication clamp 9 Fine adjustment, ø9.3 Bush Column clamp Indication clamp Base Flatness: 3.µm ccessories Column travel: 0-0mm Column travel: 0-60mm ø0 ø9.3 Bush Bush i m u Column clamp o p ø40 Fine adjustment, ø9.3 Bush ø30 0 DIMENSION m o.l c Column clamp clamp 0 Base Flatness: 3.µm Column travel: 0-7mm SPECIFICTIONS Granite base size (W x D x H) x 00 x 0mm x 0 x 0mm x 0 x 0mm Column travel 0mm 60mm 7mm mm, ø9.3mm mm, ø9.3mm mm, ø9.3, ø0mm Remarks With fine adjustment of 1mm range With fine adjustment of 1mm range With fine adjustment over the entire travel Tel

4 ccessories SPECIFICTIONS Metric Comparator Stand SERIES 1 The Comparator Stands consists of a very stable, cast-iron base and an upright column with a mounting bracket that features fine adjustment. The grid type anvil prevents the workpiece from sticking to it. DIMENSION Square anvil size (W x D) 1 x 1mm 10 x 10mm 60 0 ø40 ø0 Stands SERIES 19 Transfer Stand Column travel 3mm 7mm 1 10, ø9.3 Bush nvil Flatness:.3µm ø9.3 Bush Bush, ø9.3, ø0 nvil Flatness:.3µm Fine adjustment mm, ø9.3mm mm, ø9.3mm, ø0mm Column clamp Indication clamp Column clamp Indication clamp Column travel: 0-3mm 1-0- Column travel: 0-7mm Remarks With fine adjustment of 1mm range With fine adjustment over the entire travel ccessories FETURES Transfer Stands are designed for comparison measurements of size using a dial indicator or. SPECIFICTIONS Metric mm, ø9.3mm Remarks With serrated anvil * Perpendicularity of the mounting hole to the anvil: less than 0.4mm/0mm No.146 Hardened steel 14 No.1461 Hardened steel 14 No.1463 Hardened steel ø3 SR (with a serrated anvil) 3

5 ccessories ccessories 4 Contact Point Optional ccessory for and s and inear Gages SPECIFICTIONS Ball Points Sø Material Plastic /4" Z Z30 1J Ruby * 1.1* Ruby 1 1J4 1Z J6 100 Ruby Ruby * Ruby 30 *For waterproof dial indicators ø For waterproof model (w/ groove for rubber booth) Sø3 Shell Type Points R. (.16") ( ): For inch type ø. ø6 Sø Tip angle /4" Ball Point ø ø1. ø ød Spherical Points SøD mm, carbide 1.mm, carbide 1.mm, steel.mm, carbide 4mm, carbide Radius (SR) D SR ød mm mm mm mm mm Spherical Points () ød Radius (SR) D SR 7 Conical Points () ø1 ø4 ø Tel Knife Edge Point () Flat Points ø ød Flatness: 3µm Conical Points ø. ø Tip angle /" Flatness: µm D /" 3/" /16" 1/" 3/4" 1"

6 ccessories Flat Points () Contact Point Optional ccessory for and s and inear Gages ever Points N Roller Points 3 1 ø Flatness: 3µm ød ød ød ød D ever Points ** Flatness: *3µm, **µm D d 4.3* 6.* 9.* 1** 0** ** d 6.4 ø ød Radius (SR) N Needle Points () Blade Points () D SR Extension Rods ø. ø B C 3 19D 40 19E 4 19F 0 19G H 6 19J M " " " Interchangeable Contact Point Set (M.x0.4) 3 9 ø R ccessories T ø3 D T W 4 7 Components Flat Point (13136, ømm) Flat Point (1117, ømm) Needle Point (111) Spherical Point (1119) Shell Type Point (111) Shell Type Point (137)

7 ccessories ccessories Spindle ifting ever and Cable Optional ccessory for and s Spindle ifting ever The Spindle ifting ever is attached to the top end of the spindle for improved inspection efficiency when using a dial indicator mounted on a stand. 900 Use for S type Series 1 and F type Series (up to mm/.4 range) dial indicators. 1ZB149 Use for S type Series, 3, and 4 dial indicators (up to mm/.4 ). 1ZB10 Use for S type Series and 3 dial indicators (from mm/.4 up to 0mm/. ). Spindle ifting Cable pplication 1BZ0 Use for F type Series 1 dial indicators Use for F type Series dial indicators (up to mm/.4 range) : ever 1171 : Screw Use for F type Series dial indicators (up to 0mm/. range) and Series 3 and 4 dial indicators (up to mm/.4 range) : with auto-stop function : ever 1966 : Screw pplication Spindle ifting Knob pplicable spindle diameter; 4.mm Screw (M.) Spindle ifting Cable Spindle 6 Tel

8 ccessories SPECIFICTIONS Flat Back ug-on-center Back Back Optional ccessory for and s Description 16 ø0 Magnetic Back Back with Offset ug Back with Post Back with Screw Mount ø0 a ø6. 4 ø44 ø6. 4 ø M6 X ø1.7 Serie 1 (ø41mm) 111 : a= : for waterproof type 1919 : for 1911, : for 03 1 : metric type 1307 : inch type : for 1911, : for 03 Special order Special order made-to-order : M6x1, made-to-order : #1/4-UNF, made-to-order 9009 Serie (ø7mm) 39 : a=. 1ZB31 : for water-proof of S type 40 : metric type 1306 : inch type 1ZB30 : for water-proof of S type : M6x : #1/4-UNF Serie 3,4 (ø77, 91mm) 036 : a= : metric type 0797 : inch type : M6x1 040 : #1/4-UNF ccessories djustable Back 3 M6 X : M6x : #1/4-UNF : M6x1 116 : #1/4-UNF : M6x1 03 : #1/4-UNF.3(6.4) 1.7 Back with Dovetail 6.4 From Special order Back with djustable Bracket ø. 3 ø

9 ccessories Contact Point, Stem and Clamp Holder Optional ccessory for Contact Points Swivel Clamps (for Metric Model Only*) * Except for universal type dial test indicator (13-304G). Use a contact point with the proper length for accurate measurement. Can be used with Holding Bars. For ø4mm stem, mm stem, and dovetail For.17" DI. stem, 3/" DI. stem, and dovetail ccessories ø0.mm ball-point (=14.7mm) (=0.9mm) (=.3mm) (=44.mm) ø1mm ball-point () 1CZ044 (=1.mm) 3017 (=14.7mm) 3013 (=0.9mm) 137 (=.3mm) (=36.mm) 1363 (=44.mm) ømm ball-point (Ruby) 1CZ1 (=1.mm) 1CZ09 (=14.7mm) 1CZ01 (=0.9mm) 1CZ (=.3mm) 1CZ11 (=44.mm) Spanner ø0.7mm ball-point 1904 (=14.7mm) 1900 (=0.9mm) (=.3mm) 1906 (=44.mm) ømm ball-point () 1CZ036 (=1.mm) 30 (=14.7mm) 3006 (=0.9mm) 1377 (=.3mm) (=36.mm) (=44.mm) ø3mm ball-point () 1CZ04 (=1.mm) 301 (=14.7mm) 3014 (=0.9mm) 1379 (=.3mm) (=36.mm) (=44.mm) Holding Bars 9 x 9mm 9363 (ength: 0mm) (ength: 0mm) mm (.31 DI) (ength: 11mm/ 4. ). x." (ength: ") (ength: 4") Universal Holder llows the indicator to be set at the desired attitude to the workpiece (mm stem) (." DI. stem) (ø6mm stem) Universal holder Stems with Knurled Clamp Ring ø4mm (.17" DI.) 037 Centering Holder llows large diameter cylinders or holes to be centered on a machine tool. Centering holder 900 mm 3/ DI (mm stem) (." DI. stem) Tel

10 ccessories Contact Point, Stem and Clamp Holder Optional ccessory for Pocket Type Contact Points (for Metric Model Only) Use a contact point with the proper length for accurate measurement. Swivel Clamps Can be used with Holding Bars. For ø4mm stem and mm stem, and dovetail For.17" DI. stem and 3/" DI. stem, and dovetail ø0.mm ball-point (=14.7mm) (=0.9mm) (=44.mm) ø1mm ball-point () (=1.1mm) 3017 (=14.7mm) 3013 (=0.9mm) (=36.mm) 1363 (=44.mm) ømm ball-point (Ruby) 1CZ09 (=14.7mm) 1CZ01 (=0.9mm) 1CZ11 (=44.mm) Stems ø0.7mm ball-point 1904 (=14.7mm) 1900 (=0.9mm) 1906 (=44.mm) ømm ball-point () 1364 (=1.1mm) 30 (=14.7mm) 3006 (=0.9mm) (=36.mm) (=44.mm) ø3mm ball-point () 1367 (=1.1mm) 301 (=14.7mm) 3014 (=0.9mm) (=36.mm) (=44.mm) ø4mm (.17" DI.) mm 3/" DI Holding Bars 9 x 9mm 9363 (ength: 0mm) (ength: 0mm) mm (.31"DI) (ength: 11mm). x." (ength: ") (ength: 4") Spanner Universal Holder Since the can be swiveled to a desired angle, the holder is useful for centering workpieces and installing workpieces on a milling machine. ccessories (mm stem) (." DI. stem) (ø6mm stem) Universal holder 9

11 Technical Tips DI INDICTOR PRECISION MESURING INSTRUMENTS DI POINTER DUST CP HIR SPRING TKE-UP GER HND, TOERNCE BEZE CMP BEZE GRND GER ND PINION HND (Counter) REVOUTION COUNTER SPINDE GUIDE PIN GRDUTION BCK MOUNTING UG SPINDE RCK SPINDE SPRING TRVE / RNGE SPINDE DI SPINDE PIN DI INDICTOR or digimatic indicators / gauges are widely used as compact, lightweight accurate measuring devices. However this cannot be achieved without attachment to an auxiliary tool such as jig or stand. On a dial indicator, a minute displacement of the spindle is magnified by internal gearing and converted into a change of the pointers angular position dial face, whereas on a digital indicator the mechanical magnifying principle is replaced by a much higher accuracy linear encoder, and the measured values are displayed on a CD (iquid Crystal Display) or ED (ight Emitting Diode) digital display. The dial face or digital display is easy to read, for example to perform comparative measurement, variations in the run-out of revolving parts or flatness of a continuous surface. ength of displacement (range or travel) graduation or resolution (digital), gauging force, size etc vary and dependant upon model selection. BSIC CONSTRUCTION OF DI INDICTOR The linear movement of the spindle and its contact point is transmitted to the grand gear and pinion, via a rack on the spindle. Then it is magnified and transmitted to the centre pinion (which is co-axial to the dial pointer) to show the angular displacement on the dial. In the above described structure, there is some play in the engagement between rack and pinion (intermediate pinion) and the engagement between the grand gear and the centre pinion. In order to eliminate the play (backlash), the centre pinion is engaged with another gear (take-up gear) against which it is held by the tension of the hair spring. STEM CONTCT POINT ID-N Series ID-H Series IDF Series IDC Series Bore Gage 1 Tel

12 Technical Tips DI INDICTOR PRECISION MESURING INSTRUMENTS CRE FOR YOUR DI INDICTOR INDICTOR STND 7 4 Preparing for Measurement Inspect the instrument for appearance and operation. Wipe the indicator and the work to be measured perfectly clean before taking measurement. Such preparation will ensure you get trouble-free performance of your indicator. Use the Right Tool Select the indicator or gauge that best fits the application. Make sure that the type, measuring range, graduation and other specifications of the indicator are appropriate for your application. wide selection of contact points is available. Use of ppropriate Stand The indicator may be mounted on a stand or fixture by the stem (clamp the stem as close to the dial as possible) or using the back plate mounting lug. Both has its merits and demerits. Select one that suits your needs. Correct Mounting lways hold the indicator on a jig, otherwise mount it on a rigid stand, but ensure that the centre of gravity of indicator is directly above the base. Set up the indicator so that the distance from the column to the indicator is minimised. Turning the back so that its lug is oriented to the side. When measuring the depth of a hole in a small-sized part, a ring-type jig that has a side screw hole is sufficient. suitable dial indicator stand, for which the mounting position can be adjusted either up and down or right and left, can be made from only two pieces of steel. JIG FOR STEP MESUREMENT simple ring holder enables the indicator to be used as step gauge. stem fastening screw provides easy setting of the indicator. JIG FOR DEPTH MESUREMENT Pointer Take-up gear with hair spring Centre pinion with a pointer Grand gear Intermediate pinion Bezel Clamp For easy zero adjustment, the bezel of the indicator is generally designed so that it can be rotated together with the dial face and yet be clamped by the bezel clamp when the clamp screw is fastened. This clamp ensures that the zero position will not alter during measurement. ifting ever t the top of the indicator a lifting lever can be mounted for lifting the spindle to allow a workpiece to be easily inserted, as well as to move the spindle up and down several times to ensure a stable reading. Rack provided on the spindle Magnifying mechanism of 0.01mm dial indicator (typical) Central and offset stem holding positions allow depth and step measurement. stem fastening screw provides easy setting of the indicator. 111