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DTMS-DPG |
DTMS-DPG-SP |
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نطاق القياس |
المحور السيني |
100 مم - 200 مم |
|
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دقة المحور السيني |
0.1 ميكرومتر |
0.01 ميكرومتر |
|
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المحور Z1 |
±8 مم / ±12 مم / ±15 مم |
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دقة المحور Z1 |
0.02 ميكرومتر |
0.01 ميكرومتر |
|
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المحور Z |
250 مم - 650 مم |
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دقة المحور Z |
0.1 ميكرومتر |
0.1 ميكرومتر |
|
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نطاق قياس الخيوط |
≤260 مم |
≤360 مم |
|
|
دقة قياس الخيوط (عمود) |
نصف قطر كبير ومتوسط وصغير |
±(4+0.04H)ميكرومتر |
±(2+0.04H)ميكرومتر |
|
يقذف |
≤±(1.5+0.05L)ميكرومتر |
≤±(0.5+0.02L)ميكرومتر |
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|
دقة تحديد المحيط |
الدقة الخطية X |
±(1.6+0.05L) ميكرومتر |
±(1.4+0.02L)ميكرومتر |
|
الدقة الخطية Z1 |
±(0.8+0.05H)ميكرومتر |
±(0.6+0.02H)ميكرومتر |
|
|
زاوية |
≤1′ |
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|
قوس |
≤±(1.8+R/12)μm |
≤±(1.5+R/12)μm |
|
|
استقامة المحور السيني |
0.8 ميكرومتر/100 مليمتر |
0.5 ميكرومتر/100 مليمتر |
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استقامة المحور Z |
0.9 ميكرومتر/100 مليمتر |
0.6 ميكرومتر/100 مليمتر |
|
|
دقة الخشونة |
خطأ في المؤشر |
±(10 نانومتر + 0.035 أمبير) |
±(7nm+0.03A) |
|
ضوضاء القيمة المتبقية |
≤0.01 ميكرومتر |
≤0.007 ميكرومتر |
|
|
قابلية التكرار |
6% |
4% |
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اتجاه القياس |
ثنائي الاتجاه |
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Dimensions: including horizontal distance, vertical distance, linear distance, radius, diameter
Angle: including horizontal angle, vertical angle, pinch angle
Position tolerance: including parallelism, perpendicularity
Shape tolerance: including straightness, convexity, round contour degree
Auxiliary generation: including auxiliary points, auxiliary lines, auxiliary circles
Roughness Analysis: Ra, Rq, Rz(Ry), Rz(DIN), R3z, Rz(jis), Rp, Rv, Rt, Rsk, Rsm, Rc, Rpm, Rku, Rdq, Roc, Mr1, Mr2, Rpk, Rvk, Rk, Rdc, A1, A2, R, Rx, AR, Rcp, Rmax, Rz-ISO
Waviness Analysis: wt, wa, wp, wv, wq, wc, wku, wsk, w, wx, wz, wsm, wdc, wte, wmr, Aw, c(wmr), wmr(c), wdq
Original contour parameters: Pa, Pt, Pp, Pc, Pv, Pz, Pq, Psm, Psk, Pku, RzJ, Rpq, Rvq, Rmq, Pmr, P△q, Avh, Hmax, Hmin, Area, Pδc, Tilta, Motif
Thread Measurement Function: Comprehensive parameters of threads can be detected,Large slope threads such as trapezoidal threads, partial trapezoidal threads, and serrated threads can be detected.
التطبيقات
Machinery Manufacturing Industry
Measuring threaded components such as bolts, nuts, lead screws, taps and threaded shafts in various mechanical equipment; applicable to the calibration and testing of spindle threads of machine tools and threaded interfaces of fixtures.
Automotive and Component Industry
Threaded holes of engine blocks, threaded connectors of chassis suspensions, gear threads of gearboxes, wheel bolts and nuts of automobiles, etc.
Aerospace Industry
Threaded components in the aerospace field (e.g., threaded pins of aircraft landing gears, threaded joints of rocket engine pipelines, threaded connectors of spacecraft structural components).
Petrochemical Industry
Oil drilling and production equipment (e.g., threaded joints of drill pipes, tubing threads), threaded flanges of chemical pipelines, threaded connectors of valves, etc.
حالات التطبيق
أبرز النقاط
X-axis adopts ultra-precision linear guide, high precision and long life. Z1 axis adopts imported digital sensor, high precision and good linearity
Easy stylus replacement design, one-time installation, no calibration required
The software supports one-click switching between English and Chinese. Automatic recognition of circular arcs and lines. The software has a shortcut key function, easy to use
Support DXF format file import and export, custom CAD format export
Support continuous annotation, reference annotation, and support any insertion point
Support graphics free rotation and coordinate free rotation. Automatic saving of original data for multiple labeling
Mirroring function to save post-markup files
Support straight groove splicing function and automatic labeling function. Save annotation templates for automatic secondary annotation
Monitoring of the current position of the X and Z1 axes is possible.
With automatic stylus contact, automatic lifting, and automatic retraction function.Unlimited undo and resume operations are possible.
When the snap switch is turned on, feature points such as intersection, circle center, line segment midpoint, endpoint, arc intersection, midpoint, and tangent point are automatically generated and captured.
Normal angular, circular, horizontal, vertical, and linear annotations can be performed even in the case of non-scaled enlargement.
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