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��̖ | CMS-554C CMS-574C CMS-584C | CMS-665C CMS-685C CMS-6105C | CMS-886C CMS-8106C CMS-8126C | CMS-10108C CMS-10128C CMS-10528C | ||
�� �̣�mm�� | X | 500 | 600 | 800 | 1000 | |
Y | 500/700/800 | 600/800/1000 | 800/100/1200 | 1000/1200/1500 | ||
Z | 400 | 500 | 600 | 800 | ||
�x��������kg�� | 980/1120/1200 | 1100/1250/1400 | 2200/2460/2720 | 2600/2880/3300 | ||
���ͳߴ磨m�� | 1.21*1.3/1.5/1.6*2.33 | 1.31*1.4/1.6/1.8*2.53 | 1.65*1.9/2.1/2.3*2.85 | 1.85*2.1/2.3/2.6*3.25 | ||
�����أ�kg�� | 500 | 800 | 1000 | 1500 | ||
���b���γߴ磨m�� | 1.3*1.6/1.8/1.9*2.22 | 1.4*1.7/1.9/2.1/2.42 | 1.9*2.3/2.5/2.7*2.4 | 2.4*2.45/2.65/2.95*2.4 | ||
���g���� | MPEE=��3.0+L/300��μm MPEE=��3.5+L/200��μm | |||||
�ֱ��� | 0.5μm | |||||
�Y����ʽ | �ƄӘ�ʽ | |||||
������ | 500W����������X�� | |||||
�����˜y���C�����h�� | ||||||
�Դ | AC100-240V 50/60Hz | |||||
�՚����� | 120L/min��0.4MPa�� | |||||
�ضȷ��� | 20±2�棼1��/h ��2��/24h�棼1��/m | |||||
��Դ���� | ≥0.5MPa | |||||
��� | 40%——70% | |||||
ϵ�y���c | ��ϵ�y | �ŷ�늙C | ||||
����ϵ�y | RENISHAW UCC lite/Pantec | |||||
�y��ܛ�� | RationalDMIS��CNC��/Master-CMM | |||||
����\���ٶ� | 300mm/s | |||||
̽�yϵ�y | RENISHAW MH20i/ RENISHAW PH10T+TP20 |
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��̖ | TMGCNC654 | TMGCNC754 | TMGCNC854 | TMGCNC866 | TMGCNC1066 | TMGCNC1086 | TMGCNC1086 |
�y����������mm�� | X 500 | X 500 | X 500 | X 600 | X 600 | X 800 | X 800 |
Y 600 | Y 700 | Y 800 | Y 800 | Y 1000 | Y 1000 | Y 1200 | |
Z 400 | Z 400 | Z 400 | Z 600 | Z 600 | Z 600 | Z 600 | |
���γߴ磨mm�� | X 1250 | X 1250 | X 1250 | X 1350 | X 1350 | X 1550 | X 1500 |
Y 1500 | Y 1600 | Y 1700 | Y 1750 | Y 1950 | Y 1950 | Y 2150 | |
Z 2500 | Z 2500 | Z 2500 | Z 2900 | Z 2900 | Z 2900 | Z 2900 | |
�ֱ��� | |||||||
ʾֵ�`�� | +L/250 | +L/250 | +L/250 | +L/200 | +L/200 | +L/200 | +L/200 |
�՚≺����kg/cm²,NL/min�� | ~ | ||||||
������������kg�� | 500 | 500 | 500 | 800 | 800 | 1000 | 1000 |
�x��������kg�� | 650 | 700 | 750 | 1300 | 1300 | 1700 | 1900 |
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���ܹ�W��0.0005mm��
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Z�S�����x��늄���ȫ��X����
�Y����ʽStructure Type | �ƄӘ�ʽMoving Bridge | |
���ӷ�ʽ Transmission Mode | ֱ���ŷ�ϵ�y+ �A�d�ɸ߾��ȿ՚��S��DC servo motor & Preload high precision air-bearing | |
�г�Measuring Strokes��mm�� | X | 600 |
Y | 800 | |
Z | 600 | |
�ⲿ�ߴ�Overall Dimension��LWH����mm�� | L | 1150 |
W | 1735 | |
H | 2647 | |
�����_�� Work surface��mm�� | X | 783 |
Y | 1355 | |
��ŷֱ���linear scales System Resolution��um�� | 0.078 | |
������S�ٶ�Max.3DSpeed��mm/s�� | 520 | |
������S���ٶ�Max.3DAcc��mm/s2�� | 1732 | |
�L�Ȝy��������Sʾֵ�`�Maximum permissible error of indication of a CMM for size measurement ��mm���� | MPEE ��mm��= 2.8+L/300 | |
������S̽�y�`�� Maximum Permissible Probing Error ��mm���� | MPEP ��mm��=3.5 | |
���C����Machine Weight��kg�� | 1074 | |
����Max. Part Weight��kg�� | 500 | |
�y���C�ҵĜض�Room Temperature��°C�� | 18 - 22 | |
�C���܇��h�������ض��ݶ� Max. Temperature Gradients | 1°C/h��2 °C/24h��1 °C/m | |
��С���≺��Min. Air Pressure��Mpa�� | 0.45 | |
���� Air Consumption��L/min�� | 180 | |
늉�Voltage | 220 V±10% | |
�������Max. Power Consumption��W�� | 2000 | |
���Current��A�� | 15 | |
����O��Ҫ��ӵؿɿ����ӵ����С��4�Wķ A good earth ground��less than 4Ω�� is required for reliable operation of the electrical controls. |
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Cross beam ��nd Axis Z are made of surface-anodized aerometal to improve thermal stability ��nd reduce moving mass for faster setting.
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High-precision self-cleaning air bearing is used on guideways of all the three axes with permanently wear-resistance ��nd optimized kinematics movement.
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All the three axes are equipped with the high-precision optical scales of German Heidenhain which make the system resolution reach up to 0.078um. And the Installation method of one end fixed ��nd the other end freely extensible reduces deformation of optical sales.
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Patented precision-machined dovetail guideway in Axis Y not only have lightened the machine weight but improved torsional stability, CMM’s accuracy ��nd stability.
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All machine axes are driven by DC servomotor to ensure CMM’s stability ��nd accuracy.
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X beam has adopted the patented ultra rigid“Tricision®” technology, with the result of lower center of gravity, better mass-rigidity ratio ��nd more reliable motion than rectangular ��nd cross beams.
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Powerful, easy-to-learn ��nd efficient PC-DMIS BASIC ��/PC-DMIS CAD�� software.
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IDC-I control system specially designed by HEXAGON for Croma CMMs improves the dynamic performance ��nd measuring accuracy..
4.�y��ܛ��Software System��
PC DMIS Basic
PC-DMIS BASIC ��DCC��ͨ�Üy��ܛ�����܉��Q���s��Ӌ���z�y�΄���ԓܛ����Ҫᘌ�܇�g���әz�y�ˆT�OӋ���܉�ʹ������̵ĕr�g������ԓܛ����ʹ����
PC-DMIS BASIC ��DCC�� is the universal metrology software, which can solve complex measuring tasks. This software is mainly intended for workshop basic-level inspection operators, enabling them to ��aster the software applications in the shortest possible time.
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This powerful industrial metrology software features an easy-to-use operator interface that guides you through part programming, setup ��nd inspection routine execution. Advanced graphics reporting functions let you configure inspection results to meet your specific data analysis needs. One of the features of PC-DMIS BASIC ��DCC�� is its intuitive self-teach capability that allows programming a part on the CMM without the help of a CAD file. The unique capability of PC-DMIS BASIC ��DCC�� is its ability to recognize the feature type ��line, circle, cylinder, etc.�� from the points taken to measure it. After the measurement of a feature is completed, PC-DMIS BASIC ��DCC�� automatically defines the type of the element you measure, gives you the essential information, ��nd draws the feature of the part on the screen. And this dynamic drawing is useful for the operator to realize the feature construction function through the integration of the defined element with the other features.
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Chinese language ��nd Chinese on line help available.
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A fully configurable, intuitive graphic user interface ��GUI�� provides users of all skill levels with easy access to powerful measurement routines.
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One click start routines for: probe qualification ��nd management, part alignments, reports, preview assistant, feature construction ��nd feature measurement
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Form evaluations of geometrical elements: Straightness, Flatness, Roundness, Cylinder form, Conical form, Torus form, ��nd Spherical form. True position of an element with reference to the datum��s��: Parallelism, Squareness, Angularity, Symmetry, Position, Coaxiality, Concentricity, Axial runout, Radial runout, Total axial runout, Total radial runout.
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Geometric features measurement, geometric relations calculation & construction, form ��nd position tolerance evaluation.
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Versatile reporting templates allow a new flexibility in report formatting ��nd data handling.
u PTB��ȫ�J�C
Full PTB Certification
u ����ISO�˜ʵĹ����u������
Follow the GD&T rules of ISO
5���y�^ϵ�yProbe System PH10M�����ֶ��y�^��
PH10T����Ӣ��Renishaw��˾���I�OӋ���a�ķֶ����D�P���������F720����������λ�������������������ȫ��λ�z�y��
PH10T is an indexable head from Renishaw that connects the probe sensors to the CMM quill. The PH10T can be repeatable oriented to any feature of a part.
���g������Characteristics�� | ||
�ֶȽ�A Indexable axis A ������ Roll�� | from 0° to105°, step of 7.5° | |
�ֶȽ�B Indexable axis B �����DPitch�� | ±180°, step of 7.5° | |
���� ��Weight�� | 645 g | |
��λ��������Positioning repeatability�� | 0.5 µm | |
���L�U����L����Max. Extension bar�� | 300 mm |
̽ᘽMstylus kit��
����DƬ Physical picture | Ҏ��Specs | ����Quantity |
�t��ʯ�y� ��1.0×10mm | 1 | |
�t��ʯ�y� ��2.0×20mm | 1 | |
�t��ʯ�y� ��3.0×20mm | 1 | |
�t��ʯ�y� ��4.0×20mm | 2 | |
�t��ʯ�y� ��4x10mm | 1 | |
SC2�y����� | 1 | |
�yᘼ��L�U10mm | 1 | |
�yᘼ��L�U20mm | 1 | |
�yᘼ��L�U40mm | 1 | |
S20���� | 1 | |
��ӋTotal | 11 |