Intelligent Coordinate Measuring System , Optical Measurement
Equipment
Technical Parameters
| Model | Daisy686 |
| Measuring area | 600mm *800mm*600mm(XYZ) |
| External Size | 1356 mm×1940 mm×2710 mm |
| Capacity | 800Kg |
| Indication error | ≤2.5＋L/300mm |
| Detection error | ≤ 2.5mm |
| Grating ruler | Renishaw Metal grating ruler |
| Scale resolution | 0.1um |
| Control system | MORA DCC |
| Air Supply System | Min. Air Pressure:5.5bar(0.55MPa) |
| Air Consumption:250NL/min |
| Electrical Requirements | Frequency: 50/60 Hz |
| Power: < 1100W |
| Earth resistance: < 4Ω |
| Environment Specifications | verage Room Temperature: 18 - 22°C |
| Maximum Thermal Gradients: 2 °C/day, 1°C/hour, 1°C/meter
surrounding the machine. |
| Humidity: 40% to 70%2). |
| The location must be far away from the vibration source to avoid
being placed above the two floor so as not to affect the accuracy
of the vibration |
| Avoid direct sunlight and use the RC structure as far as possible |
| The air outlet of the air conditioner avoids direct blowing to the
machine, and it is best to have an automatic temperature control
system |
Configuration List
| Item | Name | Specification model | Qty | Note |
| 1 | Machine | Daisy686 Coordinate Measuring Machine | 1 |  |
Measuring range: 600mm x800mmx600mm |
| 2 | Manual information | Daisy Series User Manual | 1 |  |
| 3 | Measuring software | AC-DMIS EXT Installation Disk | 1 |  |
| 4 | Manual information | AC-DMIS (Electronic Edition) Software Manual | 1 | |
| 5 | Control system
Control handle | German MORA DCC control system,Control handle with MCU | 1 | |
| 6 | Measuring seat | British RENISHAW MH20i Manual Dual-Rotation Indexing Probe System | 1 |  |
| 7 | Head suit | UK Renishaw TP20Measuring head | 1 |  |
| 8 | Calibrated ball | diameter25 | 1 | |
| 9 | Probe | Needle group Suit | 1 | |
| 10 | Computer | DELL High end business suit | 1 |  |
| Ink jet printer | 1 |
| 11 | certificate | Product Exit Certificate | 1 | |
1, Technical Description
Basic Machine
a. Adoption of advanced F.E.M. (finite element method) makes it
have a strong rigidity, small geometry error, high precision, high
performance and high stability.
b. The mechanical overall structure adopts strong rigidity, light
weight and close frame movable bridge structure, which is simple,
compact and has strong loaded capacity and good moving performance
c. Granite fixed workable ensures strong heavy load, expanse and
simplicity for assembly and unassembly.
d. Y axis guideway adopts dove tail type, which has high precision
and good stability.
e. Three axis’s adoption of quality granite guarantees small
coefficient in thermal expansion and uniform temperature specialty
so that it serves to excellent stability in temperature, good
anti-transmogrification, strong rigidity and small geometrical
error in motion.
f. Three axis’s adoption of quiescent air pressure air-bearing
guide way, comprised of air bearings which are self-cleaning,
pre-loading and high precision, guarantees the large span of
bearings, strong anti-sways, small resistance, no abrasion and
stable motion
g. Crossbeam’s adoption of precise designing technology of inclined
girder (patent) guarantees the machine’s lightweight, low center of
gravity, strong rigidity and small error in motion so that the
stability of the machine is strengthened.
h. Adoption of world famous reflecting metal tape measuring scale
system, which has a close thermal expansion coefficient with most
work piece and assure a good repeatability.
i. Drive system adopts world famous high performance DC servo drive
system and dentiform tape gearing, which guarantee the drive’s
fastness, precision and perfect movement.
j. Z-axis adopts cylinder equilibrator system, which improves
orientation precision and stability greatly for Z axis.
k. Control system adopts well-known exclusive Europe
Internationally advanced up-down dual computers control system,
which improves the system’s reliability and anti-jamming capacity
greatly
l. Software adopts self-owned intellectual property and strong
function AC-DMS software. With its perfect measuring and online
function, it will meet customer’s challenging demand with a
comprehensive measurement solution.
2, Technical Index:
2.1 Technical characteristics and advantages
Probe head:British RENISHAW MH20i Manual Dual-Rotation Indexing
Probe System
Technical Parameters:
| Item | Parameter |
| angular movement | A axes (Horizontal axis) | 0°～90°; 15°/increment |
| B axis(Vertical axis) | ±180° with15° increment |
| Total number of positions | 168 |
| Weight | 645g |
Probe:RENISHAW TP20 touch-trigger probe(Include standard measuring
force module)
Technical Parameters:
| Item | Parameter |
| Sense directions | ±X ±Y ±Z |
| Trigger pressure | M2 |
| Weight | 22g |
| Rated life | ＞106 times |
Stylus Kit
| Name | Quantity |
| Stylus | 9 |
| Stylus Extension | 4 |
| Stylus Center Kit | 1 |
| Probe Extension Bar | 1 |
Datum Tool: Φ25 and Kit T5 1/set
Performance Data:
| Item | Parameter |
| Length Measuring System | RENISHAW reflection metal strip scale |
| Resolution | 0.5mm |
| Measuring Range | X×Y×Z 600mm×800mm×600mm |
| Measuring Erro | MPEE≤2.5＋L/300mm |
| Probing Error | MPEP≤2.5mm |
2.2 Computer System
| Item | Parameter |
| Computer | DELL |
| Operating System | Windows 7 |
| Memory | 2G |
| Hard disc | 500G |
| Display | TNT/GERFORCE |
| Graphics Library | OPENGL |
| Display | 19LCD display |
| Printe | HP A4Colour inkjet |
2. 3 AC-DMISMeasuring Software package
AC-DMIS is a new generation of general three-dimensional
measurement software package. Based on the rigorous algorithm of
PTB certification and the efficient and stable development platform
which embodies the most advanced concepts of professional
three-dimensional modeling, digital simulation and CAD/CAM software
development in the world, AC-DMIS combines the spirit of innovation
and rich experience in coordinate measurement. AC-DMIS has its
simple and easy-to-use operation interface, rich and perfect
functions, unlimited extensibility and ISO standard. Accurate
tolerance evaluation provides an effective, convenient and perfect
solution for all kinds of geometric measurement problems. Thousands
of customers are witnesses to the success of AC-DMIS's powerful
measurement software.
a. Support for multi-controller systems;
b. Probe system, trigger mode, continuous scanning mode, image mode
and laser scan, etc, to satisfy all measurement requirements;
c. Modularized software structure with the capability to add
special software (gear, vane, cam, warm/wheel etc.) and secondary
development.
d. With brief operation interface and traceability legible
operation process track record;
e. Geometric measurement and evaluation: point, line, plane,
circle, cylinder, cone, ellipse, round slot, rectangle, torus,
sphere, curve and surface, etc;
f. Element construction, transform, reappear, projection, store,
recall and relation calculation to realize following operation of
measured
elements and obtain result, angle, distance, etc, under different
machine status;
g. Powerful GD&T function includes all relative content and its
evaluation items, Straightness, Flatness, Roundness, Cylinder form,
profile form, perpendicularity, Parallelism, Angularity,
Coaxiality, Concentricity, Symmetry, Position, Axial runout, Radial
runout,
Total axial runout, Total radial runout; tolerance regulation
includes RFS, LMC,MMC, etc.
h. Multi-coordinates system alignment methods satisfy required
measurement and evaluation for different parts, “part coord-sys”
mode is used for shaped box part alignment; “RPS alignment” mode is
mainly for complex surface part alignment, and “3 center point
alignment” and “surface 321 alignment” modes are suitable for model
part alignment;
i Support for instant switch of multi-language, length unit(mm,
inch); coordinate system (Cartesian or polar) etc;
j. Intellectual self-study program: with clear tree editor and
convenient character editor, even new learner will feel like using
with it;
