3d cmm machine
DESCRIPTION
CMM machineTRANSCRIPT
-
GMT CMM SPECIFICATIONS
0.5 2.0
12-15-10 12-20-10 12-25-10 12-30-10
* Probing system clearance - 90 mm from z ram bottom face to granite base top surface.
6-7-5 4-10-4 6-7-5 7-10-6 7-15-6 10-10-8 10-15-8 10-20-8
Temperature fluctuations C/day
450
500
0.5 0.5/0.1 0.5/0.1 0.5 0.5/0.1
1040 X 550
230VAC 10%, 50/60 Hz
40 - 60%
DCC
Reflective linear encoder
Granite
80. Supply Pressure 6-10 bar, Pre filteredAir quality as per ISO 8573 part1, Class 4
M8
1
2
20 2
Manual DCC
4.0 3.0 4.0 3.0
0.5 2.0 2.0
Air bearings on all axis
Moving Bridge
4-5-4
750 600 1000
750
4-5-4
Manual DCC DCC DCC
500
1250
1000400
560
550
670
1000 1500 600
800
1000 1500 2000 1500 2000 2500 3000 800 1000
1030 1230
1400 1300
2600
1900 1300
2600
1400 1300
2800
2550 1520
3050
2250 1880
3550
2750 1880
3550
3250 1880
3550
2750 2130
3750
3250 2130
3750
3750 2130
3800
4250 2130
3800
3.0 3.5 3.5
0.5/0.1 0.5/0.1
1500 X 550 1315 X 700
- -
350700
- -
350700
350700
300600
300600
1700 X 810
2000 X 810
1500 X 1250
2000 X 1250
2500 X 1250
2000 X 1500
2500 X 1500
3000 X 1500
3500 X 1500
250
750
400
1500
350
810
500
1500
750
2750
1100
2650
1200
3350
1600
4050
1300
3900
2000
4650
2250
7000
2500
8000
100. Supply Pressure 6-10 bar, Pre filteredAir quality as per ISO 8573 part1, Class 4
Model - GRANO
Machine Type
Operating Mode
Guide Method
Measuring Range X axis in mm
Measuring Range Y axis in mm
Measuring Range Z axis in mm*
Clearance Under Bridge in mm
Overall Dimensions
Length - mm
Width - mm
Height - mm
Length Measuring System
MPE - (L=Measured Length in mm)E& E in m
MPE -Probing Error (m) P PResolution of Tape Scale in m
Velocity - mm/s2Accleration - mm/s
Measuring Table Material
Working Area (lxb) mm
Threaded Stainless Steel Insert
Max. Permissible Workpiece Weight in Kg
Machine Weight in Kg
Air Supply in lpm
Power Input ( kVA)
Operational Voltage
Operating Temperature in C
Humidity
Temperature fluctuations C/h
5+L/200 3+L/200 5+L/200 3.5+L/2003+L/200 3.5+L/2003+L/200
2050 1520
3050
Uncertainity of Measurementas per ISO-10360-2
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