2012 e-catalog - STIL

Non-contact «point» sensors
SELECTION
GUIDE
SENSORS
STIL Initial: Technical specifications
Controllers
STIL initial Series
Model STIL Initial 0.4 STIL Initial E1.2 STIL Initial E1.2 /90 (1) STIL Initial 4.0 STIL Initial 12
OPTICAL PEN (PROBE)
Model CL2-MG140 ENDO 1.2 ENDO 1.2/90 (1) CL4-MG35 CL5-MG35
Measuring Range 0.4 mm 1.2 mm 1.2 mm 4.0 mm 12.0 mm
Working Distance 11.0 mm 2.4 mm 0.4 mm 16.4 mm 29 mm
Spot Diameter 3.4 µm 15 µm 13 µm 7.2 µm 16.5 µm
Max. Slope Angle (2) (3) +/- 28° +/- 14° +/- 9° +/- 21° +/- 14°
Weight 190 g 10 g 10g 155 g 175 g
Dimensions x L 27mm x 208.9mm 6 mm x 75.2 mm 6 mm x 82 mm 27 mm x 145.5 mm 27 mm x 145.5 mm
Distance Measurement
Axial Resoluton (4)
- With no averaging
- With Averaging 10
22 nm
8 nm
100 nm
35 nm
160 nm
60 nm
130 nm
50 nm
400 nm
180 nm
Accuracy (5) 80 nm 300 nm 800 nm 300 nm 900 nm
Measuring rough metalic samples (9) R NR NR NR NR
Roughness measurement (10)
Min. measurable Ra
30nm NR NR NR NR
3D SYSTEMS
SPECTRO
COLORIMETERS
GONIO
PHOTOMETERS
Thickness Measurement (6)
Min. Measurable Thickness (7)(8) 16 µm 75 µm NA 110 µm 450 µm
Max. Measurable Thickness (7)(8) 510 µm 1600 µm NA 5700 µm 16500 µm
CONTROLLER BOX
Measuring Modes
Measuring Rate
Digital Outputs
Digital Resoluton
Synchronizaton
Advandced Features
Power supply / Consumpton
Weight
Dimensions W x H x D
FIBER OPTICS CABLE
«Distance» and «Thickness»
100 Hz to 2000Hz
USB 2.0 and RS232 (up to 460800 baud)
In «Distance» mode: 30 bits
In «Thickness» mode: 15 bits
Input and Output 0V - 5V TTL synchronizaton signals
Extensive trigger capacites
«Double frequency» mode
«Auto LED» mode
«First peak» mode
«Hold last value» mode
«Thickness calibraton»
100V to 240 V AC 50-60 Hz / 25W
1920 g
199 mm x 123.5 mm x 277 mm
(1) Radial (90°) measuring optcal pen.
(2) The maximal angular slope applies to specular (mirror-like) surfaces only. For Diffusing surfaces the maximal slope angle is higher (up to 87° for perfect diffusers).
(3) Measured on a mirror at 100 Hz, with no averaging.
(4) Axial resoluton is defined as the RMS Noise level measured at optmal rate on a statc sample located at the center of the measuring, with no averaging.
(5) Accuracy is defined as the max. error over the entre measuring range, measured immediately after distance calibraton at the following conditons: “Auto-adaptve LED”
mode, optmal rate, slope angle=0°, averaging factor= measuring rate/10.
(6) For obtaining metrological performances in this mode it is recommended to carry out a calibraton on a thickness standard.
(7) These values are for a refractve index of 1.5 (for measuring air gap thickness divide by 1.5).
(8) Typical values, measured at the center of the measuring range at optmal rate, with no averaging.
(9) R = Recommended for measuring rough metallic samples (these samples can be measured with full performances)
NR = Not recommended for measuring rough metallic samples (these samples may be measured, but with reduced performances)
(10) The precise value of the min measurable Ra depends on the characteristcs of the sample. The values given in the table are typical..
N.B. : the values are subject to change without notce.
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