
High-end Roughness and Contour Analyzer
Taylor Hobson - Form Talysurf PGI series
Form Talysurf® PGI Series is a versatile line of roughness and profile measurement and analysis systems using laser...
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Technical Description
- The PGI series has a wide range of unique options for traverse, probe, resolution and linearity allowing the user to have an optimal system for quality control of the production of bearings, optics and mechanical parts requiring high precision.
- Ability to measure and display 2D/3D on screen
- Horizontal and vertical movement with wide working range
- High precision
- Just measure once to collect full data such as roughness, contour, waveform...
- Ability to program the device to work automatically
- Diamond probe tips with various options allow for a wide range of applications
- μltra software with many options effectively supports measurement and analysis of results
- Anti-vibration system with pneumatic support
- Save time, simple operation
Specifications
Overview | |||
System performance | 2000 | 2000E | 2000S |
Calibration Form Error (Pt) | < 0.20 μm (8 μin) | ||
System noise | Rq < 2 nm (0.08 μin), Rz < 10 nm (0.39 μin) | ||
Radius measurement uncertainty | 0.1 - 10mm (0.004 - 0.39 in) - < 1 μm of nominal | ||
10 - 360mm (0.39 - 14.17 in) - 0.01% to 0.006% of nominal | |||
Inclination measurement uncertainty | 0.5 arc minute | ||
Repeatability of Z axis indication | Flat surface - 0.08 μm (3.1 μin) | ||
Curved surface - 0.08 μm (3.1 μin) | |||
Horizontal performance | 2000 | 2000E | 2000S |
Traverse length – X max / min | 120 mm / 0.1 mm (4.7 in / 0.004 in) or 200 mm / 0.1 mm (7.9 in / 0.004 in) | ||
Traverse speeds | 13 mm/s (0.51 in/s) max | ||
Measuring speed | 0.25 mm/s, 0.5 mm/s, 1 mm/s & 2 mm/s (0.01 in/s, 0.02 in/s, 0.04 in/s & 0.08 in/s) | ||
Minimum data sampling interval in X | 0.125 μm (5 μin) | ||
Straightness accuracy (Pt) | 120 mm Traverse unit - 0.08 μm (3.2 μin) / 200 mm Traverse unit - 0.110 μm (4.3 μin) | ||
X axis indication accuracy | (1 + 0.02 L) μm | ||
Vertical performance | 2000 | 2000E | 2000S |
Nominal measuring range (Z) | 20 mm (0.79 in) | ||
Resolution (Z) | 5.3 nm (0.21 μin) | 1.3 nm (0.05 μin) | 0.3 nm (0.01 μin) |
Range to resolution | 3,773,585 : 1 | 15,384,615 : 1 | 66,666,666 : 1 |
Linearity accuracy | 0.07 + 0.03 Z [mm] μm | ||
(3 + 30 Z[in] μin) | |||
Stylus arm length | Standard length 100mm | ||
Tip size | 2μm radius conisphere diamond | ||
Force | < 1mN | ||
Measuring station | 2000 | 2000E | 2000S |
Motorized tilting of traverse unit | Optional ±9° from horizontal | ||
Instrument weight | 223 Kg (450 mm column) (optional 700 mm column 237 Kg) | ||
Motorized vertical column | 450 mm (17.7 in) (optional 700 mm (29.5 in)) | ||
Environment | Electrical supply | ||
Storage temperature | 5 ºC to 40 ºC (41 ºF to 104 ºF) | Supply type | Alternating supply, single phase with |
earth (3-wire system) | |||
Storage humidity | 10% to 80% relative, non condensing | Instrument and computer voltage | 90 V - 230 V |
Operating temperature | 18 ºC to 22 ºC (64 ºF to 72 ºF) | Frequency | 47 Hz to 63 Hz |
Temperature gradient | < 2 ºC per hour (< 3.6 ºF / hour) | Supply voltage transients – width | EN 61000 - 4 - 4 : 1995 |
Operating humidity | 45% to 75% relative, non condensing | Power consumption | 500 VA |
Maximum RMS floor vibration | 3 μm/s (120 μin/s) at < 50 Hz | Safety | EN 61010 - 1 : 2001 |
6 μm/s (200 μin/s) at < 50 Hz | EMC | EN 61000 - 6 - 4 : 2001 | |
EN 61000 - 6 - 1 : 2001 |