WST /diameter300 mm/ high precision optical comparator/ profile projector /pp12A-B - PP12A-B

optical profile projector PP12A-B

Projection screen

Screen diameter: 300 mm

Rotation range: 0°~ 360°

Display equivalent of the rotary angle: 1′

Accuracy of the rotary angle: 6′

Worktable

Worktable area: 340mm×152mm

Stroke of X-coordinate: 0~150 (mm) Display equivalent: 0.001 (mm)

Stroke of Y-coordinate: 0~50 (mm) Display equivalent: 0.001 (mm)

Stroke of Z-coordinate (Focusing): 0~80 (mm) (Focusing)

Accuracy of the instrument: (4+L/25)μm, of which, L = length of the work-piece measured ( unit: mm)

Load capacity of the worktable: 4kg

Lighting source

Transmission lighting: 12V/100W Halogen tungsten lamp

Indirect lighting: 24V/150W Halogen tungsten lamp

Objective

Objective Magnification Power

Object Visual Field (mm)

Object Working Distance (mm)

Errors of magnifying power: 0.08%

Ambient environment of the instrument service:

Room temperature: 20°C±5°C

Relative humidity: Not more than 60%

Overall sizes of the instrument (mm): 480×780×1150

Mainframe weight: 135 kg

Remarks on the Power Source:

Rated voltage for the instrument is 220V/110V

Frequency: 50HZ/60HZ

Rated power: 440W.

Measuring System

PP12A-B: Function of the Multi-Functional Digital Display Meter

Multipoint acquisition can determine the straight line and the circular;

Various geometric elements can be preset;

Various geometric elements can be determined in the combination forms;

Having the functions of coordinate rotation and motion of translation;

The length of sensor or the angular value of the coder may be set in Z-axial;

Having the translation function between the pole coordinate and the rectangular coordinate;

Having the function of error correction;

Having the function of RS232 output;

Having the function of page output;

Having the function of power failure memory;

Various geometric elements can be stored and called.

PP12A-B: Functions of the 2-Coordinate Measuring Software:

1. Acquisition functions: Acquire dots, lines, circulars and arcs

2. Construction functions: Construct the dots acquired to form the straight line, the circular and the arc

3. Combined computing functions:

The combination calculation between “dot” and “dot” gives their dot distance and midpoint coordinate;

The combination calculation between “dot and line” gives their dot line distance;

The combination calculation between “straight line and straight line for their crossing” gives their intersecting point coordinate and their included angle;

The combination calculation between “straight line and straight line for their centering” gives the central line information for the two lines;

The combination calculation between “circular and circular” gives the information of the crossing points and the center distance of the circulars; and

The combination calculation between “circular and straight” gives the information of their crossing points and the distance from the center of the circular to the line.

4. Functions for the treatment of the shape and location tolerance:

5. Exchange of the coordinate system: