KZC-CC500E+Type Right Angle Ruler Inspection Instrument

JKZC-CC500E+typeRight angle ruler inspection instrumentPhoto:

Xi'an Qing'an Group---Ministry of Aerospace108 institutions

第5713 Factory - Nationalpreventmeasurement station

JKZC-CC500E+Technical Agreement for Type Right Angle Ruler Inspection Instrument

Instrument function

This instrument is an excellent new precision testing device in China, equipped with a computer and a ruler calibration software that can collect, process, store, and print out test data. It is currently a computer-controlled ruler inspection instrument.

1. Check the verticality of various types of square rulers (inner and outer corners) with dimensions up to 500mm, ranging from 0 to 2 levels;

2. Check the perpendicularity of each working surface and V-groove of the frame level of various specifications up to 300 × 300mm to the zero position (bar level) of the horizontal bubble;

3. Check the perpendicularity of each working surface and V-groove of the 200 × 200mm square box;

4. Detect the verticality of mechanical parts with high accuracy;

OneMain technical parameters

Measurement range: 0-500MM

Probe resolution: 0. 2μm

The straightness of the workbench: 2.0μm / 750×138 mm

indication variability： ±0.4Mm

indication error: ± (0.3+L/300) μ m (L is the measured length in millimeters)

volume 750×138×750mm³

weight 40kg

IIJKZC-CC500E+Description of Verification Software for Type Right Angle Ruler Inspection Instrument

Right angle ruler calibration software1.0

1System Introduction

Right angle ruler calibration software 1.0》(hereinafter referred to asVerification software "is applicable to newly manufactured, repaired, and

Verify the square ruler in use and generate a verification report.

This verification software is a subsystem of the metrological verification software system developed by our company.

Verification regulations:JJG 7-2004Verification Regulations for Square Rulers

Operating environment:Windows9xIf the above operating systems need to output calibration reports, a printer is also required.

The main interface of the verification software during operation is shown in the following figure:

2. Verification

2.1 Verification information input

In the main interface of the verification software, enter the verification information separately: verified instrument, basic verification information, calibrator

Records and certificates, metrology personnel, etc.

Users can directly input the corresponding information in the input box, and unnecessary information does not need to be entered.

2.2 Verification data input

As shown in the following figure, directly in the calibration tableEnter the corresponding calibration data in the "Calibration Data" column,

After inputting the verification data, the conclusion column will display the verification conclusion of the project (for different verification objects,

This table may have differences. The inspection data in the appearance quality column refers to the description of the appearance, and the conclusion needs to

artificial selection'Qualified' or 'unqualified'.

For the verification of verticality, you can directly enter the verticality value in the verification data column, or click on the right side of the column

Edge buttonThe program will pop up a dialog box for verticality verification, as shown in the following figure

Show:

The instrument display column will show the measurement value of the measuring head in the current position status. If the measuring instrument is not connected to the computer

The machine and instrument display columns will not be displayed.

After the probe moves to the calibration position, press the button on the right side of the columnRead button, the program will display the current measurement data

Read into the table, or directly enter data in this column.

After the verification is completed, pressThe 'OK' button completes the verification.

3Report

3.1 Create Report

After all inspections are completed, executeThe "Create Report" command in the "Report" menu will bring up the following image

The dialog box shown prompts the user to select a template for creating a report (the creation and design of this template are determined byMeasurement

verification”The software is completed, please refer to the relevant information of the "Metrology Verification" software. Click the "OK" button, and the program will

Create a report based on the template selected by the user.

3.2 Save report

executeThe "Save" command in the "File" menu will prompt the user to open a file save dialog box

Save the report in the designated location.

3.3 print report

executeThe 'Print' command in the 'File' menu allows you to print the report.

3.4 View Report

executeThe "Open" command in the "File" menu will bring up an open dialog box, where you can select the report file

After opening, you can view or print the report.