Verticality Tester

Verticality Measurement Device

It is primarily used for measuring the following aspects:

1Inspect Dimensions500mmInternal00Level0Grade1Please provide the Chinese content you would like translated.2The verticality of various types of right-angle rulers, as well as the measured surfaceink">Linearity；

2) Inspect dimensions up to500×500mmThe perpendicularity and parallelism of the various working surfaces of the rectangular box.

3No Chinese content provided for translation.0-500mmVerticality of high-precision mechanical parts within the scope.

This instrument boasts high measurement accuracy, stable performance, and convenient operation and maintenance.No Chinese content provided, nothing to translate..Dot.

Structural Principles

Instruments include guidance devices, measurement devices, driving units, gas source control units, auxiliary fixtures, computers, etc.

Structural Schematic Diagram

1.Guidance Device: Including the main body and the air-floated sliding seat. The main body itself is made ofOptimal.High-precision right-angle rulers precision-machined from quality granite. The gas-floated slider and the main body form a moving pair, with each guiding surface of the slider floating against the guiding surface of the main body, allowing for frictionless vertical movement.

2.Measurement Device: Including high-precision measuring tips and clamping devices, mounted on the sliding seat and moving with it. The measuring tips collect data that can be transmitted to the computer in real-time.

3.Drive Unit: Comprising of motors and winding wheels, etc. The winding wheels drive the rope to pull the sliding seat up and down.

4.Gas Source Control Device: Includes gas source filter, pressure stabilizer, and control valves, etc. Used to stabilize gas pressure and flow, ensuring the stability of the sliding seat gas film thickness.

5.Auxiliary Jigs: Designed to assist in positioning the workpiece being measured (e.g., blade-type right-angle rulers, flat right-angle rulers, etc.).

6.Computer: Inputs tested item information, automatically collects data, and processes the data results.

7.Printer: Produces printed output.

Usage Instructions

The instrument primarily measures using the principles of air flotation and vacuum adsorption, requiring gas as lubrication during the measurement process. Therefore, after startup, the system checks the air pressure in the gas lines. The motor can only start working when the air pressure is within the set range; otherwise, the system's buzzer will sound an alarm, and the motor will not activate. During the up and down movement of the slide table, both the positive and negative pressure gas lines of the vacuum adsorption slide table must be opened. Before use, the initial position of the slide table is at the low position (at this point, the measuring head is at a distance)ink">Marble SlabSurface approximately10mmThe following is the specific usage method.

Single Measurement Surface Device

Press the bottom levitation button to float the main body, then move the measuring instrument to an appropriate position on the reference workbench, and release the button for the main body's bottom to contact the workbench surface.

Instrument Reset (probe distance from the reference worktable approximately)10mm[No Chinese content provided, original text returned:]

Adjust the position of the inspected tool so that the measuring surface comes into contact with the probe. When the probe reading (viaTT20The indicator box, visible when the reading is close to zero, zeroes out the sensor reading.

Enter the relevant information of the inspected tool (such as the type of square ruler, manufacturing unit, serial number, inspector, submitting unit, equipment number, and inspection date) on the software interface, and then click to confirm.“We have commenced measurements.”Button

After measurement, click on the software interface“Record Management”Click the button to view the inspection records and perform print and other related operations.

Two measuring surface instruments

Follow the above steps2-4MeasurementThe.A measured surface (outer angle)αAs shown in the image below.

The.After measuring a face, a prompt dialog box will appear on the software interface.The.Two measurement surfacesγAngle measurement, according to prompts, adjust the measuring instrument properly.No Chinese content provided..Two measuring surfaces and the probe's relative position are set. When the probe reading approaches zero, zero the probe reading, and then click the "Confirm" button on the software interface to proceed with the measurement.

After inputting the parallelism error between two bases, the software calculates the internal angle according to the procedure upon confirmation.β(Conversion formula as shown in the image below).

Typical Applications

Triangle carpenter's square

Razor-Edge Square Ruler

Square Rule

Cylindrical Protractor

Flat Right-Angle Ruler

High-Precision Mechanical Parts