Rotary kiln supporting wheel installation inclination measuring device and its measuring method

Abstract

The invention relates to a measuring device and a measuring method for inclination in equipment installation. A device for measuring the inclination of supporting wheels of a rotary kiln, which includes a precision level gauge: it also includes a conical measuring body, a groove is arranged on the bottom plane of the conical measuring body, and the precision level gauge is embedded in the groove. A method for measuring the inclination of supporting wheels of a rotary kiln, which includes the above-mentioned inclination measuring device, and includes the following steps: accurately determine the positions of the equipment inclination detection surface or the inclination detection points A and B of the central axis of the equipment, and place the The apex of the conical measuring body is placed at point A, and the reading Ha of the precision level gauge is read; the apex of the conical measuring body is placed at point B, and the reading Hb of the precision leveling gauge is read; the following formula is used to calculate the Rotary kiln supporting wheel installation inclination α=|Ha-Hb| / L, where L is the distance from point A to point B. The invention can directly measure the inclination of the equipment and eliminate the accumulated errors of indirect measurement.

Description

technical field [0001] The invention relates to equipment installation, in particular to a device for measuring inclination in equipment installation and a measuring method thereof. Background technique [0002] When the rotary kiln supporting roller equipment is installed, there is a certain slope requirement for the supporting roller installation, and a special slope gauge measurement method is usually used. The inclination value of the special inclination gauge is the same as the inclination of the equipment installation. Place the inclination gauge on the supporting wheel in the opposite direction, and use the frame level to measure the level of the inclination gauge to indirectly obtain the inclination of the supporting wheel. Due to the high processing precision of the special slope gauge, the cost is correspondingly high; the slope of the slope gauge should be determined according to the slope requirements of the equipment, which is specially designed and has poor app...

AI Technical Summary

Problems solved by technology

Due to the high processing precision of the special slope gauge, the cost is correspondingly high; the slope of the slope gauge should be determined according to the slope requirements of the equipment, which is specially designed and has poor applicability; it is an indirect measurement method, which is easy to cause cumulative errors, and eventually will lead to installation quality problems

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