Allan Smith Engineering Private Limited

Deflection and Bent, we are measuring by standard method of measurement of distance to rotating kiln section. The data analyzed and presents as polar diagram for eccentricity and local deformations. Additionally, we measure roller shaft deflection to conclude hidden cranks of the shell at support roller position. Also, we reverse calculate the shell bent causing shaft deflection and consider this in the real final shell axis shape.

Support Roller Deflection

We carry out support roller deflection measurement, a dynamic deflection during normal kiln operation. Data recorded for complete rotation of kiln using high precision digital dial gauge of accuracy 0.001 mm. The deflection indicate “hidden bend in kiln shell”, support roller shaft strength under operation load, etc.

Kiln shell runout / eccentricity and hidden crank induce cyclical shaft deflection and leads to incipient of fatigue crack in the shaft.

Static deflection of the shaft will be higher but this we can’t measure; we can measure only variation in the deflection during operation. The static deflection can only be measured during shutdown.

It comes under into Kilns .

Additional Information:

• Production Capacity: As per the requirements

We calculate shell distortion and bend our standard method of shell stress analysis, the data analyzed on base of polar diagram for eccentricity and local deformation. We manure shaft deflection to analyze hidden crack of the shell and support roller position. We have team to weld shell crack /shell change/ Stabilizing circumferential crack. We provide following test for shell.

Additional Information:

• Delivery Time: 15 days