I. Interficiam tubum
In processus of cutting in ferro tibia, praeter ensuring quod longitudo cylindro testa est regitur in certa range, est etiam necessarium curare Chamfering angle. In inaequaliter chamfering de pipe secans apparatus erit causa in subsisto de currus ad non in centro de cylindro Crusta, unde in incremento radialis runout de cylindro. Si crusta longitudine maius quam requisita drawing magnitudinem cylindro testa redigatur cum sagittam caput extrudit, quae potest facere cylindro non ponitur in cylindro frame.
II. Conscidisti altum tubo
Pelagus moderantum factores currus subsisto processus sunt profundum in subsisto et diameter interioris foraminis. In profundum oris est etiam vadum vel altum, unde in installation ad ferre sedem non est in loco, unde in incremento cylindro Rotation resistentia et incremento diameter jump de cylindro. And the diameter of the stop mouth out of the car is greater than the requirements of the drawing, resulting in the bearing seats at both ends of the roller being uncentered, resulting in the increase of the roller rotation resistance, and the increase of the diameter jump of the roller; Si diametrum subsisto minus quam requisita trahens, portantes sedes non installed
III. Torcular-apta ferre habitationi
Et ferentem sedes press-conveniens est in loco, unde in misalignment de ferre sedes ad utrumque extremis, unde in incremento cylindro rotationis resistentia et incremento cylinder diametrum.
IV. WELDING Operations
Cum Welding ad ferentem sedes, et welding voltage et current sunt nimis magnum vel parva, quae faciam inaequaliter welding, unsmooth, poros, leakage welding, et nodules, quae afficiunt servitium vitae cylinder, quae afficit servitium vitae cylinder.
V. compressionem afferentem, compressionem sigillum
A. Et portantes torcular-conveniens est in loco, aut portantes et sigillum esse premunt-conveniens simul, unde nimia deformatio sigilli, unde in auctus rotationis resistentia cylindro et inflexibilem gyrationis.
b. Cum torcular-conveniens gestus et signacula, magnitudinem tectis caput prominentes ab utroque rollerus testa est asymmetricum, quod non obviam in cylindro drawer, quae causa cylindro non in cylindro.
VI. Temperatio
Because the bearing and the seal are step-by-step press-fitting during the processing of the idler at this stage, the seal deformation or the sealing gap cannot be opened in the press-fitting process, the sealing gap needs to be opened by knocking the shaft head to ensure that the shaft can rotate flexibly, and the adjustment is not in place, resulting in the inflexible rotation of the idler and the increase of rotational resistance.
VII. A currus sulcus
A. Latitudo vallum currus nimium magna axial linea et axis obstructionum facile laedi post labefactum.
