Precision alignment is one of the primary tools for maximizing the reliability of rotating machinery. Just the smallest amount ofangle or offset between two shafts will result in excess load on bearings, seal, shaft, and coupling. In addition, the vibration generated can result in accelerated failure of other machine components and the supporting structure. Ith has also been demonstrated that misaligned machines consume more energy.

Target Students & Qualification Prerequisite

• Prior experience is not required for attending the training course
• Intended for industrial condition monitoring engineers or technician and also maintenance engineer charged with helping the organization improve reliability and performance

Content

• An overview of precision alignment
• A detailed introduction including the reliability benefits
• The basics of dial indicators calculations
• Rim-and-face and reverse-dial indicator alignment overview
• Pre-alignment checks
• Soft foot detection and correction
• The rim-and-face method in detail
• The reverse-dial method in detail
• Laser alignment method in detail
• Moving the machine (and how to deal with the bolt bound and base bound situations)
• Dealing withdynamic and thermal growth
• Machine train alignment

Examination

• Duration (Hours) =3
• Passing Mark =70%

Package Content
Students who successfully complete the course will be awarded a Certificate of Completion and a certificate of Attendance

Course Fee
Please contact: [email protected]

Dates
6 – 8 April (Jakarta)

Duration
09:00 to 17:00 (3 days)

Available Class Choice
Public Class, Private Class, and Distance Learning Class