MECHANICAL ALIGNMENT

MECHANICAL ALIGNMENT

Hotel Merapi Merbabu, Yogyakarta | 04 – 06 Maret 2015 | Rp. 9.000.000 per peserta
Hotel Merapi Merbabu, Yogyakarta | 08 – 10 April 2015 | Rp. 9.000.000 per peserta
Hotel Merapi Merbabu, Yogyakarta | 04 – 06 Mei 2015 | Rp. 9.000.000 per peserta
Hotel Merapi Merbabu, Yogyakarta | 03 – 05 Juni 2015 | Rp. 9.000.000 per peserta
Hotel Merapi Merbabu, Yogyakarta | 01 – 03 Juli 2015 | Rp. 9.000.000 per peserta

Jadwal Training 2015 Selanjutnya …

ABSTRACK

Most production and fabricating machinery requires leveling in order to correctly function. Some machinery, depending on the tolerances necessary, require leveling to within thousandths of an inch. When installing and leveling equipment of any type, it’s important to determine the available options for reaching optimum level, and also to make the necessary alterations to the surface where the machine will operate One of the most common causes of damaging vibration in rotating equipment is shaft misalignment. This comprehensive course trains the student in the need for precision shaft alignment and instructs in the popular methods to achieve it.

OUTLINE

1. What do we mean by Misalignment

2. Importance of Proper Alignment

• Extended Seal Life
• Extended Bearing Life
• Smoother / Quieter Operation
• Extended coupling life

3. Types of alignment:

• Straight Edge and Flash Light Method
• Reverse Dial Indicator Method
• Rim & Face Method (Double Dial Indicator)
• Laser

4. Preliminary Checks Before Starting Alignment

• Baseplate
• Shaft runout and endfloat
• Existing shims
• Inspect Couplings

5. Alignment Checks

• Factory prealignment
• Alignment before grouting baseplate
• After Grouting Baseplate

PARTICIPANT

Instrument Engineer/Supervisor, Plant Maintenance/Operators/Supervisors

INSTRUCTOR

HJ. Winarno, ST, M.Eng

Metode:

Presentation, Discussion, Simulation, Case Study, Evaluation