BK DRILLING
0500450012 0500 4500 12 0500-4500-12 FLANGE BEARING
Representative Photo
0500450012 0500 4500 12 0500-4500-12 FLANGE BEARING - Epiroc Technical Drawing
Technical Drawing
Click to enlarge

Epiroc / Atlas Copco

0500 4500 12 FLANGE BEARING

Boomer M2D Drill Rig Spare Part

Available — Request Quote
Part Number0500 4500 12
DescriptionFLANGE BEARING
BrandEpiroc (Atlas Copco)
AssemblyBEARING UNIT
TypeDrill Rig Spare Part

Compatibility

Machine Models

Quick answer

0500 4500 12 (also written 0500450012, 0500-4500-12, or 0500.4500.12) is a Epiroc flange bearing spare part used in the BEARING UNIT assembly of the Epiroc Boomer M2D. Verified compatible with 2 Epiroc machine models including Boomer L2D 8999 1009 00, Boomer M2D. Available as an aftermarket replacement drill part from BK Drilling — Turkey-based Sandvik and Epiroc spare parts supplier serving mining contractors worldwide. Quote on request via WhatsApp; typical lead time 3-7 days for stock items.

Part code alternate forms: 0500450012, 0500 4500 12, 0500-4500-12.

Compatible machines

2

OEM cross-reference

0500 4500 12

About Epiroc 0500 4500 12 FLANGE BEARING

Precision-manufactured for the Sandvik Boomer M2D, this bearing component in the BEARING UNIT provides reliable rotational support even under the harsh vibration and impact conditions of rock drilling. Timely replacement prevents cascading damage to adjacent drivetrain components.

This is an OEM-compatible aftermarket replacement part for the Epiroc Boomer M2D (Boomer M2D). BK Drilling supplies this part with fast worldwide shipping and competitive pricing.

Frequently asked questions

Why are bearings critical in drilling equipment?

Bearings support rotating shafts and components under extreme loads and vibrations. Failed bearings can cause catastrophic damage to gearboxes, drive trains, and drilling mechanisms, leading to extended downtime and costly repairs.

What causes premature bearing failure in mining equipment?

Common causes include contamination from dust and water ingress, misalignment during installation, excessive loads, inadequate lubrication, and operating beyond rated temperature ranges. Proper sealing and regular lubrication schedules are essential preventive measures.