Epiroc / Atlas Copco
3128 3081 22 BUSHING
Boomer S1D 8999 1013 00 Drill Rig Spare Part
| Part Number | 3128 3081 22 |
| Description | BUSHING |
| Brand | Epiroc (Atlas Copco) |
| Assembly | TELESCOPE SET |
| Type | Drill Rig Spare Part |
Quick answer
3128 3081 22 (also written 3128308122, 3128-3081-22, or 3128.3081.22) is a Epiroc bushing spare part used in the TELESCOPE SET assembly of the Epiroc Boomer S1D 8999 1013 00. Verified compatible with 1 Epiroc machine model including Boomer S1D 8999 1013 00. 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: 3128308122, 3128 3081 22, 3128-3081-22.
Compatible machines
1
OEM cross-reference
3128 3081 22
Reference image
Available
About Epiroc 3128 3081 22 BUSHING
A vital component in the TELESCOPE SET of the Sandvik Boomer S1D 8999 1013 00, this bushing acts as a sacrificial wear element designed to protect more expensive surrounding components. Its precise dimensional tolerances ensure smooth operation and minimal vibration during drilling operations.
This is an OEM-compatible aftermarket replacement part for the Epiroc Boomer S1D 8999 1013 00 (Boomer S1D 8999 1013 00). BK Drilling supplies this part with fast worldwide shipping and competitive pricing.
Frequently asked questions
What does a bushing do in a drilling machine?
A bushing acts as a wear-resistant liner that reduces friction between moving and stationary parts. It protects more expensive components from direct contact wear, extends service intervals, and maintains precise alignment of rotating elements in drilling equipment.
How often should bushings be replaced?
Bushing replacement intervals depend on operating conditions, but typical mining applications require inspection every 500-1000 operating hours. Signs of wear include increased play or vibration, unusual noise, and visible scoring or deformation of the bushing surface.
