BK DRILLING
3115167100 3115 1671 00 3115-1671-00 PISTON GUIDE, FRONT  - Epiroc Genuine Product Photo
Product Photo
3115167100 3115 1671 00 3115-1671-00 PISTON GUIDE, FRONT  - Epiroc Technical Drawing
Technical Drawing
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Epiroc / Atlas Copco

3115 1671 00 PISTON GUIDE, FRONT 

FlexiROC T35 Rock Drill Spare Part

Available — Request Quote
Part Number3115 1671 00
DescriptionPISTON GUIDE, FRONT 
BrandEpiroc (Atlas Copco)
AssemblyREPAIR SET
TypeRock Drill Spare Part

Compatibility

Drifter Models

COP 1238HECOP 1238MECOP 1638COP 1838COP 1838CR/CRLCOP 1838MECOP 1838ME-T38COP 1838ME-T45COP 1838MUXCOP 1840COP 1840HECOP 2560

Machine Models

Quick answer

3115 1671 00 (also written 3115167100, 3115-1671-00, or 3115.1671.00) is a Epiroc piston guide, front  spare part used in the REPAIR SET assembly of the Epiroc FlexiROC T35. Verified compatible with 16 Epiroc machine models including Boomer 282, FlexiROC T35, Rocket Boomer 282. Used in 12 drifter configurations (COP 1238HE, COP 1238ME, COP 1638). 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: 3115167100, 3115 1671 00, 3115-1671-00.

Compatible machines

16

Drifter configurations

12

OEM cross-reference

3115 1671 00

Reference image

Available

About Epiroc 3115 1671 00 PISTON GUIDE, FRONT 

A critical hydraulic component in the Sandvik FlexiROC T35 percussion mechanism, this piston converts hydraulic pressure into the powerful impact force needed for rock breaking. Located in the REPAIR SET, worn pistons cause reduced penetration rate, increased energy consumption, and decreased overall drilling efficiency.

This is an OEM-compatible aftermarket replacement part for the Epiroc FlexiROC T35 (FlexiROC T35). BK Drilling supplies this part with fast worldwide shipping and competitive pricing.

Frequently asked questions

How does a worn piston affect drilling performance?

A worn piston reduces percussion energy transfer, decreasing penetration rate and increasing the time and energy required to drill each hole. This directly impacts productivity and operating costs in mining operations.