Drill bit RAWLPLUG SDS-MAX 30 mm RT-MAXT-30/540 for rotary hammers

RAWLPLUG SDS-MAX 30 mm drill bit RT-MAXT-30/540 is designed for use with SDS‑MAX rotary hammers for efficient drilling in concrete, masonry and other hard substrates. The 30 mm diameter and SDS‑MAX shank provide secure engagement with compatible hammers, enabling reliable transfer of impact energy for drilling anchor holes, through-holes and rebar placement tasks in construction and renovation projects.

Advantages

The drill bit features a hardened carbide tip and robust flute geometry to maintain cutting efficiency and chip evacuation during heavy-duty use. The SDS‑MAX shank ensures stable retention in the rotary hammer chuck for reduced slippage and improved drilling accuracy. Manufactured to RAWLPLUG quality standards, the bit offers consistent performance and extended service life under typical construction site conditions.

Suitable for

• Drilling anchor holes in concrete and masonry
• Creating through‑holes for pipes and conduits
• Preparing openings for rebar placement and dowels
• General heavy‑duty drilling in renovation and construction

Key specifications

• Drill diameter: 30 mm
• SDS‑MAX shank type for rotary hammers
• Overall length: 540 mm (total length suited for deeper drilling)
• Carbide tip for enhanced wear resistance and cutting
• Flute design for efficient dust and chip removal

How to use

Insert the SDS‑MAX shank fully into the rotary hammer’s chuck until it locks. Select appropriate hammer mode (rotary hammer with hammering action) and start drilling at low speed to establish the hole, then apply steady pressure while maintaining alignment. Periodically withdraw the bit to clear dust and chips from the hole and flute to preserve cutting performance. Use appropriate drill fluid or dust extraction when required by the substrate or site regulations.

Usage recommendations

Use personal protective equipment including safety glasses, hearing protection and dust mask when drilling. Match drill diameter to anchor or rebar specifications and avoid excessive axial force; let the tool and carbide tip perform the cutting. For reinforced concrete, use intermittent drilling and clear debris frequently to prevent binding and overheating.