ID DL810M ELECTRIC DEMOLITION HAMMER MACHINE [G-240V] [Makita Type] - 26048

The ID DL810M is built for professional and trade use. Its 900W motor, 8 Joules of impact energy, and 18mm SDS Max shank place it firmly in the professional demolition hammer category — the same class used by contractors for concrete breaking, slab removal, and heavy masonry work. The inclusion of an auto-stop carbon brush set and CE certification further confirm its suitability for sustained, site-level use.

A standard rotary hammer drill combines rotation and hammering for drilling into concrete, whereas the ID DL810M is a dedicated demolition hammer — it delivers pure hammering action with no rotation. This makes it significantly more powerful for breaking and chiselling tasks. With 8J of impact energy and 2,900 impacts per minute, it is designed to demolish material rather than drill through it, making it the correct tool for concrete breaking, tile removal, and structural demolition.

Yes. The ID DL810M is rated for 220–240V at 50/60Hz, which is fully compatible with UAE and GCC standard mains voltage. It is supplied with a Type G (British 3-Pin) plug, which is the standard plug format used across the UAE, making it ready to use out of the box without any adapters.

The ID DL810M uses an 18mm SDS Max shank, which is the industry-standard fitting for professional demolition hammers. It is compatible with all SDS Max pointed chisels, flat chisels, wide chisels, and scaling chisels available from major tooling suppliers. The machine ships with a pointed chisel and a flat chisel included, so you can begin work immediately. For hex shank accessories, the machine also supports hex shank compatibility for high-torque applications.

Yes, the ID DL810M is well-suited for tile removal and floor screed breaking. Using the included flat chisel — or a wide scraper chisel bit (SDS Max) — the machine's 8J impact energy and 2,900 impacts per minute allow it to efficiently lift and break floor tiles, ceramic, and screed layers during renovation and fit-out projects. Its dedicated hammering action (no rotation) ensures clean breaking without unnecessary surface damage.

The auto-stop carbon brush set is a motor protection feature. Carbon brushes are wear components inside the motor that conduct electricity to the rotating armature. As they wear down over time with use, the auto-stop design automatically cuts power to the motor the moment the brushes reach their minimum safe length. This prevents the worn brush from damaging the armature windings — a repair that would otherwise be costly. The included spare set means you can replace the brushes and restore the machine to full operation without sending it for service.

The most common cause of sudden stoppage during use is worn carbon brushes triggering the auto-stop mechanism. The ID DL810M is equipped with an auto-stop carbon brush system that cuts power automatically when the brushes reach their wear limit — this is a protective feature, not a fault. Replace the carbon brushes using the included spare set and the machine should resume normal operation. If the issue persists after brush replacement, check that the power supply is stable at 220–240V and that the plug and cable are undamaged.

The ID DL810M is built with Class II double insulation, meaning the internal electrical components are fully isolated from the outer housing. This design eliminates the risk of electric shock from the tool body even in environments where moisture or conductive dust is present. However, as with all power tools, it should not be submerged or operated in standing water. For heavily dusty environments, ensure the ventilation slots are kept clear and the tool is blown out with compressed air periodically to maintain motor cooling efficiency.

Difficulty inserting or removing SDS Max bits is almost always caused by debris or dried grease buildup inside the chuck. Clean the chuck collar and the bit shank with a dry cloth, and apply a small amount of fresh grease (a grease tube is included with the machine) to the shank before reinserting. Ensure you are using genuine 18mm SDS Max shank bits — non-standard or damaged shanks will not seat correctly and can jam the chuck. If the locking collar feels stiff, do not force it; retract it fully before inserting the bit and release it only once the bit is fully seated.