Einhell 230V Demolition Hammer TE-DH 50 1700W

• Impact energy: 50J • Impact rate: 0-1800 bpm • SDS Hex Quick Change 33mm chuck • Cable length: 4m • Includes: 1 x pointed chisel, 1 x flat chisel, towel, wheeled case The Einhell TE-DH 50 demolition hammer is an ideal tool for heavy demolition work. With an impact rate of 1800 strikes per minute and 50 joules of single impact power delivered by the powerful 1700W motor, the highest demolition performance is guaranteed, all with a vibration cushioned main handle for low vibration operations. The SDS Hex tool chuck (33mm) allows for fast and problem free tool changes. The additional handle on the Einhell TE-DH 50 is designed to allow adjustment through 180° in the vertical direction and 360° horizontally, so the demolition hammer can be adapted flexibly to any working position. The robust 4m rubber cable provides the greatest possible mobility. Carbon brushes which switch off automatically also prevent malfunctions and afford additional protection for the TE-DH 50. Robust and durable in construction, the demolition hammer is designed for demanding, continuous operation. The demolition hammer is ready for immediate action thanks to the supplied pointed chisel and flat chisel, while the soft start function guarantees safe operation. A practical machinery towel is also included to enable the tool to be cleaned easily. The product is supplied in a practical transportation and storage case. • Top demolition performance by 50J single impact power • Robust SDS Hex tool chuck for fast, easy change • Low vibration operation • 180° vertical / 360° horizontal adjustable handle • Auto switch off carbon brushes prevent malfunction • Soft start for safe operation • Robust, durable construction for strong, long term operations • 4m rubber cable for maximum mobility • Ready immediately thanks to the pointed and flat chisel • Includes machinery towel for easy cleaning of the unit • Comes with a practical transport and storage trolley • Contains oil, minor seepage during storage and use is expected and normal.