28mm HEX Demolition Breaker
D25960K-QS
28mm HEX Demolition Breaker
- Highest productivity due to an optimum balance of power, impact energy and vibration
- Lowest vibration in the 16kg class ensures the highest trigger time
- 50% longer service intervals than the nearest competitor for lower running costs and less down time
Product Overview
The D25960K 1-1/8" 40lb demolition hammer delivers a concrete crushing 35 joules of impact energy. The dependable and hard hitting German engineered mechanism, delivers long life. With its all metal housing and barrel, this demo hammer was meant for heavy-duty applications like floor trenching for pipe, breaking out stairs/risers, creating openings into shafts, breaking asphalt, loosening/breaking hard packed dirt/gravel/clay and confined space work when big power is needed. The Active Vibration Control® technology employed delivers reduced user vibration for less user fatigue and greater productivity.
Additional Features
- Robust and proven design provides the longest lasting 16kg breaker
- Soft start feature ensures accurate clean breaking without chisel walking
Includes
- (1) Pointed chisel
- (1) Multi position side handle
- (1) Heavy duty carrying case
Specifications
Blows per Minute (BPM)
|
1450
|
Product Width [Metric]
|
130 mm
|
Perform & Protect
|
Yes
|
Product Height [Metric]
|
260 mm
|
Impact Energy (J) EPTA Value
|
35
|
Impact Rate per Min.
|
1450
|
Product Weight [Metric]
|
18.4 Kg
|
Uncertainty K1 (Vibration)
|
1.5 m/s²
|
Power Source
|
Corded
|
Tool Holder
|
28mm Hex
|
Dust Solution Compatible
|
Yes
|
Power Input
|
1600 W
|
Vibration Control
|
Yes
|
Product Length [Metric]
|
795 mm
|
Support
Warranty
- 1 Year Limited Warranty, 3 Year Limited Warranty When Registered
We’re confident of the quality of our products and we’ll repair, without charge, any defects due to faulty materials or workmanship within the specified warranty.
Service
We take extensive measures to ensure all our products are made to the very highest standards and meet all relevant industry regulations.