**K 4000 Replaces K 3000**
Our Cut-n-Break method is the natural choice when you need to cut deep but want a machine with low tool and maintenance costs. The K 4000 Cut-n-Break enables you to cut as deep as 400 mm from one side. Suitable for flush cutting close to walls and floors as well as for smaller jobs like window openings where you want to avoid overcutting at the corners.
Features:
- Perfect for flush cutting: The adjustable blade guard allows close cutting to walls and floors.
- Cost-efficient cutting method: With the unique cut-n-break method you can work your way through the material step-by step at a low tool cost.
- Ergonomically designed rear handle: Power cord inlet located underneath the handle enables ease of use and comfortable handling with hassle free operation.
- Exceptional cutting depth: The long body and double cutting blades allow you to make cuts up to 16" deep.
Applications
- Perfect to use when it is not possible to use water or when the operator needs to cut indoors.
Benefits
- Elgard™, the advanced electronic overload protection system, varies the rotation speed to warn of an approaching overload.
- K 4000 Wet & K 4000 Cut-n-Break feature pop-up carbon brushes, which increase motor life.
- Lightweight, quiet-running, 2.4 hp.
- DEX, dust suppression system, makes it easy to ensure dust is reduced while minimizing water consumption and slurry (K 4000 Wet & K 4000 Cut-n-Break only)
Engine
- Rated input power: 2.4 hp
- Voltage: 100-120 V
- Frequency: 50-60 Hz
Cutting equipment
- Cutting depth, max: 16 in
- Blade diameter, max: 9 in
- Blade thickness, max: 0.1 in
- Peripheral speed, max: 11810 fpm
Dimensions
- Product size width: 8.9 in
- Product size height: 15.4 in
- Weight: 18.5 lbs
Sound and noise
- Sound power level, guaranteed (LWA): 109 dB(A)
- Sound pressure level at operators ear: 95 dB(A)
Vibrations
- Vibrations left/front handle: 3.2 m/s²
- Vibrations right/rear handle: 3.4 m/s²
NOTICE! Good motor performance depends on proper voltage. Extension cables that are too long and/or which have a gauge that is too small, reduce power to the motor under load, resulting in reduced output or malfunctions.
