Description
SKIL 1590 AA plane
Easy to use plane for perfect work results
The SKIL 1590 is a powerful planer with a power consumption of 710 watts, which is ideal for processing surfaces, for bevelling and for hemming.
The ergonomic design with soft grip and large depth adjustment knob, which serves as an additional front handle, ensures optimal comfort and safe guidance of the tool.
The high quality TCT knives are reversible knives for double the service life.
When one side is worn out, you can simply turn the knife over and continue working.
Chip outlets on the left and right make it easy to adapt the chip ejection to the work situation.
For a clean work environment, you can connect the dust bag or a household vacuum cleaner to both sides of the plane.
The practical stand prevents accidental damage to the workpiece, when you put the tool down or want to put it away after work.
The SKIL 1590 AA is supplied with a dust bag, a rip fence and a rebate depth stop.
TECHNICAL SPECIFICATIONS
Nominal input power: 710 W
Planing width: 82 mm
Planing depth: 2 mm
Rebate depth: 8 mm
Idle stroke number unloaded: 16000 min-1
Weight: 2.6 kg
Electrical voltage / frequency (charger): 220-240 V / 50-60 Hz
PRODUCT FEATURES
– Chip outlets on the left and right for adapting the chip ejection to the work situation
– Soft grip on all grip areas
– Modern ergonomic design for optimal handling
– V-groove in the aluminum base plate enables easy chamfering
– High-quality aluminum base plate for ultra-smooth work results
– Optional: Dust-free work possible with a vacuum cleaner or dust bag
– Powerful 710 watt planer for surface processing, chamfering and rebating
– The large depth adjustment knob also serves as an additional front handle for optimal tool guidance
– TCT reversible knife for a smooth surface and a long service life
– Practical stand protects the workpiece and planer knife
– Integrated key storage
NOISE AND VIBRATION LEVELS
Sound pressure level: 88 dB (A)
Sound power level: 99 dB (A)
Standard deviation: 3 dB (A)
Vibration value: <2.5 m / s²
Measurement uncertainty (K): 1.5 m / s²
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