AKU string trimmer REBEL RB-5002.1 without battery

Product detailed description

Do you want your garden to look phenomenal? Don't let imperfections caused by mowing the lawn along the walls or around trees and other plants spoil it. Buy a Rebel Tools cordless trimmer today. This extremely handy and convenient device allows you to mow areas that are difficult for a conventional mower to reach, such as corners, lawn edges or areas under garden benches.

The trimmer not only allows you to adjust the rotation and angle of both the front handle and the angle of the head, but also allows you to adjust the length of the telescopic arm. This ensures both cutting efficiency and comfort when working. Another great advantage of the device is the cordless operation, so you can forget about extension cords and tangled cables. In addition, the trimmer is equipped with a battery charge indicator so that you can control your working time.

Batteries and charger sold separately. So if your garden is very demanding, choose Rebel Tools' 20 V, 2A replaceable batteries, which allow you to work without unnecessary long charging breaks.

Telescopic arm length adjustment (100-130 cm)
Rotation adjustment (360°) and tilt angle adjustment (7 degrees) of the front handle
Adjustment of head tilt (0-90°) and angle (5 degrees)
Pull-out safety bar
Edge trimming function
Side wheel
Protective cover
Switch with locking against accidental switching on
Ergonomic handle
Battery level indicator

Technical parameters:

Battery: 20 V; 2 Ah (RB-2001) / 4 Ah (RB-2002)*
Charging time: 1-1.5 hours. (RB-2001) / 2-3 hours (RB-2002)
Operating time: up to 20 min
Wall charger: 21.5 V; 2.2 A (RB-2001-CH)* / 21.5 V; 1.7 A (RB-2003-CH)
Cutting element: 2-row cutting head Cutting
system: semi-automatic line extension
Line diameter: 1.2 mm
Line length: 5 m
Cutting diameter: 22 cm
Idling speed: 8000 rpm. .
Weight: 2.1 kg
Including: side wheel
Sound pressure level LPA: 72 dB(A), K = 3 dB(A)
Sound power level LWA: 92 dB(A), K = 3 dB(A)
Hand and arm vibration: 6.918 m/s2 K=1.5 m/s2