Electric jigsaw Aceline AJS500

#5084217

Electric jigsaw Aceline AJS500

[500 W, 3000 strokes/min, wood cut - 60 mm, RPM adjustment, from mains] details

Not on sale

  • Characteristics
  • Feedback 499
  • Service rating (Reliability assessment)
  • Instructions and files

Characteristics Electric jigsaw Aceline AJS500

General parameters

Type
electric jigsaw
Model
Aceline AJS500

Technical specifications

Class
household
Engine Type
brushed
Power
500 W
Min Saw Blade Movement Frequency
0 strokes/min
Max Blade Stroke Frequency
3000 strokes/min
Base Plate Type
stamped
Sole Material
steel
Max Wood Kerf Depth
60 mm
Max Metal Kerf Depth
5 mm

Functions/Modes

Pendulum Action
none
Anti-Vibration System
none
Quick-Release Blade Mechanism
none
Vacuum Cleaner Support
yes
Stroke Rate Adjustment
yes
Laser Marker
none
Soft Start
none
Maintains Constant Stroke Rate
none
Backlight
none
Sole Plate Bevel Adjustment
yes
Base Plate Bevel Angles
45 deg
Sawdust Blower
none
Protective Shield
yes
Easy Brush Access
none

Power

Power Supply Type
from mains
Mains Voltage
220 V
Cable Length
2 m
Frost-Resistant Wire
none

Additional Information

Handle Shape
D-shaped
Rubber Grip
none
Case Included
none
Blade Storage Compartment
none
Noise Level
86 dB
Packaging Type
cardboard box
Package Contents
saw blade, documentation, hex key

Dimensions and Weight

Length
190 mm
Width
65 mm
Height
210 mm
Weight
1.56 kg
Packaged Length
245 mm
Packaged Width
65 mm
Packaged Height
215 mm
Packaged Weight
1.55 kg

Description

The Aceline AJS500 electric jigsaw is a domestic power tool featuring a rubberized D-handle and a 2 m power cord. The stamped steel base plate supports a 45° bevel angle. A protective shield prevents chips from flying into the user's face. An adapter for connecting a workshop vacuum helps maintain a clean workspace. \nThe Aceline AJS500 cuts wood to a depth of 6 cm and metal up to 5 mm. Variable stroke rate adjustment allows setting blade movement up to 3000 strokes/min. Manual adjustments enhance cut quality and straight-cutting efficiency based on material hardness.