10
ELECTRIC DUAL ACTION (DA) SANDER
EN
Translation of the original instructions
LED «flash green»
LED «flash green»
Figure 1
Figure 2
Figure 3
* Power Cord : H05RN-F 1.0mm² /3C
Maximum speed function
The Electric Random Orbital Sander has four preset Maximum Speeds (4,000, 7,000, 9,000 and 10,000r/min (RPM)
The Maximum Speed can be changed at any time while the Sander is running or when it is stopped.
Any setting for the Maximum Speed will be stored while the Power is turned “OFF”.
Maximum speed and intermediate speed control
1. Maximum Speed is adjusted by pressing the “+” or “-” buttons on the buttrons plate of the Sander. Each touch will
raise or lower the speed to the next setting.
2. Intermediate speeds between Zero (0)/min (RPM) and the set Maximum Speed can be used with intermediate Lever
positions.- see figure 4.
Figure 4
OVERLOAD PROTECTION SYSTEMS
The Electric Random Orbital Sander has two systems to protect the motor and circuit board from overloading and
overheating.
Downforce Overload System
The Sander has the ability to monitor and maintain the preset Maximum Speed as user downforce increases or de-
creases during use. During periods of overly high user downforce, the Sander will flash the LED on the back of the
tool from Green to Red and cause the motor to slow slightly as a warning to the user. Continuous downforce should
be no greater than approximately 5Kg (11 lb.). If the user continues with overly high downforce, the Sander will
change the LED to solid Red and stop. To restart the sander immediately, released the lever and pressed down again
and continue sanding. Repeated overloading will result in frequent motor stops and increased tool temperature.
Temperature Overheat System
The Sander has the ability to monitor temperature of the internal electronic systems, and can shut the tool down
when temperature reach damaging levels. During periods that result in high internal temperature, the Sander will shut
down if the temperature reaches a damaging level. The Sander will not be able to be restarted until the internal tem-
perature cools to a level safe for the electronic systems. Cooling time depends on local conditions. An initial waiting
period of 5 minutes is recommended. Repeated overheating will result in longer cool down times.
