beautypg.com

Powx044, 8 cleaning and maintenance, 9 technical data – Powerplus POWX044 FINISHING SANDER 330W EN User Manual

Page 5: 10 sound emission

background image

POWX044

EN

Copyright © 2012 VARO

P a g e

| 5

www.varo.com

7.1

Fastening of sanding-paper

Disconnect the tool from the power-supply before changing sanding paper.

Open the paper-clamps on both sides of the base-plate and remove the worn-out sanding-

paper.

Place a new sanding-paper on the base-plate observing the holes in the sanding-paper fit to

the holes of the base-plate.

Bend the paper to the base-plate and fasten one clamp first. Press the sanding-paper

against the base-plate, bend the other end and fasten second clamp.

Attention: This finishing sander is not suitable for wet sanding jobs.

7.2

Speed regulation

Turn to the speed adjusting dial (10) to regulate the vibration speed. The number of vibration
varies of 6000 to 11000 per minute

7.3

Attaching the dust bag

Use always the supplied dust bag in importance of your health (8) when you work with the
machine

8 CLEANING AND MAINTENANCE

Attention !Before performing any work on the equipment, pull the power
plug.

8.1

Cleaning

Keep the ventilation slots of the machine clean to prevent overheating of the engine.

Regularly clean the machine housing with a soft cloth, preferably after each use.

Keep the ventilation slots free from dust and dirt.

If the dirt does not come off use a soft cloth moistened with soapy water.

Never use solvents such as petrol, alcohol, ammonia water, etc. These
solvents may damage the plastic parts.

9 TECHNICAL DATA

Voltage

230 V AC

/ 50 Hz

Power input

330 W

Sanding area

230 x 115 mm

Sandpaper-size

280 x 115 mm

No. Of vibrations

6.000-11.000 min

-1

Weight

2.3 kgs

Protection class

10 SOUND EMISSION

Noise emission values measured according to relevant standard.

Sound pressure level (LPA)

85 dB(A)

ATTENTION ! The sound power pressure may exceed 85 dB(A), in this case
individual hearing protection must be worn.

Vibration

7.7 m/s²