Putting Out Of Operation; General Requirements; Important Information On Welding Parameters - Rothenberger ROWELD P250-630/8-24B Plus Premium Bedienungsanleitung

Transferring the log:
In the Log menu item, these can be saved with OK, if a USB stick is connected. The window then
closes automatically.
This report file should be processed using the ROTHENBERGER Dataline 2 software and a
computer.
All welding parameters can be found in the enclosed welding tables.
3.2.4

Putting out of operation

 Use the button (6) to turn off the hydraulic unit.
Let the heating element cool or stow it in such a way that no adjacent materials
can be ignited!
 Remove trimmer unit, heating plate and hydraulic unit mains plugs from power outlet and roll
up cables.
Transport and set the hydraulic unit only in a horizontal position. If it is set at an
angle, oil escapes from the vented plugs with the dipstick!
 Disconnect and roll up hydraulic hoses.
Important! Protect couplings from damage and dirt!
3.3

General requirements

As weather and ambient conditions can seriously effect welding procedures and joints, it is
essential to duly observe national welding guidelines and ordinances, e. g. DVS Guideline 2207,
Sections 1, 11 and 15.
(Welding requires continuous and due supervision and monitoring!)
3.4

Important information on welding parameters

For welding parameters such as temperature, pressure and time, consult your national welding
guidelines and ordinances, e. g. DVS Guideline 2207, Sections 1, 11 and 15.
Ordering: DVS Media GmbH, Aachener Str. 172, 40223 Düsseldorf
Postfach 10 19 65, 40010 Düsseldorf, Tel.: +49 (0) 211 / 15 91 – 0
Email: media@dvs-hg.de internet: www.dvs-media.info
In the event of doubt, consult the pipe manufacturer for material-specific welding parameters.
The welding parameters specified in the welding tables are strictly reference values.
ROTHENBERGER cannot assume any liability for their accuracy or completeness!
The compensation and joint pressure values specified in the welding tables were calculated using
the following formula:
pressure P [bar] = welding surface A [mm²] x welding factor SF [N/mm²]
Welding factors (SF): PE = 0,15 N/mm², PP = 0,10 N/mm², PVDF = 0,10 N/mm²
surface of cylinder Az [cm²] x 10
ENGLISH 41