SynMag 2600/3100/3600/4100/5100
6 Putting into operation
BA-0006 • 2020-02-08
EN - 13
6.1 Water cooling
The coolant container on the
SynMag 3600/4100/5100
is factory filled with approximately 1 litre of
coolant. The container must be topped up with coolant via the filler neck. The tank capacity is approximately
five litres. The fill level of the coolant container can be checked using the window on the right-hand
side panel.
6.2 Preparing the wire feeder
1
Place the welding wire spool on the spool holder with the drive pin in the spool hole. Secure the welding
wire spool!
2
Check that the wire feed rolls are suitable for the wire diameter and material.
6.3 Preparing for welding
1
Switch on the machine at the main switch.
2
Use the table to select the welding programme.
3
Preselect the voltage levels. Depending on the selection, the corresponding set value is indicated
on the displays.
4
Select 2-step or 4-step mode.
5
Press the thread button and thread the welding wire through the cable assembly.
6
If the factory-set contact pressure for the wire drive needs to be adjusted, this can be done using the
two clamp levers.
7
Set the shielding gas volume.
8
Weld.
9
Use the knob to adjust the wire feed speed to the welding task.
WARNING
ONLY use JPP coolant (order no. 900.020.400).
• Unsuitable coolant can cause material damage and void the manufacturer warranty. Do not mix in
any water or other coolant.
• Do not weld without coolant! The tank must always be full.
• The pump must not run dry, even for a short period. Bleed the pump.
• Frost-proof down to −30°C
DANGER
Harmful to health – keep out of reach of children!
The SAFETY DATA SHEET can be accessed at www.jess-welding.com.
NOTICE
For safety reasons, the system must be subjected to an annual safety inspection by
Jäckle & Ess System GmbH
or an authorised specialist pursuant to DIN IEC 60974 part 4:
safety, maintenance and inspection of arc welding equipment in use.
NOTICE
The wire feed rolls are labelled in such a manner that the wire diameter used can be read when the wire
feed roll is attached.
CAUTION
Risk of injury due to welding wire protruding from the torch.
Содержание SynMag 2600
Страница 29: ...SynMag 2600 3100 3600 4100 5100 11 Anhang BA 0006 2020 02 08 DE 29 Abb 21 Schaltplan SynMag 2600 Teil 2 ...
Страница 30: ...DE 30 BA 0006 2020 02 08 11 Anhang SynMag 2600 3100 3600 4100 5100 Abb 22 Legende zum Schaltplan SynMag 2600 ...
Страница 32: ...DE 32 BA 0006 2020 02 08 11 Anhang SynMag 2600 3100 3600 4100 5100 Abb 24 Schaltplan SynMag 3100 Teil 2 ...
Страница 33: ...SynMag 2600 3100 3600 4100 5100 11 Anhang BA 0006 2020 02 08 DE 33 Abb 25 Legende zum Schaltplan SynMag 3100 ...
Страница 35: ...SynMag 2600 3100 3600 4100 5100 11 Anhang BA 0006 2020 02 08 DE 35 Abb 27 Schaltplan SynMag 3600 Teil 2 ...
Страница 36: ...DE 36 BA 0006 2020 02 08 11 Anhang SynMag 2600 3100 3600 4100 5100 Abb 28 Schaltplan SynMag 3600 Teil 3 ...
Страница 37: ...SynMag 2600 3100 3600 4100 5100 11 Anhang BA 0006 2020 02 08 DE 37 Abb 29 Legende zum Schaltplan SynMag 3600 ...
Страница 39: ...SynMag 2600 3100 3600 4100 5100 11 Anhang BA 0006 2020 02 08 DE 39 Abb 31 Schaltplan SynMag 4100 Teil 2 ...
Страница 40: ...DE 40 BA 0006 2020 02 08 11 Anhang SynMag 2600 3100 3600 4100 5100 Abb 32 Schaltplan SynMag 4100 Teil 3 ...
Страница 41: ...SynMag 2600 3100 3600 4100 5100 11 Anhang BA 0006 2020 02 08 DE 41 Abb 33 Legende zum Schaltplan SynMag 4100 ...
Страница 43: ...SynMag 2600 3100 3600 4100 5100 11 Anhang BA 0006 2020 02 08 DE 43 Abb 35 Schaltplan SynMag 5100 Teil 2 ...
Страница 44: ...DE 44 BA 0006 2020 02 08 11 Anhang SynMag 2600 3100 3600 4100 5100 Abb 36 Schaltplan SynMag 5100 Teil 3 ...
Страница 45: ...SynMag 2600 3100 3600 4100 5100 11 Anhang BA 0006 2020 02 08 DE 45 Abb 37 Legende zum Schaltplan SynMag 5100 ...
Страница 47: ...SynMag 2600 3100 3600 4100 5100 11 Anhang BA 0006 2020 02 08 DE 47 Abb 39 Legende zum Schaltplan DVK 5100 ...
Страница 73: ...SynMag 2600 3100 3600 4100 5100 11 Appendix BA 0006 2020 02 08 EN 27 Fig 21 SynMag 2600 circuit diagram part 2 ...
Страница 74: ...EN 28 BA 0006 2020 02 08 11 Appendix SynMag 2600 3100 3600 4100 5100 Fig 22 SynMag 2600 circuit diagram legend ...
Страница 76: ...EN 30 BA 0006 2020 02 08 11 Appendix SynMag 2600 3100 3600 4100 5100 Fig 24 SynMag 3100 circuit diagram part 2 ...
Страница 77: ...SynMag 2600 3100 3600 4100 5100 11 Appendix BA 0006 2020 02 08 EN 31 Fig 25 SynMag 3100 circuit diagram legend ...
Страница 79: ...SynMag 2600 3100 3600 4100 5100 11 Appendix BA 0006 2020 02 08 EN 33 Fig 27 SynMag 3600 circuit diagram part 2 ...
Страница 80: ...EN 34 BA 0006 2020 02 08 11 Appendix SynMag 2600 3100 3600 4100 5100 Fig 28 SynMag 3600 circuit diagram part 3 ...
Страница 81: ...SynMag 2600 3100 3600 4100 5100 11 Appendix BA 0006 2020 02 08 EN 35 Fig 29 SynMag 3600 circuit diagram legend ...
Страница 83: ...SynMag 2600 3100 3600 4100 5100 11 Appendix BA 0006 2020 02 08 EN 37 Fig 31 SynMag 4100 circuit diagram part 2 ...
Страница 84: ...EN 38 BA 0006 2020 02 08 11 Appendix SynMag 2600 3100 3600 4100 5100 Fig 32 SynMag 4100 circuit diagram part 3 ...
Страница 85: ...SynMag 2600 3100 3600 4100 5100 11 Appendix BA 0006 2020 02 08 EN 39 Fig 33 SynMag 4100 circuit diagram legend ...
Страница 87: ...SynMag 2600 3100 3600 4100 5100 11 Appendix BA 0006 2020 02 08 EN 41 Fig 35 SynMag 5100 circuit diagram part 2 ...
Страница 88: ...EN 42 BA 0006 2020 02 08 11 Appendix SynMag 2600 3100 3600 4100 5100 Fig 36 SynMag 5100 circuit diagram part 3 ...
Страница 89: ...SynMag 2600 3100 3600 4100 5100 11 Appendix BA 0006 2020 02 08 EN 43 Fig 37 SynMag 5100 circuit diagram legend ...
Страница 91: ...SynMag 2600 3100 3600 4100 5100 11 Appendix BA 0006 2020 02 08 EN 45 Fig 39 DVK 5100 circuit diagram legend ...