Operation/Welding - Jackle JESS WELDING inoMIG 350 Betriebsanleitung

Translation of the original operating instructions
The manufacturer reserves the right, at any time and without prior notice, to make such changes and amendments to these operating
instructions which may become necessary due to misprints, inaccuracies or improvements to the product. Such changes will, however,
be incorporated into subsequent editions of the operating instructions. All brand names and trademarks that appear in these operating
instructions are the property of their respective owners/manufacturers. The contact details for Jäckle & Ess System GmbH
national subsidiaries and partners worldwide are provided on our website at www.jess-welding.com.
1 Identification
1.1 Marking
2 Safety
2.1 Designated use
2.2 Responsibilities of the user
2.3 Personal protective equipment
2.4 Classification of the warnings
2.5 Product safety
2.6 Warning and information signs
2.7 Emergency information
3 Product description
3.1 Technical data
3.2 Ambient conditions
3.3 Nameplate
3.4 Signs and symbols used
4 Scope of delivery
4.1 Transport
4.2 Storage
5 Maintenance and safety inspection
6 Functional description
inoMIG 350 functional description
6.1
6.2 inoMIG 400 functional description
6.3 inoMIG 500 functional description
7 Putting into operation
7.1 MIG/MAG welding
7.1.1 Connecting the welding torch cable assembly EN-15
7.1.2 Starting the welding process
7.2 Electrode welding
7.2.1 Potentiometer for welding current control
7.2.2 Starting the welding process
7.2.3 Setting the hotstart and arc force parameters
7.3 TIG welding
7.3.1 TIG intermediate cable assembly (option)
7.3.2 TIG welding torch cable assembly
7.3.3 Potentiometer for welding current control
7.3.4 Starting the welding process
7.3.5 Downslope and gas post-flow time parameters EN-18
7.4 Mains port
8 Overview of control functions
8.1 Welding
9 Operation
9.1 Control functions
9.1.1 MC1 control system
9.1.2 MC2 control system
10

Operation/welding

10.1 2-/4-step, spot (MC1–2), crater filling (MC1) EN-22
10.2 Material selection (MC1–2)
10.3 Automatic/manual mode (MC1–2)
10.4 Power pre-selection/material thickness
(MC1–2)
10.5 Arc length adjustment (AUTO)
EN - 2
EN-3 10.6 Fx functions (MC1)
EN-3 10.7 MIG operating mode
10.8 Electrode operating mode
10.9 TIG operating mode
EN-3
EN-3 10.10 During welding (MIG operating mode)
EN-3 10.11 MC2 functions
EN-3 10.12 MIG operating mode
EN-4 10.13 Electrode operating mode
EN-4 10.14 TIG operating mode
EN-5 10.15 Lock control system – CODE (MC1)
EN-5 10.16 Fx options (MC1)
10.17 Accessing and saving jobs (MC1)
EN-6 10.18 Coolant – flow display (MC1)
10.19 Deleting jobs/factory setting (MC1)
EN-6
10.20 MIG, electrode, TIG operating modes
EN-8
EN-8 (MC1–2)
EN-9 10.21 Gas test (MC1–2)
10.22 Wire feed (MC1–2)
EN-10 10.23 Remote control EC1/2 (MC1) (option)
EN-10
11 Wire feeder DVK3/DVK4
EN-10
11.1 DVK3 – 100 W motor
EN-10 11.2 DVK4 – 140 W motor
11.3 Wire guiding in the welding torch cable
assembly
EN-11
EN-11
EN-12 12 Remote control socket
EN-13
13 Welding torch with display
EN-14 13.1 Functions (sorted by control box)
EN-15
14 Functions with extended selection
EN-15 14.1 MODE function (Mod)
EN-16 14.1.1 Automatic or manual welding mode
EN-16 14.2 Job function
EN-16 14.2.1 Access a single job
EN-16 14.2.2 Several jobs in sequence
EN-17
EN-17 15 Welding torch cooling/coolant
EN-17
EN-17 16 Overheating
EN-17
17 Troubleshooting
EN-18
18 Table of ERROR CODES and errors
EN-19
19 Material table
EN-19
EN-20 20 Spare parts list
EN-20 20.1 Spare parts list for the inoMIG 300/400
EN-20 20.2 Spare parts list for DVK3
EN-21 20.3 Spare parts list for the inoMIG 500
20.4 Spare parts list for DVK4
EN-22 20.5 Spare parts list for DVK3-MC-R
EN-22 21 Circuit diagrams
EN-23 21.1 inoMIG 350/400
21.2 inoMIG 500
EN-23
EN-23
inoMIG 350/400/500
EN-23
EN-23
EN-23
EN-24
EN-24
EN-24
EN-24
EN-24
EN-24
EN-24
EN-25
EN-25
EN-25
EN-25
EN-26
EN-26
EN-26
EN-26
EN-27
EN-27
EN-28
EN-28
EN-29
EN-30
EN-30
EN-31
EN-31
EN-31
EN-31
EN-31
EN-31
EN-32
EN-32
EN-32
EN-34
EN-35
EN-36
EN-36
EN-40
EN-42
EN-46
EN-48
EN-50
EN-50
EN-53
BA-0014 • 2020-10-15