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2

 Introduction 

1

 Description 

1

 Technical  data 

2

 Usage limits (IEC 60974-1) 

2

 How to lift up the machine 

2

 Open the packaging 

2

 Installation 

2

 Connection to the electrical supply 

2

 Usage  norms 

3

 MMA electrode welding (Fig. B) 

3

 TIG welding (Fig. C) 

4

 Maintenance 

5

 The pointing out of any difficulties and their elimination 5

 Procedure for welder assembly and disassembly 

5

 Introduction

Thank you for purchasing one of our products. Please read in-
structions on use in this manual 

as well as the safety rules giv-

en in the attached booklet

 and follow them carefully to get the 

best performance from the plant and be sure that the parts have 
the longest service life possible. In the interest of customers, you 
are recommended to have maintenance and, where necessary, 
repairs carried out by the workshops of our service organisation, 
since they have suitable equipment and specially trained person-
nel available. All our machinery and systems are subject to con-
tinual development. We must therefore reserve the right to modify 
their construction and properties.

 Description

DIX GO

 is the latest evolution in inverter technology generators 

for welding. The most advanced materials and components have 
been used to design and produce it such as:

• 

Main planar transformer with extremely low load loss.

• 

Electronic auxiliary feeder.

• 

Voltage doubler ensuring precision striking, constant arc and 
very low electrical input from the main supply by the welder.

• 

Extremely high frequency power INVERTER with very latest type 
of IGBT to reduce switching losses to a minimum.

• 

The inverter resists ample current variations (MAX 290V) and 
can be utilized with very long electric cables (MAX 100 m).

Table 1

Model

DIX.GO 1206.M

Single-phase power supply 50/60 Hz

V

230

Mains supply: Z

max

 (*)

Ω

0,21

Power input @ I

2

 Max

kVA

7,6

Delayed fuse (I

2

 @ 100%)

A

16

Power factor / cosφ

0,66 / 0,99

Maximum efficiency degree

η

0,79

Open circuit voltage (max)

V

88

Open circuit voltage (resting)

V

-

≤ 24

Current range

A

5 ÷ 150

Duty cycle @ 100% (40°C)

A

100

Duty cycle @ 60% (40°C)

A

120

Duty cycle @ 30% (40°C)

A

150

Usable electrodes

Ø mm

1,6 ÷ 4

Standards

IEC 60974-1

IEC 60974-10

   

Insulation class

IP 21 S

Protection class

F

Dimensions 

mm

340-260-115

Weight

kg

4,2

(*) Mains supply Z

max

: maximum impedance value allowed for the grid 

according to the 

EN/IEC 61000-3-11

 standard.

WARNING: This equipment does not comply with EN/IEC 61000-3-12
If it is connected to a public low voltage system, it is the responsibil-
ity of the installer or user of the equipment to ensure, by consultation 
with the distribution network operator if necessary, that the equipment 
may be connected.

Copyright © 2018 DINSE G.m.b.H., Hamburg.

These instructions or excerpts there of shall not be duplicated, transla-
ted or reproduced, nor shall they be stored, processed, transmitted or 
distributed by any electronic means without the prior written permission 
of DINSE G.m.b.H.

D I N S E   G . m . b . H . 

Tarpen  36  •  D-22419  Hamburg

Tel.  +49 (0)40 658 75-0
Fax  +49 (0)40 658 75-200

[email protected] – www.dinse.eu

Summary of Contents for DIX GO 1206.M

Page 1: ...DIX GO 1206 M BA 0110 Welding Power Source S C H W E I S S E N W E L D I N G W E L D I N G S C H W E I S S E N S C H W E I S S E N Keep in secure area for future reference Operations manual...

Page 2: ...w electrical input from the main supply by the welder Extremely high frequency power INVERTER with very latest type of IGBT to reduce switching losses to a minimum The inverter resists ample current v...

Page 3: ...th the producer s instructions contained in this manual Before installing the system the user must take into consideration the potential electromagnetic problems in the work area In particu lar we sug...

Page 4: ...Fig A to the ELECTRODE position for welding using basic electrodes with an Arc Force and Hot Start device or Cr Ni ELECTRODE for welding stainless steel with special characteristics to achieve a soft...

Page 5: ...on nector marked negative 2 Adjust the welding current using the potentiometer Pos 2 Fig A 3 Turn the process selector Pos 3 Fig A to the TIG position 4 Start the welding machine by selecting Pos 1 on...

Page 6: ...tions that are the cause of overheating The pointing out of any difficulties and their elimination The supply line is attributed with the cause of the most common difficulties In the case of breakdown...

Page 7: ...7 2101F634 IT Schema elettrico EN Wiring diagram FR Sch ma lectrique DE Schaltplan ES Esquema el ctrico NL Elektrisk skema PT Esquema el ctrico...

Page 8: ...l 3 Doubler card 4 INVERTER power card 5 INVERTER control card 6 Supply switch 7 DIX GO 1206 M Green POWER SUPPLY LED 8 Yellow LED for overheat cutofft 9 Blower 10 Current potentiometer 11 Primary rec...

Page 9: ...increased risk of electroshock 7 Danger high voltage 8 Grounding protection 9 Grounding 10 Positive pole snap in connector 11 Negative pole snap in connector 12 Warning 13 Before using the equipment...

Page 10: ...1 Forced air cooling 12 Insulation class 13 Supply voltage 14 Maximum value of rated supply current 15 Degree of protection of casing 16 Product suitable for free circulation in the European Community...

Page 11: ...INVERTER control card RT1 Adjustment of the maximum current RT2 Adjustment of the minimum current RT4 Hot Start adjustment RT5 Adjustment of the striking current in TIG welding with the Lift ignition...

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