Parweld DP231C Bedienungsanleitung

ISSUE 2

User Manual

DP231C

DATA PLATE 1. MANUFACTURER’S NAME, ADRESS AND COMPANY LOGO

2. MODEL

3. SERIAL NUMBER

4. BLOCK DIAGRAM

5. WELDING OUTPUT

6. SUITABLE FOR ENVIRONMENT WITH INCREASED HAZARD OF

ELECTRIC SHOCK

7. POWER SUPPLY

8. DEGREE OF PROTECTION

9. TYPE OF WELDING OUTPUT CURRENT

10. INPUT VOLTAGE

11. RATED INPUT VOLTAGE

12. MAXIMUM RATED INPUT CURRENT

13. MAXIMUM EFFECTIVE INPUT CURRENT

14. APPLICABLE STANDARDS

15. RANGE OF WELDING VOLTAGE-CURRENT

16. DUTY CYCLE

17. RATED WELDING CURRENT

18. CONVENTIONAL LOAD VOLTAGE

19. YEAR OF CONSTRUCTION

CONSTRUCTION SPECIFICATIONS:

WEIGHT [Kg]: 23

Dimensions:

Width [mm]: 220

Depth [mm]: 560

Height [mm]: 480

Protection rating: IP 21S

Height S.L.M. [m]: 1000

Usage temp. [°C]: -10/+40

Storage temp. [°C]: -20/+55 T

est temp. [°C]: 40

Applicable standards: EN.60974-1 EN.60974-10

Group/Class: Gruppo 2 Classe A

Thermal protection: Termostato Incorporato

ELECTRICAL INPUT :

Line voltage: 230

No. phases: 1

Frequency [Hz]: 50/60

Effective line current [A]: 21,6

Maximum line current [A]: 40,3

Input Power [kVA]: 5

Circuit protection: Time-delay fuses or Co K magnetothermal curve

OUT-PUT CHARACTERISTICS:

Static characteristics: Cadente

Fill Diameter: 0.6-0.8-1.0-1.2

Welding mode: MIG/MAG

Weld current range: from 15A / 14,75V to 235A / 25,75V

Open circuit voltage [V]: 55

Output current and tension: Duty [%]: 35 60 100

I2 [A]: 220 160 130

U2 [V]: 25 22 20,5

Welding mode: TIG

Weld current range: from 15A / 10,6V to 235A / 19,4V

Open circuit voltage [V]: 55

Out-put current and tension: Duty [%]: 35 60 100

I2 [A]: 220 160 130

U2 [V]: 18,8 16,4 15,2

Welding mode: MMA

Weld current range: from 15A / 10,6V to 185A / 17,4V Open circuit voltage [V]: 55

Duty [%]: 35 60 100

I2 [A]: 185 138 109

U2 [V]: 27,4 25,52 24,36 6 1.

GENERAL SPECIFICATIONS AND NOTES

FOR CONSULTING THIS MANUAL

The “DP231C” welders are made using

INVERTER technology. They are extremely

compact and versatile devices that can be used

in all those situations that require minimum

obstruction, combined with the highest

performance.

These welders use both manual and

synergic MMA, TIG and MIG/MAG (short arc,

pulse or double pulse).

The innovative operator interface system, which

uses a large 5,7” TFT colour screen, allows for

simple and intuitive use of the equipment, without

renouncing on the possibility to personalise all of

the welding settings.

All of the main parameters of the machine

are stored on a memory card (SD-Card), keeping

the equipment constantly up-dated with the

latest welding developments. If the memory card

is removed the equipment will cease to function,

providing an optimal antitheft system and

safeguard against inappropriate use. Thanks

to the advanced control techniques adopted,

the product is extremely reliable and easy to

use. This instruction manual provides detailed

information on the machine settings: reading the

entire manual will allow you to appreciate the

extreme exibility and practicality of use.

Caution: the device must only be used in the

manner and for the purpose described in this

manual. Never use inappropriately or for any

other purpose.

2. DESCRIPTION OF THE EQUIPMENT using this selector you can choose the

gas outlet dedicated for each welding

process

INTERNA L TAP

12 13 14

Fig.1

Fig.2

8. USB port: only for technical assistance.

9. Knob for setting the main welding parameter:

the main welding parameter can be set with

this knob: Welding MMA/TIG: sets the welding

current.

11. Air grills (must never be obstructed).

12. “-” dinse front connector: negative pole inlet.

Connection socket TIG torch mode. MMA Mode:

Ground clamp MIG Mode: Ground clamp

13. Connector for remote control.

14. “+” dinse front connector: positive pole inlet.

MMA Mode:Electrode holder TIG Mode:Ground

clamp MIG Mode with gas: Not used

15. Gas Outlet: MMA Mode: inactive TIG Mode:

Gas connection to the welding torch (Internal

tap positioned on TIG GAS) MIG Mode with gas:

inactive (internal tap positioned on MIG GAS) 16.

EUROCONNECTOR (SEPARATED TROLLEY):

quick connector for welding torch. This connector

is used to supply welding gas to the torch, the

electrical contacts of the torch button and the

welding current.

FIGURE 2:

17. ON-OFF switch: turns the machine on and

off.

18. Input cable: connection cable to the mains

power equipped.

19. Welding gas inlet MMA Mode: Not used TIG

Mode: GAS connection to the cylinder MIG Mode

with gas: GAS connection to the cylinder

20. Fuse

21.Connector for supplying power to the

Graphic display: The display 5.7 inch color’’

shows different screens depending on whether

the machine is in welding mode or setting mode.

In welding mode, the display is divided into ve

main parts:

Part 1: State of the machine

Part 2: Meaning of the active buttons (buttons 2,

3, 4, 5 of g. 1)

Part 3: Value of the measurements set

Part 4: Type of process selection

Part 5: Indicates the values set for the various

welding parameters (to change the set value,

highlight the value with knob 10 and press to

conrm; the value is highlighted as a contrast.

Change the value by turning the knob and conrm

the new value by pressing knob 10 again).

Highlighted value: Indicates the welding

parameter that is being changed with knob 10.

VIEWS: - At start-up, the Parweld logo and the

Firmware revision are displayed.

CONTROL BUTTONS: (2, 3, 4, 5,6 in g.1)

Each control button is associated with a specic

function shown on the display.

7.SD slot: This slot, covered by a special plastic

cover, must contain the SD-Card supplied with

the machine; without this card, the machine

remains inactive and a special signal is reported

on the display.

liquid cooling system (Optional): Warning the

connector contains dangerous voltages: NEVER

use it for purposes other than those for which it

was specically designed.

Part 1

Part 2

Part 3

Part 4

Part 5

FIGURE 3: 22. WIRE SPOOL SUPPORT The

300mm MIG welding spool requires an external

support

23. WIRE FEEDER SYSTEM: see gure 3A for

a more detailed image.

24. WIRE-FEEDER MOTOR

25. WIRE TENSION REGULATOR: Adjusts the

tension of the welding wire.

26. INLET OF THE WIRE FEEDER MOTOR

27. WIREFEEDER SPOOLS

28. GAS VALVE: The Gas Valve can be rotated

in three positions.

GAS MIG Position: The tap feeds the

Euroconnector with the gas from the cylinder

connection (19) (For MIG with GAS welding).

GAS TIG Position: The tap feeds the front

connection (14) with the gas from the cylinder

connection (19) (For TIG welding).

22 23 24

28 Fig.3A

Fig.3

WELDING WIRE

To load the welding wire, follow these instructions

carefully, in the order described below. Warning:

before inserting the wire, always remove the gas

nozzle and the wire feeder tip from the welding

torch.

1. Disconnect the cable from the power supply

(18 of Fig. 2).

Caution: before proceeding with the next

step, make sure the torch cable (Fig. 4) is well

extended and that the welding wire does not

have any bends or burrs. Failure to follow these

precautions could damage the wire-feeding tube

inside the torch. Once the wire has been threaded

through the torch, attach the wire-feeder tip and

the gas nozzle.

N.B. When changing the diameter of the wire,

make sure that the correct cable of the wire-

feeder spool is facing towards the inside of the

machine. To do so, ensure that the diameter and

type of wire is legible (facing towards the outside

of the machine) Remember that the spools with

2. Unscrew the

ball-grip knob in

the centre of the

spool support of the

welding wire (22 of

Fig. 3).

3. If necessary,

depending on the

size of the spool

used, remove the

bearing spool.

4. Remove the

plastic wrap from the

new spool and place

the spool on the

appropriate support

(22 of Fig. 3).

4. Replace the ball-

grip knob.

5. Please note that

the hex socket (M8)

situated in the centre

of the spool support

is part of the wire

tension system.

6. Lower the roll

feeder (25 of Fig.

3A)

7. Insert the wire

into the inlet tube

(26 of Fig. 3A) of

the wire feeder

motor. .

8. Run the wire

under the wire

feeder spools all the

way to the out-let of

the Euroconnector.

9. Lower the

upper spools

10. Lift the knob of

plastic (25 of Fig

3A) of the pressure

regulator of the

wire.

a ‘V’ cable are suitable for feeding iron and

steel wire. The spools with a ‘U’ are suitable for

aluminium wire.

4. MIG/MAG WELDING To choose this welding

mode use switch 10, select MIG and press

conrm.

Switch 9 adjusts the machine power.

There are three principal MIG-MAG welding

modes:

1.Manual short arc

2.Synergic short arc

3.Pulsed arc synergic

4.1 Manual Short Arc MIG Welding

By turning switch 10 it is possible to choose from

the different MIG-MAG welding modes; press

the switch to select the desired option.

MIG/MAG welding (Metal Inert Gas and Metal

Active Gas) is continuous wire feed welding that

provides a higher current density compared to

welding with a uxcovered electrode; this allows

increased penetration and speed and the joint

can be lled with less strokes. Welding is carried

out by melting a metallic electrode, consisting of

a continuous wire, in a welding pool at a constant

speed, controlled by the welding torch. When

the wire starts to feed, it touches the area that

requires welding, creating an electric arc; the arc

melts the wire, which is then deposited on the

workpiece.

This welder can be used with the following types

of wire:

1. Solid wire: must always be used with a gas

shield.

2. Flux cored for gas welding: the centre of the

wire contains a mineral product that improves

the quality of the weld (this must always be used

with gas).

The correct method for connecting the torch and

the earth cable can be seen in the table below:

WELDING

PROCESS

Euroconnettor

16 of Fig.1

‘+’ Front

socket 14

of Fig.1

‘-’ Front

socket 12

of Fig.1

MIG/MAG TORCH

CABLE

NOT

USED

EARTH

CABLE

Once selected the follow screen will appear: Wire

speed: This sets the speed of the welding wire.

The welding current and the wire speed must be

adjusted, taking into consideration the thickness

of the workpiece. Larger pieces will require a

higher wire speed.

For best results, the wire speed must be adjusted

during welding.

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