Jasic Cut 61 Manual de usuario

Wilkinson Star Technical

Jasic Cut 61

PT100 Plasma Hand Torch Manual

Contents Page

Before starng any cung acvity thoroughly read the operang manual rst to familiarize yourself with the safe and correct

operaon of your Jasic plasma machine. Always ensure that you have suitable eye protecon and protecve clothing. Also take

the necessary steps to protect any persons within the cung area.

Index Page Number

Jasic Cut 61 with PT100 Plasma Torch Overview 3

PT100 Consumable Breakdowns 4

PT100 Torch Informaon 7

Safety Informaon 8

General Plasma Cung Informaon 9

Stand-o Cung 10

Drag Cung 11

Piercing 12

Bevelling 12

Gouging 13

Tips and Techniques 14

Plasma Machine Gas Supply - Compressed Air 15

Contact Details 16

Jasic Cut 61 Plasma Cung Machine

with PT100 6m Plasma Hand Torch

Wilkinson Star Technical

PT100 (Pt No 09721/LG) - Torch Specicaons

Duty Cycle : 100 Amps at 60%

Gas Air Pressure - Cung : 70-80 PSI (4.6 - 5.0 bar)

Gas Air Flow : 420 SCFH (200 lpm)

Pilot Arc Ignion : NON HF

Jasic Cut 61 Plasma with PT100 6m Hand Torch

Item No Part Number Descripon Pack Qty

109700 PT100 Torch Head 1

1a 51190.41 Torch Head 'O' Ring 5

1b 09700.48 Cooling Tube 1

1c 60368 Wrench for Electrode 1

209705 Handle c/w Switch 1

352556 Electrode - Back Striking 1

460025 Gas Distributor (Swirl Ring) 30-70A 1

560026 Gas Distributor (Swirl Ring) 80A 1

651245.09 Contact Cung Tip (0.9mm) 30-40A Back Striking 10

751246.10 Cung Tip (1.0mm) 40-50A Back Striking 10

751246.11 Cung Tip (1.1mm) 50-60A Back Striking 10

751246.12 Cung Tip (1.2mm) 60-70A Back Striking 10

851248.14 Cung Tip (1.4mm) 80-90A Back Striking 10

960500 Retaining Cap 30-70A 1

10 60501 Retaining Cap 80A 1

11 60444 Double Pointed Spacer (use with items 7 & 8 only) 1

12 51276.10 Contact Tip (1.0mm) 40-50A 10

12 51276.11 Contact Tip (1.1mm) 50-60A 10

12 51276.12 Contact Tip (1.2mm) 60-70A 10

13 51276.14 Contact Tip (1.4mm) 80A 10

15 60502 Shield Cup Body 1

16 60504 Shield Cap 40-70A 1

17 60505 Shield Cap 80A 1

19 52556L Extended Electrode 1

20 51276L.10 Extended Shielded Tip 1.0mm 40-50A 10

20 51276L.11 Extended Shielded Tip 1.1mm 50-60A 10

20 51276L.12 Extended Shielded Tip 1.2mm 60-70A 10

21 51276L.14 Extended Shielded Tip 1.4mm 80A 10

22 60504L Extended Shield Cap 40-70A 1

23 60505L Extended Shield Cap 80A 1

Wilkinson Star Technical Please Note: Only use the above conguraon for the Jasic Cut 61 model

Jasic Cut 61 with PT100 Plasma Hand Torch

Stand o and exposed contact p cung setup

Wilkinson Star Tech-

Item No Part Number Descripon Pack Qty

109700 PT100 Torch Head 1

1a 51190.41 Torch Head 'O' Ring 5

1b 09700.48 Cooling Tube 1

1c 60368 Wrench for Electrode 1

209705 Handle c/w Switch 1

352556 Electrode - Back Striking 1

460025 Gas Distributor (Swirl Ring) 30-70A 1

651245.09 Contact Cung Tip (0.9mm) 30-40A Back Striking 10

751246.10 Cung Tip (1.0mm) 40-50A Back Striking 10

751246.11 Cung Tip (1.1mm) 50-60A Back Striking 10

960500 Retaining Cap 30-70A 1

11 60444 Double Pointed Spacer (use with item 7 only) 1

Jasic Cut 61 with PT100 Plasma Hand Torch

Drag cung (enclosed p) setup

Wilkinson Star Technical

Item No Part Number Descripon Pack Qty

109700 PT100 Torch Head 1

1a 51190.41 Torch Head 'O' Ring 5

1b 09700.48 Cooling Tube 1

1c 60368 Wrench for Electrode 1

209705 Handle c/w Switch 1

352556 Electrode - Back Striking 1

460025 Gas Distributor (Swirl Ring) 30-70A 1

12 51276.10 Contact Tip (1.0mm) 40-50A 10

12 51276.11 Contact Tip (1.1mm) 50-60A 10

12 51276.12 Contact Tip (1.2mm) 60-70A 10

15 60502 Shield Cup Body 1

16 60504 Shield Cap 40-70A 1

19 52556L Extended Electrode 1

20 51276L.10 Extended Shielded Tip (1.0mm) 40-50A 10

20 51276L.11 Extended Shielded Tip (1.1mm) 50-60A 10

20 51276L.12 Extended Shielded Tip (1.2mm) 60-70A 10

22 60504L Extended Shield Cap 40-70A 1

PT100 Plasma Hand Torch

The PT100 plasma torch supplied has the ‘euro style’ power/gas connecon, pilot cable and switch pins

connecons.

All Jasic plasma cung systems and torches supplied incorporate a safety circuit to prevent operator injury when

changing consumables etc. This is a simple ring circuit that breaks the electrical torch switching as soon as the

retaining cap is removed prevenng machine operaon. Without such a protecon circuit as previously menoned

the open circuit voltage could be as high as 350V DC at the torch head.

The torch head encompasses a full set of consumables as shown right, these consumables are made

up of a cooling tube, torch electrode, swirl ring for gas distribuon, cung p, retaining cap and if

required a stand o device to ensure the same distance between p and material being cut.

Fing the PT100 plasma torch

On the Jasic Cut 61 plasma machine, the below torch ng instrucons

will need to be observed.

• Locate plasma torch plug into euro connector socket as shown in

image 1 below

• Push the torch (image 1) whilst at the same me rotate the locking

nut on torch clockwise unl fully connected and ght as in image 2

below

Image 1 Image 2

Wilkinson Star Technical

Plasma Torch Connecon Diagram

Plasma Cung Safe Working Pracce

Safety glasses must be worn at all times in addition to welding mask Long and loose hair must be contained

Oil free leather gloves and spats must be worn Sturdy footwear with rubber soles must be worn

Close fitting/protective clothing to cover arms and legs must be worn A welding mask with shade number 11 protective filters must be worn

Respiratory protection devices may be required Hearing protection may be required when cutting thick material

PRE-OPERATIONAL SAFETY CHECKS

• Locate and ensure you are familiar with all machine operaons and controls.

• Ensure material to be cut poses no hazard. Consult the manufacturers' Material Safety Data Sheets (MSDS) for specic technical data and precauonary measures for any materials or

coangs on materials cut with this equipment.

• Check workspaces and walkways to ensure no slip/trip hazards are present, ensure the work leads and hoses do not create a trip hazard.

• Ensure the work area is clean and clear of grease, oil and any ammable materials.

• Keep the equipment, work area and your gloves dry to avoid electric shocks.

• Ensure the gloves, handpiece and work leads are in good condion.

• Ensure other people are protected from ashes by closing the curtain to the welding bay or erecng screens.

• Start the fume extracon unit before beginning cung operaon. Ensure machine is used in a well-venlated area if not used in a welding bay.

OPERATIONAL SAFETY CHECKS

• Ensure machine is correctly set up for current and airow.

• Ensure work return earth cables make rm contact to provide a good electrical connecon.

ENDING OPERATIONS AND CLEANING UP

• Switch o the machine and fume extracon unit when work completed.

• Turn o the air supply and hang up handpiece, hose and welding cables.

• Leave the work area in a safe, clean and dy state.

DON’T

• Do not use faulty equipment. Immediately report suspect equipment.

• Do not weld or cut containers that have held combusble liquids or gases.

• Do not heat or cut metals coated with or containing materials that emit toxic fumes, unless coang is removed from the work surface.

• Never leave the machine running unaended.

This safety page does not necessarily cover all possible hazards associated with plasma equipment safety and should be used in conjuncon with the operang manual along

with other references such as risk assessments. It is designed as a reminder to users prior to equipment use and as a guide to be used to compliment operator training.

POTENTIAL HAZARDS AND INJURIES

 Electric shock

 Noise

 Body burns

 Compressed air

 Radiaon burns

 Fumes

 Noxious gas

 Flying sparks and falling slag

Wilkinson Star Technical

General Plasma Cung Informaon

Before starting any welding or cutting activity ensure that you have suitable eye protection and

protective clothing. Also take the necessary steps to protect any persons within the welding area.

Notes for cung operaon

 Do not touch the hot workpiece with bare hands to avoid burning.

 It is recommended not to ignite the arc in the air if not necessary, for it will shorten the lifespan of the electrode and nozzle of the torch.

 It is recommended to iniate the cung from the edge of the workpiece unless penetraon is needed.

 Ensure spaer comes from the boom of workpiece while cung. If spaer comes upwards from the top of workpiece, it indicates that the

workpiece has not been fully cut through. This could be due to not enough power or the cung torch is moved too fast.

 For cung a round or shaped piece or to meet precise cung requirement, a stencil board or other tools are needed.

 It is recommended to pull the cung torch while cung.

 Keep the nozzle of the cung torch upright over the workpiece and check if the arc is moving with the cung line. Do not bend the cable too

much, step on or press upon the cable to avoid restricng the air ow. The cung torch may be burned if the air ow is too low. Keep the cung

cable away from sharp edges.

 When the workpiece is nearly cut o, slow down the cung speed and release the torch trigger to stop cung.

 Check the torch consumables frequently to prolong the life.

 Always ensure the correct consumables are ed in the torch. Incorrect items may cause damage to the torch or machine.

 It is recommended that a torch of maximum length of 6 metres is used. If the torch cable is too long, the performance of this cung machine

such as arc ignion will possibly be aected due to the fact that the inner resistance of the cable will reduce the output voltage.

Please Note:

• Your air supply must be free of moisture, water, oil or any other contaminants. Excessive water or oil may cause double arcing, excessive

electrode/p wear or even torch head failure. Contaminants will also cause poor cut quality.

• When starng the arc, ensure you keep the pilot arc me to a minimum to avoid excessive wear on the cung p.

• Do not overghten the electrode when ng a new set of consumables. Over ghtening may cause damage to the internal torch head thread

so that the cung p will not seat correctly.

• Only use the supplied or recommended ’O’ ring lubricant or grease for your plasma torch head, using the wrong lubricant that cannot

withstand high temperatures could cause damage to the plasma torch head.

Stand-O Cung

The stand-o cung technique is the process of holding the p of the torch

between 3-4mm from the workpiece to achieve the opmum cut.

Stand-o cung requires a cung p that you need to ensure that the plasma

machines output amperage is matched to the amperage with the p.

Depending on the applicaon the operator may choose to hold the torch ‘free

hand’ away from the plate or could choose to use a stand-o guide to help hold the

torch away from the plate at a xed height, also available are roller guides and

circle cung guide kits which can be very helpful in creang the cuts you want.

To begin cung you would place the torch above the work piece of about 3-4mm,

and begin drawing the p across the workpiece.

You should always start with the torch placed at farthest point from you and then

cut by pulling the torch towards you.

Make sure to keep the torch upright to the material being cut throughout the

cung process.

As you are cung ensure you maintain a smooth and consistent travel speed to

make a clean and precise cut.

There are 3 main reasons why plasma machine operators prefer to use the stand-o

technique rather than drag p cung

 It allows for a smoother movement of the torch above the material being cut

without any part of the torch touching the material.

 You can comfortably stand the torch while making the contouring process or

following a certain paern.

 Because the cung p is not touching the material, this helps to prevent any

blowback of molten material.

Descripon of Stand-o Cung

FREE HAND STAND-OFF CUTTING

STAND-OFF GUIDE CUTTING Wilkinson Star Technical

Este manual sirve para los siguientes modelos

Tabla de contenidos

Otros manuales de Sistema de soldadura de Jasic

Jasic

Jasic MIG 350 Compact Manual de usuario

Jasic

Jasic TIG180P Manual de usuario

Jasic

Jasic ARC 160GS Manual de usuario

Jasic

Jasic TIG180 Manual de usuario

Jasic

Jasic ARC PFC Series Manual de usuario

Jasic

Jasic Cut 45P Manual de usuario

Jasic

Jasic CUT80 (L205) Manual de usuario

Jasic

Jasic Power Arc 160 PFC Manual de usuario

Jasic

Jasic PT100 Manual de usuario

Jasic

Jasic MIG 350 Pulse Separate Manual de usuario

Jasic

Jasic JT-315PMWD Manual de usuario

Jasic

Jasic EVO 2.0 EP-45 Manual de usuario

Jasic

Jasic ARC400 Manual de usuario

Jasic

Jasic TIG200PACDC PFC Manual de usuario

Jasic

Jasic EVO 2.0 Manual de usuario

Jasic

Jasic Plasma Cut Series Manual de usuario

Jasic

Jasic AC/DC315P Guía de inicio rápido

Jasic

Jasic MIG 250C Manual de usuario

Jasic

Jasic Arc 140 Manual de usuario

Jasic

Jasic VIPERMIG 180i Manual de usuario

Jasic

Jasic TIG200 Manual de usuario

Jasic

Jasic Cut 81 Manual de usuario

Jasic

Jasic TIG Series Manual de usuario

Jasic

Jasic Plasma Cut 100 Manual de usuario

Manuales populares de Sistema de soldadura de otras marcas

Berner

Berner PLASMACUT 54 Manual de usuario

Pro Spot

Pro Spot PR-155 Manual de usuario

Forney

Forney 210 Manual de usuario

Thermal Arc

Thermal Arc 400S Manual de usuario

Lincoln Electric

Lincoln Electric HANDYMIG 170I Manual de usuario

GYS

GYS PROTIG 201 AC/DC Manual de usuario

TAFA

TAFA 30*8B35 Manual de usuario

Lincoln Electric

Lincoln Electric INVERTEC V350-PRO CE Manual de usuario

ESAB

ESAB Buddy Arc 145 Manual de usuario

CIGWELD

CIGWELD 636804 Guía rápida

Red-D-Arc

Red-D-Arc DC-400 Manual de usuario

Hobart Welding Products

Hobart Welding Products Spool Gun DP 3035-10 Manual de usuario

Elettro

Elettro HI-MIG 3000 SYNERGIC Manual de usuario

WIA

WIA Weldmatic 270 CP132-2 Manual de usuario

Sonics

Sonics H520T Manual de usuario

Miller

Miller Big Blue 400D Manual de usuario

NewArc

NewArc RT2000 Guía de inicio rápido

Hypertherm

Hypertherm powermax1000 Manual de usuario