Clarke MIG 100E User Manual (English)

Questions and Answers:

K
Kyle HendersonAug 14, 2025
Why does my Clarke MIG 100E produce poor quality welds?
- K
  Kelly FloresAug 14, 2025
  Poor quality welds with the Clarke Welding System can result from several factors. First, ensure sufficient gas is reaching the weld area and that drafts aren't blowing it away; increase the gas supply if needed. Second, verify you're using the correct gas and wire combination, consulting your MIG welding manual for the proper setup. Also, the workpiece should be clean and dry, free from rust, paint, dampness, oil, or grease. The wire should also be clean and dry. Finally, check the earth clamp and workpiece connection to ensure good contact.
F
floresjaneAug 17, 2025
What to do if my Clarke Welding System welder cuts out while in use?
- D
  David DuncanAug 17, 2025
  If your Clarke Welding System cuts out during use, it's likely that the duty cycle has been exceeded, activating the auto cut-out. To resolve this, allow the welder to cool for 15-30 minutes before resuming operation. Be aware that repeatedly exceeding the duty cycle can damage the welder, and it might indicate that the welder's output is too small for the application.
A
Ann MendozaAug 20, 2025
Why is the wire feed erratic on my Clarke MIG 100E?
- J
  Julie CombsAug 20, 2025
  Erratic wire feed in your Clarke Welding System can stem from several causes. First, slightly loosen the drum brake if it's too tight. Second, inspect the feed roller for wear and replace it if necessary. Third, increase the pressure on the feed roller, but avoid over-tightening. Fourth, ensure the wire is clean and free from dirt, rust, dampness, or bends; re-cut the wire to ensure cleanliness. Lastly, clean the liner with compressed air if it's partially blocked.
T
Timothy DavisAug 25, 2025
What to do if the wire welds itself to the tip on my Clarke MIG 100E Welding System?
- C
  Christopher ContrerasAug 25, 2025
  If the wire welds itself to the tip of your Clarke Welding System, it's likely due to one of two reasons. First, the wire feed speed might be too low. To fix this, unscrew the tip, cut the wire, fit a new tip, and increase the wire speed before operating again. Second, you might be using the wrong size tip. Ensure you fit the correct size tip for your wire.
H
Henry KimAug 27, 2025
Why does the wire feed into a ‘birds nest’ tangle in my Clarke MIG 100E?
- S
  Stacey KellyAug 27, 2025
  If the wire feeds into a 'birds nest' tangle with your Clarke Welding System, it could be due to a couple of reasons. First, the wire might be welded to the tip. Address this as described above, and also reduce the feed roller pressure so that if a blockage occurs, the wire slips on the roller, preventing further feed. Second, the wire liner may be damaged, preventing smooth operation. If so, renew the wire liner.
P
phillipnguyenAug 30, 2025
What to do if the feed motor operates but wire will not feed on my Clarke Welding System?
- N
  Nichole JohnsonAug 30, 2025
  If the feed motor operates but the wire won't feed in your Clarke Welding System, check the following: Increase roller pressure. Re-cut wire square with no burr. Clean with compressed air or replace liner. Use only good “clean” wire and replace roller.
S
Sarah TerrySep 3, 2025
Why are there loose coils of wire tangling around the wire drum inside my Clarke Welding System?
- E
  Emily RojasSep 3, 2025
  If loose coils of wire tangle around the wire drum inside your Clarke Welding System, the drum brake is likely too slack. Tighten the drum brake, but be careful not to over-tighten it.
M
Mr. Timothy Woods Jr.Sep 6, 2025
Why does the wire jam in the tip when welding aluminum with my Clarke MIG 100E Welding System?
- M
  medinaannSep 6, 2025
  If the wire jams in the tip when welding aluminum with your Clarke Welding System, the tip might be too small. Use a slightly oversized tip; for example, use a 1mm tip for 0.8mm wire. Note that this applies to aluminum only.
P
patricia18Sep 9, 2025
How to troubleshoot no 'life' from Clarke MIG 100E?
- D
  Dennis MartinSep 9, 2025
  To solve the problem with your Clarke Welding System, start by checking the fuses and mains lead. Replace fuses as necessary. If the problem persists return welder to your local dealer and check fuse size.

Clarke MIG 100E Specifications

General

Input Voltage	230V
Max Output Current	100A
Welding Output Current	30-100A
Output Current Range	30-100A
Welding Wire Diameter	0.6 - 0.8 mm
Weight	15 kg

Summary

Guarantee

Parts and Service Contacts

Electromagnetic Interference (EMC)

Assessment of Area

Guides the user in assessing the surrounding environment for potential electromagnetic interference sources.

Methods of Reducing Emissions

Details mains supply, cable management, equipotential bonding, earthing, and shielding for emission control.

Safety Precautions

General Safety

Covers burn prevention, toxic fume prevention, and general warnings applicable to all welding types.

Fire & Explosion Prevention

Details causes and preventive measures against fire and explosion hazards during welding operations.

Electric Arc Welding Safety

Burn Protection

Specific safety measures for electric arc welding including protective clothing, eye/head protection, and protecting nearby personnel.

Toxic Fume Prevention

Guidelines for avoiding harmful fumes and gases generated during electric arc welding.

Shock Prevention

Covers general shock prevention, earthing equipment, cables, connectors, and safety devices.

MIG Welding Safety Precautions

Working Area Preparation

Ensures the working area is suitable, spacious, non-humid, and well-ventilated for MIG welding.

Specific MIG Welding Hazards & Prevention

Addresses cylinder use, electric shock, torch handling, cable wrapping, and other hazards specific to MIG welding.

MIG Welding Principles of Operation

Benefits of MIG Welding

Lists the advantages of using the MIG welding process, such as speed and efficiency.

Electrical Connections

Model-Specific Connections

Details electrical connection requirements for PRO-90, 100E, and 150TE models, including plug types and RCD recommendations.

Unpacking and Parts Identification

Model-Specific Components

Lists components included with the PRO MIG-90, MIG 100E, and MIG 150TE welders.

Assembly and Installation

Loose Components Assembly

Instructions for assembling loose parts such as wheels, handle, and securing the gas bottle.

Installing the Welding Wire

Step-by-step guide on how to load and prepare the welding wire spool and feed mechanism.

Selecting Drive Roller Groove

Guidance on choosing the correct groove on the drive roller based on wire diameter for optimal feed.

Gas Supply

Connecting the Gas Bottle

Instructions on how to attach and connect the mini gas bottle and regulator to the machine.

Assembling the Welding Shield

Preparation for Use

Prepare the Workpiece

Emphasizes the importance of cleaning the workpiece surface for a good weld.

Setting the Controls

Details ON/OFF switch, wire feed speed, and welding current control adjustments for optimal performance.

Control Panel Layouts

Illustrates the control panel layout for MIG PRO-90, MIG 100E, and MIG 150TE models.

Operation

Trimming the Welding Wire

Instructions on trimming the welding wire to the correct length protruding from the torch.

Attaching the Earth Lead

Guidance on correctly attaching the earth lead clamp to the workpiece for proper grounding.

Welding Process Notes

Offers tips and notes for novice welders regarding wire feed speed and sound indicators.

Thermal Overload

Welding Tips

Maintenance

Welding Shield Maintenance

Renewing the Wire Liner

Control Settings Reference Tables

MIG PRO-90 Settings

Provides recommended settings for steel and aluminium based on workpiece thickness and wire type.

MIG 100E Settings

Offers recommended control settings for the MIG 100E for various steel and aluminium welding conditions.

MIG 150TE Settings

Lists recommended settings for the MIG 150TE for different steel and aluminium workpiece thicknesses.

Specifications

Wiring Diagrams

MIG PRO-90 Wiring Diagram

Electrical schematic for the MIG PRO-90 model, showing internal connections and components.

MIG 100E Wiring Diagram

Electrical schematic for the MIG 100E model, detailing its internal wiring and components.

MIG 150TE Wiring Diagram

Electrical schematic for the MIG 150TE model, illustrating its internal circuitry and components.

Parts List

Parts Diagram

Troubleshooting

Accessories

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Clarke MIG 100E User Manual

Table of Contents

Questions and Answers:

Clarke MIG 100E Specifications

Summary

Guarantee

Parts and Service Contacts

Electromagnetic Interference (EMC)

Assessment of Area

Methods of Reducing Emissions

Safety Precautions

General Safety

Fire & Explosion Prevention

Electric Arc Welding Safety

Burn Protection

Toxic Fume Prevention

Shock Prevention

MIG Welding Safety Precautions

Working Area Preparation

Specific MIG Welding Hazards & Prevention

MIG Welding Principles of Operation

Benefits of MIG Welding

Electrical Connections

Model-Specific Connections

Unpacking and Parts Identification

Model-Specific Components

Assembly and Installation

Loose Components Assembly

Installing the Welding Wire

Selecting Drive Roller Groove

Gas Supply

Connecting the Gas Bottle

Assembling the Welding Shield

Preparation for Use

Prepare the Workpiece

Setting the Controls

Control Panel Layouts

Operation

Trimming the Welding Wire

Attaching the Earth Lead

Welding Process Notes

Thermal Overload

Welding Tips

Maintenance

Welding Shield Maintenance

Renewing the Wire Liner

Control Settings Reference Tables

MIG PRO-90 Settings

MIG 100E Settings

MIG 150TE Settings

Specifications

Wiring Diagrams

MIG PRO-90 Wiring Diagram

MIG 100E Wiring Diagram

MIG 150TE Wiring Diagram

Parts List

Parts Diagram

Troubleshooting

Accessories

Related product manuals