Rapid Ref : X5240300000

Kemppi X5 Wire Feeder 300 AP
X5240300000

Name: Kemppi X5 Wire Feeder 300 AP
SKU: X5240300000
Price: 2512.40 GBP

£2512.40 EX VAT

Buy in 3 easy interest free payments of £837.47^† with

Top-loading wire feeder with a graphical, 5.7" TFT display panel. For synergic and pulse MIG /MAG, TIG, stick (MMA), and gouging. Automatic parameter adjustment with Weld Assist. 4-wheel wire feed mechanism with integrated lighting and a kinetic spool brake, rotameter included as standard. USB port and Bluetooth connectivity. Enables the use of MAX welding processes, Wise welding processes, and SuperSnake GTX sub feeder.

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Kemppi X5 Wire Feeder Declaration of Conformity

Kemppi Fastmig M Series Parts FAQs

Spares for a modular MIG welder and its wire feeder and water cooler, and how to match and fit them safely.

Is it safe to open a MIG power source to fit a circuit card or capacitor card?

Only a competent person should do it. Welding power sources contain mains voltage and, in inverter designs, capacitors that can hold a charge after the machine is switched off. Switch off, disconnect the mains supply and follow the maker's service instructions for waiting and discharging before touching any internal part.

Use a qualified electrician for electrical repairs and testing, and never use damaged or faulty equipment. The HSE has also reported a fatal shock where welding equipment was not switched off. The wait time and discharge method depend on the machine, so check the service manual.

How do I work out the right replacement part for my MIG machine?

Use the data plate on the unit, the service manual and the part number on the old part. A modular MIG system usually has separate power source, wire feeder and cooler units, and each has its own data plate, so note which unit the part belongs to.

Record the type, serial number and any version or revision marks. Parts such as circuit cards and casings can look alike across different series and generations but not match, so avoid guessing from looks alone. If the numbers are worn, a photo of the old part and the data plate lets our team help you match it.

How can I tell if a gas solenoid valve is the cause of a shielding gas problem?

Check the simple things first. Plugged gas ports, a ruptured hose, incorrect flow or a clogged nozzle can all let air into the weld and cause porosity, according to a welding consumables maker's troubleshooting guide. A faulty solenoid is another listed cause.

Signs of a failing valve include no gas when the trigger is pulled, gas that will not stop or flow that is weak or irregular. A common check is to confirm gas reaches the torch end, then work back through the hose and fittings to the valve. If the valve is suspect, have it tested and replaced by a competent person, matching the coil voltage and fittings of the original.

What wears out in the wire feeder, and what should I check before replacing electronics?

Mechanical parts wear far more often than electronics. Worn, wrong-size or badly tensioned drive rolls, a worn or kinked liner and a worn contact tip are frequent causes of erratic feeding, and welding consumable makers advise checking the rolls and tip before the liner, which is more work to replace.

If the rolls do not turn at all when the trigger is pulled, look for a fault in the connections, trigger or control leads. Too much roll tension can deform the wire and damage the liner and tip. Only after the mechanical side is ruled out is a feeder card or motor likely to be the cause.

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