ANDELI MCT-520DPL

Návod k použití víceprocesové svářečky ANDELI MCT-520DPL 5 v 1

Model: MCT-520DPL | Brand: ANDELI

1. Konec produktuview

The ANDELI MCT-520DPL is a versatile 5-in-1 multiprocess welding machine designed for various welding and cutting applications. It supports MIG (CO2/MIX/FLUX), TIG (HF), CUT (Plasma Cutting), COLD welding, PULSE TIG, and MMA (Stick) welding modes. This manual provides essential information for safe and effective operation of your welder.

ANDELI MCT-520DPL Multiprocess Welder
Figure 1.1: ANDELI MCT-520DPL Multiprocess Welder.
Multifunction Welder Modes
Obrázek 1.2: Přesview of the MCT-520DPL's welding and cutting functions.

2. Bezpečnostní informace

Always prioritize safety when operating welding and cutting equipment. This machine is CE certified. Read and understand all safety warnings and instructions before use.

  • Používejte vhodné osobní ochranné prostředky (OOP), včetně svářečské kukly, rukavic a ochranného oděvu.
  • Zajistěte řádné větrání, aby se zabránilo vdechování výparů.
  • Connect the machine to a properly grounded 220V power supply.
  • Udržujte děti a nepovolané osoby mimo pracovní oblast.
  • The machine features a durable transformer and advanced IGBT technology for stable performance.
  • An automatic shutdown feature is integrated to prevent damage in case of overload.
  • The sheet metal construction is shock-resistant for enhanced durability.
Safety Performance Features
Figure 2.1: Key safety and performance features of the welder.

3. Obsah balení

Ověřte, zda jsou v balení obsaženy všechny níže uvedené položky:

  • MCT-520DPL Multiprocess Welder with US plug
  • Pozemní třamp
  • MIG torch 15AK
  • CUT torch PT-31
  • TIG torch WP-9F
  • Plynové potrubí (3m)
  • Regulátor tlaku vzduchu
  • Hadice třamp (2x)
  • Tungsten electrode (x10)
  • Tip (x10)
  • Elektroda (x10)
  • Kleština (x10)
  • Tryska (x20)
  • Nerezový drát
  • Nozzle shield (x2)
  • Carbon steel wire (1kg)
  • Welding wire (3m)
  • Svářečské rukavice
  • MMA holder
  • Welding rod (x5)
MCT-520DPL Welder and Included Accessories
Figure 3.1: The MCT-520DPL welder and its comprehensive set of included accessories.

4. Nastavení

Follow these steps to set up your ANDELI MCT-520DPL welder:

  1. Připojení napájení: Connect the welder to a stable 220V power source using the provided US plug. Ensure the power outlet is properly grounded.
  2. Pozemní Clamp: Připojte zem třamp securely to the workpiece or a clean, conductive work surface. A good ground connection is crucial for safe and effective welding.
  3. Připojení hořáku: Connect the appropriate torch (MIG, TIG, or CUT) to its designated port on the front panel. Ensure connections are tight.
  4. Připojení plynu (pro MIG, TIG, COLD): If using a shielding gas, connect the gas pipe from your gas cylinder (e.g., CO2, Argon, or Argon/CO2 mix) to the air pressure regulator, then to the gas inlet on the welder. Adjust the gas flow rate as required for your welding process.
  5. Air Compressor Connection (for CUT): For plasma cutting, connect an external air compressor to the air inlet on the welder and set the air pressure to approximately 80 PSI.
  6. Welding Wire/Electrode Installation:
    • For MIG: Install the appropriate welding wire spool (e.g., carbon steel wire, stainless steel wire, flux-cored wire) into the wire feeder compartment. Thread the wire through the liner to the MIG torch.
    • For TIG: Insert a tungsten electrode into the TIG torch collet.
    • For MMA: Insert a welding rod into the MMA holder.
Welder Connections
Figure 4.1: Proper connection points for torches, ground clamp, and gas/air lines.
Video 4.1: Official product video demonstrating the setup and various welding modes of the ANDELI MCT-520DPL welder.

5. Návod k obsluze

The MCT-520DPL features an intuitive control panel. Familiarize yourself with the controls before operation.

Úvod do ovládacího panelu
Figure 5.1: Detailed introduction to the control panel buttons and indicators.

5.1. MIG Welding (Gas/Gasless Flux)

MIG welding is suitable for ordinary thin steel, iron, stainless steel, low-carbon steel, and mold repair. It is not suitable for welding aluminum. The machine supports CO2, mixed gas, or flux-cored wire without gas.

  • Select MIG mode on the control panel.
  • Choose the appropriate wire diameter: 0.6mm (0.024"), 0.8mm (0.030"), 0.9mm (0.035"), or 1.0mm (0.040").
  • Nastavení svařovacího proudu a hlasitostitage podle tloušťky materiálu a typu drátu.
  • For gas MIG, ensure proper gas flow. For flux-cored wire, no external gas is needed.
MIG Welding Process
Obrázek 5.2: Přample of MIG welding in progress.

5.2. TIG Welding (HF & Pulse)

TIG welding provides precise control and high-quality welds, especially for thinner materials.

  • Select TIG mode (HF or Pulse TIG) on the control panel.
  • Ensure pure argon gas is connected and flowing.
  • Adjust current, pulse frequency, and other parameters based on material and desired weld.
Proces svařování TIG
Obrázek 5.3: Přample of TIG welding in progress.

5.3. CUT (Plasma Cutting)

The plasma cutting function allows for efficient cutting of various metals with a cutting thickness range of 6-10mm.

  • Select CUT mode.
  • Ensure an air compressor is connected and providing approximately 80 PSI of air pressure.
  • Adjust cutting current based on material thickness.
Plasma Cutting Process
Obrázek 5.4: Přample of plasma cutting in progress.

5.4. COLD Welding

COLD welding is ideal for thin stainless steel, thin steel, and carbon steel, minimizing heat deformation and discoloration for high aesthetic results. This mode requires pure argon gas.

  • Select COLD mode.
  • Ensure pure argon gas is connected and flowing.
  • Adjust parameters for precise, low-heat welding.
Cold Welding Process
Obrázek 5.5: Přample of cold welding application.

5.5. MMA Welding (Stick)

MMA (Manual Metal Arc) welding, also known as stick welding, is a robust process suitable for various applications using welding rods up to 3.2mm.

  • Vyberte režim MMA.
  • Insert the appropriate welding rod into the MMA holder.
  • Adjust welding current based on rod type and material thickness.
Proces svařování MMA
Obrázek 5.6: Přample of MMA (stick) welding in progress.
Welding Results for Different Modes
Figure 5.7: Visual comparison of welding results from MIG, CUT, TIG, COLD, and MMA modes.

6. Údržba

Pravidelná údržba zajistí dlouhou životnost a optimální výkon vaší svářečky.

  • Čištění: Periodically clean the exterior of the machine with a dry cloth. Ensure ventilation openings are free from dust and debris. Use compressed air to gently clear internal dust if necessary, ensuring the machine is unplugged.
  • Torch Inspection: Inspect welding torches regularly for wear and tear on nozzles, contact tips, and electrodes. Replace worn parts to maintain weld quality.
  • Kontrola kabelu: Examine all cables (power, ground, torch) for cuts, fraying, or damage. Replace damaged cables immediately.
  • Gas/Air Lines: Check gas and air lines for leaks or blockages. Ensure connections are secure.
  • Skladování: Pokud svářečku nepoužíváte, skladujte ji v čistém a suchém prostředí.

7. Řešení problémů

Pokud se se svářečkou setkáte s problémy, podívejte se na následující běžné problémy a jejich řešení:

ProblémMožná příčinaŘešení
Žádná sílaPower cable disconnected, circuit breaker tripped, faulty power switchCheck power cable, reset circuit breaker, contact support if switch is faulty
Poor arc start/stabilityImproper ground connection, incorrect settings, worn consumables (tip, electrode)Ensure good ground, adjust current/voltage, replace consumables
Problémy s podáváním drátu (MIG)Tangled wire, incorrect tension, clogged liner, worn drive rollerUntangle wire, adjust tension, clean/replace liner, check drive roller
No gas flow (MIG/TIG/COLD)Empty gas cylinder, closed valve, kinked hose, faulty regulatorCheck cylinder level, open valves, straighten hose, inspect regulator
Vypnutí přetíženíPřekročený pracovní cyklus, nedostatečné větráníAllow machine to cool down, ensure adequate ventilation, reduce current/duty cycle

Pokud problém přetrvává i po vyzkoušení těchto řešení, obraťte se na zákaznický servis s žádostí o další pomoc.

8. Specifikace

Detailed technical specifications for the ANDELI MCT-520DPL welder:

MCT-520DPL Technical Specifications Table
Figure 8.1: Technical specifications table for the MCT-520DPL.
FunkceSpecifikace
VýrobceANDELI
Číslo díluMCT-520DPL
Hmotnost položky58.4 pounds (Approx. 16 KG)
Rozměry balení23.8 x 22.9 x 12.5 palce
Číslo modelu položkyMCT-520DPL
svtage220 Volts (230V ± 10%)
Frekvence50/60 Hz
Účiník0.73-0.76
Účinnost80–85 %
Jmenovitý vstupní výkon (kW)MIG: ~8.2, MMA: ~9.5, CUT: ~8.5
Rozsah svařovacího proudu (A)MIG: 50-200, TIG: 10-200, MMA: 10-200, CUT: 20-50
No-Load Voltage (V)64
Pracovní cyklus (40 °C 10 min)30% (200A/24V), 60% (141A/21.1V), 100% (110A/19.5V) for MIG/TIG/MMA
Třída ochranyIP21S
Třída izolaceH
ChlazeníVENTILÁTOR A VZDUCH
Rozměr (MM)489×210×327

9. Záruka a podpora

ANDELI is committed to providing reliable products and excellent customer service.

  • Záruka: This product comes with a two-year warranty and free replacement parts for manufacturing defects.
  • Vrácení a výměna zboží: Vrácení a výměna zboží je možná do 30 dnů od obdržení zboží.
  • Služby zákazníkům: An efficient customer service team is available to provide free guidance if you encounter any problems with your product. Please contact us through the official channels for support.

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