HZXVOGEN HVM140

HZXVOGEN HVM140 3-in-1 Multi-Process Welder User Manual

Model: HVM140 | Brand: HZXVOGEN

1. Instrucións de seguridade importantes

Always read and understand all safety warnings and instructions before operating this welding machine. Failure to follow these instructions may result in electric shock, fire, serious injury, or death.

For detailed safety information, refer to relevant industry standards and local regulations.

2. Contido do paquete

Carefully unpack the welding machine and check for any damage. Ensure all items listed below are present:

Image showing the HZXVOGEN HVM140 welder and its included accessories laid out on a textured surface.

Figure 2.1: HVM140 Welder and Included Accessories

This image displays the HZXVOGEN HVM140 welding machine along with its complete set of accessories, including the MIG torch, electrode holder, earth clamp, flux core wire, brush hammer, and welding rods.

3. Produto rematadoview

The HZXVOGEN HVM140 is a versatile 3-in-1 multi-process inverter welding machine designed for various welding applications. It supports Gasless MIG, MMA (Stick), and Lift TIG welding modes.

3.1 Características principais

Image illustrating the three welding processes: Gasless MIG, MMA, and Lift TIG, supported by the HVM140 welder.

Figure 3.1: 3-in-1 Multi-Process Capabilities

This image highlights the HVM140's ability to perform Gasless MIG, MMA (Stick), and Lift TIG welding, showcasing its versatility for different welding tasks.

Close-up image of the HVM140 welder's digital rotating screen with a knob for adjustments.

Figure 3.2: Digital Control Interface

This image shows the digital display and single knob control of the HVM140, allowing for precise and easy adjustment of welding parameters.

Image highlighting professional features of the HVM140 welder: IGBT, VRD, Hot Start, Cooling Fan, Anti-Stick, Arc Force.

Figure 3.3: Professional Welder Features

This image visually represents the advanced features of the HVM140, including IGBT technology, VRD, Hot Start, efficient cooling, Anti-Stick, and Arc Force, contributing to professional welding performance.

4. Configuración

4.1 Inspección inicial

Before connecting the machine, inspect all cables, connections, and the machine casing for any signs of damage. Ensure the work area is clean, dry, and well-ventilated, free from flammable materials.

4.2 Conexión de alimentación

4.3 Gasless MIG Setup

  1. Abra a tapa do alimentador de fío.
  2. Install the flux core wire spool onto the spindle. Ensure the wire unwinds smoothly.
  3. Thread the wire through the wire feeder mechanism and into the MIG torch liner.
  4. Close the wire feeder cover.
  5. Connect the MIG torch to the designated MIG output terminal on the front panel.
  6. Conecta a terra clamp to the work piece. Ensure a good electrical connection.
  7. Turn on the machine. Press and hold the wire feed button (usually on the front panel or torch trigger) for approximately 5 seconds to feed the wire through the torch until it exits the contact tip.
Diagram showing the internal wire feeding mechanism of the HVM140 welder and the process of feeding wire through the MIG torch.

Figura 4.1: Mecanismo de alimentación de arame

This diagram illustrates the internal wire feeding system of the HVM140, detailing how to install the flux core wire spool and feed the wire into the MIG torch for operation.

4.4 MMA (Stick) Setup

  1. Conecte o cable do portaelectrodos ao terminal positivo (+) do panel frontal.
  2. Conecta a terra clamp cable ao terminal negativo (-) do panel frontal.
  3. Securely insert the welding electrode into the electrode holder.
  4. Conecta a terra clamp á peza de traballo.

4.5 Lift TIG Setup

  1. Connect the TIG torch (not included) to the negative (-) terminal on the front panel.
  2. Conecta a terra clamp cable ao terminal positivo (+) do panel frontal.
  3. Asegúrese de que estea instalado un eléctrodo de tungsteno axeitado na soplete TIG.
  4. Conecta a terra clamp á peza de traballo.
  5. Note: This machine supports Lift TIG, which means arc initiation is done by touching the tungsten to the workpiece and lifting it slightly. No high-frequency start.

5. Instrucións de funcionamento

5.1 Selección de modo

Turn on the machine. Use the mode selection button (usually near the digital display) to cycle through MIG, MMA, and Lift TIG modes. The selected mode will be indicated on the digital screen.

5.2 Axuste de corrente

Once the desired mode is selected, use the single control knob to adjust the welding current (Amperage). The digital display will show the current setting. Refer to welding charts for recommended current settings based on material thickness and welding process.

5.3 Técnicas de soldadura

Proper welding technique is crucial for quality welds. Practice on scrap material before welding critical components.

5.4 Ciclo de traballo

The HVM140 has a 60% duty cycle at its maximum output. This means it can operate continuously for 6 minutes out of every 10-minute period at maximum current before requiring a 4-minute cooling period. Exceeding the duty cycle can damage the machine. The machine's built-in thermal protection will activate if it overheats.

Diagram illustrating the 60% efficient work duty cycle of the HVM140 welder, showing 6 minutes of continuous work and 4 minutes of break time.

Figure 5.1: Duty Cycle Explanation

This graphic explains the 60% duty cycle of the HVM140, indicating that for every 10 minutes of operation at maximum output, the machine can work for 6 minutes and requires a 4-minute break to cool down.

6. Mantemento

Un mantemento regular garante a lonxevidade e o rendemento óptimo da súa máquina de soldar.

7 Solución de problemas

Esta sección ofrece solucións para problemas comúns que podes atopar. Para problemas que non aparecen na lista, ponte en contacto co servizo de atención ao cliente.

ProblemaCausa posibleSolución
A máquina non se acende.Sen subministración de enerxía; interruptor de alimentación apagado; fusible interno fundido.Check power outlet and cord; Turn on power switch; Contact service for fuse replacement.
Sen arco.Terra pobre clamp connection; Incorrect mode selected; Wire feed issue (MIG); Electrode not making contact (MMA/TIG).Ensure good earth connection; Select correct mode; Check wire feed path; Ensure electrode/tungsten touches workpiece.
Wire not feeding (MIG).Wire tangled; Rollers not tensioned correctly; Contact tip blocked; Liner clogged.Untangle wire; Adjust roller tension; Clean/replace contact tip; Clean/replace liner.
Machine overheats / Thermal protection activates.Exceeded duty cycle; Poor ventilation; Fan blocked.Allow machine to cool down; Ensure adequate airflow around machine; Clear fan vents.

8. Especificacións

Technical specifications for the HZXVOGEN HVM140 welding machine:

Número de modeloHVM140
FabricanteH HZXVOGEN
Dimensións (L x W x H)Aprox. 22 x 23 x 33 cm (8.7 x 9.1 x 13 polgadas)
Dimensións do paquete37.9 x 27.3 x 19.9 cm (14.9 x 10.7 x 7.8 polgadas)
PesoApprox. 3.7 kg (8.16 lbs) - Machine only
Peso do paquete6.18 kg (13.62 lb)
Rango actual30 - 140 A
Supported Wire Diameter (MIG)0.8 mm, 1.0 mm Flux Core Wire
Tipo de potenciaGasless (Flux Core) for MIG
ASINB0DBL932XG
Image showing the dimensions and weight of the HVM140 welder, highlighting its portability.

Figure 8.1: Portable and Compact Design

This image provides a visual representation of the HVM140's compact dimensions and lightweight design, emphasizing its portability for various work environments.

9. Garantía e soporte

HZXVOGEN is committed to providing high-quality products and excellent customer service.

Image showing certifications and support details: DEELAY Certified, UL Certified, 3-Year Warranty, 24/7 Customer Support.

Figura 9.1: Información sobre garantía e soporte

This image confirms the product's certifications (DEELAY, UL), the availability of a 3-Year Extended Warranty, and 24/7 customer support, ensuring reliability and assistance.

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