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Geko Welding Machine Inverter MIG / TIG with Maximum Welding Current 160A and Duty Cycle 60%
Welding Machines

Geko Welding Machine Inverter MIG / TIG with Maximum Welding Current 160A and Duty Cycle 60%

Key features:

  • Welding Current (max): 160 A
  • Duty Cycle (max Amperes): 60 %
See full description

Top specs

  • Welding Current

    160

    Suitable for use in medium-thickness metal constructions and pipelines.

  • Duty Cycle

    The Duty Cycle is the portion of a ten-minute period that a welding machine can operate continuously at maximum Amperes before it needs to stop and cool down.

    2.

    For example, a welding machine with a maximum Amperage of 200 A and a Duty Cycle of 30% can operate continuously at 200 A for 3 minutes before it needs to stop.

  • Power Supply Voltage

    230

    It is the supply voltage that the machine requires from the electrical grid.
  • See all
221 70 €
222 Coins 222 Coins
Delivery Wed, 26 Aug - Tue, 01 Sep
Free shipping cost
Sent from Greece
From Getters 4.5 (108)
4.5 (108 reviews)
Greece
20+ pieces
See Tools on the page of Getters
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Product report

Description

Description

Capabilities

Inverter welding machine MIG / TIG from the manufacturer Geko, where inverter technology enhances the performance and durability of the machine and helps reduce its weight. The MIG method requires the wire to have a special coating (flux) otherwise it needs to be connected to an external gas cylinder (e.g. argon, CO2). While the TIG method is suitable for slow welding on aluminum and stainless steel that requires detailed work and does not create splashes.

Easy to use

It can operate continuously for 6 minutes at 160A before needing to stop to cool down. Therefore, you may need more time to melt thicker wires and make more passes on thick welds due to the low maximum Amps it supports.

Manufacturer

Manufacturer Details

Warnings & Safety Information
See full description

Specifications

Specifications

Dimensions

Type
MIG, TIG

Type

MIG

The easiest welding method even for a beginner. 2. If the wire to be used does not have a special coating (flux), it should be connected to an external gas cylinder (e.g. argon, CO2).

TIG

Slow welding for detailed work on aluminum and stainless steel, mainly. Requires experience and connection to an external gas cylinder. Does not create "spatters".
Welding Current (max)
160 A

Welding Current (max): 160


Suitable for use in medium-thickness metal constructions and pipelines.
Operation Cycle (max Ampere)
60 %

Operation Cycle (max Ampere)

The Duty Cycle is the portion of a ten-minute period that a welding machine can operate continuously at maximum Amperes before it needs to stop and cool down.

2.

For example, a welding machine with a maximum Amperage of 200 A and a Duty Cycle of 30% can operate continuously at 200 A for 3 minutes before it needs to stop.
Supply Voltage
230 V

Supply Voltage: 230


It is the supply voltage that the machine requires from the electrical grid.
Maximum Wire Diameter
0.8 mm

Maximum Wire Diameter: 0.8


The maximum wire thickness that the machine's wire feed can support, depending on the current intensity it can provide.

Additional Features

Inverter
Yes

Inverter


New technology welding. Very good in terms of performance, durability, and weight, but with a high cost of repair in case of damage. They have automation for better and safer work. If connected to a generator, it is recommended to choose one with 8kVA or more.
IGBT
No
VRD
No
with Voltage Stabilizer
No
for Generator with AVR
No

Features

Hot Start
No
Anti Stick
No
Arc Force
No
2T Operation
No
4T Mode
No
Spot Function
No
Pulsed
No

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

See all specifications
Questions

Questions

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Description & Specifications

Capabilities

Inverter welding machine MIG / TIG from the manufacturer Geko, where inverter technology enhances the performance and durability of the machine and helps reduce its weight. The MIG method requires the wire to have a special coating (flux) otherwise it needs to be connected to an external gas cylinder (e.g. argon, CO2). While the TIG method is suitable for slow welding on aluminum and stainless steel that requires detailed work and does not create splashes.

Easy to use

It can operate continuously for 6 minutes at 160A before needing to stop to cool down. Therefore, you may need more time to melt thicker wires and make more passes on thick welds due to the low maximum Amps it supports.

Manufacturer

Manufacturer Details

Warnings & Safety Information

Dimensions

Type
MIG, TIG

Type

MIG

The easiest welding method even for a beginner. 2. If the wire to be used does not have a special coating (flux), it should be connected to an external gas cylinder (e.g. argon, CO2).

TIG

Slow welding for detailed work on aluminum and stainless steel, mainly. Requires experience and connection to an external gas cylinder. Does not create "spatters".
Welding Current (max)
160 A

Welding Current (max): 160


Suitable for use in medium-thickness metal constructions and pipelines.
Operation Cycle (max Ampere)
60 %

Operation Cycle (max Ampere)

The Duty Cycle is the portion of a ten-minute period that a welding machine can operate continuously at maximum Amperes before it needs to stop and cool down.

2.

For example, a welding machine with a maximum Amperage of 200 A and a Duty Cycle of 30% can operate continuously at 200 A for 3 minutes before it needs to stop.
Supply Voltage
230 V

Supply Voltage: 230


It is the supply voltage that the machine requires from the electrical grid.
Maximum Wire Diameter
0.8 mm

Maximum Wire Diameter: 0.8


The maximum wire thickness that the machine's wire feed can support, depending on the current intensity it can provide.

Additional Features

Inverter
Yes

Inverter


New technology welding. Very good in terms of performance, durability, and weight, but with a high cost of repair in case of damage. They have automation for better and safer work. If connected to a generator, it is recommended to choose one with 8kVA or more.
IGBT
No
VRD
No
with Voltage Stabilizer
No
for Generator with AVR
No

Features

Hot Start
No
Anti Stick
No
Arc Force
No
2T Operation
No
4T Mode
No
Spot Function
No
Pulsed
No

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

221,70 €
Free   shipping cost