ENERGO MATIC 208 Thyssenkrupp Welder machine

THYSSENKRUPP SEMI-AUTOMATIC WELDING MACHINE ENERGOmatic 208

| Brand: Thyssenkrupp | Welding methods: MIG / MAG, MMA, TIG DC LIFT | Power supply: AC 230V | Welding current: 200A | Efficiency: 40% |

STANDARD EQUIPMENT

• Welding device THYSSENKRUPP ENERGOmatic 208
• MIG / MAG welding gun 3m MB-15
• 2m MMA work cable
• Cable with a ground clamp 2m
• User manual

The synergistic ENERGOmatic 208 welder is an innovative device on the market for manual welding of steel and non-ferrous metals. The device is aimed at professionals who value high quality and reliability. Allows welding by methods

• MIG / MAG shielded by inert and active gases
• MMA with coated electrode
• TIG LIFT with frictional arc ignition
• FLUX   easy polarity change allows welding with self-shielding wire without gas.

Digital control allows for full adjustment of parameters, arc dynamics, characteristics and manual or synergic operating mode in the MIG / MAG method.

A modern LCD display allows you to easily and quickly set the welding voltage and manage the functions of the device.

The device allows you to weld: low and medium alloy steels (stainless and acid-resistant steel, aluminum, and copper and its alloys.

Modern design, a function panel in combination with technologically advanced components puts the device at the forefront of the best machines in this class on the market. The perfect device for professionals and workshop use.

Particularly useful for welding in bodyshops, paint shops, repair shops, locksmiths, in production and in the automotive industry for welding galvanized sheets and braze welding.

TECHNICAL DATA:

• Power supply: 230V ± 15%, 50/60 Hz
• Rated power: 7.5 Kw
• Idle voltage: 60V
• Insulation class: F.
• Housing protection class: IP21S
• Protection: 20A
• Welding current : 20-200A
• MMA allowable load: 40% duty cycle 200A 60% duty cycle 142A 100% duty cycle 118 A
• MIG duty cycle: 35% duty cycle 200A 60% duty cycle 152A 100% duty cycle 118A
• TIG LIFT allowable load: 35% duty cycle 200A 60% duty cycle 163A 100% duty cycle 126A
• Wire feed speed: 2.0-15 m / min
• Wire diameter: Fe 0.6-1.0, Ss, 0.8-1.0, Flux, 0.8-1.0, AlMg / AlSi 1.0-1.2, CuSi / CuAl1.0
• Device dimensions: 570 x280 x450 mm
• Device weight: 14 kg
• Package dimensions: 620 x320 x450 mm
• Weight with packaging: 18 kg

LEVEL OF SECURITY

IP defines the extent to which the device is resistant to solid and water contamination entering the interior. IP21S means that the device is adapted to work in closed rooms.

IGBT TECHNOLOGY

Modern technology based on bipolar transistors with an insulated gate. It combines the ease of control of field effect transistors with a high breakdown voltage and the switching speed of bipolar transistors. The use of IGBT technology significantly extends the reliable operation of welding equipment.

PROTECTION AGAINST OVERHEATING

The IGBT module is protected against overheating by a protective system that switches off the machine's welding circuit. After a few minutes, the welding machine cools down to a temperature that allows it to be turned on again automatically.

WORK CYCLE

The duty cycle is based on a 10-minute period. Duty cycle of 40% means that after 4 minutes of operation, a 6-minute break is required. Duty cycle of 100% means that the device can work continuously without interruption.

MMA

A covered electrode method consisting of a metal core covered with a sheath. The device allows welding with all types of electrodes, e.g. basic, cellulose, rutile or acid.

ANTI STICK

Short-circuit protection, lowering the welding current if the electrode sticks to the workpiece. This makes it easier to detach and protects the device against damage.

ARC FORCE

Increasing or decreasing the length of the welding arc depending on the distance between the electrode and the material to be welded. It allows you to adjust the dynamics of the welding arc. Shortening the arc length is accompanied by an increase in the welding current, which stabilizes the arc.

VRD

The VRD function lowers the voltage in no-load condition. The correct voltage is not restored until just before the arc is struck. This minimizes the risk of electric shock, but in some cases may make the arc difficult to ignite.

HOT START

The function is to prevent the electrode from sticking to the material and is a great help when striking the arc. It works when the arc is struck, causing the welding current to temporarily increase above the value set by the welder.

SYNERGY

Welding with the MIG / MAG method using synergic settings. The device selects welding parameters depending on the selected type and thickness of the material. These parameters can be changed by the user in order to adjust the settings to their own needs. Many programs have been prepared for synergic welding, including the braze welding program.

POLAR CHANGE - WELDING WITHOUT GAS

Due to the variable polarity, it is possible to weld with the FLUX method with flux-cored wire without shielding gas. The wire is filled with a flux that produces protective gases during welding.

REGULATION OF INDUCTION

It enables optimization of the arc characteristics depending on the thickness of the welded element as well as the welding method and conditions. The function is useful during MIG / MAG welding of thin elements, preventing them from burning out and brazing of galvanized elements.

2T / 4T

2T - Pressing the gun trigger button will cause gas to pre-flow, then strike the arc and start welding. When the button is released, the arc will be extinguished and gas will flow out.

4T - Pressing and releasing the torch button will pre-flow gas, then strike the arc and start welding. When the button is pressed and released again, the arc will be extinguished and the gas will flow out.

EASY TO USE, CLEAR CONTROL PANEL:

The easy-to-use control panel enables precise and smooth adjustment of parameters. The digital display shows the actual current during welding. The semi-automatic welding machine has a menu that facilitates operation and allows you to choose the type of material to be welded.

SMOOTH ADJUSTMENT OF WIRE FEED

Smooth regulation of the wire feed speed is supported by an additional potentiometer, which allows you to set the speed for different wire diameters.

SPOT WELDING

Pressing the gun button will cause gas to pre-flow and ignite the arc. After the time has elapsed, the arc will be extinguished and the gas will flow out.

Early release of the torch button will immediately extinguish the arc and gas post-flow. Time welding function, used for tacking workpieces, thanks to which it is possible to obtain equal length of welds.

EUROCONNECTOR

Standard connection for welding torches, which enables the connection of various types of torches (e.g. prepared for aluminum welding by replacing the Teflon insert and contact tip).

GAS FLOW TIME

The time from the extinction of the arc to the closure of the gas valve to shield the solidifying weld pool. Too short a post-flow time may result in oxidation of the weld.

ACCESS SPEED OF THE WIRE

By turning the "approach speed" to the right, we reduce the wire advance speed at the start of welding - this may result in a lack of smooth welding until the wire feeder is at the correct speed.

BURN BACK

Precise regulation of the burn-back time of the end of the welding wire eliminates the risk of the welding wire sticking to the contact tip.

Braze welding

The device enables brazing, mainly used in the automotive industry to join galvanized sheets together.

COLD WELDING

The function is especially useful when joining elements with a thickness of less than 1 mm, welding edges and wherever it is important to keep the welded elements as low as possible.

TIG LIFT WELDING

For welding with this method it is necessary to use an additional TIG torch. A gas cooled torch with a current carrying capacity appropriate to the device and with a shielding gas control valve is required. The TIG LIFT torch is an additional option that can be purchased at our other auctions.

INSULATION CLASS F

The type of insulation materials used, informing about the maximum operating temperature of the transformer. Exceeding it during continuous operation shortens the life and failure-free operation time of the transformer. For class F 155 ° C.

STRONG AND SOLID CONSTRUCTION

The housing of the device is made of light and durable composites, resistant to all kinds of mechanical damage.

COOLING

The device has a fan cooling system, which significantly increases its efficiency.