Plazminis pjovimo aparatas MAGNUM AIR 85 V2, 20–80A, 28 mm

Trumpai apie prekę

Prekė: Plazminis pjovimo aparatas MAGNUM AIR 85 V2, 20–80A, 28 mm. Kategorija: Pusiau automatiniai suvirinimo aparatai.

• Gamintojas: Magnum
• Modelis: U P AIR 85CHF V2
• Ilgis: 54 mm
• Plotis: 27 mm
• Aukštis: 50 mm

✳ Manufacturer: MAGNUM ✳ Type: Plasma cutting ✳ Cutting current: 80A ✳ Max. cutting thickness: 28mm ✳ Power supply:400V ✳ Gas: air

INDUSTRIAL PLASMA CUTTER MAGNUM AIR PLASMA 85CHF V2❗❗❗

✴ MAGNUM AIR PLASMA CUTTER 85 V2✴

AIR PLAZMA 85 cutter in a new version. It is designed for manual or machine air plasma cutting of electrically conductive elements made of carbon and alloy steels, aluminum and its alloys, brass, copper and cast iron.

The device is equipped with a burner that allows cutting in hard-to-reach places and in all possible positions. The AIR PLAZMA 85 V2 plasma cutter has a contactless arc and a pilot arc. The cutter can be used in production processes, for workshop work, renovation, as well as scrap metal cutting.

The device was built on the basis of the latest technology using IGBT transistors, which translates into reduced electromagnetic interference, low power losses, increased efficiency and reliability of the power source and reduced energy consumption. The cutter is equipped with overload thermal protection. Its advantage is low weight and smooth adjustment of cutting current ensuring high quality of material cutting.

CHARACTERISTICS OF THE DEVICE

✅Power supply voltage 400v

✅Max. cutting thickness: 28mm

✅Cutting current: 80A

✅Working in 2T/4T modes

✅Air test (checking and cleaning of air ducts)

✅Digital display

✅Function GAS TEST,

✅POST-GAS- regulation of air outflow delay after cutting,

✅PRE-GAS - regulation of air outflow time before work

✅Contactless HF

THE MOST IMPORTANT ADVANTAGES OF THE MAGNUM AIR PLASMA 85 V2 CUTTER

➡ IGBT - The welding machine uses modern transistors, a solution that provides a minimum of electromagnetic interference small power losses in basic systems, allowing to increase the efficiency and reliability of the power source.

➡ HF – contactless arc glow consisting in triggering the ignition using a built-in ionizer, without the need to contact the material. The arc is triggered by high-frequency current.

➡ POST GAS - refers to the cooling process of the handle after the cut is completed. This is an important step in the gas cutting process, because once the cutting is complete, the handle can still be hot. Cooling the handle avoids burns and ensures safe use of the device. This is the standard safety procedure used in gas cutting processes.

➡ PRE GAS - is a function of adjusting the time of air outflow before the start of operation of the device. The PRE-GAS function allows you to accurately adjust the air outflow time to specific operating conditions, which can have a significant impact on optimizing processes and minimizing the risk of dangerous situations.

ADDITIONAL ADVANTAGES:

➡ 2T – two-bar mode. In this mode, press the button in the handle of the plasma handle, light the arc and continue cutting with the button pressed. To complete the cut, release the button in the handle.

➡ 4T – four-bar mode. In this mode, press the button in the handle of the plasma handle, light the arc, release the button and make a cut with the button released.

➡ TEST – This mode is used to check the correct operation of the air system and its cleaning. When starting the device after its night stop, blow the plasma handle of the cutter in TEST mode for about 30 seconds to remove condensate from the circuit. This process will extend the working time of consumable parts and facilitate the start-up of the cutter.

➡ MOBILE DEVICE FOR WORKING IN PLACES WITH DIFFICULT ACCESS - the cutter has been equipped with an additional handle for easy carrying of the device. An additional advantage of the equipment are small dimensions and weight. The advantage of MAGNUM plasma is also a cutting handle that gives us the opportunity to work in places with difficult access and cut in any position.

THE MAGNUM AIR PLASMA 85 V2 PLASMA CUTTER IS IDEAL FOR USE WITH I.A. W:

✔ Metallurgical industry

✔ Manufacture of machinery

✔ Construction

✔ Hobby work

✔ and many other industries

PLASMA TECHNOLOGY - APPLICATION

The most common applications of plasma cutting include treatment of conductive materials such as:

✔ Carbon and alloy steels,

✔ Aluminium and its alloys,

✔ Brass,

✔ Copper

✔ Cast iron

Plasma cutting does not require prior preparation of the material, making it great for soiled, rusted and paint-covered surfaces. The most important factor allowing for proper operation of the cutter is good electrical contact of the mass wire with the cut element. Plasma can also be used for cutting:

✔ Sections

✔ Sheet

✔ Pipe

✔ Grids

CUTTING THICKNESS

Thanks to the use of modern technologies, it was possible to obtain a light and small source with a power of 80A, the maximum cutting thickness of ordinary structural steel is :

✅Ocutting 28mm

✅Separating 25mm

✅Quality 20 mm

ADVANTAGES OF PLASMA CUTTING

✅Relatively low cost of purchase and operation of the device.

✅Fast piercing of the material.

✅Precision and the ability to work from multiple angles.

✅High cutting quality for smooth edges.

✅Small cutting gap, allowing minimal interference with part of the untreated sheet.

✅Reduction of material losses due to a small cutting zone.

WHAT IS PLASMA CUTTING

Plasma is an ionized matter with a gas-like state of aggregation. Thanks to its specific properties, it is called the fourth state of matter. The plasma is composed of both electrically charged and inert particles. Atoms and electrons co-occupy in plasma, but the entire volume occupied by plasma is electrically neutral. Due to the presence of a large number of ions with different charges and free electrons, plasma conducts an electric current, but its resistance, unlike metals, decreases with increasing temperature.

✴ Plasma cutting (plasma cutting) involves melting and ejecting metal from the cutting gap with a highly concentrated plasma electric arc with high kinetic energy, glowing between the non-melting electrode and the cut object. Plasma is created using a plasma cutting torch. Passing a stream of compressed gas through a glowing electric arc causes its ionization and thanks to a high power density, a stream of plasma is produced. The nozzle mounted in the burner focuses the plasma arc. The cooled walls of the nozzle cause narrowing of the arc column.

✴ The principle of plasma cutting uses high temperature in the nucleus of the plasma arc (10000÷30000K) and very high speed of plasma flux, which causes the cut material to be melted and blown out of the gap. A commonly used plasma-forming gas is air. In high-power devices, as a rule, argon, nitrogen, hydrogen, carbon dioxide and a mixture of argon-hydrogen and argon-hel are used Plasma streams are possible to cut electrically conductive materials - made of carbon and alloy steels, aluminum and its alloys, brass, copper and cast iron.

CONTROL PANEL

✔ The AIR PLAZMA 85 V2 is a device that is equipped with an easy-to-use function panel with a knob that allows smooth and precise adjustment of the cutting current in the range from 20 to 80 amps. It is a useful tool for precise cutting of various materials using plasma technology. Thanks to the ability to adjust the cutting current, the user can adjust the cutting parameters to a specific material, which affects the quality and precision of the work performed.

1. Selection button: cut or test air outflow.

2. Regulatory knob and selection button in one. Selectable and adjustable: gas outflow time before cutting, gas outflow time after cutting, cutting current value adjustment.

3. Selection button: control in two bar (2) or four bar (4)

PLASMA HOLDER LT-101 (A-101)

High quality plasma handle LT-101 (A-101) with a length of 6 m. The handle is designed for plasma cutters. It is designed for plasma cutters equipped with a central EURO connection.

✅ADVANTAGES

• handle equipped with parts, ready to work
• ergonomic handle
• protection by accidental switching on
• standard length 6m
• standard EURO connection

✅PHYSICAL PARAMETERS

• Type: A101
• Connection: EURO
• Length: 6 m

✅TECHNICAL PARAMETERS

• Maximum cutting current: 100 A
• Working cycle: 60 %
• Cooling: air
• Working pressure: 4,5-5 bar
• Minimum airflow: 180 l/min

FILTER-REDUCER

✔ Included with the device is filter-reducer, which must be assembled and screwed in a designated place on the back of the device.

✔ The nozzles and pressure gauge should be screwed into the appropriate place of the filter-reducer, sealing the connection with Teflon tape or glue for sealing threaded connections.

✔ Metal plate with three holes should be screwed on the back of the housing paying attention to its outlet, which is folded with a filter-reducer notch.

✔ The filter-reducer attaches to this plate with a red nut.

✔ The direction of air flow is marked with arrows on its housing.

✔ The filter-reducer must be mounted in an upright position with an adjustment knob at the top.

POWER SUPPLY PARAMETERS

• Power supply voltage: 400V
• Frequency: 50Hz
• Number of phases: 3ph
• Network security required: 25A/C

TECHNICAL PARAMETERS

• Cutting current: 20 - 80A
• Cutting current at 60% efficiency: 80A
• Maximum cutting thickness: 28mm
• Maximum separation cutting thickness: 25mm
• Maximum quality thickness: 20mm
• Idle voltage: 268V
• Compressed air pressure: 5bar
• Air consumption: 180l/min
• Method of glowing: HF - non-contact

PHYSICAL PARAMETERS

• Degree of protection: IP21S
• Weight: 19,5kg

✴ BY BUYING FROM US YOU GET✴

THE SET INCLUDES:

• Plasma cutter MAGNUM AIR PLAZMA 85 V2
• Plasma holder type A-101 - 6m
• Bulk holder - 3m
• Filter-reducer - 1pcs.
• Hose for connecting air - 1pcs.
• Clamp bands - 2pcs.
• Operating manual and warranty card

Specifications