Manual plasma cutters resanta etc. Manual plasma cutters Resanta IPR Plasma cutting Resanta IPR 40k
Dimensions in box 41.5 × 19 × 46 cm
Type Inverter, Plasma cutting
Welding type cutting (CUT)
Product class Professional
Power, W 6600
Arc ignition Contact
Built-in compressor No
Pressure, bar 5 - 5
Cutting thickness, mm 12
Inverter technology Yes
Plasma cutting Yes
Availability of power plug Yes
Maximum current consumption, A 40
Regulation range welding current, A 15 - 40
Mains voltage, V 220
Burner type Removable
Weight without packaging 9.11 kg
Package weight 11.01 kg
Warranty, months 12
Contents Plasma cutter Resanta 1 pc.
Ground clamp 1 pc.
Passport (instructions) 1 pc.
Packing 1 pc.
Dimensions, cm 41.5 x 19 x 46
Barcode EAN-13 4606060000000
Description
Inverter plasma cutter RESANTA IPR-40K. How a plasma cutter works: The plasma cutting process is based on the supply of air through an electric arc. the air is heated to a very high temperature, turning into plasma, which is capable of cutting metal.
The plasma cutting process is based on the supply of air through an electric arc. The air is heated to a very high temperature, turning into plasma, which is capable of cutting metal. High temperature and pressure are needed to create plasma. An electric arc provides heat, and through a narrow outlet hole the plasma flows out under a pressure significantly higher than the air pressure at the inlet.
Peculiarities
Cutting capacity: 12mm Steel, 7mm Stainless Steel; 6mm Aluminum;
Contact arc ignition;
LED indicator.
Scope of delivery
Inverter plasma cutter RESANTA IPR-40K
Inverter plasma cutters domestic production enjoy deserved popularity. Low cost and optimal price-quality ratio make Russian models of plasma cutters the most affordable among household and industrial equipment.
One of prominent representatives domestic products are plasma cutters Resanta IPR. A special feature of Resanta models is that they are fully adapted to work in living conditions and can be connected to an electrical network with a voltage of 220V.
Plasma cutter Resanta model IPR 25
The inverter plasma cutter Resanta IPR 25 is a typical representative of inverter models for domestic purposes. To operate, you will need a connection to a regular 220V network. The installed inverter helps stabilize the voltage supply and make it possible to process steel parts up to 8 mm.The IPR 25 plasma cutter can operate without switching off with a stable performance of 15A. PV at 25A is 35%. This makes it possible to use the Resanta IPR 25 plasma cutter without shutting down and overheating for 3.5 minutes. In general, the IPR 25 device fully justifies its purpose and is a classic example of equipment for household use. The arc is started using autostart with a 5-minute turn-on interval.
Plasma cutter Resanta model IPR 40
The Resanta IPR 40 inverter plasma cutter is suitable for those who plan to use the equipment with greater intensity than the previous model. Inverter voltage supply ensures smooth auto-start of arc ignition.
With a maximum output current of 40A, the installation can operate for 3.5 minutes. If you plan to use a voltage of 20A, then the IPR 40 installation will be able to operate without the need for shutdowns and overheating. With modest dimensions, the Resanta IPR 40 plasma cutter is capable of cutting steel up to 12 mm thick, which is quite enough for cutting at home. Stable operation of the device is ensured by the IGBT Inverter control board.
The Resanta IPR 40 model is not an industrial plasma cutter, but its performance is more than enough to perform everyday work. The model is especially popular among construction crews due to its compact size and high performance.
Plasma cutter Resanta model IPR 40K
The inverter plasma cutter Resanta IPR 40K is another representative of household equipment, which has almost identical technical parameters, like the previous model. IPR 40K operates from a 220V network. At the same time, the IGBT Inverter board provides stable voltage and, as a result, high performance.
Small dimensions do not affect the characteristics of the model, allowing the processing of 12 mm thick steel and 6 mm aluminum. The installation feels great, producing an output voltage of 20A. If a current of 40A is needed, the IPR 40K device will be able to work for only 3.5 minutes, without shutting down or overheating.
A feature of Resant IPR 40K from the previous model is the use of contact arc ignition. The model will fit for household and limited industrial use (for single one-time work).
Technical characteristics of Resanta plasma cutters
Network settings | 230 V / 50 Hz / 20 A (max.) | 230 V / 50 Hz / 30 A (max.) | 230 V / 50 Hz / 30 A (max.) |
Output current | |||
Duty cycle | |||
Control board | |||
Air pressure | |||
Cutting ability | 8mm Steel; 5mm Stainless steel; 4mm Aluminum | 12mm Steel; 7mm Stainless steel; 6mm Aluminum | 12mm Steel; 7mm Stainless steel; 6mm Aluminum |
Arc ignition system | Auto start (at 5 second intervals) | Contact arc ignition |
What makes Resanta models popular despite their relatively low productivity?
- Consumables for plasma cutter Resanta- they are easy to get, they are always in stock and are relatively cheap compared to foreign analogues.
- Performance- for household purposes, a power of 40A and the ability to cut metal 12 mm thick is more than enough. If you plan to use the Resanta cutter to perform one-time work, this is one of the best options equipment.
- Connection to normal voltage network- the inverter installed in the Resanta plasma cutter allows you to use a network with a voltage of 220V without noticeable fluctuations for the residents of the house.
- Compact dimensions- the inverter is easy to carry in your hands, and the small size of the device facilitates its operation.
The Resanta IPR 40K inverter plasma cutter provides a cut of excellent quality. The cutting is carried out by passing compressed air through a plasma arc. The long power cable ensures freedom to carry the device while performing the task. A smooth change in the current value is achieved by rotating the potentiometer toggle switch. The lightness and compactness of the unit facilitates movement within the working area with a torch on the shoulder. The plasma cutter is very easy to use.
Basic parameters
- Maximum current - 40 A;
- Minimal. current – 15 A;
- Pressure – 5 bar;
- Maximum cutting thickness - 12 mm;
- Voltage – 220 V;
- Arc ignition – contact;
- Built-in compressor - no;
- EURO connector – no.
Comes with:
- mass clamp;
- box.
Advantages
- the handle of the Resanta IPR 40k plasma cutter makes it easier to carry the unit;
- loops on the body are provided for attaching a strap for carrying the cutter on the shoulder.
- a pressure gauge, a current change toggle switch, and other indicators on the control board make the task easier;
- ventilation holes remove heated air from the electric motor, preventing strong heating;
- the start button on the burner handle makes it easier to start the device;
- durable wear-resistant body;
- neat precise cut;
- high efficiency value.
The Resanta IPR-40K plasma cutter can be purchased in our online store at an affordable price. Delivery in Moscow within the Moscow Ring Road - 400 rubles, check the cost of delivery in the Moscow region with the operators, the cost of delivery in Russia depends on the remoteness of your region.
Our managers will be happy to answer your questions and help you choose the right products.
Peculiaritiesand benefits
- The IPR 40K Resanta inverter plasma cutter is made on the basis of advanced inverter technologies using IGBT transistors in circuits, which made it possible to make the device not only light and compact, but also to reduce electricity consumption, which significantly increased its efficiency.
- The unit can be used for cutting ferrous and non-ferrous metals, as well as stainless steel.
- The device is equipped with a comfortable handle and a durable shoulder strap for manual transportation.
- The cutter control panel contains a power switch, operating current setting, control pressure gauge and indicator lights - everything that is needed to set up a useful process.
- The main part of the device is equipped effective system forced air cooling, which is necessary to ensure high-quality operation of the equipment.
- Automatic overheating protection will prevent the operation of unit elements in emergency conditions at dangerous temperatures.
- The body of the main part of the cutter has a sufficient margin of safety and reliably protects the contents.
- The system allows for fast and precise cutting without excessive overheating of the separated edges.
General description
The inverter plasma cutter Resanta IPR 40K is used for manual cutting metals of any type and is the brainchild modern technologies, which made it possible to adapt controlled plasma for this process, which is formed by strong heating of a stream of air, playing the role of plasma gas, blown through a burning electric arc. The required pressure of the air stream is created by an external compressor. The result was a lightweight device small size, performing high-quality, accurate and fast metal cuts without much effort on the part of the operator. The unit is powered from a 220 V household power supply (the green indicator on the front panel lights up).
Plasma cutting has become a widespread method manual processing metals No need for bulky and unsafe equipment based on gas fuel and oxygen, the system has become lightweight, mobile and compact. In addition, air plasma cutting does not cause thermal deformation of the cut edges and does not lead to its tempering or hardening. Training to operate such equipment does not require a long time and can be reduced to a short cycle practical classes. All these qualities allowed the manual plasma cutting machine to go beyond strictly professional use and significantly expand the scope of its application, using it for its intended purpose even in ordinary household conditions.
Having the ability to create a cutting current of up to 40 A, the Resanta IPR 40K plasma cutter is capable of cutting 12 mm thick steel. At the same time, more viscous stainless steel allows itself to be cut only if it has a thickness of up to 7 mm, and aluminum - up to 6 mm. If the device suddenly warms up to a temperature close to dangerous, the automation will turn off the power, keeping the fan running for faster cooling (the red indicator on the control panel will light up). As soon as the temperature returns to normal, the system is automatically ready for use again (the red indicator goes out).
The device is equipped with a device (plasma torch) that creates direct cutting plasma, which is connected to the body with a hose cable. The key on the plasma torch allows you to ignite an electric arc in manual mode, when the surface being cut comes into contact with the torch (the yellow indicator lights up on the control panel). Quite a long cord for electrical connection makes the range of action of the device sufficient, and a smooth manual potentiometer allows you to accurately set the required current value.
The use of an inverter current conversion process in combination with IGBT technologies made it possible not only to reduce the size and weight of the equipment, but also made it possible to operate with an unstable supply voltage. In addition, the device is relatively easy to maintain and does not require special care.
Device and principle of operation
The Resanta IPR 40K inverter plasma cutter compares favorably with its earlier counterparts in its comparative simplicity and convenience. The system does not have bulky and dangerous cylinders with fuel and oxidizer, there is no need to use long and heavy special hoses high pressure. The entire device is a small and light-weight inverter converter, easily carried by hand or using a shoulder strap, as well as a hand-held plasma torch in the form of a pistol connected to the converter body with a special hose-cable. The body is made of steel sheet with slots for the cooling system. The rectangular, slightly elongated shape of the case is optimal in practice, as it allows you to install the device on a surface, and also makes it convenient for manual transportation to the place of use.
The front part of the case contains a control panel, where the designers placed a control pressure gauge, a power button, control indicators, as well as a manual potentiometer that allows you to smoothly regulate the operating current in the range of 15-40 A. Here, on the front panel, there is a hose-cable with a manual plasma torch, as well as a terminal for connecting a cable with a clamp, which should ensure the circuit is closed.
On the back wall of the case there is a power cable with a plug for the socket, as well as a special mount for mounting the gearbox and connecting the hose from the air compressor.
The main element in the device body is a special transformer with an inverter system for converting current to operating parameters. During the operation of such equipment, a significant amount of heat is released, therefore, in order to protect the device from rapid overheating, a forced air cooling system is installed here. An electric fan blows on the heated surfaces, carrying excess heat outside. In the event of an unusual situation, the fan may not cope with its task, so the automation will turn off the power supply to the device. After cooling, the device will restore its functionality on its own.
The main working tool of a plasma cutter is a plasmatron, that is, a device where a controlled jet of cutting plasma is directly formed. Plasma is an ionized luminous gas (in this case air), which is formed when it is strongly heated, and is capable of conducting electric current. Initially, in a special chamber of the plasmatron nozzle, an auxiliary duty room is formed electric arc with a current of up to 40 A, which is blown out by a stream of air. When it touches metal, this pilot arc completes a circuit, which ignites the main cutting arc. The air supply increases sharply, and due to strong heating it turns into plasma. The volume of this air increases tens of times, which leads to the jet exiting the plasmatron nozzle at transonic speed. The pilot arc is switched off. As a result, molten metal is blown out at the desired point and a precise, neat cut is obtained.
Preparing for work
The manual plasma cutter Resanta IPR 40K itself is quite simple device. To directly prepare it for operation, there is no need to perform any complex and time-consuming operations. The device is connected with a hose to the compressor, the power cord is plugged into a grounded socket, the ground cable is secured with a clamp to the element being cut, and the system is ready for operation. It is only important to carry out all these operations in full accordance with the standards technical instructions on preparation and operation, which accompanies the delivery kit.
If preparing the device for work does not cause any difficulties, then the cutting process itself is a delicate and responsible job. To obtain a quality cut, the operator will have to first undergo some practical training to acquire the necessary basic skills.
Considering the process that accompanies the operation of a plasma cutter, it would be useful to pay special attention to compliance with the rules fire safety. In addition, it is advisable to work with the device only in an open space or where sufficient air exchange can be ensured. The operator must wear protective clothing and shoes, gloves, as well as respiratory and eye protection.
24210,00 ₽
Reviews from welders about the plasma cutting machine
Advantages:
Gone are the days when leadership belonged exclusively to gas cutters. Technologies do not stand still and follow inverter welding machines Plasma cutting machines began to appear. To produce plasma, these devices only need electricity and compressed air. High-temperature plasma is formed in a plasma torch when air passes through an electrical discharge. The air becomes ionized and enters an unusual state. The outflow of plasma from the nozzle of a plasma torch (or plasma torch) occurs due to the imparting of a positive charge to the metal being cut. It follows that the mass is always connected to the positive pole.
High-precision cuts on steel up to 12 mm thick are now performed exclusively with plasma cutters; thick metal (scrap) is still “cut” with a gas cutter.
So, I really want to become the owner of a plasma cutter, but it’s difficult to choose from the available range. What to do?
Answering this question, it should be noted that a plasma cutter called CUT 40 has firmly established itself on the market today. trademarks. The most famous of them is AuroraPRO AIRHOLD 40, you've probably heard of her. It is also sold under a different name - Cedar CUT 40. Both are one and the same.
So, these proven products have been successfully opposed for more than a year now by the Resanta IPR-40K, which, by the way, has proven itself to be a more stable operating device than the CUT 40. The Resanta plasma cutter is often chosen by owners of successfully working ones (for whom they actually work successfully) many years welding inverters Resanta. And they don’t regret the money spent.
Characteristics of the Resanta cutter:
Power:220V, 50Hz
Output current: 15-40A
Duty cycle: 40 A - 35%;
Maximum thicknesses depending on metal:
carbon and structural steels up to 12 mm
corrosion-resistant steels – up to 7 mm
aluminum and its alloys – up to 6mm.
As you can see, the higher the electrical conductivity of the metal, the lower the thickness of the cut.
Flaws:
Many online stores sell the device itself, but do not sell consumables. And they periodically burn. The plasma temperature is very high, about 10 thousand degrees, the metal being cut even evaporates in places. Inquire about the availability of consumables; if they are not there, then there is no point in buying the device.
