Tesla Arc

The Tesla MMA/ARC 255 is a versatile inverter welding machine designed for welding and fusing metals effectively. This welding machine, produced by the reputable Tesla brand, incorporates advanced IGBT and VRD technologies to enhance welding performance and safety features. IGBT Technology: IGBT (Insulated Gate Bipolar Transistor) technology ensures stable and efficient welding processes. It allows precise control over the welding current, making it suitable for various welding tasks. VRD (Voltage Reduction Device) Technology: VRD is a safety feature that reduces the open-circuit voltage of the welding machine when it's not in use. This helps to minimize the risk of electrical shock, making the welding machine safer to operate during electrode changes or when not actively welding.: Product Type: Inverter Welding Machine: As an inverter-based machine, it offers greater control and efficiency in welding processes Brand: Tesla: Tesla is a well-known brand recognized for producing high-quality welding equipment Power Supply: 220-380 V: This versatile welding machine can be powered by various voltages, accommodating different electrical setups No. of Phase: Single and Three Phase: It's compatible with single-phase and three-phase power sources, providing flexibility for various welding environments. Output Current: 255 Amps: With a maximum output current of 255 amps, it can handle various welding tasks effectively Accessories: 1 x Welding Machine: The core component of the package features advanced IGBT and VRD technologies.
1 x Electrode Cable: This cable connects the welding machine to the electrode holder, allowing you to control the welding process.
1 x Earth Cable: The earth cable is used for grounding, ensuring safety during welding operations.

The Tesla Arc 250GST is a single-phase inverter welding machine for various applications. It is known for its portability and efficiency, making it a valuable tool for professionals and hobbyists Inverter Technology: Inverter technology allows precise control over the welding current and voltage, resulting in stable, high-quality welds Single-Phase Power: The Tesla Arc 250GST operates on a standard 220V single-phase power supply, making it compatible with most domestic and small-scale industrial settings Portability: The machine is designed to be portable and easy to move around, which is advantageous for on-site welding tasks Output Current: The exact maximum output current would depend on the specific model, but it's typically around 250 amp The Tesla Arc 250GST can be used for a wide range of welding applications, including Metal Fabrication: It is suitable for welding and fabricating metal structures, such as gates, fences, and frames Automotive Repairs: This welding machine often repairs automotive components, including exhaust systems and chassis Maintenance Work: It is helpful for general repair and maintenance tasks, such as fixing broken metal parts, reinforcing structures, and restoring equipment Construction: It can be employed in construction projects for joining steel beams, girders, and other structural components DIY Projects: Hobbyists and DIY enthusiasts can use this welding machine for various home improvement and metalworking projects

The Tesla ARC 200 MOS is a versatile single-phase portable Mosfet welding machine designed for various welding applications. Its features and specifications make it a valuable tool for professionals and hobbyists Portability and Lightweight: The ARC 200 MOS is designed to be easy to carry, making it suitable for on-site welding projects. Its lightweight construction enhances its portability, allowing for flexibility in work locations Ergonomic Design: The machine's ergonomic design ensures comfortable and user-friendly operation, reducing operator fatigue during extended welding sessions High-Level Performance and Durability: Despite its portable size, this welding machine is designed to deliver high welding performance and durability levels. It can handle various welding tasks effectively Supply Voltage: 230VAC±15%: It operates on a standard 230-volt single-phase power supply, common in many domestic and small-scale industrial settings Electricity Connection: Single Phase: This ensures ease of use and compatibility with most power sources Frequency: 50-60 Hz: It can operate on power supplies ranging from 50 to 60 Hz Current: 200 A: With a maximum output current of 200 amps, it can handle various welding tasks Input Power: 9.4 kVA: This specification indicates the machine's power consumption Insulation Class: F: It meets insulation class F standards, ensuring safety during operation Power Factor: 0.73: This value indicates the efficiency of the machine Duty Cycle: 60%: The 60% duty cycle means that the machine can operate continuously for a significant portion of your welding tasks without overheating Weight: 5.5 kg (Approx.): Its lightweight design enhances portability The provided notes emphasize safety precautions, including using protective gear, avoiding contact with live parts, and not using the welder for purposes other than welding. Safety should always be a top priority when working with welding equipment Welding Cable: This cable connects the welding machine to the electrode holder, allowing you to control the welding process Earthing Clamp: The earthing clamp is used for grounding, ensuring safety during welding operations Operator's Manual: The manual guides the safe and effective use of the welding machine Repair and Maintenance: Suitable for repairing broken metal parts, reinforcing structures, and restoring equipment Construction: Commonly used in construction projects for joining steel beams, girders, and other structural components Automotive Industry: Used to join different parts of vehicles such as chassis, engines, and body components Manufacturing: Employed in the manufacturing industry to join metal components, including machinery and electronics

The Tesla ARC 200 MOS is a single-phase portable Mosfet welding machine designed for various welding applications Portability and Lightweight: The ARC 200 MOS is designed to be easy to carry, making it suitable for on-site welding projects. Its lightweight construction enhances its portability. Ergonomic Design: The machine's ergonomic design ensures comfortable and user-friendly operation, reducing operator fatigue during extended welding sessions High Performance and Durability: Despite its portable size, this welding machine is designed to deliver high levels of performance and durability, making it capable of handling various welding tasks Product Type: Welding Machine: It is a versatile welding tool suitable for various applications Brand: TESLA: Tesla is a well-known brand recognized for producing high-quality welding equipment Supply Voltage: 230VAC±15%: It operates on a standard 230-volt single-phase power supply, common in many domestic and small-scale industrial settings Electricity Connection: Single Phase: This ensures ease of use and compatibility with most power sources Frequency: 50-60 Hz: It can operate on power supplies ranging from 50 to 60 Hz Current: 200 A: With a maximum output current of 200 amps, it can handle various tasks Input Power: 9.4 kVA: This specification indicates the machine's power consumption Insulation Class: F: It meets insulation class F standards, ensuring safety during operation Power Factor: 0.73: This value indicates the efficiency of the machine Duty Cycle: 60%: The 60% duty cycle means that the machine can operate continuously for a significant portion of your welding tasks without overheating. Weight: 5.5 kg (Approx.): Its lightweight design enhances portability Welding Cable: This cable connects the welding machine to the electrode holder, allowing you to control the welding process Earthing Clamp: The earthing clamp is used for grounding, ensuring safety during welding operations Operator's Manual: The manual provides a safe and effective welding machine use Repair and Maintenance: It is suitable for repairing broken metal parts, reinforcing structures, and restoring equipment Construction: Commonly used in construction projects for joining steel beams, girders, and structural components Automotive Industry: Used to join different parts of vehicles such as chassis, engines, and body components Manufacturing: Employed in the manufacturing industry to join metal components, including machinery and electronics

The Tesla ARC-200E is a single-phase inverter welding machine for various welding applications. This versatile welding machine is a product of the Tesla brand, known for its commitment to quality and innovation in the welding industry With a rated output current of 200A, the ARC can handle various welding tasks, making it suitable for novice and experienced welders. The no-load voltage of 75V ensures a stable and reliable arc ignition One of the standout features of this welding machine is its input power capacity of 12.6 KVA, which indicates its ability to handle different power sources efficiently. The 60% duty cycle means the device can operate continuously for a significant portion of your welding tasks without overheating Boasting an efficiency rating of 85%, the ARC-200E minimizes power wastage, making it an eco-friendly and cost-effective choice. It operates on a single phase, common in most domestic and small-scale industrial settings, ensuring ease of use The package includes essential accessories such as a welding holder and an earth clamp, making it a comprehensive solution for your welding needs. Additionally

To control the Arc 228D high current and voltage required for welding, a sophisticated power supply is used. The power supply is often referred to as a "gated power supply" because it uses pulse-width modulation (PWM) to turn the output on and off. By controlling the duty cycle (the percentage of time that the output is on), we can control the amount of current that flows through the welding circuit. The power supply runs at a high frequency (typically 20,000 Hz) because it allows foa more accurate control of the output. In addition, using a high frequency reduces the size of components and makes them less expensive. A typical modern gated power supply will have three outputs: an AC input, a DC output, and a DC output that goes directly to the welding controller. Why three outputs? First, this layout allows us flexibility in how we connect up our system. We can power our electrodes with one of these outputs while using another output to provide all of our control signals. Second, this allows us to use any kind of AC input source without needing to change anything else about our system—and for this gated power supply, we're using an inexpensive sine wave inverter rather than an expensive 3-phase rectifier bridge.

To control the ARC250GS high current and voltage required for welding, a sophisticated power supply is used. The power supply is often referred to as a "gated power supply" because it uses pulse-width modulation (PWM) to turn the output on and off. By controlling the duty cycle (the percentage of time that the output is on), we can control the amount of current that flows through the welding circuit. The power supply runs at a high frequency (typically 20,000 Hz) because it allows foa more accurate control of the output. In addition, using a high frequency reduces the size of components and makes them less expensive. A typical modern gated power supply will have three outputs: an AC input, a DC output, and a DC output that goes directly to the welding controller. Why three outputs? First, this layout allows us flexibility in how we connect up our system. We can power our electrodes with one of these outputs while using another output to provide all of our control signals. Second, this allows us to use any kind of AC input source without needing to change anything else about our system—and for this gated power supply, we're using an inexpensive sine wave inverter rather than an expensive 3-phase rectifier bridge.

To control the ARC400GST high current and voltage required for welding, a sophisticated power supply is used. The power supply is often referred to as a "gated power supply" because it uses pulse-width modulation (PWM) to turn the output on and off. By controlling the duty cycle (the percentage of time that the output is on), we can control the amount of current that flows through the welding circuit. The power supply runs at a high frequency (typically 20,000 Hz) because it allows foa more accurate control of the output. In addition, using a high frequency reduces the size of components and makes them less expensive. A typical modern gated power supply will have three outputs: an AC input, a DC output, and a DC output that goes directly to the welding controller. Why three outputs? First, this layout allows us flexibility in how we connect up our system. We can power our electrodes with one of these outputs while using another output to provide all of our control signals. Second, this allows us to use any kind of AC input source without needing to change anything else about our system—and for this gated power supply, we're using an inexpensive sine wave inverter rather than an expensive 3-phase rectifier bridge.

To control the ARC300GST high current and voltage required for welding, a sophisticated power supply is used. The power supply is often referred to as a "gated power supply" because it uses pulse-width modulation (PWM) to turn the output on and off. By controlling the duty cycle (the percentage of time that the output is on), we can control the amount of current that flows through the welding circuit. The power supply runs at a high frequency (typically 20,000 Hz) because it allows foa more accurate control of the output. In addition, using a high frequency reduces the size of components and makes them less expensive. A typical modern gated power supply will have three outputs: an AC input, a DC output, and a DC output that goes directly to the welding controller. Why three outputs? First, this layout allows us flexibility in how we connect up our system. We can power our electrodes with one of these outputs while using another output to provide all of our control signals. Second, this allows us to use any kind of AC input source without needing to change anything else about our system—and for this gated power supply, we're using an inexpensive sine wave inverter rather than an expensive 3-phase rectifier bridge.

To control the ARC200MOS high current and voltage required for welding, a sophisticated power supply is used. The power supply is often referred to as a "gated power supply" because it uses pulse-width modulation (PWM) to turn the output on and off. By controlling the duty cycle (the percentage of time that the output is on), we can control the amount of current that flows through the welding circuit. The power supply runs at a high frequency (typically 20,000 Hz) because it allows foa more accurate control of the output. In addition, using a high frequency reduces the size of components and makes them less expensive. A typical modern gated power supply will have three outputs: an AC input, a DC output, and a DC output that goes directly to the welding controller. Why three outputs? First, this layout allows us flexibility in how we connect up our system. We can power our electrodes with one of these outputs while using another output to provide all of our control signals. Second, this allows us to use any kind of AC input source without needing to change anything else about our system—and for this gated power supply, we're using an inexpensive sine wave inverter rather than an expensive 3-phase rectifier bridge.

To control the TIG200GA high current and voltage required for welding, a sophisticated power supply is used. The power supply is often referred to as a "gated power supply" because it uses pulse-width modulation (PWM) to turn the output on and off. By controlling the duty cycle (the percentage of time that the output is on), we can control the amount of current that flows through the welding circuit. The power supply runs at a high frequency (typically 20,000 Hz) because it allows foa more accurate control of the output. In addition, using a high frequency reduces the size of components and makes them less expensive. A typical modern gated power supply will have three outputs: an AC input, a DC output, and a DC output that goes directly to the welding controller. Why three outputs? First, this layout allows us flexibility in how we connect up our system. We can power our electrodes with one of these outputs while using another output to provide all of our control signals. Second, this allows us to use any kind of AC input source without needing to change anything else about our system—and for this gated power supply, we're using an inexpensive sine wave inverter rather than an expensive 3-phase rectifier bridge.

To control the ARC250ST high current and voltage required for welding, a sophisticated power supply is used. The power supply is often referred to as a "gated power supply" because it uses pulse-width modulation (PWM) to turn the output on and off. By controlling the duty cycle (the percentage of time that the output is on), we can control the amount of current that flows through the welding circuit. The power supply runs at a high frequency (typically 20,000 Hz) because it allows foa more accurate control of the output. In addition, using a high frequency reduces the size of components and makes them less expensive. A typical modern gated power supply will have three outputs: an AC input, a DC output, and a DC output that goes directly to the welding controller. Why three outputs? First, this layout allows us flexibility in how we connect up our system. We can power our electrodes with one of these outputs while using another output to provide all of our control signals. Second, this allows us to use any kind of AC input source without needing to change anything else about our system—and for this gated power supply, we're using an inexpensive sine wave inverter rather than an expensive 3-phase rectifier bridge.

To control the ARC400CI Rilon high current and voltage required for welding, a sophisticated power supply is used. The power supply is often referred to as a "gated power supply" because it uses pulse-width modulation (PWM) to turn the output on and off. By controlling the duty cycle (the percentage of time that the output is on), we can control the amount of current that flows through the welding circuit. The power supply runs at a high frequency (typically 20,000 Hz) because it allows foa more accurate control of the output. In addition, using a high frequency reduces the size of components and makes them less expensive. A typical modern gated power supply will have three outputs: an AC input, a DC output, and a DC output that goes directly to the welding controller. Why three outputs? First, this layout allows us flexibility in how we connect up our system. We can power our electrodes with one of these outputs while using another output to provide all of our control signals. Second, this allows us to use any kind of AC input source without needing to change anything else about our system—and for this gated power supply, we're using an inexpensive sine wave inverter rather than an expensive 3-phase rectifier bridge.

The Tesla ARC 400 GT inverter welding machine is a reliable, high-performance tool for welding and metal fusion applications. Its 400-amp output current and ARC Force technology make it suitable for demanding welding tasks, ensuring consistent and controlled welding arcs. With the capability to work with single--, two--, or three-phase power supplies, it offers versatility for various work environments. Additionally, it can handle materials up to 4mm in thickness, making it suitable for a wide range of metalworking projects. High Output Current: With a maximum output current of 400 amps, the ARC 400 GT can handle heavy-duty welding applications, making it suitable for both professional and industrial use ARC Force Technology: Including ARC Force technology enhances the stability of the welding arc. This technology helps maintain a consistent and controlled angle, producing high-quality welds Multi-Phase Compatibility: The ARC 400 GT is versatile in power supply. It can operate on single--, two-, or three-phase electrical systems, providing flexibility to work in diverse environments Welding Capacity: This welding machine can weld materials up to 4mm in thickness, making it suitable for various metalworking projects Product Type: Inverter Welding Machine: Its inverter-based design ensures precise control over the welding process Accessories: 1 x Welding Machine: The core component of the package features advanced features such as ARC Force technology, multi-phase compatibility, and a high output current.

The Tesla SD 260 GOLD is a robust single-phase IGBT inverter welding machine designed to meet the demands of various welding applications. This versatile welding machine, brought to you by the trusted Tesla brand, incorporates cutting-edge IGBT technology for enhanced performance and efficiency Model No: SD 260 GOLD: This unique model name distinguishes this welding machine Product Type: Inverter Welding Machine: As an inverter-based machine, it offers greater control and precision in welding Brand: Tesla is a reputable brand for producing high-quality welding equipment Technology: IGBT: The IGBT technology ensures stable and efficient welding performance Rated Output Current: 260Amp: This welding machine can deliver a maximum output current of 260 amps, making it suitable for various welding tasks Input Voltage: 220V: Operating on a standard 220-volt single-phase power supply, it is convenient for most workshops and households Display Type: Digital: The digital display provides accurate control and monitoring of welding parameters No. Of Phase: Single: Designed for single-phase power supply, it's easily compatible with most residential and small-scale industrial settings Welding Rod Diameter: 1.6 to 3.15 mm: This machine can handle welding rods within the specified diameter range, ensuring versatility Dimension: 15x36x25 cm: Its compact size makes it portable and easy to store when not in use Weight: 5 kg (Approx.): The lightweight design enhances its portability and ease of use Suitable For: The Tesla SD 260 GOLD is a versatile welding machine suitable for various applications, including automotive, household repairs, and machinery maintenance. Its flexibility and high current capacity make it a valuable tool for professionals and DIY enthusiasts. Package Includes: The package includes essential accessories, including the welding machine, a welding holder for electrode control, and an earth clamp for grounding. These accessories ensure you have the essentials to start welding right away.

To control the ARC228D high current and voltage required for welding, a sophisticated power supply is used. The power supply is often referred to as a "gated power supply" because it uses pulse-width modulation (PWM) to turn the output on and off. By controlling the duty cycle (the percentage of time that the output is on), we can control the amount of current that flows through the welding circuit. The power supply runs at a high frequency (typically 20,000 Hz) because it allows foa more accurate control of the output. In addition, using a high frequency reduces the size of components and makes them less expensive. A typical modern gated power supply will have three outputs: an AC input, a DC output, and a DC output that goes directly to the welding controller. Why three outputs? First, this layout allows us flexibility in how we connect up our system. We can power our electrodes with one of these outputs while using another output to provide all of our control signals. Second, this allows us to use any kind of AC input source without needing to change anything else about our system—and for this gated power supply, we're using an inexpensive sine wave inverter rather than an expensive 3-phase rectifier bridge.