Tesla Weld MMA 295
 | Outdated Product 7 560 ₴ Type: inverter; MMA; Welding current: DC; Input voltage: 230 V; Minimum input voltage (V): 140; Power consumption (kW): 7.6; Max. electrode size (mm): 5; Weight (kg): 5.6; |
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Tesla Weld MMA 295 | |||||||||||||||||||||||||||
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Low voltage operation — up to 140 V
The information in the model description is for reference purposes.
Always clarify the specifications and configuration of the product with the online store manager before purchasing.
Catalog Tesla Weld 2025 - new arrivals, bestsellers, and the most relevant models Tesla Weld.
Always clarify the specifications and configuration of the product with the online store manager before purchasing.
Catalog Tesla Weld 2025 - new arrivals, bestsellers, and the most relevant models Tesla Weld.
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I will sell nafig for piv price and buy Paton VDI-250P DC MMA digital. The arc stretches well, cook gently, but only electric wires ANO-21, ANO-36 are used. Customers are deceived by highly inflated current specifications, instead of the promised 295 amps, the inverter outputs a maximum of 186 amps, the volt-ampere characteristics are not adjustable, which extremely negatively affects welding with UONI-13/55 electrodes, I will try to explain: On the packaging of UONI-13/55 electrodes, a recommended welding current of 70-110 amps is indicated. Through trial and error, I found that UONI-13/55 electrodes will ignite more or less normally and burn stably when setting a current of 145-150 amps (according to this inverter's indicator), although the weld will be of poor quality (a lot of slag), and the welding process itself is quite difficult to control (the arc constantly tends to go out, significant metal spatter). Why does this happen? The declared arc voltage on this inverter at 220 volts in the network should be within 30 volts (but in fact the device outputs an arc voltage of 25-26 volts!!!?), which in itself is very low for stable burning of UONI-13/55 refractory electrodes. For good arc ignition, a real current of 70-110 amps and a voltage of 100-110 volts are required, and for stable arc burning, a real current of 70-110 amps and a voltage of 70-80 volts are needed. Does anyone know how to increase the arc voltage on this device? |
where the network is underestimated is simply necessary ... Just cooked with four when the network drops to 170V, it cooks confidently with enough current with a margin .. welding machine number No. 888555119 After soldering the D7 diode, I haven’t found it yet ... use Tesla Weld MMA 295 month or more i recommend it should buy |
Technical support answered .. if it cooks, don’t ask questions ... Thanks to the e-katalog moderators, I was banned on the Tesla website .. if I order another welding, I will have to change the address .. It cooks well .... If the open circuit voltage is raised to 115V, then I am the first buyer ... one power diode is missing in the printed circuit board D7, during the first inspection of the board, foreign objects were found (a screw stuck between the radiator fins on which the output power diodes are located and there was also no gasket between the inductor and the diode heatsink) Four 60F30 diodes must be installed and there are three, one is not soldered ... if welding is designed for a current of 240 amperes, then three diodes will draw only 180 amperes. on the back side No. 888555119 use Tesla Weld MMA 295 week i recommend it should buy |
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semi-automatic inverter, synergistic, welding: MMA, MIG/MAG, TIG, welding current: from 30 A, up to 180 A, электрод до 4 mm, wire: from 0.8 mm, up to 1 mm, power supply: 230 V, from 160 V, display
semi-automatic inverter, synergistic, welding: MMA, MIG/MAG, TIG, welding current: from 10 A, up to 330 A, электрод до 5 mm, wire: from 0.8 mm, up to 1 mm, power supply: 230 V, display
inverter, welding: MMA, welding current: from 30 A, up to 340 A, электрод до 5 mm, power supply: 230 V, from 160 V, display
semi-automatic inverter, welding: MMA, MIG/MAG, welding current: from 30 A, up to 360 A, электрод до 5 mm, wire: from 0.6 mm, up to 1 mm, power supply: 230 V, from 160 V, display
inverter, welding: MMA, welding current: from 20 A, up to 140 A, электрод до 3 mm, power supply: 230 V, from 160 V, display, снижение напряжения VRD
inverter, welding: MMA, welding current: from 20 A, up to 250 A, электрод до 5 mm, power supply: 230 V, display
semi-automatic inverter, welding: MIG/MAG, welding current: from 40 A, up to 120 A, wire: from 0.6 mm, up to 1 mm, power supply: 230 V
transformer, synergistic, welding: MMA, MIG/MAG, TIG, SPOT, PLASMA, welding current: from 15 A, up to 160 A, электрод до 4 mm, wire: from 0.8 mm, up to 1 mm, power supply: 230 V, display
inverter, welding: MMA, welding current: from 20 A, up to 140 A, электрод до 3 mm, power supply: 230 V
semi-automatic inverter, welding: MMA, MIG/MAG, TIG, welding current: from 20 A, up to 180 A, электрод до 3 mm, wire: from 0.8 mm, up to 1 mm, power supply: 230 V, display
semi-automatic inverter, welding: MMA, MIG/MAG, TIG, welding current: from 20 A, up to 310 A, электрод до 5 mm, wire: from 0.6 mm, up to 1 mm, power supply: 230 V, from 180 V, display, снижение напряжения VRD
semi-automatic inverter, pulse, synergistic, welding: MMA, MIG/MAG, welding current: from 20 A, up to 200 A, электрод до 4 mm, wire: from 0.6 mm, up to 1 mm, power supply: 230 V, from 160 V, display, снижение напряжения VRD
