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Advantage Lincoln
• Independent arcs. Starting or stopping one Multi-Weld doesn't affect the brazing of the others.
• The Multi-Weld 350 is capable of continuous operation at 350 amps in 122°F (50°C) air temperature.
• No control cables are needed. Single weld cable output from the power source to one or several Multi-Weld 350s.
• Controls are located close to the operator for quick access.
• High efficiency design uses less than half the power of other grid systems.
• Lincoln Chopper Technology™ for quality welds with instant control of the arc for superior welding results.
• Constant voltage (CV) for MIG or flux-cored wire welding.
• Constant current (CC) for stick welding or arc gouging.
• Additional stick welding controls include hot start, arc force, electrode type selection (E7018 and E6010).
• Arc gouging capability with a single Multi-Weld 350 and up to 5/16" (8.0mm) electrode, or with paralleled units for up to 700 amps of power using a 3/8" (9.5mm) electrode.
• Manufactured under a quality system certified to ISO 9001 requirements and ISO 14001 environmental standards.
• Three-year warranty on parts and labor. |
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| ... products without technical information |
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Advantage Lincoln
• Independent arcs. Starting or stopping one Multi-Weld doesn't affect the brazing of the others.
• The Multi-Weld 350 is capable of continuous operation at 350 amps in 122°F (50°C) air temperature.
• No control cables are needed. Single weld cable output from the power source to one or several Multi-Weld 350s.
• Controls are located close to the operator for quick access.
• High efficiency design uses less than half the power of other grid systems.
• Lincoln Chopper Technology™ for quality welds with instant control of the arc for superior welding results.
• Constant voltage (CV) for MIG or flux-cored wire welding.
• Constant current (CC) for stick welding or arc gouging.
• Additional stick welding controls include hot start, arc force, electrode type selection (E7018 and E6010).
• Arc gouging capability with a single Multi-Weld 350 and up to 5/16" (8.0mm) electrode, or with paralleled units for up to 700 amps of power using a 3/8" (9.5mm) electrode.
• Manufactured under a quality system certified to ISO 9001 requirements and ISO 14001 environmental standards.
• Three-year warranty on parts and labor. |
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The time-proven TIGweld 300ST-R Industrial inverter power source is primarily designed for TIGwelding (GTAW) with an industrial professional robot. It can also be used for Stick (SMAW) splicer and arc gouging. Available for 240V single-phase; 480V three-phase; 575V three-phase and 400V three-phase input power. The three-phase supply voltage is connected to a built-in industrial circuit breaker, to a three-pulse rectifier cicuit, and to a radio noise suppression module. The professional welder incorporates a circuit which indicates when the torch tip touches the work piece. The unit sends the signal out through the remote. The ”touching” voltage is adjustable from 0V to 5V. Welding current is isolated and independently measured by a Hall Sensor device. The conversion is is 400A=4V, 1K ohm maximum load with an accuracy > 1%. All Workhorse machines feature corrosion resistant protection with warranty, rugged cases, 5-zone internal thermal protection, manufacturer's warranty and operation manual.
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| The ISA range of Inverter power supply units provides the highest level of control available today in large scale resistance splicer. The ISA-500AR, ISA-1000AR and ISA-2000AR are intelligently packaged in “NEMA” style industrial enclosures and are designed to deliver robust performance in the harshest of production environments. The ISA models can deliver 500, 1000 and 2000 amps of primary welding current, respectively. |
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This technique makes it possible to improve in a considerable way consumption of energy for brazing compared to traditional technologies. (3 to 4 times less power consumption for the same result).
Moreover this technology adapts perfectly to new nanomaterials with difficult coating like sheet metals THLE for example.
The speed of welding is quite higher than traditional technologies what makes it possible to improve rates of welding and thus the productivity. Moreover, the nanomaterials with strong thermal conductivity like aluminum or brass become weldable then without the need for an installation of several hundred kVA (example: With a whole of welding of 65kVA, we can weld triple thickness of aluminum of 2mm).
The energy losses being strongly decreased, the requirements in cooling are reduced what limits pollution generally and that also reduces the expenses of infrastructure related to the installation of such a unit (drivers, less powerful concerned with safety units).
Lastly, the experience gained with several systems already established in the car industry, of the electric household appliances or of the tooling showed us that the volume of consumable strongly decreased thus carrying out advantage of economies. |
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| ... products without technical information |
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Uniflow is a power supply manufacturers for selective soldering, heat sealing and conductive glue bonding applications. Utilizing pulsed heat technology, it provides targeted heating and precision temperature control for a variety of components including flex circuits, ribbon industrial cables, wires, SMT components, single or dual sided edge connectors suppliers and thermocompression bonding of gold ribbon. |
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| The ISA range of Inverter power supply units provides the highest level of control available today in large scale resistance splicer. The ISA-500AR, ISA-1000AR and ISA-2000AR are intelligently packaged in “NEMA” style industrial enclosures and are designed to deliver robust performance in the harshest of production environments. The ISA models can deliver 500, 1000 and 2000 amps of primary welding current, respectively. |
|
This technique makes it possible to improve in a considerable way consumption of energy for brazing compared to traditional technologies. (3 to 4 times less power consumption for the same result).
Moreover this technology adapts perfectly to new nanomaterials with difficult coating like sheet metals THLE for example.
The speed of welding is quite higher than traditional technologies what makes it possible to improve rates of welding and thus the productivity. Moreover, the nanomaterials with strong thermal conductivity like aluminum or brass become weldable then without the need for an installation of several hundred kVA (example: With a whole of welding of 65kVA, we can weld triple thickness of aluminum of 2mm).
The energy losses being strongly decreased, the requirements in cooling are reduced what limits pollution generally and that also reduces the expenses of infrastructure related to the installation of such a unit (drivers, less powerful concerned with safety units).
Lastly, the experience gained with several systems already established in the car industry, of the electric household appliances or of the tooling showed us that the volume of consumable strongly decreased thus carrying out advantage of economies. |
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| ... products without technical information |
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| Unitek Peco's Dual Pulse Series is a full range of Capacitive Discharge (CD) power supplies supplier for precision resistance brazing applications. Their unique "Dual Pulse" function overcomes process variables; part and industrial electrode surface inconsistencies contribute to poor welds. Plating irregularities or contaminants, including oxides and oils, affect weld reliability. The “Dual Pulse” function virtually eliminates these problematic variables. |
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