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WELDARC 1100
Inverter for stick welding 3-105A
SMALL, LIGHT AND ROBUST
x Performant in light weight and small dimensions
x Easy to use : 1 knob only
x Welding comfort thanks to arc force pre adjusted
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2 MACHINES : 320A IN COMPACT OR SEPARATED WIRE FEEDER + 500A IN SEPARATED WIRE FEDER
PERFECT SYNERGY FOR WELDING ALL TYPES OF METALS
NEW ELECTRONICAL CONTROL FULL DIGITAL KONTROL - AUTOMATIC CONTROL OF THE ARC HEIGHT TO CORRECT WIRE LENGHT
TWINPULS TECHNOLOGY (two pulse) FOR A MINIMUM OF PENETRATION TO WELD VERY THIN THICKNESS WITHOUT ANY DISTORTION
x TIPTRONIC : settings and recording a program
x automatic adjustment of parameters
x easy adjustment of arc height and wire feeding speed
TWINPULS TECHNOLOGY
x double pulse
x allows a minimum of penetration when welding very thin thickness without any distorsion - specifically in aluminium
A PERFECT CONTROL OF THE WELDING CYCLE
x No distortion at ignition thanks to an automatic control of wire voltage and arc lenght
x pulsation control in 1000th of seconds
x automatic regulation of the wire lenght according to the arc height
x no endcraters nor distortion at the end of the welding seam
MIG TORCHES POWERTEK
the ELEKTROPULS 340 and 500 units is associated with POWERTEK torches, aircooled or watercooled, in 3 or 4 meters
x adjustment of the arc height and arc power directly on the torch
x recall and record of a program directly on the torch
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TOTAL PRIMARY PROTECTION
x These machines are of the 3rd generation of ELEKTROSTA's welding inverters, based on an inverter process with IGBT.
HIGH QUALITY IN STICK WELDING
x Exceptional arc characteristics with a microprocessor that ensures regulation and perfect blade appearence and spatter control
x Maximum user's comfort strengthened by integrated arc force and anti-stick.
x Digital display.
OPTIMUM ELECTRIC AND ELECTRONICAL SAFETIES
x Total primary protection thanks to over voltage protection (ELEKTRO 210) or detection of lack of one phase on the supply (ELEKTRO 250).
x Conception in "tunnel", leaving all the electronic out of the air circulation.
x Waterproof control panel.
MECHANICAL ROBUSTNESS AND INNOVATING DESIGN
thanks to front and back panels in plastic (ABS+PC)
x VERY GOOD DUTY CYCLE WHICH ALLOW INTENSIVE USE
x CAN BE SUPPLIED BY ENGINE DRIVEN GENERATOR
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HIGH POWER IN SMALL SPACE
TOTAL PRIMARY PROTECTION
x HIGH QUALITY IN WELDING
- stick or TIG welding
- digital display
- in TIG welding :
ignition by HF or lift arc
2 stroke or 4 stroke mode
pulse current
- you can adjust easily (by knob) main welding parameters ..... but all welding parameters can be adjusted (hidden parameters)
x OPTIMUM ELECTRIC AND ELECTRONICAL SAFETY
- Built-in over voltage protection
ALLOW ENGINE DRIVEN GENERATORS SUPPLY
- IGBT technology
x TRIED AND TESTED MECHANICAL BUILD QUALITY
- Mechanical robustness improved by new interior conception
- High resistance due to plastic front and back panels
- Innovating and ergonomic design
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TOTAL PRIMARY PROTECTION
x These machines are of the 3rd generation of ELEKTROSTA's welding inverters, based on an inverter process with IGBT.
HIGH QUALITY IN STICK WELDING
x Exceptional arc characteristics with a microprocessor that ensures regulation and perfect blade appearence and spatter control
x Maximum user's comfort strengthened by integrated arc force and anti-stick.
x Digital display.
OPTIMUM ELECTRIC AND ELECTRONICAL SAFETIES
x Total primary protection thanks to detection of lack of one phase on the supply
x Conception in "tunnel", leaving all the electronic out of the air circulation.
x Waterproof control panel.
MECHANICAL ROBUSTNESS AND INNOVATING DESIGN
thanks to front and back panels in plastic (ABS+PC)
x VERY GOOD DUTY CYCLE WHICH ALLOW INTENSIVE USE
x CAN BE SUPPLIED BY ENGINE DRIVEN GENERATOR
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EQUIPMENTS WITH MEMORY
Following parameters are adjustable through digital control :
x Start current
x Arc up-slope time
x Arc down-slope time
x End current
x In MMA, HOT START time
x ARC FORCE
x In 4 strokes mode, possibility of 2 current values (start current and welding current)
x Time for spot welding
x In AC/DC, choice of electrode's diameter to have the optimal ignition
EQUIPMENT WITH MEMORY
x Possibility of memorizing 40 programmes
x The complete cycle can be memorized
x MMA, TIG with or without HF, in 2 or 4 strokes mode
x The chosen programme can be called by its number between 1 and 40
OPTION
x Parameter printing
x A large range of remote controls (manual, foot, pulse current)
x Steel tubular protection mounted on shock-absorber
x Cooler unit FRIGOSTA EL
x SWING : cool wire feeding for manual or automatic TIG welding
x trolley for welding machine + FRIGOSTA EL + SWING
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The YC-300BZ3 DC inverter TIG welding power source has been developed on Panasonic digital technology. It is 100% digital controlled and offers high quality welding.
Technical Data:
100% full digital control high performance welding
• Exact output parameters
• Sharp and stable arc start as low as 4 amp.
• Welding Method:
1. DC TIG, DC pulse TIG for mild and stainless steel as well as titanium 0.3 – 6 mm, copper and brass 0.5 – 3 mm
2. DC TIG arc spot for mild and stainless steel with 2 x 2 mm thickness
3. DC stick for diameter 2 – 6 mm
• Duty cycle: 300A / 40%
• Weight: 36 kg
• Digital interface with Panasonic robots
• Arc drive function for stick welding
• Dimensions: 510 x 380 x 410 mm (L x W x H)
• 400 V AC, 3 phases, 50 / 60 Hz
Digital display, LCD, jog dial
• Digital display for both programmed parameter and actual welding parameter
• Easy and logical parameter setting by LCD and jog dial
Quality control
• 99 memory programs
• Digital connection with the PC / network for production
management and quality control
Customer Benefits:
• Sharp and stable arc start
• Reliable quality for low maintenance and service cost
• Easy parameter setting by jog dial
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Genesis 503 PME
These are inverter power sources purposely designed for exceptional quality continuous wire welding (MIG/MAG, PULSED MIG) and electrode welding (MMA); TIG welding with contact ignition is also possible.
The control panel is easy to use and 52 different synergic curves are available to the operator for MIG/MAG and pulsed MIG welding of all the most common materials.
A duty cycle tested at 40° C ensures interruption free operation to 100% at 25° C.
performance in pulsed arc welding. They are ideal for use even with thin aluminium and stainless steel sheet, with which they give a weld quality similar to that achievable with TIG welding.
The WF104 separate wire feed unit weighs only 19 kg (without wire reel) and can be positioned above the power source on a pin, which permits 360° rotation, or at a distance near the work place by means of a connection cable bundle up to 10 m long; the microprocessor, the Encoder and a sturdy 4 roller gearmotor ensure maximum precision in welding wire delivery speed.
At switch-off, the last welding condition is stored, making it easier to re-start work after interruptions.
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Panasonic presents the full digital AC/DC-TIG power source
YC-300BP2 which was invented for AC-, DC- and Mix- TIG welding. The BP2 can be used until an AC-frequency up to 400Hz.
The BP2 is easy to operate even if several assigned functions are selected and it has a well arranged control panel. Up to 50 different welding conditions can be stored and operated.
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Our model PB TC-100 Torque Converter hard bearing balancer is the most versatile balancing machine on the market and is the easiest to set up and operate. Our unique belt drive system is "overhead" which means torque converters can be placed in and out of the balancer's tooling very quickly.
The PB TC-100 is specially designed for balancing torque converters, can quickly become a source of profit by providing smooth, vibration free performance in your remanufactured converters.
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SMI series is made up of single and three-phase asynchronous electric motors with integrated frequency converter. Power range is between 0,37 kW and 7.5 kW (frame size from 71 up to 132). Unit is made up of a high-efficiency three-phase asynchronous electric motor and a compact frequency inverter placed at the non drive end. The SMI series motors are TEFC, IP 55 (available IP56), class F (class H available). SMI motors offer a wide range of overload capacity and a high thermal reserve. The frame consists of aluminium alloy. Shields and flanges are aluminium up to axis height 90 and cast iron from 100 up to 132 frame size . The inverter housing is isolated from the motor in order to avoid heat transmission (patented system); inverter dissipator is self-ventilated. The frequency converter electronics is very reliable as it has been developed in cooperation with the main inverter manufacturer companies; control can be V/F type (frequency voltage control) or SLV type (sensorless vector control). SMI motor can be easily programmed using only three buttons. On request, motor can be arranged for main Bus fields (Profibus, Interbus-S, Device, etc.):
SMI motors are projected as built-in inverter motors and not just as simple assembly of a standard motor with an inverter.
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Lincoln wants to make the job of selecting a motor for inverter-fed applications as easy as possible. That's why we introduced our line of CTAC Inverter Duty motors. We eliminated the hassle of matching motors to inverter drives since our motors work well with any brand drive. We eliminated cable length restrictions giving you the flexibility to optimize your application. And we've eliminated the need for costly power conditioning add-ons like filters and reactors. And our industry-leading five (5) year warranty will let you rest easy.
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Designed Right, Built Right
Comprehensive Product Line
7.5 HP through 75 HP, open drip-proof enclosures
1200 RPM and 900 RPM, high acceleration torque, low current draw, Elevator Duty designs
200, 230/460 and 575 Volt ratings. 60, 40 and 30 Hertz designs
More efficient, lower current, 30 and 40 Hertz designs can result in reduced drive size
Normally closed thermostats, one per phase
Tough Standards
Dynamic Balanced per NEMA to assure smooth, vibration free car operation
Ground tested at the winding stage, surge and ground tested before final assembly then given a commercial test per NEMA
Increased Motor Life
Our Enhanced Class F Insulation System handles the wave front voltages and dvdt levels that are major factors affecting elevator motor insulation life. Phase insulation, slot liners and wedges are high dielectric strength materials. A two component, 100% reactive, solventless polyester resin Class H varnish is used to impregnate the hoist motor stators. This varnish provides superior protection and strength as well as being in compliance with industrial environmental regulations. Lincoln's insulation system exceeds the requirements for inverter-fed motors per NEMA MG1, Part 31.
Superior Construction
Our rigid, low noise, low vibration construction features include rugged steel frame construction with cast iron end brackets and heavy cast steel, full length feet with gussets, welded to each side of the frame. Our hoist motors are provided with elevator shaft end play and oversized ball bearings with two pre-loading bearing washers to insure quiet bearing operation and centering of the rotor. A standard one inch diameter stub shaft for encoder mounting is machined as an integral part of the AISI 1045 hot rolled, medium carbon steel shaft (not a press in or bolt on piece that may require alignment).
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The perfect integration between motor and inverter, with a powerful and efficient algorithm in a robust IP66 casing. Features versatile control with a wide range of field buses and a practical and flexible interface. A product that marks an innovative response to the most rigid demands for application.
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SITI ISV MOTO INVERTER combines the actual performance of mechanical variators with reliability and flexibility that are typical features of the electronic control.
With ISV MOTO INVERTER it is possible to adjust the system speed by operating locally, as it happens with the hand grip of a mechanical variator.
In order to carry out these adjustments, SITI ISV MOTO INVERTER is equipped with an integrated keyboard for an easy and direct configuration of the inverter.
A display allows to visualize conveniently the speed that was previously set and to check actual parameters.
Main features:
- It enables a remarkable cabling cost reduction, both labour and actual costs (due to cables not needing any shielding), as well as panel board costs, due to the smaller dimensions.
- No need of external filters.
- It is accordance with EC directives on the electromagnetic compatibility EMC, thanks to the absence of the external cables between motor and inverter and to the presence of an integrated filter that eliminates possible circuit transient.
- Inverter da kW 0.37 a 1.5
- Rated power output da kVA 0.8 a 2.9
- Rated current da A 1.1 a 3.7
- Motor power output da kW 0.37 a 1.5
- Input voltage V 380/440 (± 15%)
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PV inverter choke
Application :
PV inverter from 2kW up to 30kW
Gamme :
Current range from 5A up to 50A
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