Suvirinimo aparatas EVERLAST Power TIG 325EXT

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Weight: 31 kg
Matmenys: 56 cm × 23 cm × 43 cm
Phase: Trifazis (400V)
Inverterio tipas: Skaitmeninis/mikrokontroliuojamas
Atmintis: Taip
TIG impulsas: Taip
Standartinis nuolatinės srovės impulsų dažnis: 0,1–500 Hz
Standartinis kintamosios srovės impulsų dažnis: 0,1–250 Hz
Impulso įjungimo laikas (darbo ciklas): 5–95 %
Kintamosios srovės dažnis (Hz): 20–250 Hz
Kintamosios srovės balanso diapazonas: 5–90 %
Nuotolinio valdymo pultas: 2T/4T su degiklio amperų valdymo nustatymais
Maximum current MMA [A]: 250
Maximum current TIG [A]: 325
Išėjimo tipas: AC/DC TIG, DC strypas
Įtampa / fazė: 400 V, 3 fazės
OCV: 70 V (<24 V su VRD)
Maksimali vardinė TIG suvirinimo srovė: 325 A
TIG išėjimo diapazonas (nuolatinė srovė): 5 A–325 A
6010 / celiuliozės suvirinimo galimybės: Apribotos iki 6011
Pradinis srovės diapazonas: NS
Galutinis srovės diapazonas: NS
Didėjimo laikas: 0–25 sekundės
Srovės kritimo laikas: 0–25 sekundės
Priešsrovės laikas: 0–25 sekundės
Postrovės laikas: 0–25 sekundės
GBT tipas: Modulis IGBT
TIG suvirinimo srovė esant vardiniam darbo ciklui: 190 A/17,6 V esant 100 % darbo ciklui Ciklas / 40º C
245 A/19,8 V esant 60 % darbo ciklui/40 °C
325 A/22,9 V esant 35 % darbo ciklui/40 °C
MMA suvirinimo srovė esant vardiniam darbo ciklui: 160 A / 26,4 V esant 100 % darbo ciklui / 40º C
200 A / 28 V esant 60 % darbo ciklui / 40º C
250 A / 30 V esant 35 % darbo ciklui / 40º C
Maksimalus įjungimo srovės šuolis (I1MAX): 14 A esant 480 V, 3 fazės
Maksimalus vardinis (I1EFF) įėjimo srovės stipris: 14 A esant 460 V, 3 fazės
TIG išėjimo diapazonas (kintamoji): 10–325 A
Strypinio suvirinimo išėjimo diapazonas (nuolatinė): 20–250 A
Strypinio suvirinimo karšto paleidimo srovės stipris: 0–100 %
Reguliuojamas karštas paleidimas
Strypinio suvirinimo funkcija: Reguliuojamas lanko jėgos valdymas
Strypinis suvirinimas Karšto paleidimo laikas: 0–2 sekundės
Minimalus nuolatinės TIG suvirinimo pradžios srovės stiprumas: 5 A
Minimalus kintamosios TIG suvirinimo pradžios srovės stiprumas: 10 A
TIG suvirinimo pradžios tipas: HF
HF ir pakėlimo režimu
Išplėstinis kintamosios srovės impulsų dažnis: 0,1–10 Hz
Impulso amperų diapazonas: 5–100 %
Kintamosios srovės bangų formos: Pažangus kvadratinis,Švelnus kvadratinis,Trikampis,Sinusinusinis
Current type: AC / DC
Suitable for welding: Aluminum and its alloys
Non-ferrous and other rare metals (Titanium, Copper, Brass, Nickel)
Stainless steel (Inox)
Structural steel
Inverter technology: IGBT

Brand

Suvirinimo aparatas EVERLAST Power TIG 325EXT

Name: Suvirinimo aparatas EVERLAST Power TIG 325EXT
Brand: Everlast
SKU: 1056614
Price: 2480 EUR
Availability: BackOrder

Reference 1056614

Price €2,480.00 VAT incl.

Stock Quantity:

Kaunas Shop
not available

Central warehouse
not available

In Supplier store
(10+ pcs)

Delivery terms:

FREE pick up monday, july 6 d., in the store, Raudondvario pl. 141, Kaunas (€0.00)
Weight: 31 kg.

We will deliver the product to you via: 1-2 w.d. Venipak (€10.00)
Weight: 31 kg.

Description

The Power TIG 325EXT is a top-equipped AC / DC tig for welding both steels and aluminum. The machine is suitable for both enthusiasts and demanding professional welders. Reliability is top notch.

With water-cooled WP18 burner as standard. In digital control, 9 memory slots for settings

For professional use, we have equipped the machines with high-quality Tafimet burners, so that the package satisfies even the most demanding taste.

• Advanced pulse: More penetration, less heat to the piece.

Even thin materials can be welded without burning the puncture.
Recommended Areas of Use:

    Fabrication/Production welding
    Motorsports/Offroad
    General automotive use
    Prototyping
    Shipyards
    Pipelines
    Farm/Ranch
    Industrial maintenance
    Air Craft
    Gun Smithing
    Hobby/DIY

Recommended Metals:

    Steel
    Stainless Steel
    Chrome Moly
    Aluminum
    Titanium
    Copper
    Virtually any weldable metal

TECHNICAL DATA:

GBT Type: Module IGBT
Inverter Type: Digital/Micro-controlled
Output Type: AC/DC TIG, DC Stick
Voltage/phase: 400V 3 Phase
Max Rated TIG Amps: 325A
Max Rated Stick Amps: 250A

TIG Amps @ Rated Duty Cycle:
325A/22.9V @ 35% Duty Cycle/ 40º C
245A/19.8V @ 60% Duty Cycle/ 40º C
190A/17.6V @ 100% Duty Cycle/ 40º C
Stick Amps @ Rated Duty Cycle:
250A/30V @ 35% Duty Cycle/ 40º C
200A/28V @ 60% Duty Cycle/ 40 º C
160A/ 26.4V @ 100% Duty Cycle/ 40 º C

Max Inrush ( I1MAX ) Amps: 14A @ 480V 3 phase
Maximum Rated (I1EFF ) Input Amps: 14A @ 460V 3ph

OCV: 70V (<24V with VRD)
TIG Output Range DC: 5A-325A
TIG Output Range AC: 10-325A
Stick Ouput Range DC: 20-250A
Stick Hot Start Amps: 0-100%
Stick Function: Adjustable Arc Force Control
Stick Hot Start Type: Adjustable Hot Start
Stick Hot Start Time: 0-2 Seconds
6010/Cellulose Capable: Limited to 6011
Minimum Amp DC TIG Start: 5A
Minimum Amp AC TIG Start: 10A
TIG Start Type: HF

Lift Start

TIG Start Type: HF and Lift Start
Memory: Yes
Start Amp Range:
DC: 5A-325A
AC: 10A-325A

End Amp Range:
DC: 5A-325A
AC: 10A-325A

Upslope Time: 0-25 Seconds

Down Slope Time: 0-25 Seconds

Preflow time: 0-25 Seconds

Post Flow Time: 0-25 Seconds

TIG Pulse: Yes
Standard DC Pulse Frequency: .1-500 Hz
Standard AC Pulse Frequency: .1-250 Hz
AC Advanced Pulse Frequency: .1-10 Hz

Pulse Time On (Duty Cycle): 5-95%
Pulse Amp Range: 5-100%
AC Frequency (Hz): 20-250Hz
AC Balance Range: 5-90%
AC Wave Forms:
Advanced Square
Soft Square
Triangular
Sine
Remote Control: 2T/4T with Torch Amptrol settings

Weight: 31 kg

Dimensions: 56 cm × 23 cm × 43 cm

PRODUCT NOTES:

This unit is configured for only 480V 3 phase operation. Everlast also offers a PowerTIG 325EXT configured for 240V 1 and 3 phase operation. The 480V version is not configured with a built in outlet for the water cooler.

E6010 use is not recommended with this welder.

Do not use with generators that are not certified as “clean power” by the generator manufacturer (<5% THD). For single phase use with a generator, use a generator that is capable of at least 12,500 watts.

MINIMUM/MAXIMUM

TIG:

Weld steel to a maximum of 1/2″ single pass
Weld steel to a maximum of 1+” multi-pass
Weld aluminum to a maximum of 1/2″ single pass
Weld aluminum to a maximum of 1+” multi-pass
Weld to a minimum of .005″ Steel
Weld to a minimum of .010″ Aluminum

TIG minimum and maximum capability is generally determined by industry standard practices and governed by practical limits for single and multi-pass welds, aimed at achieving highest quality welds. The Maximum Almuminum thickness expressed here is representative of an increase in normal capability due to the use of the Advanced TIG pulse which uses a high ratio of DC- current to increase penetration.

Stick:

Weld with a minimum of 1/16″ diameter electrode
Weld with a maximum of 3/16″ diameter electrode

This unit is not recommended for use with E6010. The maximum electrode capability is ultimately affected by the rod type, composition and electrode manufacturer recommendations.

About Everlast

Everlast Power Equipment Inc.

Since we were founded in 2004 in San Francisco, California and began operations as a small e-based generator and welder company, Everlast Power Products Inc. has evolved into a multi-national company with distributorships in many countries.
As our familiar Everlast green color is rapidly showing up in many home garages, welding shops, and worksites throughout the United States and Canada, the recognition of Everlast as a house hold name in welding equipment is certain. While the Everlast name isn't as old as some of the biggest names in the welding industry, we took a huge step forward in 2008 toward being competitive in price, product performance, quality, and service when we began to work on the release of the first generation of "Power" series IGBT platform inverter welders and plasma cutters. From almost the beginning of our company, the common element we incorporated throughout all of the Everlast product line is a practical approach to product functionality. We take into consideration the operation of the unit from the user's (customer's) point of view first, and then turn the design process over to the engineers to meet the performance demands of the industry. We feel that our forward thinking approach to product design stands in contrast to some of our competitors that use engineers to design and build a product first, and afterwards try to force-fit the product to the your needs.