2020 automation catalogue PLASMA PROF 180 - 300 HQC
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2020 automation catalogue PLASMA PROF 180 - 300 HQC

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PLASMA PROF 180 HQC - 300 HQC Latest generation ARM microprocessor with an unprecedented computing power for a stateof-the-art plasma cutting system designed and built today for tomorrow’s needs. A totally new, reliable, open and flexible hardware and software platform, heart and brain of the whole new family of HQC power sources: PROF 180 and PROF 300. An even faster and more accurate control of the cutting parameters for a further improvement of the quality and performance of our HQC -High Quality Cutting - on all types of metal. All the HQC systems have available a USB port for an easy...

The new CP455G torch allows bevel cutting angle of up to 55°. Such feature involves a reduced surface of the consumables exposed to melted spatters that, together with the internal cooling improvement, special current profiles and gas timings allow excellent performances of the new HQC plasma system concerning the cut quality, the piercing capacity and the life span of the consumables. A single torch available in versions short (Art.1640) for 3D cutting, long (Art.1642) for 2D cutting robot (Art.1639) for robotic systems. A single family of consumables, completly new, suitable both for...

The new version of the manual plasma gas console is a modular system including three separate units: PGC-D: the main unit to program the cutting parameters for every possible material and gas combination Two separate optional units dedicated to Stainless Steel and Aluminum: PGC-H2: For gas cutting by Hydrogen mixtures WSC: For water cutting as secondary

PGC-D – Plasma Gas Console-Digital (art.480): It is the core unit of the new manual plasma gas console and represents the complete stand-alone solution for Mild Steel as well as the entry-level for Stainless Steel and Aluminium. The 7” colour touchscreen panel makes even easier and more intuitive the synergic configuration of the cutting parameters A unique solution for error-proof programming, currently even easier through a multilingual user menu. The processes of cutting and indentation marking using O2 (Oxygen), Air and N2 (Nitrogen) are handled through the PGC-D. It is also allowed to...

PGC-H2 – Plasma Gas Console-H2 (art.487), optional: This unit, combined with PGC-D, allows the cutting of Stainless Steel and Aluminum with the Hydrogen mixtures H35 (35% Hydrogen and 65% Argon) and F5 (5% Hydrogen and 95% Nitrogen) • High quality cut of Stainless Steel medium-high thickness • ATEX-compliant components WSC – Water Secondary Console (art.485) optional: This unit, combined with the PGC-D, allows to cut Stainless Steel and Aluminium using only N2 (Nitrogen) as plasma gas and H2O (water) as secondary fluid. • Cutting of thin Stainless Steel film-coated plate • No heat-affected...

APGC – Automatic Plasma Gas Console (art.466) The perfect solution for a completly automatic plasma cutting system, suitable for every material and gas combination. • Real time gas control and adjustment • Fully automatic management of cutting, marking and spot-marking processes • Optional WSC unit for Stainless Steel and Aluminum cut by N2-H2O With the APGC you have two alternatives: > Make an automatic and totally integrated cutting system, implementing in the CNC/Robot Controller also the user interface (HMI) for the programming of the cutting parameters. This solution involves the use...

HV19/PVC (art.459) A new patented unit including in one single box both the HF ignition and the gas valves (Fig.1a - 1b), usually hosted in two separated units (Fig.2), thus allowing a compact and universal HQC system layout This solution let you use just one HQC torch length: one single torch 1,5 meter long (Art.1642.02) whatever is the gantry width, to be installed out of the drag chain. An extremely cost-effective option allowing a drastic standardization of the complete automatic plasma cutting system in addition to a great simplification of its maintenance and optimization of the...

The new CP455G torch with original branded consumables, the optimal handling of gas flows and all stages of the cutting process, ensure our HQC plasma cutting systems an exceptionally low O2 (Oxygen) consumption when cutting Mild Steel O2 Consumption Consumo O2 (l/min) Competitor Competitor The reduced O2 consumption combined with the high cutting speeds, allows to get an extremely low cost per linear meter of cutting, thus ensuring the user a quick payback of his investment. Corrente di taglio (A) Cutting current (A) 02 annual consumption (m3/anno) Consumo annuo O2 (m3/year) Cutting...

Main performance of the new HQC plasma cutting system: Mild Steel with O2-Air (system layout with PGC-D manual gas console only): Cutting quality between ISO range 2 and 4 Piercing capacity: • 40 mm @ 180 A • 50 mm @ 300 A Consumables life span: • + 100% @ 180 A compared to HQC 250 A • + 400% @ 300 A compared to HQC 420 A GIOTTO Technology: High precision holes featuring minimum taper. Extremly high repeatability and accuracy for thickness from 3 to 30 mm with 1:1 minimum diameter versus thickness ratio. No additional system is required Stainless Steel and Aluminium with H35-N2 or N2-H2O...

Special functions available both with manual and automatic gas console Indentation marking: Using the same setup as the cutting process it is possible to program both the current (from 10 A to 39 A) and the relevant supply time (from 0.01 s to 1.0 s) in order to adjust diameter and depth of the marking point Corner: In order to minimize the removal of material at the corners, it is possible to program a corner current lower than the nominal one (down to 20%) and the relevant slope up and down By the optional kit Extended CNC interface (art.425) it is also possible to adjust real time the...