ARC-MET 8000 Mobile Lab

Oxford-Instruments optical emission technology is highly accurate due to the unique technical features of the placement of optics in the sensor. The measurement result is independent of environmental conditions. ARC-MET carbon analyzer accuracy is second to none in portable systems. And a possible option for measuring sulfur and phosphorus makes it possible to most accurately separate alloy grades.

ARC-MET 8000 is:

• Fast analysis and sorting in difficult and changing conditions
• Superior analysis quality
• Ease of use
• Excellent repeatability of results for CARBON, SULFUR, PHOSPHORUS and BOR
• Model Extensibility
• Robust and rugged design
• Portability and small size
• Versatility - work in both argon and air

Choosing ARC-MET, the User gets the maximum set of analytical capabilities:

• CHEMICAL COMPOSITION - elementwise determination of the concentration of alloying elements.
• BRANDER - based on user-defined, easily customizable tables.
• PRINT IDENTIFICATION - comparison of alloys based on the obtained ultraviolet spectra.
• YES / NO - sorting by any parameters set by the user.

The availability of the ARGON and AIR measurement modes makes the ARC-MET 8000 MobileLab a convenient tool for use in all sectors of the metal industry:

• scrap sorting
• metallurgy
• oil and gas production, and their transportation and processing
• chemical and petrochemical industry
• aviation and military industry
• power engineering
• aerospace industry

The high accuracy of the analyzer also makes it possible to use it in inspection companies involved, in particular, in industrial safety. An ideal instrument capable of measuring both ferrite and neferrite alloys:

• Low alloy steels
• Stainless steel
• Tool steels
• Low Alloy (White) Cast Iron
• Aluminum alloys
• Titanium alloys
• Nickel alloys
• Cobalt alloys
• Copper alloys
• Zinc alloys
• Magnesium alloys
• And other alloys on request.

Argon and air measurement mode

The change of mode consists only in changing the nozzle on the sensor, which automatically determines its type.

The nozzle design provides convenient access to measuring surfaces of various shapes and arrangements. The main unit includes: a keyboard, a display, a power source, a processing module, an internal printer, and external interfaces. The sensor contains a perfect optical system inside and has a robust design on the outside. This provides excellent accuracy due to the fact that the signal is not attenuated in the fiber optic cable connecting the sensor and the main unit. The sensor has a display and keyboard, allowing the user to control the measurement process and observe its result, saving time, especially when the sample is far from the main unit.

User friendly interface

Windows-based software provides a simple and convenient user interface in the main unit and in the sensor. Organization of information in the form of a database allows a wide control of measurement parameters.

Sensor

• Holographic flat saw
• Registration of the entire spectrum
• Wavelength Range 175–370 nm
• 8192 PDA / CCD detector
• 128 x 64 dots LCD
• Keyboard controlled software
• Connecting cable from 3 to 10 m

Additional options

• Internal printer
• Trolley (+ batteries and inverter)
• Adapters (for surfaces of complex shape)

Main unit

• Industrial PC Board
• 1 GHz CPU
• Color display
• TFT 640 × 400
• Interfaces: RS232, parallel, mouse, keyboard, network, USB Software: Built-in industrial version of Windows NT. Menu-based control includes the widest range of MobileLab calibration and measurement software.
• Power Supply: 230/115 V, 50/60 Hz

Program-controlled spark and arc firing discharges

• Battery operation for at least 200 measurements
• Power consumption: 90 W in standby mode, 250 W in ARC mode and 500 W in ISKRA mode
• Version: dustproof and waterproof (IP54 / NEMA 3)
• Operating temperature: 0–50 ° C
• Weight: 16 kg

In order to select the required calibrations, we suggest filling out and sending us a questionnaire.