Tanaka EDXRF Sulfur Analyzer (12 positions)

EDXRF Sulfur Analyzer (12 positions) rx-630SA is a 12-position Energy Dispersive X-ray Fluorescence (EDXRF) analyzer designed for rapid, non-destructive, and economical determination of total sulfur in petroleum products. This instrument eliminates the need for helium gas and a vacuum pump, requiring only an AC power connection. Pre-set C/H correction calibration curves simplify operation, eliminating the need for product-specific calibrations. With a 12-position carousel, the rx-630SA offers high throughput, automatically determining total sulfur in a sample in approximately 300 seconds. The user interface features a color touch screen for intuitive operation. It is a valuable tool for laboratories needing efficient and reliable sulfur analysis of petroleum products. Its high throughput, ease of use, and non-destructive nature make it a suitable choice for quality control and other analytical applications.
 

Key Features:

     

  • High Throughput: 12-position carousel for efficient analysis of multiple samples.
  • No Helium or Vacuum Pump Required: Simplified operation and reduced maintenance.
  • Pre-set Calibrations: Factory-set C/H correction curves for ease of use.
  • Rapid Analysis: Approximately 300 seconds per sample.
  • User-Friendly Interface: Color touch screen for intuitive operation.
  • Non-Destructive Testing: Preserves the sample for further analysis if needed.
Category:
Description

Technical Specifications:

     

  • Test Methods: ASTM D4294-03, ISO 8754, JIS K 2541-4, etc.
  • Type: 12 positions
  • Measurement Range: 15 mg/kg (LOD) to 6.00 wt%
  • Size: 560 mm x 560 mm x 270 mm
  • Weight: 27 kg
  • Power Consumption: AC 100 V to 240 V, 50/60 Hz, 200 VA (max)

 

Applications:

     

  • Petroleum Industry: Quality control and analysis of sulfur content in various petroleum products.
  • High-Throughput Testing: Ideal for laboratories requiring rapid analysis of multiple samples.
Additional Information
Brands

Tanaka

Method

ASTM D4294-03, ISO 8754, JIS K 2541-4