Apparatus for Hydrogen Sulfide Tester – AZA 1314

The Apparatus for Hydrogen Sulfide Tester (Model: AZA-1314) from AZA Lab conforms to the ASTM D7621 Standard Test Method for the determination of hydrogen sulfide in fuel oils by rapid liquid phase extraction.

In this method, a weighed test sample is placed into a heated vessel containing a diluent base oil, where air is bubbled through to extract hydrogen sulfide gas. The extracted gas is then directed, via a vapor phase processor (Procedure A), to an H₂S-specific electrochemical detector, which measures its concentration in air and calculates the amount in the liquid phase in mg/kg. For Procedure B, the use of a filter cartridge is not required.

Description

Description

Key Features & Applications

  • Accurate Air Flow Control: Digital mass flow meter ensures precise air flow measurement and regulation.

  • Standards Compliance: Fully meets ASTM D7621, IP570, and ISO 8217 standards for reliable results.

  • Automatic Operation: Microcomputer-controlled system enables automatic measurement and calculation.

  • Efficient Cooling: Semiconductor refrigeration gas phase processor provides fast and consistent cooling.

  • High-Quality Components: KAYCAN Fisher-type glass reaction tube and Luer-type sintered filter with special adsorbent ensure precise extraction and filtration.

  • Accurate Detection: KAYCAN H2S200 detection system delivers direct and reliable readings.

  • Safe and Convenient: Quick screw cap design allows easy sealing and safe operation.


Technical Specifications

Parameter Specification
Model AZA-1314
Measuring Range 0–250 mg/kg H₂S
Ambient Requirements 15–30°C, RH ≤ 80%
Viscosity Range Up to 3000 mm²/s
Detection Mode Electrochemical sensor
Test Time 15 minutes
Sample Volume 1 ml, 2 ml, 5 ml (depending on H₂S concentration)
Dilute Volume 20 ml
Rated Voltage AC 220V ±10%, 50 Hz
Total Power 300 W
Dimensions (L×W×H) 420 × 500 × 340 mm
Net Weight 20 kg

Why Choose AZA-1314?

  • Provides fast, accurate, and repeatable H₂S measurements in fuel oils.

  • Fully compliant with international standards, ensuring reliable lab and production results.

  • Automatic and user-friendly, minimizing operator error and improving efficiency.

  • Designed for durability, safety, and precise control in laboratory and refinery environments.