Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items
SEMI-AUTOMATED ATMOSPHERIC DISTILLATION ANALYZER AZA1285
The AZA1285 Semi-Automated Atmospheric Distillation Analyzer is a precision-engineered laboratory instrument designed for determining the distillation characteristics of petroleum products, fuels, solvents, and volatile organic liquids under atmospheric conditions. Developed for accurate boiling-range profiling and dependable laboratory performance, the AZA1285 combines manual operational flexibility with intelligent thermal regulation for highly repeatable and standards-compliant testing.
The system features a low-voltage manually adjustable heater integrated with PID-controlled condenser and receiver sections, ensuring stable distillation rates and accurate thermal management throughout the test cycle. A closed-loop, CFC-free refrigeration system provides efficient condensation without requiring external cooling water, while an integrated inert gas purge system enhances operator safety and minimizes oxidation risks during testing.
Description
Semi-Automated Precision Operation
The AZA1285 offers an optimal balance between manual operator control and automated thermal stabilization.
System Highlights
- Low-voltage 24 V heating system
- Precision ten-turn potentiometer for manual heat adjustment
- PID-controlled condenser temperature regulation
- PID-controlled receiver chamber temperature regulation
- Stable distillation rate control
- Improved repeatability and operator consistency
Advanced Cooling & Condensation System
A fully integrated refrigeration system ensures efficient condensation and uninterrupted operation.
Cooling Features
- Closed-loop cooling circuit
- CFC-free environmentally responsible refrigeration
- No external cooling water required
- Stainless steel condenser with coolant jacket
- Stable condenser temperature control from 0 °C to 80 °C
Receiver Temperature Control
The receiver chamber is engineered for stable sample collection and precise recovery measurement.
Receiver Features
- Closed non-corrosive chamber
- PID-controlled receiver temperature
- Operating range: 10 °C to 40 °C
- Improved condensate stability and measurement accuracy
Enhanced Laboratory Safety
The AZA1285 incorporates multiple safety mechanisms for safe operation in petroleum and solvent laboratories.
Safety Systems
- Emergency heater shutdown system
- Integrated nitrogen / inert gas purge compatibility
- COâ‚‚ purge capability
- Manual fire-extinguisher access port
- Controlled low-voltage heating design
- Reduced oxidation and vapor ignition risk
Flexible & Upgradeable Configuration
The analyzer can be configured to meet different laboratory requirements and testing capacities.
Optional Enhancements
- Larger capacity 200 mL distillation flask
- Class A PT100 temperature sensor
- Digital data acquisition system
- Reporting and documentation software
- Customized laboratory integration solutions
Typical Applications
The AZA1285 is suitable for:
- Petroleum refinery laboratories
- Fuel blending and distribution terminals
- Petrochemical testing laboratories
- Aromatic hydrocarbon analysis
- Solvent distillation testing
- Government and regulatory laboratories
- Academic and industrial R&D facilities
- Quality control and compliance laboratories
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | AZA1285 |
| Distillation Method | Atmospheric |
| Applicable Standards | ASTM D86, D850, D1078, ISO 3405, IP 123, IP 195 |
| Operation Mode | Semi-Automated |
| Heating System | 24 V low-voltage heater |
| Heater Control | Ten-turn precision potentiometer |
| Support Plate | Ceran support plate with flask lift |
| Cooling System | Closed-loop, CFC-free refrigeration |
| Condenser Type | Stainless steel condenser with coolant jacket |
| Condenser Temperature Range | 0 °C to 80 °C (PID controlled) |
| Receiver Chamber | Closed non-corrosive chamber |
| Receiver Temperature Range | 10 °C to 40 °C (PID controlled) |
| Safety Features | Emergency shutdown, Nâ‚‚/COâ‚‚ purge, fire-extinguisher port |
| Sample Types | Gasoline, naphtha, kerosene, diesel, solvents, aromatics |
| Power Supply | 230 VAC, 50 Hz |
| Power Consumption | 1.4 – 2.5 kW |
| Dimensions | 480/900 (W) × 590 (D) × 650–690 (H) mm |
| Weight | Approx. 80–120 kg |
| Installation Type | Desktop / Benchtop |
Standard Accessories Supplied
- ASTM-compliant 125 mL distillation flasks (2 / 4 pcs)
- Certified thermometers
- Heater plate assemblies
- Drop plates
- Condenser and receiver modules
- Cleaning swabs
- Safety tubing and fittings
- Calibration and operation manual
Optional Accessories & Upgrades
- 200 mL distillation flask
- Additional heater plates
- Class A PT100 temperature sensor
- Digital reporting software suite
- Data acquisition system
- Customized laboratory integration accessories
Related products
AUOTFLASH AUTOMATED ABEL FLASH POINT ANALYZER AZA1277
The AutoFlash-1277 (Model: AZA1277) from AZA Lab is a fully automated, microcontroller-based Abel Flash Point Analyzer designed for accurate, safe, and repeatable determination of flash points of combustible liquids. Engineered to meet stringent international testing requirements, this advanced instrument conforms to IP 170, ISO 13736, and IS 1448 (Part 20) standards.
Covering a standard temperature range of –30°C to 70°C, extendable up to 110°C, the AZA1277 is ideally suited for laboratories involved in petroleum testing, petrochemical quality control, fuels research, and regulatory compliance.
CLEVELAND OPEN CUP (D92) FLASH & FIRE POINT TESTER AZA1291
The Cleveland Open Cup Flash Point Tester AZA1291 from AZA Lab is a precision-engineered analytical instrument designed for accurate determination of flash point and fire point of petroleum products in full compliance with ASTM D92 and GB/T 3536-2008 standards. Built for reliability, safety, and intelligent operation, the AZA1291 is ideal for petroleum laboratories, refineries, inspection agencies, and quality control departments requiring repeatable and standards-compliant results.
The analyzer is suitable for samples with flash points ranging from 79°C to 400°C, covering a broad spectrum of petroleum products such as lubricating oils, transformer oils, diesel, heating oils, base oils, waxes, and other high-flash-point materials.
OIL & GAS SAMPLING CYLINDERS – DOUBLE & TRIPLE ENDED AZA1274A
AZA LAB’s Oil & Gas Sampling Cylinders and Gas Sampling Bombs (AZA1274A) are precision-engineered, high-pressure vessels designed for the safe, accurate collection and transport of liquid or gas samples in the oil, gas, and petrochemical sectors.Azalab
Crafted from premium stainless steel (SS 304/316) or corrosion-resistant Monel, these cylinders are available in single-, double-, and triple-ended configurations to support a wide range of sampling operations—from wellhead and refinery extraction to lab-based chromatographic analysis.aza
Each unit is subjected to rigorous hydrostatic and burst testing and complies with international certifications including TPED, CE, DOT, and ISO. Standard fittings include ¼″ or ½″ NPT ports, with options for dip tubes, safety relief valves, and custom end fittings.aza
Whether used offshore, in-process lines, or in research labs, the AZA1274A offers maximum safety, chemical compatibility, and sample integrity.
OIL & GAS SAMPLING CYLINDERS – SINGLE END WITH DIP LINE AZA1274
AZA LAB Sampling Cylinders & Gas Sampling Bombs are robust, high‑pressure vessels engineered for safe, reliable collection, storage, and transport of liquids and gases in demanding industrial environments. Available in single‑ended, double‑ended, and flat‑ended variants, they are constructed from premium materials like stainless steel (304/316 L) and Monel, offering corrosion resistance and durable performance . TPED, CE, and ISO certifications ensure compliance with international safety and transport regulations. Each cylinder features precision-engineered NPT connections (¼″ or ½″), customizable volumes from 150 cc to 10 L, and pressure ratings up to 5000 psig, making them ideal for applications in refineries, petrochemical labs, chromatographic analysis, and gas sampling in high‑pressure systems . Hydrostatic testing guarantees reliable integrity under rigorous conditions, while additional options—such as specialized valves, burst discs, dip tubes, and protective carrying cases—allow for tailored configurations to meet specific sampling needs.
PROGRAMMABLE FULLY-AUTOMATED CLEVELAND OPEN-CUP FLASH & FIRE POINT ANALYZER AZA1290
The AZA Lab Programmable Fully-Automated Cleveland Open-Cup Flash & Fire Point Analyzer AZA1290 is a high-precision petroleum testing instrument designed for fully automated determination of flash and fire points of petroleum products, lubricants, oils, bituminous materials, and combustible liquids in accordance with ASTM D92 and ISO 2592 standards.
Engineered for modern petroleum laboratories, the AZA1290 combines intelligent automation, advanced safety systems, precision temperature control, and comprehensive data management to deliver highly repeatable and operator-independent test results.
The system automates the complete testing cycle including heating control, ignition application, flash detection, fire point detection, result recording, and emergency shutdown, significantly improving laboratory efficiency, testing consistency, and operational safety.
SEMI-MANUAL DISTILLATION ANALYZER AZA1286
The Semi-Manual Distillation Analyzer (AZA1286) from AZA Lab is engineered to deliver accurate, repeatable, and ASTM D86-compliant atmospheric distillation testing for petroleum products. Designed to combine the robustness of manual operation with the precision of digital instrumentation, the AZA1286 is an ideal solution for educational institutions, QA/QC laboratories, and small- to mid-scale production facilities requiring reliable routine fuel analysis without the complexity of full automation.
This analyzer provides operators with direct control over heating, condensation, and receiver handling, while benefiting from digital temperature measurement, timing functions, and safety monitoring. The result is a cost-effective, dependable system that maintains compliance with international testing requirements.
TAN & TBN (KARL FISCHER MOISTURE TITRATOR) TESTER AZA1315
The AZA1315 Karl Fischer Moisture Titrator from AZA Lab is a high-precision analytical instrument designed for the determination of trace water content in liquid petroleum products, lubricating oils, additives, and related materials using the Coulometric Karl Fischer method.
The instrument is designed and manufactured in full compliance with international and industry standards including GB/T 7600, SH/T 0246, ASTM D1533, and ASTM D6304, ensuring accurate, repeatable, and globally accepted moisture analysis results.
Powered by advanced microcomputer control technology, the AZA1315 delivers fast testing, high sensitivity, and stable performance. Its touch-screen LCD interface, fully automated titration, and built-in thermal printer make it an ideal solution for laboratories and industrial quality control environments requiring precise moisture determination.
XRF SULFUR CONTENT TESTER AZA1300
The AZA Lab Sulfur Content Analyzer – AZA1300 is a state-of-the-art instrument designed for precise and rapid determination of sulfur content in petroleum, petrochemical, and coal chemical products. Based on the energy-dispersive X-ray fluorescence (EDXRF) principle, it integrates advanced electrical, mechanical, and microprocessor technologies to deliver high accuracy, reliability, and ease of operation.
Engineered to comply with ASTM D4294, GB/T 17040, SH/T0742, and GB/T11140 standards, the Model 1300 provides dependable measurement results with excellent repeatability and reproducibility. Its intelligent design ensures automatic corrections for environmental conditions such as temperature, pressure, and C/H ratio, making it a versatile solution for laboratories and production facilities alike.
Compact, user-friendly, and equipped with advanced safety features, the AZA1300 is an ideal tool for routine quality control, process monitoring, and research applications where sulfur determination is critical.