Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items
CLASSIC OPEN CUP FLASH POINT APPARATUS AZA1294
The AZA LAB Classic Open Cup Flash Point Apparatus AZA1294 is a reliable and cost-effective laboratory instrument designed for accurate determination of flash point temperature of petroleum products and combustible liquids using the Cleveland Open Cup (COC) method.
Manufactured in full compliance with ASTM D92 and ISO 2592 standards, the AZA1294 is ideally suited for petroleum laboratories, quality control facilities, educational institutions, refinery laboratories, and industrial safety testing environments where dependable flash point determination is essential.
The apparatus combines a classic manual testing approach with durable construction, stable heating performance, and straightforward operation, making it an excellent solution for routine laboratory testing, operator training, and quality assurance applications.
Description
TEST METHODS
- ASTM D92
- ISO 2592
DESIGN & CONSTRUCTION FEATURES
The AZA1294 is designed for durability, simplicity, and dependable laboratory operation.
Construction features include:
- Stable heating block assembly
- Removable stainless-steel sample cup
- Thermostatically controlled heating unit
- Manual flame applicator
- Compact laboratory footprint
- Clear observation zone
- Corrosion-resistant structure
- Easy-access thermometer port
The straightforward manual configuration makes the instrument particularly valuable for laboratory training and educational environments.
HEATING & IGNITION SYSTEM
The instrument incorporates a controlled heating mechanism designed to maintain ASTM-compliant heating rates throughout the test cycle.
Features include:
- Adjustable heating rate
- Standard heating rate of 5–6 °C/min
- Stable thermal control
- Manual flame ignition
- Optional electric igniter system
- Uniform heat distribution
These features ensure accurate and repeatable flash point determination.
SAFETY FEATURES
- Controlled open cup testing system
- Stable sample cup mounting
- Thermally insulated heating assembly
- Clear flame observation area
- Low-maintenance ignition system
- Safe laboratory benchtop operation
The open cup configuration allows safe operator observation while maintaining ASTM-compliant test conditions.
TECHNICAL SPECIFICATIONS
| PARAMETER | SPECIFICATION |
|---|---|
| Model | AZA1294 |
| Product Type | Classic Open Cup Flash Point Apparatus |
| Test Methods | ASTM D92, ISO 2592 |
| Temperature Range | Ambient to 400 °C |
| Heating Rate | Adjustable, Typically 5–6 °C/min |
| Sample Cup Material | Stainless Steel, Removable |
| Ignition Source | Manual Flame |
| Optional Ignition | Electric Igniter |
| Thermometer Compatibility | ASTM E2251 Glass Thermometer |
| Heating Control | Thermostatically Controlled |
| Power Supply | 230 V ±10%, 50/60 Hz |
| Approximate Dimensions | 300 × 200 × 220 mm |
| Application Areas | Petroleum Labs, QC Testing, Education |
STANDARD SUPPLY
- Main apparatus unit
- Removable stainless-steel test cup
- Manual flame applicator
- Heating assembly
- Thermometer holder
- Power cable
- User manual
OPTIONAL ACCESSORIES
- Electric igniter assembly
- ASTM-certified thermometer
- Calibration accessories
- Spare sample cups
- Laboratory exhaust accessories
- Maintenance toolkit
ADVANTAGES
- Reliable ASTM-compliant testing
- Cost-effective laboratory solution
- Durable and easy-to-maintain construction
- Excellent for educational use
- Simple and intuitive operation
- Accurate and repeatable results
- Compact laboratory footprint
- Suitable for routine QC applications
- Flexible manual operation
COMPLIANCE & APPLICABILITY
The AZA1294 is designed for professional flash point determination of petroleum products and combustible liquids according to ASTM D92 and ISO 2592 standards.
The apparatus is suitable for flammability classification, product quality evaluation, industrial safety analysis, and transportation compliance testing.
Additional information
| Method Supported |
Open Cup (ASTM D92, ISO 2592) |
|---|---|
| Sample Cup |
Stainless steel, removable |
| Heating Rate |
Adjustable, typically 5–6°C per minute |
| Ignition Source |
Manual flame / Electric igniter (optional) |
You may also like…
3D PRINTER AZA1255
The AZA1255 AZALAB 3D Printer is a high-precision, versatile additive manufacturing system engineered for educational institutions, research laboratories, professional design studios, and industrial prototyping environments. Designed to deliver speed, accuracy, and repeatability, this advanced 3D printer is ideal for producing functional prototypes, detailed models, custom components, architectural parts, and educational aids.
Combining robust mechanical design with intelligent control software, the AZA1255 ensures consistent, high-quality output across a wide range of applications.
ABRASION TESTING MACHINE FOR GLAZED TILES AZA1262
The AZA LAB Abrasion Testing Machine for Glazed Tiles (AZA1262) is a robust, high-performance laboratory instrument engineered for precise and high-speed abrasion resistance testing of glazed ceramic tiles. Fully compliant with BIS 13630-11 and EN ISO 10545-7, this machine is designed to ensure reliable evaluation of tile durability under simulated real-world wear conditions.
With the capability to test up to four specimens simultaneously, the AZA1262 significantly improves testing efficiency while maintaining exceptional accuracy and repeatability—making it ideal for tile manufacturers, certification laboratories, and quality control departments
ABS BRAKING SYSTEM TRAINING BOARD SIMULATOR AZA1245
The AZA1245 AZALAB ABS Braking System Training Board Simulator is a fully functional automotive training platform designed to provide in-depth, hands-on understanding of Anti-lock Braking System (ABS) operation, diagnostics, and repair procedures. Built using real automobile components, this simulator enables students and technicians to study ABS structure, electronic control, hydraulic behavior, and fault diagnostics in a safe and controlled learning environment.
This training system is ideal for automotive training institutes, engineering colleges, technical schools, and service technician programs, supporting both instructional demonstrations and practical troubleshooting exercises.
ALTERNATOR TRAINER AZA1247
The AZA1247 AZALAB Alternator Trainer is a hands-on automotive electrical training system designed to demonstrate the working principles, construction, and diagnostics of an automotive alternator with external voltage regulation. Built using OEM automotive components, this trainer provides a realistic and safe learning platform for students, technicians, and trainees to understand vehicle charging systems in depth.
This system is ideal for automotive engineering institutes, ITIs, polytechnics, vocational training centers, and service technician programs, supporting both theoretical instruction and practical experimentation.
PETROLEUM PRODUCT DISTILLATION TESTER AZA1284
The AZA1284 Manual Distillation Unit from AZA Lab is a high-precision, front-type petroleum distillation system engineered for accurate determination of distillation characteristics of petroleum products in accordance with ASTM D86 and GB/T 6536 test methods. Designed for laboratories that require reliable manual control with superior thermal stability, this unit delivers consistent, repeatable, and standards-compliant results.
With its dual-unit configuration, independently controlled constant-temperature baths, and continuously adjustable heating power, the AZA1284 offers exceptional flexibility and efficiency for routine quality control, inspection, and research applications.
TAG CLOSED CUP FLASH POINT TESTER AZA1280
Standards Compliance
- ASTM D56 (Tag Closed Cup Method)
Measurement Capability
- Flash Point Range: –40°C to 70°C
- Suitable for liquids with flash points below 93°C
- Designed for low viscosity and highly volatile samples
Related products
APPARATUS FOR HYDROGEN SULFIDE TESTER AZA1314
The Apparatus for Hydrogen Sulfide Tester AZA1314Â 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 Hâ‚‚S-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.
APPARATUS FOR SULFUR CONTENT IN LPG AZA1300A
Apparatus for Sulfur Content in LPG – AZA1300A
The AZA1300A Apparatus for Sulfur Content in LPG from Azalab is a high-performance analytical system designed for the accurate determination of total volatile sulfur in gaseous hydrocarbons and liquefied petroleum gases (LPG). Developed in strict accordance with ASTM D6667, this advanced instrument utilizes the Ultraviolet Fluorescence (UVF) detection method, delivering exceptional sensitivity, stability, and repeatability across a wide concentration range.
The AZA1300A is purpose-built for refineries, petrochemical plants, natural gas processing units, inspection laboratories, and quality assurance facilities, where precise sulfur measurement is critical for product quality, regulatory compliance, and environmental safety
AUTOMATED CLEVELAND OPEN CUP FLASH POINT ANALYZER AZA1279
Standards Compliance
- ASTM D92 (Cleveland Open Cup)
GUM CONTENT TESTER AZA1317
The AZA1317 Gum Content Tester from AZA Lab is a precision laboratory instrument designed to determine the existent gum content in aviation gasoline and motor gasoline. Existent gum testing is critical for evaluating fuel cleanliness, storage stability, and combustion performance, helping prevent injector fouling, valve deposits, and engine performance degradation.
Note: This instrument is not suitable for aviation turbine fuel testing.
With accurate temperature control, efficient evaporation, and multi-sample capability, the AZA1317 is ideal for fuel testing laboratories, refineries, inspection agencies, and quality control departments.
PENSKY–MARTENS CLOSED CUP FLASH POINT TESTER AZA1278
The AZA1278 Pensky–Martens Closed Cup Flash Point Tester is a high-precision, microcomputer-controlled instrument designed for accurate determination of flash points of petroleum products under controlled conditions.
Fully compliant with ASTM D93, the system supports Procedures A, B, and C, making it suitable for a wide range of fuels, lubricants, and viscous petroleum samples. It is engineered for reliability, repeatability, and safe laboratory operation.
Standards Compliance
- ASTM D93 (Pensky–Martens Closed Cup)
PRECISION AUTOMATED DISTILLATION ANALYZER AZA1281
Standards Compliance
- ASTM D86
- ISO 3405
- IP 123
SEMI AUTOMATED CLEVELAND OPEN CUPFLASH POINT ANALYZER AZA1289
The AZA1289 Semi-Automated Cleveland Open Cup Flash Point Analyzer from AZA Lab is engineered for accurate, repeatable determination of flash and fire points of petroleum products, lubricants, and other combustible liquids. Designed in full compliance with ASTM D92 and ISO 2592, this analyzer provides an optimal balance between automation, operator control, and cost efficiency.
The Cleveland Open Cup (COC) method is the globally accepted reference method for determining flash and fire points of materials with flash points above 79°C, making AZA1289 ideal for routine quality control, safety assessment, and regulatory testing in laboratory environments.
STAINLESS STEEL COC CLEVELAND OPEN CUP FLASH POINT ANALYZER AZA1293
The AZA1293 Flash Point Analyzer from AZA Lab is a precision-engineered instrument designed for accurate determination of the flash point of flammable and combustible liquids using the Cleveland Open Cup (COC) method. Manufactured with high-grade stainless steel construction, this analyzer ensures excellent thermal stability, long service life, and consistent test performance even under demanding laboratory conditions.
Fully compliant with ASTM D92, the AZA1293 is an essential laboratory tool for petrochemical laboratories, refineries, lubricant manufacturers, fuel testing facilities, and industrial R&D centers where reliable flash point determination is critical for safety classification and quality assurance.
