S&T

DIN EN 13823 is a standard that evaluates the fire reactivity of building materials and structures, with particular focus on heat release and smoke production.

This test is used to measure the fire performance of building materials and evaluate how these materials react in the event of a fire.

The DIN EN 13823 testing equipment is an integrated form of the Sparker Test and fire reaction test, measuring the heat, smoke, and gases generated when materials are exposed to fire.

The testing equipment generally has functions for measuring important fire indicators such as heat release, smoke density, and oxygen consumption.

Key Features

Heat Release Rate (HRR) Measurement The testing equipment measures the Heat Release Rate (HRR) in real time, evaluating the amount of heat generated by the material during a fire.

Smoke Density Measurement Measures the amount of smoke generated to verify how much smoke the material emits in the event of a fire. This is accurately measured using an optical density meter.

Oxygen Consumption Evaluates how much oxygen is consumed as the fire progresses by measuring the oxygen consumption rate. This is important for understanding fire intensity and the combustion characteristics of the fuel.

Gas Analysis Analyzes the toxicity of smoke by measuring major hazardous gases generated during a fire (CO, CO₂, etc.).

Sparker and Heat Source The testing equipment supplies heat to the specimen using a specific thermal radiation level. This reproduces actual fire conditions and evaluates how the material reacts to fire.

Test Environment Configuration The test environment has strictly controlled temperature, thermal radiation levels, and oxygen concentration, providing accurate and consistent test results.

Test Method	Heat Release Rate (HRR), smoke density, oxygen consumption, and gas concentration measurement
Heat Flux	35 kW/m² (standard heat flux)
Specimen Size	300 mm × 300 mm
Test Duration	10 min ~ 30 min (configurable)
Temperature Measurement Range	0°C ~ 800°C
Smoke Density Measurement	Optical density sensor-based measurement
Gas Analysis	Measurement of key gas concentrations including CO, CO₂, and O₂
Oxygen Consumption Measurement	Measurement of oxygen consumed during combustion
Test Environment	Temperature: 23°C ± 2°C, standard laboratory conditions
Smoke Generation Analysis	Real-time measurement of smoke concentration and smoke generation rate
Power Supply	220 V, 50 Hz
Power Consumption	Approx. 3 kW ~ 5 kW
Software	Automated data logging, real-time monitoring, and report generation
Safety Devices	Various safety devices for fire prevention and operational safety assurance

Software Support Specifications

Test Automation Automation of test setup, start, termination, and control.

Remote Control Remote control and monitoring of testing equipment.

Data Collection and Analysis Test results are automatically saved in CSV, Excel, and PDF formats, with subsequent report generation.

Provides statistical analysis including average values, maximum values, and more.

Real-Time Monitoring Real-time verification of HRR, smoke density, oxygen consumption rate, and more. Real-time measurement of HRR (Heat Release Rate), smoke density, and gas concentration, displayed in graph form.

Error Detection and Warning Provides warning messages when abnormalities occur during testing.

DIN EN 13823 is a standard that evaluates the fire reactivity of building materials and structures, with particular focus on heat release and smoke production. This test is used to measure the fire performance of building materials and evaluate how these materials react in the event of a fire. The DIN EN 13823 testing equipment is an integrated form of the Sparker Test and fire reaction test, measuring the heat, smoke, and gases generated when materials are exposed to fire. The testing equipment generally has functions for measuring important fire indicators such as heat release, smoke density, and oxygen consumption.

Key Features

Heat Release Rate (HRR) Measurement The testing equipment measures the Heat Release Rate (HRR) in real time, evaluating the amount of heat generated by the material during a fire.

Smoke Density Measurement Measures the amount of smoke generated to verify how much smoke the material emits in the event of a fire. This is accurately measured using an optical density meter.

Oxygen Consumption Evaluates how much oxygen is consumed as the fire progresses by measuring the oxygen consumption rate. This is important for understanding fire intensity and the combustion characteristics of the fuel.

Gas Analysis Analyzes the toxicity of smoke by measuring major hazardous gases generated during a fire (CO, CO₂, etc.).

Sparker and Heat Source The testing equipment supplies heat to the specimen using a specific thermal radiation level. This reproduces actual fire conditions and evaluates how the material reacts to fire.

Test Environment Configuration The test environment has strictly controlled temperature, thermal radiation levels, and oxygen concentration, providing accurate and consistent test results.

Test Method	Heat Release Rate (HRR), smoke density, oxygen consumption, and gas concentration measurement
Heat Flux	35 kW/m² (standard heat flux)
Specimen Size	300 mm × 300 mm
Test Duration	10 min ~ 30 min (configurable)
Temperature Measurement Range	0°C ~ 800°C
Smoke Density Measurement	Optical density sensor-based measurement
Gas Analysis	Measurement of key gas concentrations including CO, CO₂, and O₂
Oxygen Consumption Measurement	Measurement of oxygen consumed during combustion
Test Environment	Temperature: 23°C ± 2°C, standard laboratory conditions
Smoke Generation Analysis	Real-time measurement of smoke concentration and smoke generation rate
Power Supply	220 V, 50 Hz
Power Consumption	Approx. 3 kW ~ 5 kW
Software	Automated data logging, real-time monitoring, and report generation
Safety Devices	Various safety devices for fire prevention and operational safety assurance

Software Support Specifications

- Test Automation Automation of test setup, start, termination, and control.

- Remote Control Remote control and monitoring of testing equipment.

- Data Collection and Analysis Test results are automatically saved in CSV, Excel, and PDF formats, with subsequent report generation. Provides statistical analysis including average values, maximum values, and more.

- Real-Time Monitoring Real-time verification of HRR, smoke density, oxygen consumption rate, and more. Real-time measurement of HRR (Heat Release Rate), smoke density, and gas concentration, displayed in graph form.

- Error Detection and Warning Provides warning messages when abnormalities occur during testing.

Equipment Specifications