S&T

DIN 75200, FMVSS 302, ISO 3795, and ECE 118 Annex 8 are all testing standards that evaluate the fire safety of vehicles and vehicle components.

These tests evaluate vehicle fire safety by testing how materials inside vehicles react when exposed to fire, particularly by measuring flame propagation, smoke generation, and heat release.

Each standard is an important specification that automotive manufacturers and parts suppliers must follow to verify that their vehicles and components meet fire safety requirements.

DIN 75200, FMVSS 302, ISO 3795, and ECE 118 Annex 8 testing equipment is designed to test the fire resistance of vehicle materials and vehicle interior components in accordance with each testing standard.

This equipment is designed to evaluate the safety of devices and materials within vehicles when exposed to high temperatures and flames.

Key Features

Precise Flame Control The testing equipment precisely controls the intensity, temperature, and radiation level of the flame, ensuring that testing is conducted under identical conditions during experiments.

High-Temperature Durability The testing equipment is designed to conduct tests in high-temperature environments, enabling the reproduction of various fire scenarios.

Automated Testing System Automatically records and analyzes data such as temperature, smoke density, and flame spread rate generated during testing, allowing test results to be easily managed.

Smoke and Gas Analyzer Analyzes smoke and gas generated during testing in real time, measuring concentrations of CO, CO₂, O₂, and more.

Safety Features Equipped with an automatic shutdown system and overheat protection system to minimize fire hazards that may occur during testing, ensuring safety.

Test Method	Evaluation of fire resistance performance of vehicle interior materials and components
Temperature Range	Up to 800°C ~ 1000°C
Flame Heat Flux	10 kW/m² ~ 50 kW/m² (adjustable)
Test Duration	10 min ~ 30 min (configurable depending on test type)
Smoke Density Measurement	Real-time smoke density measurement using optical sensor
Smoke & Gas Analysis	CO, CO₂, and O₂ concentration measurement
Power Consumption	Approx. 3 kW ~ 5 kW
Safety Features	Flame detection system, overheat protection system included
Software Support	Test configuration, data logging, and report generation

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 75200, FMVSS 302, ISO 3795, and ECE 118 Annex 8 are all testing standards that evaluate the fire safety of vehicles and vehicle components. These tests evaluate vehicle fire safety by testing how materials inside vehicles react when exposed to fire, particularly by measuring flame propagation, smoke generation, and heat release. Each standard is an important specification that automotive manufacturers and parts suppliers must follow to verify that their vehicles and components meet fire safety requirements. DIN 75200, FMVSS 302, ISO 3795, and ECE 118 Annex 8 testing equipment is designed to test the fire resistance of vehicle materials and vehicle interior components in accordance with each testing standard. This equipment is designed to evaluate the safety of devices and materials within vehicles when exposed to high temperatures and flames.

Key Features

Precise Flame Control The testing equipment precisely controls the intensity, temperature, and radiation level of the flame, ensuring that testing is conducted under identical conditions during experiments.

High-Temperature Durability The testing equipment is designed to conduct tests in high-temperature environments, enabling the reproduction of various fire scenarios.

Automated Testing System Automatically records and analyzes data such as temperature, smoke density, and flame spread rate generated during testing, allowing test results to be easily managed.

Smoke and Gas Analyzer Analyzes smoke and gas generated during testing in real time, measuring concentrations of CO, CO₂, O₂, and more.

Safety Features Equipped with an automatic shutdown system and overheat protection system to minimize fire hazards that may occur during testing, ensuring safety.

Test Method	Evaluation of fire resistance performance of vehicle interior materials and components
Temperature Range	Up to 800°C ~ 1000°C
Flame Heat Flux	10 kW/m² ~ 50 kW/m² (adjustable)
Test Duration	10 min ~ 30 min (configurable depending on test type)
Smoke Density Measurement	Real-time smoke density measurement using optical sensor
Smoke & Gas Analysis	CO, CO₂, and O₂ concentration measurement
Power Consumption	Approx. 3 kW ~ 5 kW
Safety Features	Flame detection system, overheat protection system included
Software Support	Test configuration, data logging, and report generation

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