S&T

EN 13274-4 is one of the standards for testing the flame resistance of Respiratory Protective Devices (RPD).

This standard presents testing methods for evaluating the safety and fire resistance of respiratory protective devices when exposed to flames. The EN 13274-4 Flame Resistance Tester is equipment that evaluates how much fire resistance respiratory protective devices have when exposed to flames.

This test focuses on verifying whether the materials and structure of respiratory protective devices remain undamaged by flames and can maintain their user protection function.

Key Features

Flame Resistance Measurement Respiratory protective devices are exposed to flames to test their fire resistance.

Tests are generally conducted by setting precise flame temperatures and exposure times.

Material Heat Resistance Evaluation After testing, the deformation, non-combustion, or damage of the respiratory protective device is evaluated.

Automated Test Progression Evaluates how well the material resists flames and measures the degree of burning or melting.

Result Analysis Analyzes the results after testing to determine the flame resistance of the respiratory protective device.

Test Specimen	Respiratory Protective Device (RPD)
Test Method	Evaluation of flame resistance and fire protection performance through flame exposure
Flame Generation Device	Gas flame generator (propane gas)
Test Temperature	Flame temperature settable up to 1,000°C or above
Exposure Duration	Typically 10 sec ~ 30 sec (adjustable according to test standard)
Flame Stand-off Distance	60 cm or less (distance from specimen to flame)
Test Procedure	Automated test execution; post-test evaluation of deformation and damage to the RPD
Additional Features	Flame resistance assessment, non-combustion evaluation, material deformation measurement
Temperature Control	Precision temperature control unit maintains consistent flame temperature
Result Recording	Automatic result logging with export to PDF and Excel formats
Safety Devices	Emergency stop system, overheat protection device
End-of-Test Notification	Automatic alert upon test completion
Power Supply	220V / 50Hz or 110V / 60Hz (configurable to local voltage standards)
User Interface	Touchscreen and digital display for intuitive operation and control

Software Support Specifications

Test Setup Users can configure flame temperature, exposure time, flame distance, and more.

Data Recording and Analysis Automatically records temperature, time, material reactions, and other data generated during testing.

Report Generation Automatically generates reports after testing and saves them in PDF or Excel format.

Automation Automatically controls test progression, flame exposure time, and flame temperature.

Compatibility Supports integration with various equipment; remote updates available.

Security Maintains security through user authentication and role-based access control.

EN 13274-4 is one of the standards for testing the flame resistance of Respiratory Protective Devices (RPD). This standard presents testing methods for evaluating the safety and fire resistance of respiratory protective devices when exposed to flames. The EN 13274-4 Flame Resistance Tester is equipment that evaluates how much fire resistance respiratory protective devices have when exposed to flames. This test focuses on verifying whether the materials and structure of respiratory protective devices remain undamaged by flames and can maintain their user protection function.

Key Features

Flame Resistance Measurement Respiratory protective devices are exposed to flames to test their fire resistance. Tests are generally conducted by setting precise flame temperatures and exposure times.

Material Heat Resistance Evaluation After testing, the deformation, non-combustion, or damage of the respiratory protective device is evaluated.

Automated Test Progression Evaluates how well the material resists flames and measures the degree of burning or melting.

Result Analysis Analyzes the results after testing to determine the flame resistance of the respiratory protective device.

Test Specimen	Respiratory Protective Device (RPD)
Test Method	Evaluation of flame resistance and fire protection performance through flame exposure
Flame Generation Device	Gas flame generator (propane gas)
Test Temperature	Flame temperature settable up to 1,000°C or above
Exposure Duration	Typically 10 sec ~ 30 sec (adjustable according to test standard)
Flame Stand-off Distance	60 cm or less (distance from specimen to flame)
Test Procedure	Automated test execution; post-test evaluation of deformation and damage to the RPD
Additional Features	Flame resistance assessment, non-combustion evaluation, material deformation measurement
Temperature Control	Precision temperature control unit maintains consistent flame temperature
Result Recording	Automatic result logging with export to PDF and Excel formats
Safety Devices	Emergency stop system, overheat protection device
End-of-Test Notification	Automatic alert upon test completion
Power Supply	220V / 50Hz or 110V / 60Hz (configurable to local voltage standards)
User Interface	Touchscreen and digital display for intuitive operation and control

Software Support Specifications

- Test Setup Users can configure flame temperature, exposure time, flame distance, and more.

- Data Recording and Analysis Automatically records temperature, time, material reactions, and other data generated during testing.

- Report Generation Automatically generates reports after testing and saves them in PDF or Excel format.

- Automation Automatically controls test progression, flame exposure time, and flame temperature.

- Compatibility Supports integration with various equipment; remote updates available.

- Security Maintains security through user authentication and role-based access control.

Equipment Specifications