S&T

The ISO 6942 Radiant Heat Protection Tester is equipment that evaluates the durability of materials against radiant heat.

This test is an important evaluation of how well clothing, protective equipment, and materials can withstand heat-induced damage in high-temperature environments.

The ISO 6942 standard specifies testing methods for measuring the effects of radiant heat on the human body or objects.

The Radiant Heat Protection Tester based on the ISO 6942 standard is testing equipment used to evaluate protective performance against radiant heat, and is primarily used to assess the heat resistance of protective clothing, protective equipment, clothing, and materials.

This equipment directly applies radiant heat at a constant intensity to measure how well the test object can withstand it.

Since radiant heat propagates in the form of thermal radiation, this test is essential for demonstrating the effective thermal defense performance of protective equipment used in various industries.

Key Features

Radiant Heat Control Function Precisely controls the heat generated from the radiant heat source, enabling testing under various environments.

Automated Testing Process Applies radiant heat uniformly to the test object and automatically handles test progression and result analysis through an automated system.

Time and Temperature Control Temperature and heat exposure time can be finely adjusted during testing, allowing experimentation under various test conditions.

Material Damage Analysis Measures damage or deformation that occurs after the material is exposed to radiant heat, evaluating heat resistance.

Safety Features Equipped with overheat protection devices and emergency stop functions designed with safety in mind during radiant heat emission, allowing tests to be conducted safely.

Test Type	Radiant Heat Resistance Test
Test Specimen	Clothing, protective equipment, various materials
Radiant Heat Source	High-temperature radiant heat emitter (temperature-controllable)
Temperature Range	100°C ~ 1100°C or above (may vary depending on test conditions)
Radiant Heat Intensity	20 kW/m² ~ 150 kW/m² (user-adjustable; varies with radiant heat intensity)
Test Duration	10 sec ~ 300 sec (user-adjustable; supports various environmental test scenarios)
Test Standard	ISO 6942
Temperature Control Accuracy	±1°C
Test System	Automated temperature and time control system
Heat Source Adjustment	Precise adjustment of radiant heat intensity and temperature
Result Recording	Automated post-test result logging and analysis
Specimen Size	Various sizes of protective clothing, garments, and materials
Material Damage Analysis	Assessment of thermal damage and heat resistance of materials exposed to radiant heat
Temperature Measurement Range	-50°C ~ 1100°C (measured across specimen and surrounding environment)
Safety Features	Overheat protection, automatic test termination, emergency stop function
Power Requirements	220V / 380V, 50-60Hz (may vary depending on model)
Dimensions	Approx. 1.5m × 1.5m × 2m (may vary depending on model)
Weight	Approx. 300kg ~ 500kg (may vary depending on model)
User Interface	Digital display with touchscreen for intuitive operation and configuration
Test Environment Requirements	Indoor environment; temperature and time control required during radiant heat exposure

Software Support Specifications

Test Setup Customizable user settings for temperature, radiant heat intensity, time, and more.

Data Recording and Analysis Real-time data recording, automatic analysis, and result visualization (graphs and charts).

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

Automation Automated test progression, temperature and time control, with warning and notification functions.

Compatibility Supports integration with various equipment; remote updates available.

Security User login and role-based access management.

The ISO 6942 Radiant Heat Protection Tester is equipment that evaluates the durability of materials against radiant heat. This test is an important evaluation of how well clothing, protective equipment, and materials can withstand heat-induced damage in high-temperature environments. The ISO 6942 standard specifies testing methods for measuring the effects of radiant heat on the human body or objects.

The Radiant Heat Protection Tester based on the ISO 6942 standard is testing equipment used to evaluate protective performance against radiant heat, and is primarily used to assess the heat resistance of protective clothing, protective equipment, clothing, and materials. This equipment directly applies radiant heat at a constant intensity to measure how well the test object can withstand it. Since radiant heat propagates in the form of thermal radiation, this test is essential for demonstrating the effective thermal defense performance of protective equipment used in various industries.

Key Features

Radiant Heat Control Function Precisely controls the heat generated from the radiant heat source, enabling testing under various environments.

Automated Testing Process Applies radiant heat uniformly to the test object and automatically handles test progression and result analysis through an automated system.

Time and Temperature Control Temperature and heat exposure time can be finely adjusted during testing, allowing experimentation under various test conditions.

Material Damage Analysis Measures damage or deformation that occurs after the material is exposed to radiant heat, evaluating heat resistance.

Safety Features Equipped with overheat protection devices and emergency stop functions designed with safety in mind during radiant heat emission, allowing tests to be conducted safely.

Test Type	Radiant Heat Resistance Test
Test Specimen	Clothing, protective equipment, various materials
Radiant Heat Source	High-temperature radiant heat emitter (temperature-controllable)
Temperature Range	100°C ~ 1100°C or above (may vary depending on test conditions)
Radiant Heat Intensity	20 kW/m² ~ 150 kW/m² (user-adjustable; varies with radiant heat intensity)
Test Duration	10 sec ~ 300 sec (user-adjustable; supports various environmental test scenarios)
Test Standard	ISO 6942
Temperature Control Accuracy	±1°C
Test System	Automated temperature and time control system
Heat Source Adjustment	Precise adjustment of radiant heat intensity and temperature
Result Recording	Automated post-test result logging and analysis
Specimen Size	Various sizes of protective clothing, garments, and materials
Material Damage Analysis	Assessment of thermal damage and heat resistance of materials exposed to radiant heat
Temperature Measurement Range	-50°C ~ 1100°C (measured across specimen and surrounding environment)
Safety Features	Overheat protection, automatic test termination, emergency stop function
Power Requirements	220V / 380V, 50-60Hz (may vary depending on model)
Dimensions	Approx. 1.5m × 1.5m × 2m (may vary depending on model)
Weight	Approx. 300kg ~ 500kg (may vary depending on model)
User Interface	Digital display with touchscreen for intuitive operation and configuration
Test Environment Requirements	Indoor environment; temperature and time control required during radiant heat exposure

Software Support Specifications

- Test Setup Customizable user settings for temperature, radiant heat intensity, time, and more.

- Data Recording and Analysis Real-time data recording, automatic analysis, and result visualization (graphs and charts).

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

- Automation Automated test progression, temperature and time control, with warning and notification functions.

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

- Security User login and role-based access management.

Equipment Specifications