S&T

The DIN EN ISO 12127-1 Contact Heat Protection Tester is equipment that evaluates the durability and protective performance of materials against contact heat.

This test is particularly used to verify contact heat protection performance for preventing heat-induced damage in clothing, personal protective equipment, industrial equipment, and more.

DIN EN ISO 12127-1 is a standard for measuring the heat transfer and heat resistance of materials to evaluate their protective performance against contact heat.

According to this standard, it evaluates whether a material protects the user from harm when exposed to heat at a certain temperature for extended periods.

Contact heat tests are particularly conducted on clothing, personal protective equipment, and industrial materials, measuring how well the material can block heat at a given temperature.

Key Features

Precise Temperature Control Conducts tests through accurate heat temperature settings and maintains a constant temperature during testing.

Material Reaction Measurement Accurately measures material changes or the degree of heat damage after testing, analyzing effective protective functions.

Automated Test Progression Conducts repeatable and accurate tests through automated temperature control and test condition setting functions.

Various Test Conditions Tests can be configured under various conditions tailored to temperature, contact time, and the characteristics of the test material.

Safety Features Built-in overheat protection and emergency stop functions enable safe test progression.

Test Specimen	Clothing, personal protective equipment, industrial materials, and various other materials
Test Method	Evaluation of heat resistance and protective performance through contact heat exposure
Heat Source	Electric heater or gas heater (tested at designated temperature)
Test Temperature	100°C ~ 600°C (adjustable depending on test specimen)
Contact Duration	1 sec ~ 10 min (configurable time range depending on test requirements)
Temperature Control	Precision temperature control unit (±1°C accuracy)
Test Condition Setup	Configurable test conditions based on temperature, time, and material type
Specimen Size	Adjustable test area based on specimen size (up to 200 × 200 mm)
Post-Test Analysis	Visual or digital measurement of thermal damage and deformation of the material
Post-Test Reporting	Automatic result logging and report generation (PDF, Excel format supported)
Safety Devices	Overheat protection system, emergency stop device
Power Supply	220V / 50Hz, 110V / 60Hz (configurable to local voltage standards)
Software	Automated test software supporting test configuration, result logging, and data analysis
Test Automation	Automated temperature control and test execution

Software Support Specifications

Automated Test Control Test settings configurable based on temperature, time, and material type.

Data Recording and Analysis Automatically records all test data, including temperature, time, and material reactions.

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 DIN EN ISO 12127-1 Contact Heat Protection Tester is equipment that evaluates the durability and protective performance of materials against contact heat. This test is particularly used to verify contact heat protection performance for preventing heat-induced damage in clothing, personal protective equipment, industrial equipment, and more. DIN EN ISO 12127-1 is a standard for measuring the heat transfer and heat resistance of materials to evaluate their protective performance against contact heat. According to this standard, it evaluates whether a material protects the user from harm when exposed to heat at a certain temperature for extended periods. Contact heat tests are particularly conducted on clothing, personal protective equipment, and industrial materials, measuring how well the material can block heat at a given temperature.

Key Features

Precise Temperature Control Conducts tests through accurate heat temperature settings and maintains a constant temperature during testing.

Material Reaction Measurement Accurately measures material changes or the degree of heat damage after testing, analyzing effective protective functions.

Automated Test Progression Conducts repeatable and accurate tests through automated temperature control and test condition setting functions.

Various Test Conditions Tests can be configured under various conditions tailored to temperature, contact time, and the characteristics of the test material.

Safety Features Built-in overheat protection and emergency stop functions enable safe test progression.

Test Specimen	Clothing, personal protective equipment, industrial materials, and various other materials
Test Method	Evaluation of heat resistance and protective performance through contact heat exposure
Heat Source	Electric heater or gas heater (tested at designated temperature)
Test Temperature	100°C ~ 600°C (adjustable depending on test specimen)
Contact Duration	1 sec ~ 10 min (configurable time range depending on test requirements)
Temperature Control	Precision temperature control unit (±1°C accuracy)
Test Condition Setup	Configurable test conditions based on temperature, time, and material type
Specimen Size	Adjustable test area based on specimen size (up to 200 × 200 mm)
Post-Test Analysis	Visual or digital measurement of thermal damage and deformation of the material
Post-Test Reporting	Automatic result logging and report generation (PDF, Excel format supported)
Safety Devices	Overheat protection system, emergency stop device
Power Supply	220V / 50Hz, 110V / 60Hz (configurable to local voltage standards)
Software	Automated test software supporting test configuration, result logging, and data analysis
Test Automation	Automated temperature control and test execution

Software Support Specifications

- Automated Test Control Test settings configurable based on temperature, time, and material type.

- Data Recording and Analysis Automatically records all test data, including temperature, time, and material reactions.

- 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