IEC 60695-2-10 Glow Wire Tester with digital temperature control and enclosed test chamber – KingPo
Glow Wire Test Apparatus – KingPo IEC 60695-2-10 Glow Wire Tester
Glow Wire Flammability Tester designed for ignition resistance testing of electrical insulating materials – KingPo
IEC 60695-2-10 Glow Wire Test Apparatus featuring precision glow wire assembly and specimen loading=
Interior of the glow wire test chamber showing the observation window and exhaust system – KingPo
Glow Wire Test Apparatus – KingPo Glow Wire Test on Specimen
Glow Wire Test Apparatus – KingPo Φ4 mm Nickel-Chromium Glow Wire
Glow Wire Tester
IEC 60695-2-10 Glow Wire Tester with digital temperature control and enclosed test chamber – KingPo
Glow Wire Test Apparatus – KingPo IEC 60695-2-10 Glow Wire Tester
Glow Wire Flammability Tester designed for ignition resistance testing of electrical insulating materials – KingPo
IEC 60695-2-10 Glow Wire Test Apparatus featuring precision glow wire assembly and specimen loading=
Interior of the glow wire test chamber showing the observation window and exhaust system – KingPo
Glow Wire Test Apparatus – KingPo Glow Wire Test on Specimen
Glow Wire Test Apparatus – KingPo Φ4 mm Nickel-Chromium Glow Wire
Glow Wire Tester

Glow Wire Tester | IEC 60695-2-10 Glow Wire Test Apparatus

The Glow Wire Tester evaluates the ignition resistance and fire hazard of insulating materials and components when exposed to thermal stress. It is designed to support IEC 60695-2-10 testing for electrical and electronic product safety laboratories and manufacturers.

    • Standards Support: Designed for IEC 60695-2-10 glow wire apparatus requirements and related GWFI / GWIT test applications (IEC 60695-2-11, IEC 60695-2-12, IEC 60695-2-13, and UL 746A where applicable)
    • Temperature Range: 100°C–1000°C adjustable; typical glow wire test temperatures range from 550°C to 960°C
    • Glow Wire: Φ4 mm Ni80/Cr20 nickel-chromium glow wire manufactured to standard dimensions
    • Thermocouple: Φ1.0 mm K-type armored thermocouple for real-time temperature monitoring
    • Applied Force: 0.95 N ± 0.1 N standardized specimen contact pressure
    • Penetration Depth: 7 mm ± 0.5 mm movement limit for controlled specimen contact
    • Test Speed: 10–25 mm/s controlled specimen approach speed
    • Timing Functions: Records glow time, ignition time (Ti), and flame extinguishing time (Te) with 0.1 s resolution
    • Safety Design: Observation window, independent exhaust system, and stable enclosed test chamber
    • MOQ: 1 set
    • Delivery Time:  25 working days

IEC 60695-2-10 Glow Wire Tester Description

IEC 60695-2-10 Glow Wire Test Apparatus for Flammability Testing

The Glow Wire Tester is used to assess the flammability of materials and components by simulating the thermal effects of an overheated electrical part. A heated glow wire is brought into contact with the test specimen under a defined force and temperature, allowing evaluation of ignition behavior and fire hazard.

This test method is widely referenced in the safety evaluation of electrical and electronic products, helping manufacturers select appropriate materials and designs to reduce fire risk under abnormal heat conditions.

Technical Parameters

Parameter Specification Remark or Notes
Applicable Standards IEC 60695-2-10; related IEC 60695-2-11 / 2-12 / 2-13 and UL 746A applications Glow wire test method and related procedures
Temperature Range 100°C – 1000°C adjustable Typical test range: 550°C – 960°C
Temperature Control Accuracy ±2°C under specified calibration conditions Digital PID control
Glow Wire Φ4 mm Ni80/Cr20 nickel-chromium wire Manufactured to standard dimensions
Thermocouple Φ1.0 mm K-type armored thermocouple Real-time temperature monitoring
Applied Force 0.95 N ± 0.1 N Standardized specimen contact pressure
Penetration Depth 7 mm ± 0.5 mm Controlled specimen contact
Test Speed 10–25 mm/s Controlled specimen approach speed
Glow Time 0–999.9 s (commonly 30 s) Programmable
Ignition Time (Ti) 0–999.9 s Recorded during test
Extinguishing Time (Te) 0–999.9 s Recorded during test
Chamber Volume ≥ 0.5 m³ Customizable
Control System Microcomputer / touch screen control Subject to final configuration
Safety Features Observation window, independent exhaust system Designed for operator safety

 

Professional Construction & Technical Precision

The Glow Wire Tester is built with an enclosed test chamber, precision glow-wire assembly, and controlled specimen loading mechanism. The system uses a Φ4 mm nickel-chromium glow wire and a Φ1.0 mm K-type thermocouple for temperature monitoring, supporting stable heating within the required test range under proper calibration conditions.

The specimen mechanism applies a controlled 0.95 N contact force and limits penetration depth during testing. A clear observation window allows operators to monitor ignition, flaming, glowing, and material deformation, while the independent exhaust system helps remove fumes after the test cycle.

Testing Principle

The glow-wire test is a small-scale fire hazard test method using a standardized electrically heated wire as the ignition source. It is designed to simulate short-term thermal stresses that may occur in electrical and electronic products when components overheat or when current-carrying parts come into contact with surrounding insulating materials.

During the test, the glow wire is heated to a specified temperature and then brought into contact with the specimen for a defined application time under controlled force. The test records whether ignition occurs, the ignition time, flame duration, extinguishing time, glowing behavior, and whether burning particles or molten material spread beyond the contact area.

These observations help laboratories evaluate the ignitability and fire hazard behavior of materials, components, or end products under abnormal heat conditions. The results can support material selection, product safety assessment, and compliance testing according to IEC 60695-2-10 and related glow-wire test methods.

Test procedure

Installation

  • This tester should be placed on a level table
  • table size no less than 1400W * 900D * (600-800)H mm
  • Distance to the wall: > 200mm
  • Exhaust pipe: diameter of 100mm
  • The test room should be independent room equipped with exhaust system and firefighting device
  • Laboratory technician operating the IEC 60695-2-10 Glow Wire Tester during material flammability testing – KingPo
    IEC 60695-2-10 Glow Wire Tester during material flammability testing

1.1) install the exhaust pipe, tighten the fitting

1.2) checks the power supply wiring, ensures it’s correct and grounded

1.3) connect thermocouple as below:

1.4) connect wire control box as below

Debugging

Before debugging, please check:

  • whether wiring okay
  • whether sample carrier and weight in right position, 3 wires must be in the pulley

2.1) turn power switch on, the sample carrier come to the left end, left proximity switch light up

2.2) adjust current to minimum, press heating button, and run, sample carrier come to right end, and come back 30s later.

2.3) test sample fixing. Fix the sample tight inside fixture, ensure 7mm spacing in the tolerance. And close the viewing window.

Test

Glow Wire Tester, IEC60695-2-10 Flammability Testing Equipment ,Glow-wire apparatus 0

Left: sample carrier small car go left

Right: sample carrier small car go right

Exhaust: exhausting

Light: lighting

Heating: Adjust the current, reach to required temperature. Wait 5min to let the temperature be steady.

Start: Sample carrier automatically moves forward, timers (glow time, Ti, Te) start working, carrier returns when set glow time (30s) reached.

Glow time: 30s

Ti: the duration from the beginning of tip application up to the time at which the test specimen or the wrapping tissue placed below it ignites;

Te: the duration from the beginning of tip application up to the time when flames extinguish during or after the period of application.

Control box: when the sample start burning, press the button on control box, get ignite time Ti; when flame dies, presses the button on control box, get flame extinguish time Te.

When test finished, do not open the viewing window until exhaust for at least 2min.

Test procedure

Glow Wire Tester, IEC60695-2-10 Flammability Testing Equipment ,Glow-wire apparatus 1

Common Error Mitigation

To obtain reliable glow wire test results, the following practices are recommended:

  • Allow the glow wire to stabilize at the target temperature before each test.
  • Ensure the specimen is correctly positioned and the contact force is set to 0.95 N ± 0.1 N.
  • Regularly clean the glow wire tip to remove oxidation and maintain consistent thermal performance.
  • Perform testing in a draft-free environment to avoid interference with flame observation.
  • Accurately record ignition time (Ti), flame duration, and extinguishing time (Te).
  • Verify temperature calibration periodically using reference instruments.
  • Follow the exact test parameters required by the applicable product or material standard.

Compliance & Regulatory Assurance

This tester is designed to support glow wire testing requirements specified in IEC 60695-2-10 and related test methods such as IEC 60695-2-11, IEC 60695-2-12, and IEC 60695-2-13. It helps manufacturers and laboratories evaluate the ignition resistance of materials under thermal stress conditions referenced in electrical product safety standards.

Metrological Integrity & Validation

    • Factory inspection and functional verification are provided with each unit.
    • Regular verification of temperature accuracy and force application is recommended.
    • Third-party calibration of the temperature control system can be arranged upon request.

Download Product Documentation

Download Calibration Certificate

Technical Inquiry & Expert Support

KingPo offers Glow Wire Testers for IEC 60695-2-10 and related glow wire flammability testing. Our team can provide guidance on equipment configuration, test procedures, and result interpretation. For technical specifications or quotations, please contact us.

The Core Value We Deliver

  • Accurate simulation of thermal stress using a controlled glow wire
  • Precise temperature control and standardized contact force application
  • Recording of ignition time (Ti) and extinguishing time (Te)
  • Safe and reliable test chamber design for laboratory use
  • Professional technical support for glow wire flammability testing

Applications & Use Cases

The Glow Wire Tester is used by electrical and electronic product manufacturers, plastic and insulating material suppliers, testing laboratories, certification bodies, and quality control departments to evaluate material ignitability under thermal stress. It supports material selection, product safety assessment, incoming material inspection, pre-compliance testing, and comparative evaluation of insulating materials used in household appliances, switches, connectors, terminal blocks, power supplies, lighting products, and other electrical equipment.

Key Advantages

The system provides stable glow wire temperature control, standardized 0.95 N contact force, controlled specimen penetration depth, and precise timing functions for glow time, ignition time (Ti), and extinguishing time (Te). Its enclosed chamber, clear observation window, and independent exhaust system help laboratories perform repeatable glow wire testing while improving operator safety and test efficiency.

Quality & Compliance Support

KingPo operates under ISO 9001, ISO 14001, and ISO 45001 certified management systems. Product-related CE, RoHS, SGS, PSE, and test documentation can be provided according to the applicable equipment configuration and customer requirements.

Related Videos

IEC 60695-2-10 Glow Wire Tester Detail Display

IEC 60695-2-10 Glow Wire Tester FAQs

Understanding GWFI and GWIT in Glow Wire Testing
IEC 60695-2-12 and IEC 60695-2-13 define two important glow wire performance indices commonly referenced in product safety standards. Glow Wire Flammability Index (GWFI) evaluates the highest temperature at which a material does not ignite or self-extinguishes within a specified time during glow wire testing. It is used to classify the flammability performance of materials. Glow Wire Ignition Temperature (GWIT) represents the lowest temperature at which the material ignites and continues to burn for more than 5 seconds when in contact with the glow wire. This index is particularly useful for assessing the ignition risk of insulating materials under thermal stress. By performing tests according to IEC 60695-2-10, laboratories can determine both GWFI and GWIT values, providing valuable data for material selection and compliance with end-product safety standards such as IEC 60335 and UL 746A.
What is glow wire testing?
Glow wire testing is a method used to evaluate the ignition resistance of materials when exposed to thermal stress. It simulates the effect of an overheated electrical component coming into contact with surrounding materials, as defined in IEC 60695-2-10.
What is the purpose of the IEC 60695-2-10 glow wire test?
The test assesses the flammability and fire hazard of insulating materials and components used in electrical and electronic products. It helps determine whether a material is likely to ignite or propagate fire when subjected to abnormal heat from a glowing element.
What is Glow Wire Ignition Temperature (GWIT)?
GWIT is the lowest temperature at which the material ignites and continues to burn for more than 5 seconds when in contact with the glow wire. It is an important index defined in IEC 60695-2-13 for evaluating ignition risk.
What temperatures are commonly used in glow wire testing?
Typical test temperatures range from 550°C to 960°C, depending on the product standard and material requirements. The Glow Wire Tester can accurately control temperatures from 100°C to 1000°C.
What results are observed during a glow wire test?
During the test, operators record whether the specimen ignites, the duration of any flaming or glowing combustion, and whether burning or glowing particles spread beyond the contact point. These observations help assess the material’s contribution to fire hazard.
What is the difference between glow wire testing and needle flame testing?
Glow wire testing simulates thermal stress from an overheated component using a heated wire. Needle flame testing uses a small open flame to simulate ignition from a small external source. Both methods evaluate different aspects of material flammability and are often used together in product safety assessment.
How does glow wire testing differ from UL 94 testing?
UL 94 evaluates the burning behavior of materials using a Bunsen burner flame in horizontal or vertical orientation. Glow wire testing focuses on ignition resistance when materials are exposed to a heated solid element, making it more relevant for assessing risks from overheated components inside electrical products.
Why is glow wire testing important for electrical products?
Many electrical components can overheat due to overload, poor contact, or component failure. Glow wire testing helps manufacturers evaluate whether surrounding materials can resist ignition, thereby reducing the risk of fire in household appliances, power supplies, and other electrical equipment.
What is the difference between GWFI and GWIT?
GWFI (Glow Wire Flammability Index) indicates the highest temperature at which a material does not ignite or self-extinguishes quickly. GWIT (Glow Wire Ignition Temperature) represents the lowest temperature at which sustained ignition occurs. Both indices are used to classify material performance under thermal stress.
Can the Glow Wire Tester be used for emergency lighting products?
Yes. Glow wire testing is often referenced in safety standards for emergency lighting and other electrical products to ensure that materials can withstand thermal stress without contributing to fire propagation.
How can accurate results be obtained from glow wire testing?
Accurate results require proper stabilization of the glow wire temperature, correct application of the 0.95 N contact force, regular cleaning of the glow wire, and testing in a draft-free environment. Following the exact parameters specified in IEC 60695-2-10 and related standards is essential.
Which materials are commonly tested using the glow wire method?
Commonly tested materials include plastics used in housings, connectors, terminal blocks, switches, and insulating parts in electrical and electronic equipment that must meet fire safety requirements.

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