جهاز اختبار الإشعال بالسلك الساخن IEC 60695-2-20 - نظرة عامة – KingPo
Test Chamber with Ventilation Hot Wire Ignition Tester IEC 60695-2-20 – KingPo
Ni/Cr Hot Wire Winding on Specimen Hot Wire Ignition Tester IEC 60695-2-20 – KingPo
Power Density Control Panel of Hot Wire Ignition Tester IEC 60695-2-20 HWI – KingPo
Specimen Setup for Hot Wire Ignition Test HWI Apparatus IEC 60695-2-20 – KingPo
جهاز اختبار الإشعال بالسلك الساخن IEC 60695-2-20 - نظرة عامة – KingPo
Test Chamber with Ventilation Hot Wire Ignition Tester IEC 60695-2-20 – KingPo
Ni/Cr Hot Wire Winding on Specimen Hot Wire Ignition Tester IEC 60695-2-20 – KingPo
Power Density Control Panel of Hot Wire Ignition Tester IEC 60695-2-20 HWI – KingPo
Specimen Setup for Hot Wire Ignition Test HWI Apparatus IEC 60695-2-20 – KingPo

جهاز اختبار الإشعال بالسلك الساخن IEC 60695-2-20 (HWI)

يقوم جهاز اختبار الاشتعال بالأسلاك الساخنة بمحاكاة الإجهاد الحراري الناتج عن العناصر المتوهجة وفقًا لمعيار IEC60695-2-20:2004 (وتحديث TS لعام 2024) لتقييم وقت الاشتعال ومخاطر الحريق للمواد العازلة الصلبة في المنتجات الكهربائية.

  • الامتثال القياسي: IEC TS 60695-2-20 (Hot-wire ignition HWI test method) and GB4943.1-2011
  • مواصفات الأسلاك الساخنة: Ni/Cr (80/20) alloy, diameter 0.50 ± 0.02 mm, resistance 5.25 Ω/m
  • كثافة الطاقة: Adjustable 0–0.31 W/mm ± 0.01 W/mm, current 0–10 A ± 0.5%
  • آلية اللف: Precision handle-operated with 6.3 ± 0.2 mm spacing and 5.4 N ± 0.05 N tension weight
  • دعم العينة: Height 60 ± 2 mm, electrode distance 35 mm, bearing clearance 70 ± 2 mm
  • غرفة الاختبار: Volume >0.5 m³ with ventilation for safe observation
  • دقة اللف: 0.05 mm for high repeatability
  • حجم العينة:حتى 14 × 20 × 150 مم
  • الحد الأدنى للطلب: 1 مجموعة
  • مدة الخدمة: 20 يوم عمل

 

وصف جهاز اختبار الإشعال بالأسلاك الساخنة

Hot Wire Ignition Tester | IEC 60695-2-20 HWI Tester | Hot-Wire Coil Ignition Test Apparatus

The Hot Wire Ignition Tester is a specialized fire hazard testing apparatus designed to evaluate the ignition resistance of solid electrical insulating materials under localized thermal stress. It simulates real-world overheating conditions by winding a precisely controlled Ni/Cr resistance wire (0.50 mm diameter) around the test specimen and measuring the time to ignition or sustained burning. Fully compliant with IEC TS 60695-2-20:2024 and GB4943.1-2011, this tester provides manufacturers, material suppliers, and certification laboratories with accurate, repeatable data for assessing fire risk in non-metallic components of household appliances, electrical equipment, and electronic products.

معلومات تقنية

معامل المواصفات الخاصه ملاحظة / ملاحظات
قطر السلك الساخن 0.50 ± 0.02 ملم Ni/Cr (80/20) alloy
مقاومة السلك الساخن 5.25 أوم/م أداء تدفئة مستقر
كثافة الطاقة 0–0.31 واط/مم ± 0.01 واط/مم Adjustable for precise simulation
الحد الأقصى الحالي 0–10 أمبير ± 0.5% High accuracy power control
تباعد اللفات 6.3 ± 0.2 ملم Repeatable coil application
Winding Tension Weight 5.4 نيوتن ± 0.05 ن Consistent winding force
ارتفاع دعامة العينة 60 ± 2 ملم Standard test configuration
مسافة القطب سماكة 35 ملم -
تحمل التخليص 70 ± 2 ملم -
حجم غرفة الاختبار >0.5 متر مكعب Ventilation for safe operation
حجم العينة Max. 14 × 20 × 150 mm Suitable for typical insulating materials
دقة اللف سماكة 0.05 ملم التكرار عالية

 

بناء احترافي ودقة فنية

The Hot Wire Ignition Tester features a robust test chamber with excellent visibility and ventilation, combined with a precision winding mechanism that ensures consistent coil spacing and tension. The Ni/Cr heater wire is powered by a high-stability adjustable supply capable of maintaining exact power density. All critical dimensions (wire diameter, spacing, tension, and electrode positions) are manufactured to tight tolerances to guarantee compliance with IEC TS 60695-2-20 requirements and excellent test repeatability.

Laboratory Testing with Hot Wire Ignition Tester HWI IEC 60695-2-20 – KingPo
Laboratory Testing with Hot Wire Ignition Tester HWI IEC 60695-2-20 – KingPo

اختبار مبدأ

The Hot Wire Ignition Tester evaluates the ignition susceptibility of solid electrical insulating materials by simulating localized overheating conditions that may occur in real electrical products. The test specimen is prepared according to the standard, and a precisely controlled Ni/Cr resistance wire (0.50 mm diameter) is wound around it with exact spacing and tension.

The wire is then energized to a specified power density — typically 0.26 W/mm — for a preset duration. The tester automatically records the time from energization until ignition occurs, or until the test concludes without ignition (commonly up to 120 seconds). Key observations include whether flaming appears, the duration of any flaming, whether the material self-extinguishes, and any dripping or other phenomena. This method effectively replicates small heat sources (<13 mm) such as glowing wires or faulty components, providing critical data for fire hazard assessment.

تخفيف الأخطاء الشائعة

To ensure accurate, repeatable, and reliable test results, the following best practices are strongly recommended:

  • Verify the hot wire diameter, resistance value, and exact power density before each test series
  • Maintain precise winding spacing (6.3 ± 0.2 mm) and consistent tension (5.4 N) using the calibrated weight
  • Use properly conditioned specimens stored under standard laboratory environmental conditions
  • Confirm stable ambient temperature and humidity throughout the test
  • Perform regular calibration of the power supply, timing system, and winding mechanism
  • Document detailed observations including ignition time, flaming duration, and self-extinguishment behavior for accurate HWI classification and traceability

حالات الاستخدام الأساسية والقيمة التجارية

The Hot Wire Ignition Tester is an essential instrument for material suppliers, appliance manufacturers, and certification bodies. It enables precise evaluation of the fire hazard potential of solid insulating materials used in electrical and electronic products. By identifying materials that are prone to ignition under localized overheating, the tester supports the selection of safer materials, optimization of product design, and reduction of fire-related risks. Ultimately, it helps manufacturers demonstrate compliance with international safety standards, accelerate certification processes, and enhance overall product safety and market confidence.

التطبيقات الصناعية وسيناريوهات المختبرات

  • Household Appliance & Electrical Equipment Manufacturers — ignition resistance evaluation of insulating parts and components
  • Electronic and Electrical Component Suppliers — fire hazard assessment of plastic materials and enclosures
  • مختبرات اعتماد الطرف الثالث — IEC 60695-2-20 and GB4943.1 compliance and type testing
  • New Product R&D Centers — development and qualification of advanced flame-retardant materials
  • أقسام مراقبة الجودة — incoming material inspection, batch verification, and ongoing reliability monitoring

مزايا الشراء الاستراتيجي والدعم العالمي

  • Precise control of power density, winding parameters, and timing for excellent test repeatability
  • Robust, well-ventilated test chamber with clear observation window for safe and convenient operation
  • High-quality construction designed for continuous laboratory use with minimal maintenance
  • تم تصنيعه وفقًا لأنظمة إدارة الجودة المعتمدة بشهادات ISO 9001 وISO 14001 وISO 45001 وCE
  • ضمان شامل لمدة عام واحد مدعوم بدعم فني متجاوب مدى الحياة من مركزنا في دونغقوان

الامتثال والضمان التنظيمي

This Hot Wire Ignition Tester is engineered and manufactured in strict accordance with معيار IEC TS 60695-2-20:2024 (Hot-wire ignition (HWI) test method) and GB4943.1-2011. It provides a standardized, highly reproducible platform for evaluating the ignition susceptibility and fire hazard potential of solid electrical insulating materials used in electrical and electronic products.

السلامة والتحقق من صحة القياسات

  • معايرة المصنع المجانيةيتم تسليم كل وحدة مع شهادة معايرة شاملة وقابلة للتتبع كمعيار قياسي.
  • اعتماد ISO 17025 من طرف ثالث: Available upon request to meet the strictest laboratory and certification requirements.
  • التحقق من الأداء: Annual calibration of power density, timing device, and winding mechanism is recommended for high-volume testing and certification use.

الامتثال والضمان التنظيمي

The Hot Wire Ignition Tester is engineered and manufactured in strict accordance with the IEC TS 60695-2-20:2024 (Hot-wire ignition test method) and GB 4943.1-2011. It provides a standardized, highly reproducible platform for evaluating the ignition susceptibility and fire hazard potential of solid electrical insulating materials in electrical and electronic products.

السلامة والتحقق من صحة القياسات

  • معايرة المصنع المجانية: يتم تسليم كل وحدة مع شهادة معايرة شاملة وقابلة للتتبع كمعيار قياسي.
  • اعتماد ISO 17025 من طرف ثالث: متوفر عند الطلب لتلبية أكثر متطلبات المختبرات والشهادات صرامة.
  • التحقق من الأداء: Annual calibration of power density, timing device, and winding mechanism is recommended for high-volume testing and certification use.

تنزيل وثائق المنتج

الاستفسارات الفنية والدعم الفني المتخصص

Contact our engineering team for custom specimen fixtures, special winding configurations, or integration with other fire hazard testing equipment. We are ready to provide technical recommendations tailored to your specific testing needs.

القيمة الأساسية التي نقدمها

  • Accurate simulation of localized overheating per the official IEC 60695-2-20 HWI method
  • Precise control of power density, winding tension, and timing for superior repeatability
  • Comprehensive evaluation of ignition behavior and fire hazard characteristics
  • Professional, reliable solution for electrical safety material qualification
  • الدعم الفني الكامل، وخدمات المعايرة، والشراكة طويلة الأمد

مقاطع فيديو ذات صلة بنفس الطراز

تفاصيل جهاز اختبار الإشعال بالأسلاك الساخنة

Hot Wire Ignition Tester FAQs | IEC 60695-2-20 HWI Testing

What is the purpose of the Hot Wire Ignition Tester?
The Hot Wire Ignition Tester (KP-IEC60695-2-20) evaluates the ignition resistance of solid electrical insulating materials by simulating localized overheating using a heated Ni/Cr wire, in accordance with IEC 60695-2-20 HWI test method.
Which standards does the IEC 60695-2-20 Hot Wire Ignition Tester comply with?
It fully complies with IEC TS 60695-2-20:2024 (Hot-wire ignition test) and GB4943.1-2011, making it suitable for fire hazard assessment of materials used in household appliances and electrical equipment.
What is the typical power density used in the Hot Wire Ignition (HWI) test?
The standard test usually uses a power density of 0.26 W/mm, with the tester capable of adjusting from 0 to 0.31 W/mm for different test requirements.
How is the Ni/Cr wire applied during testing?
The 0.50 mm Ni/Cr wire is wound around the test specimen with precise spacing of 6.3 ± 0.2 mm and consistent tension of 5.4 N using the built-in winding mechanism.
What specimen size is suitable for the Hot Wire Ignition Tester?
It accommodates specimens up to 14 × 20 × 150 mm, which covers most typical solid insulating materials used in electrical and electronic products.
What does the tester measure during the HWI test?
It measures the time from energization until ignition occurs, flaming duration, whether the material self-extinguishes, and any dripping behavior.
Is the Hot Wire Ignition Tester suitable for third-party certification?
Yes. It comes with a factory calibration certificate and supports optional third-party ISO 17025 accreditation, meeting the requirements of certification bodies.
How often should the Hot Wire Ignition Tester be calibrated?
Annual calibration of power density, timing device, and winding mechanism is recommended for high-volume testing and laboratory certification use.
Can the tester be used for both research and production quality control?
Yes. Its high repeatability, precise control, and easy operation make it ideal for both R&D material development and routine batch verification in quality control.
Do you provide custom configurations for the Hot Wire Ignition Tester?
Yes. We offer custom specimen fixtures, special winding setups, and modified test parameters. Contact our engineering team for tailored solutions and a quotation within 24 hours.

المنتجات ذات الصلة

أخبار ذات صلة

تسليم معدات اختبار KingPo Eurofins IEC 60335 إلى فنلندا، إسبو، فنلندا - يونيو 2023 - مجموعة كاملة من معدات اختبار IEC 60335 عالية الدقة […]

يقوم جهاز اختبار أداء سخانات المياه بفحص مدى توافقها مع معيار IEC 60335 من خلال قياس السلامة والأداء والموثوقية لسخانات المياه الكهربائية ذات التخزين.

ملخص: يُعد اختبار قابلية اشتعال الكابلات وفقًا للمعيار IEC 60332-1-2 معيارًا أساسيًا لتقييم سلامة السلامة من الحرائق في الكابلات الحديثة […]

حقق معايير UL94 و IEC باستخدام جهاز اختبار اللهب الأفقي والرأسي. اتبع إجراءات الاختبار والامتثال خطوة بخطوة للحصول على نتائج موثوقة في مجال السلامة من الحرائق.

أرى أن اختبار السلك المتوهج خطوة حاسمة لضمان سلامة المنتجات الكهربائية. عندما أستخدم السلك المتوهج […]

في مجال السلامة الكهربائية، حيث يجب أن تتحمل المواد مخاطر الحريق المحتملة، يبرز جهاز اختبار الأسلاك المتوهجة Kingpo KP-FT01 […]

يُعد اختبار السلك المتوهج (GWT) طريقة أساسية لتقييم مخاطر الحريق في سلامة المنتجات الكهربائية والإلكترونية، كما هو مُعرَّف […]

انتقل إلى الأعلى

احصل على عرض أسعار مجاني الآن !

معلومات الاتصال
إذا كانت لديك أي أسئلة ، فلا تتردد في الاتصال بنا.