EN 60360 Figure 3 E14/20 Nickel Lamp Cap Test Sleeve
EN 60360 Figure 3 E14/20 Lamp Cap Overall View for Temperature Rise Testing
IEC 60360 E14/20 Lamp Cap Temperature Rise Test Sleeve
IEC 60360 Lamp Cap Temperature Rise Test Accessory for Lighting Laboratories
EN 60360 Figure 3 E14/20 Nickel Lamp Cap Test Sleeve
EN 60360 Figure 3 E14/20 Lamp Cap Overall View for Temperature Rise Testing
IEC 60360 E14/20 Lamp Cap Temperature Rise Test Sleeve
IEC 60360 Lamp Cap Temperature Rise Test Accessory for Lighting Laboratories

EN 60360 Figure 3 E14/20 Lamp Cap | IEC 60360 Lamp Cap Temperature Rise Test Sleeve

The EN 60360 Figure 3 E14/20 Lamp Cap supports precise lamp cap temperature rise testing, offering stable nickel construction for lighting manufacturers and testing laboratories.

  • Standard Compliance: Designed according to EN 60360 / IEC 60360 Figure 3 for E14/20 lamp cap temperature rise testing
  • Application: Used for auxiliary temperature rise testing of tungsten filament lamps, discharge lamps, and related lighting products
  • Lamp Cap Type: Suitable for E14/20 lamp cap temperature rise test applications
  • Material: Nickel 99% min. for stable thermal performance and reliable test repeatability
  • Thickness: 0.5 mm ยฑ 0.02 mm, supporting consistent test sleeve geometry
  • Hardness: Vickers hardness 135 ยฑ 15 for mechanical stability during repeated testing
  • Test Use: Applied with a draught-proof enclosure and temperature measurement system
  • Certificate: Calibration certificate available upon request
  • MOQ: 1 set
  • Delivery Time: 25 working days

EN 60360 Figure 3 E14/20 Lamp Cap Description

EN 60360 Figure 3 – E14/20 Lamp Caps

The EN 60360 Figure 3 E14/20 Lamp Cap is a precision temperature rise test sleeve designed for lamps fitted with E14/20 caps. It supports standardized lamp cap temperature rise measurement in accordance with IEC 60360.Made from Nickel 99% min., this test sleeve provides stable thermal performance and reliable repeatability for lighting manufacturers, testing laboratories, and certification bodies.

Technical Parameters

Item Specification Remark / Notes
Applicable Standard EN 60360 / IEC 60360 Lamp cap temperature rise measurement
Figure Reference Figure 3 E14/20 test sleeve
Product Type Lamp cap temperature rise test sleeve Auxiliary test accessory
Lamp Cap Type E14/20 Edison screw cap application
Material Nickel 99% min. Stable thermal performance
Thickness 0.5 mm ยฑ 0.02 mm Standard test sleeve thickness
Vickers Hardness 135 ยฑ 15 Mechanical durability
Test Environment Draught-proof enclosure Reduces airflow interference
Application Lamp cap temperature rise test For lighting safety evaluation
Certificate Available upon request Supports laboratory traceability
Figure 3- Approximate dimensions of test lampholder for E14/20 cap
Figure 3- Approximate dimensions of test lampholder for E14/20 cap

Professional Construction & Technical Precision

The E14/20 Lamp Cap Temperature Rise Test Sleeve is precision-manufactured from high-purity nickel to ensure stable thermal conductivity and repeatable measurement conditions. Its controlled thickness and hardness help maintain consistent contact and mechanical stability during repeated laboratory testing.

The sleeve is designed for use with lamp cap temperature rise test systems. It helps laboratories reproduce the required test arrangement and obtain reliable temperature data for product safety assessment.

Testing Principle

The purpose of lamp cap temperature rise testing is to verify whether the lamp cap temperature remains within acceptable safety limits during operation. Excessive temperature rise may affect insulation performance, lamp holder reliability, and long-term product safety.

During testing, the lamp is operated under specified conditions inside a draught-proof enclosure. The E14/20 lamp cap test sleeve is used as part of the measurement arrangement to support stable and repeatable temperature rise evaluation.

Common Error Mitigation

To achieve accurate and repeatable test results, the following practices are recommended:

  • Confirm that the sleeve corresponds to EN 60360 / IEC 60360 Figure 3 before testing.
  • Ensure the test is conducted inside a suitable draught-proof enclosure.
  • Check the sleeve surface before use and avoid damaged or deformed components.
  • Verify correct thermocouple or temperature sensor positioning.
  • Maintain stable test voltage, ambient temperature, and test duration.
  • Record all key parameters, including lamp type, voltage, test time, ambient temperature, and measured temperature rise.
EN 60360 Figure 3 E14 E20 Lamp Cap
EN 60360 Figure 3 E14 E20 Lamp Cap

Primary Use Cases & Business Value

The EN 60360 Figure 3 E14/20 Lamp Cap provides a reliable solution for standardized lamp cap temperature rise testing. It helps manufacturers identify potential overheating risks during product development and supports laboratories in performing repeatable compliance testing.

By using a dedicated standard-based test sleeve instead of a general fixture, users can improve test consistency, reduce measurement deviation, and strengthen the credibility of test reports.

Industrial Applications & Lab Scenarios

  • Lighting Manufacturers โ€” Lamp cap thermal performance verification during product development
  • Third-Party Test Laboratories โ€” IEC / EN temperature rise compliance testing
  • Certification Bodies โ€” Product safety evaluation and type approval support
  • Quality Control Departments โ€” Routine inspection of lamp cap heating performance
  • R&D Laboratories โ€” Thermal comparison of lamp structures and cap designs

Strategic Procurement Advantages & Global Support

  • Designed for EN 60360 / IEC 60360 Figure 3 testing
  • Suitable for E14/20 lamp cap temperature rise measurement
  • Nickel 99% min. material for stable and repeatable test performance
  • Controlled thickness and hardness for reliable laboratory use
  • Compact structure, easy to integrate with existing lamp temperature rise test systems
  • Calibration certificate support available for traceability requirements
  • Suitable for lighting manufacturers, inspection agencies, and certification laboratories

Compliance & Regulatory Assurance

The EN 60360 Figure 3 E14/20 Lamp Cap is manufactured for lamp cap temperature rise testing according to EN / IEC 60360 requirements. It supports standardized test conditions for evaluating the thermal safety of lamps fitted with E14/20 caps.

  • Factory Inspection: Each sleeve should be checked for dimensional accuracy, surface condition, and material consistency before delivery.
  • Calibration Support: Calibration certificate can be supplied upon request for laboratory traceability.
  • Routine Verification: Regular inspection is recommended to confirm that the sleeve remains free from deformation, surface damage, or oxidation.

Download Product Documentation

Technical Inquiry & Expert Support

Contact our engineering team for technical drawings, calibration certificate requirements, or complete lamp cap temperature rise test solutions. Related IEC 60360 test sleeves for other lamp cap types can also be supplied according to laboratory requirements.

The Core Value We Deliver

  • Accurate support for IEC 60360 lamp cap temperature rise testing
  • Standard-based E14/20 test sleeve according to Figure 3
  • Nickel construction for stable thermal and mechanical performance
  • Suitable for professional lighting safety laboratories
  • Reliable calibration, documentation, and technical support available

Detail Display

EN 60360 Figure 3 E14/20 Lamp Cap FAQs

What is the EN 60360 Figure 3 E14/20 Lamp Cap used for?
The EN 60360 Figure 3 E14/20 Lamp Cap is used for lamp cap temperature rise measurement. It helps laboratories and lighting manufacturers evaluate the thermal performance of lamps fitted with E14/20 caps under standardized test conditions.
Which standard does this E14/20 Lamp Cap comply with?
This test sleeve is designed according to EN 60360 / IEC 60360 Figure 3, which specifies the standard method for measuring lamp cap temperature rise.
What material is the E14/20 Lamp Cap made from?
The EN 60360 Figure 3 E14/20 Lamp Cap is made from Nickel 99% min., providing stable thermal performance, good mechanical strength, and reliable repeatability during temperature rise testing.
Why is nickel used for this lamp cap test sleeve?
Nickel is used because it offers stable thermal behavior and good durability under repeated laboratory testing. This helps improve test consistency and reduces variation caused by material instability.
What lamps can be tested with this E14/20 Lamp Cap?
It is mainly used for lamps fitted with E14/20 caps, including applicable tungsten filament lamps, discharge lamps, and other lighting products that require lamp cap temperature rise evaluation.
Does this product need to be used with a draught-proof enclosure?
Yes. Lamp cap temperature rise testing is normally performed inside a draught-proof enclosure to reduce airflow interference and ensure more stable, repeatable temperature measurement results.
What should be checked before using the E14/20 Lamp Cap?
Before testing, operators should check whether the sleeve surface is clean and undamaged, confirm that there is no deformation or oxidation, and ensure the test setup matches the required EN / IEC 60360 test arrangement.
Can this product be supplied with a calibration certificate?
Yes. A calibration certificate can be supplied upon request to support laboratory traceability, internal quality control, and third-party audit requirements.
Who typically uses the EN 60360 Figure 3 E14/20 Lamp Cap?
This product is commonly used by lighting manufacturers, third-party testing laboratories, certification bodies, quality control departments, and R&D teams involved in lamp safety and thermal performance testing.
How does this test sleeve help improve test reliability?
The test sleeve provides a standardized and repeatable test interface for lamp cap temperature rise measurement. Compared with non-standard fixtures, it helps reduce measurement deviation and improves the credibility of laboratory test results.

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