IEC Standard Compatible Electric Fan Performance Testing Device

Purpose: According to the technical specifications of BS EN IEC 60879:2019 and GB/T13380-2018:

1 Scope of Application (Applicable Standards)

This air volume testing device is designed based on the requirements for ease of movement and because the testing methods are largely similar, making it suitable for air volume testing of table fans, wall fans, floor fans, and column fans. It uses four anemometers to collect wind speed (adding two vertical anemometers to the original two horizontal ones on the testing plane) to represent the average wind speed on the same ring.

2 Main Functions

Used for testing wind speed, temperature, humidity, electrical parameters (voltage/current/power/power factor), rotational speed, and time.

3 Technical Requirements

3.1 Scope of Application (Unit: mm)

Table fan blade diameter: 200, 230, 250, 300, 350, 400, 450, 500

Wall fan blade diameter: 250, 300, 350, 400, 450, 500

Desk fan blade diameter: 300, 350, 400, 450, 500

Floor fan blade diameter: 300, 350, 400, 450, 500, 600

Oscillating fan blade diameter: 200, 230, 250, 300, 350, 400, 450, 500

3.2 Measurement Accuracy

Temperature range: 0-50°C Accuracy: Less than ±0.5°C

Humidity range: 0-100% RH Accuracy: Less than ±2% RH

Wind speed range: 0-20 m/s Accuracy: Less than ±0.01 m/s + 2% of reading

Current range: 0-5A Accuracy: Less than ±0.5%

Voltage range: 0-300V Accuracy: Less than ±0.5%

Power range: 0-1000W Accuracy: Less than ±0.5%

IEC Standard Compatible Electric Fan Performance Testing Device

There are various testing methods for mechanical timers used in electric fans, primarily including the following:

Constant temperature and humidity chamber test: Simulates humid and hot environments to test timer performance.

Salt spray test: Evaluates the timer's resistance to corrosive environments.

High and low temperature shock test: Tests timer performance under extreme temperature changes.

Insulation resistance tester: Used to detect the insulation resistance of the timer.

Withstand voltage tester: Evaluates the timer's voltage resistance under high humidity and temperature conditions.

Mechanical life testing machine: Used to test the mechanical lifespan of the timer.

Electrical performance tester: Detects the stability of the timer's electrical performance.

Aging test chamber: Used to evaluate the aging of timer materials.

Vibration testing machine: Tests the timer's vibration resistance under humid and hot conditions.

Impact testing machine: Evaluates the timer's impact resistance.

Spectrum analyzer: Used to detect changes in material composition.

Thermal cycling test equipment: Detects performance changes of the timer under repeated thermal cycling conditions.

Environmental adaptability testing machine: Evaluates the timer's adaptability to different humid and hot environments.

Current and voltage tester: Used to test the electrical performance of the timer.

Corrosion resistance testing equipment: Evaluates the timer's tolerance to corrosive environments.

Contact resistance tester: Detects the contact resistance of the timer.

Material analyzer: Used to analyze the chemical composition of timer materials.

Environmental simulation test chamber: Simulates timer performance under different environmental conditions.

Thermal imager: Used to detect temperature changes of the timer under humid and hot conditions.

Humid and thermal cycling test equipment: Evaluates the performance stability of the timer under humid and thermal cycling conditions.

Testing Instruments

Testing mechanical timers for electric fans requires the use of various testing instruments, including but not limited to the following:

High and low temperature test chamber: Used to simulate extreme temperature environments.

Constant temperature and humidity test chamber: Used to simulate humid and hot environments.

Salt spray test chamber: Used for corrosive environment testing.

Electrical performance tester: Used to test electrical performance.

Vibration testing machine: Used for vibration performance testing.

Impact testing machine: Used for impact performance testing.

Aging test chamber: Used for material aging testing.

Withstand voltage tester: Used for voltage resistance testing.

Insulation resistance tester: Used for insulation resistance detection.

Thermal imager: Used for temperature change detection.

Contact resistance tester: Used for contact resistance detection.

Spectrum analyzer: Used for material composition analysis.

Thermal cycling test equipment: Used for thermal cycling performance testing.

Environmental simulation test chamber: Used for different environmental testing.

Material analyzer: Used for material chemical analysis.

Corrosion resistance testing equipment: Used for corrosion resistance testing.

Current and voltage tester: Used for electrical performance testing.

Environmental adaptability testing machine: Used for environmental adaptability evaluation.

Humid and thermal cycling test equipment: Used for humid and thermal cycling performance testing.

Mechanical life testing machine: Used for mechanical lifespan testing.