Google 代码。

FY Quality System introduction

The quality process system of a led horticulture light factory is designed to ensure that the products meet the required standards and customer expectations. The ISO 9001:2015 standard provides a framework for an effective quality management system that enables the organization to consistently provide high-quality products and services.

The quality process system of a led horticulture light factory involves several stages such as design, production, testing, and delivery. The design stage involves the creation of a product design that meets the customer’s needs and is feasible for production. The production stage involves the actual manufacturing of the product using appropriate materials and processes. The testing stage involves testing the product to ensure that it meets the required specifications and standards. The delivery stage involves the shipment of the product to the customer.

The quality process system also includes continuous improvement by identifying areas for improvement and implementing corrective actions. The system also includes documentation of all processes, procedures, and policies to ensure consistency and traceability.

In summary, the quality process system of a led horticulture light factory is crucial for ensuring that the products meet the required standards and customer expectations. It involves several stages, continuous improvement, and documentation of all processes, procedures, and policies. Adherence to the ISO 9001:2015 standard ensures that the quality process system is effective and efficient, leading to high-quality products and customer satisfaction.

Read More

IQC (Incoming Quality Control) (3)

  • Visual Inspection: This involves checking the PCB for any visible defects, such as scratches, cracks, or other physical damage.

    Electrical Testing: IQC personnel use electronic testing equipment, such as multimeters, to verify the electrical properties of the PCB. This includes checking the resistance, capacitance, and other electrical characteristics of the PCB.

  • Optical testing: Use a photometer or other light measurement device to measure the LED’s luminous flux, luminous intensity, and color temperature. This can help you determine if the LED is emitting light within its specified parameters.

    Electrical testing: Use a digital multimeter or specialized LED testing equipment to measure the LED’s voltage, current, and resistance. This can help you determine if the LED is operating within its specified parameters.

    Environmental testing: Subject the LED samples to different environmental conditions such as high temperature, humidity, or vibration, and monitor their performance. This can help you determine if the LED is capable of operating in different conditions and if it meets the required specification

  • Scratch test: Use a sharp object such as a knife or needle to gently scratch the lens in a small, inconspicuous area. If the lens is made of PC, it will resist scratching and show no signs of damage. If the lens is made of a softer material, it may scratch or show visible damage.

    Burn test: Use a lighter or match to carefully burn a small section of the lens. If the lens is made of PC, it will emit a sweet smell and burn with a blue flame. If the lens is made of a different material, it may have a different smell or burn with a different color flame.

Production Testing (4)

  • Quality personnel play an important role in the inspection of LED power supplies, here are some of the tasks:

    Visual Inspection: Quality personnel will perform a visual inspection of the LED power supply to check for any physical defects, such as cracks, chips, or scratches.

    Electrical Testing: Quality personnel will perform electrical tests on the LED power supply to ensure that it operates within the specified voltage, current, and power requirements.

    Safety Testing: Quality personnel will perform safety tests to ensure that the LED power supply has adequate protection against overvoltage, overcurrent, short-circuit, and other hazards. They will also check that the LED power supply meets any applicable safety standards, such as UL, CE, or RoHS.

  • Check soldering: 100% Inspect the soldering of the each SMD components to ensure that they are properly attached to the PCB and that there are no cracks, bridges, or voids in the solder joints.

  • Visual inspection: Conduct a visual inspection of the assembled LED lamp to ensure that all components are properly installed and aligned, and that there are no visible defects or damage.

    Functionality testing: Conduct functionality testing to ensure that the LED lamp is working as intended. This includes testing the light output, color temperature, and other performance parameters.

  • Product test

    Electrical testing: Conduct electrical testing to ensure that the wiring and electrical components are properly connected and functioning correctly. This includes testing for continuity, resistance, and voltage levels.

    Use specialized testing equipment: Use specialized testing equipment such as a photometer or spectrometer to measure the light output and color accuracy of the LED lamp. This will help you to identify any issues with the LED driver or other components.

Age Testing

Monitor the temperature: Monitor the temperature of the LED lamp and surrounding components using the temperature sensors and data logger. Record the temperature readings at regular intervals.

  • Record the results: Record the results of the burning test, including any abnormalities or failures that were detected. This will help you to track trends and identify areas for improvement.
  • Analyze the results: Analyze the temperature readings and other data collected during the test to ensure that the LED lamp is functioning within the specified temperature range and that there are no abnormalities or failures.
  • Run the test: Run the test for the specified duration, which may vary depending on the type and application of the LED lamp. Typically, the burning test runs for several hours to several days, depending on the test criteria.
  • High -voltage input detection: high voltage input aging of the lamps intermittently, follow the needs of customer needs to use 480V or 347V voltage for operation aging testing

Quality Guarantee

Skilled and experienced: The quality control team have highly skilled and over 10 years experienced in LED grow light industry. They have a deep understanding of ISO9001 quality control principles and practices, as well as the technical knowledge required to inspect and test LED grow light.

Our Test Equipment

IES
Light Distribution Test
integrating sphere
Integrating Sphere
Salt spray tester
Salt Spray Test
High And Low Temperature Chamber
Constant Humidity Tester
Air Tightness Test Device
Anti-UV Test
Spectral Tester
Electric Measuring Instrument
滚动至顶部