How can GTG assist you with the tests on fluorescent light?
(1) Electrical safety test
Electrical safety tests are important to ensure that fluorescent light fixtures are safe for use. These tests help to identify any potential safety hazards and ensure that the fixture is functioning properly. By conducting these tests, manufacturers can ensure that their products are safe for consumers to use.
- Dielectric strength test: dielectric strength tests are carried out to ensure that fluorescent light fixtures are capable of withstanding high voltages. This test involves applying a high voltage to the fixture for a specified period of time. If the fixture can withstand the voltage without breaking down, it passes the test.
- Ground continuity test: ground continuity tests are carried out to ensure that the fluorescent light fixture is properly grounded. This test involves applying a low voltage to the fixture and measuring the resistance between the ground pin and the metal parts of the fixture. If the resistance is within the specified limits, the fixture passes the test.
- Insulation resistance test: insulation resistance tests are carried out to ensure that the fluorescent light fixture is properly insulated. This test involves measuring the resistance between the electrical components and the metal parts of the fixture. If the resistance is within the specified limits, the fixture passes the test.
- Leakage current test: leakage current tests are carried out to ensure that the fluorescent light fixture is not leaking electrical current. This test involves measuring the electrical current flowing through the fixture when it is not in use. If the current is within the specified limits, the fixture passes the test.
- Ballast test: ballast tests are carried out to ensure that the ballast in the fluorescent light fixture is functioning properly. This test involves measuring the output voltage and current of the ballast. If the output is within the specified limits, the fixture passes the test.
(2) Photometric test
- Luminous flux test: the luminous flux test measures the amount of light emitted by a bulb, expressed in lumens. This test is conducted in a dark room, where the light bulb’s output is measured using a photometer. The photometer records the amount of light that falls on a specific surface area and calculates the lumens produced.
- Luminous intensity test: the luminous intensity test measures the amount of light emitted by a bulb in a specific direction. It is expressed in candelas, and it is conducted using a goniophotometer. The goniophotometer measures the light emitted by the bulb in various directions and creates a graph of the bulb’s light distribution.
- Color rendering index test: the color rendering index (CRI) test measures the bulb’s ability to reproduce colors accurately. The test is conducted by comparing the color of an object when illuminated by the bulb in question and a reference light source. The CRI is expressed as a percentage, and bulbs with a CRI of 80 or above are considered to have good color rendering capabilities.
- Color temperature test: the color temperature test measures the color of the light emitted by the bulb. It is expressed in Kelvins and is conducted using a spectrophotometer. The spectrophotometer measures the intensity of light emitted at different wavelengths and calculates the color temperature.
(3) Photobiological safety test
Photobiological safety tests are designed to measure the potential hazards of light sources on human skin and eyes. There are several tests that manufacturers use to determine the safety of their products, including the Spectral Irradiance, Retinal Blue Light Hazard, and Ultraviolet Radiation Tests.
- Spectral irradiance test: the Spectral Irradiance Test measures the intensity of light emitted by fluorescent light across different wavelengths and determines the level of risk for photobiological hazards. This test is important because it helps manufacturers to identify the frequency of light that is most harmful to human skin and eyes.
- Retinal blue light hazard test: the Retinal Blue Light Hazard Test is designed to measure the potential hazards of blue light on the retina of the eye. This test is important because blue light has a shorter wavelength than other colors of light, which means it can penetrate deeper into the eye and potentially cause damage.
- Ultraviolet radiation test: the Ultraviolet Radiation Test measures the amount of UV radiation emitted by fluorescent light. This test is important because UV radiation can cause skin damage, including sunburn, premature aging, and even skin cancer.
(4) EMC test
- Radiated emission test: the radiated emission test is designed to determine the amount of electromagnetic radiation that is emitted by the fluorescent light. This test is performed in a shielded chamber, and the fluorescent light is powered on while measurements are taken using a spectrum analyzer. The results are compared with the limits set by regulatory bodies such as the FCC and the European Union.
- Conducted emission test: the conducted emission test measures the amount of electromagnetic energy that is conducted through the power cable of the fluorescent light and into the electrical network. This test is performed by connecting the fluorescent light to a measuring instrument that can detect the conducted emissions. The results are then compared to the limits set by regulatory bodies.
- Electrostatic discharge test: the electrostatic discharge test is designed to simulate the effects of static electricity on the fluorescent light. This test is performed by creating a static charge on a person or object and then discharging it onto the fluorescent light. The test is repeated several times, and the fluorescent light is checked for any malfunction or damage.
- Electrical fast transient/burst test: the electrical fast transient/burst test is designed to simulate the effects of sudden electrical spikes or surges on the fluorescent light. This test is performed by subjecting the fluorescent light to electrical pulses of varying frequencies and amplitudes. The test is repeated several times, and the fluorescent light is checked for any malfunction or damage.
- Surge test: the surge test is designed to simulate the effects of lightning strikes or power surges on the fluorescent light. This test is performed by subjecting the fluorescent light to a high-voltage surge. The test is repeated several times, and the fluorescent light is checked for any malfunction or damage.
- Immunity to magnetic fields test: the immunity to magnetic fields test is designed to determine how well the fluorescent light can withstand magnetic fields. This test is performed by subjecting the fluorescent light to a strong magnetic field while it is powered on. The test is repeated several times, and the fluorescent light is checked for any malfunction or damage.
- Immunity to radio frequency fields test: the immunity to radio frequency fields test is designed to determine how well the fluorescent light can withstand radio frequency interference. This test is performed by subjecting the fluorescent light to a range of radio frequency signals while it is powered on. The test is repeated several times, and the fluorescent light is checked for any malfunction or damage.
- Immunity to electrostatic discharge test: the immunity to electrostatic discharge test is designed to determine how well the fluorescent light can withstand static electricity. This test is performed by subjecting the fluorescent light to a range of static charges while it is powered on. The test is repeated several times, and the fluorescent light is checked for any malfunction or damage.
- Immunity to electrical fast transient/burst test: the immunity to electrical fast transient/burst test is designed to determine how well the fluorescent light can withstand sudden electrical spikes or surges. This test is performed by subjecting the fluorescent light to a range of electrical pulses while it is powered on. The test is repeated several times, and the fluorescent light is checked for any malfunction or damage.
- Immunity to surge test: the immunity to surge test is designed to determine how well the fluorescent light can withstand lightning strikes or power surges. This test is performed by subjecting the fluorescent light to a range of high-voltage surges while it is powered on. The test is repeated several times, and the fluorescent light is checked for any malfunction or damage.
- Immunity to conducted radio frequency fields test: the immunity to conducted radio frequency fields test is designed to determine how well the fluorescent light can withstand radio frequency interference that is conducted through the power cable. This test is performed by subjecting the fluorescent light to a range of conducted radio frequency signals while it is powered on. The test is repeated several times, and the fluorescent light is checked for any malfunction or damage.
(5) Mechanical tests
- Load test: a load test is performed to determine the maximum amount of weight a fluorescent light fixture can support without breaking or becoming damaged. This test is particularly important for fixtures that are mounted to ceilings or walls. The load test is conducted by suspending a weight from the fixture and gradually increasing the weight until the fixture fails or reaches its maximum load capacity.
- Impact test: an impact test is performed to determine how well a fluorescent light fixture can withstand sudden impacts, such as those caused by accidental bumping or dropping. This test is conducted by dropping a weight onto the fixture from a specific height and evaluating the damage.
- Vibration test: a vibration test is performed to determine how well a fluorescent light fixture can withstand vibrations, such as those caused by nearby machinery or transportation. This test is conducted by subjecting the fixture to a series of vibrations at different frequencies and amplitudes.
(6) Environmental test
- Temperature test: a temperature test is performed to determine how well a fluorescent light fixture can withstand high temperatures. This test is particularly important for fixtures that are located in hot environments, such as factories or kitchens. The temperature test is conducted by exposing the fixture to a high temperature for a specific amount of time and evaluating its performance.
- Humidity test: a humidity test is performed to determine how well a fluorescent light fixture can withstand high levels of humidity. This test is particularly important for fixtures that are located in humid environments, such as bathrooms or swimming pools. The humidity test is conducted by exposing the fixture to high levels of humidity for a specific amount of time and evaluating its performance.
- Salt spray test: a salt spray test is performed to determine how well a fluorescent light fixture can withstand exposure to salt water or other corrosive substances. This test is particularly important for fixtures that are located near the ocean or in other corrosive environments. The salt spray test is conducted by exposing the fixture to a mist of salt water for a specific amount of time and evaluating its performance.
- Dust test: a dust test is performed to determine how well a fluorescent light fixture can withstand exposure to dust and other particles. This test is particularly important for fixtures that are located in dusty environments, such as construction sites or mines. The dust test is conducted by exposing the fixture to a specific amount of dust and evaluating its performance.
- Water test: a water test is performed to determine how well a fluorescent light fixture can withstand exposure to water. This test is particularly important for fixtures that are located in wet environments, such as swimming pools or outdoor areas. The water test is conducted by exposing the fixture to a specific amount of water and evaluating its performance.
How can GTG assist you with the certifications or markings for fluorescent light?
(1) IEC marking
The IEC marking stands for International Electrotechnical Commission and indicates that the fluorescent light meets the international safety and performance standards set by IEC.
(2) DLC certification
The DLC certification is a program run by the DesignLights Consortium that promotes energy-efficient lighting products. Fluorescent lights with this certification meet specific energy efficiency and performance criteria and can help you save money on your energy bills.
(3) CE marking
The CE marking is a certification that indicates that the fluorescent light complies with the European Union’s health, safety, and environmental protection standards. CE marking is mandatory for all fluorescent lights sold in the European Union and indicates that the product is safe to use and does not pose any harm to the environment.
(4) UL certification
The UL marking is a certification provided by Underwriters Laboratories (UL), an independent safety science company. UL certification indicates that the fluorescent light has been tested for safety and meets the safety standards of the United States and Canada. This certification is not mandatory but is highly recommended for fluorescent lights sold in the United States and Canada.
(5) FCC certification
The Federal Communications Commission (FCC) is a U.S. government agency that regulates interstate and international communications. FCC certification indicates that the fluorescent light meets the electromagnetic interference requirements set by the FCC and does not interfere with other electronic devices.
(6) ETL certification
The ETL certification is provided by Intertek, an independent testing and certification company. The ETL marking indicates that the fluorescent light has been tested and certified for safety and performance, and meets North American safety standards.
(7) CSA marking
The Canadian Standards Association (CSA) is a non-profit organization that provides testing and certification services. The CSA marking indicates that the fluorescent light has been tested and certified for safety and performance, and meets Canadian safety standards.
(8) TUV certification
The TUV certification is issued by TUV Rheinland, a global safety certification company. It indicates that the fluorescent light has been tested for safety and meets the safety standards set by TUV Rheinland.
(9) Energy Star certification
The Energy Star certification is a program run by the United States Environmental Protection Agency (EPA) that promotes energy-efficient products. Fluorescent lights with this certification use at least 75% less energy than traditional incandescent bulbs and can save you money on your energy bills.
(10) RoHS marking
The Restriction of Hazardous Substances (RoHS) directive is a European Union (EU) regulation that limits the use of certain hazardous materials in electronic and electrical equipment, including fluorescent lights. RoHS compliance means that the fluorescent light does not contain lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls (PBB), or polybrominated diphenyl ethers (PBDE). This certification is mandatory in the European Union and is optional in other parts of the world.
(11) ANSI marking
The ANSI marking stands for American National Standards Institute and indicates that the fluorescent light meets the safety and performance standards set by ANSI.
Why the biggest brands trust GTG Group?
GTG Group (Global Testing Group) is a certification company that offers testing and certification services to different industries. Our expertise in fluorescent light testing and certification has made us a trusted name in the industry.
(1) Independent and impartial testing
GTG Group is a third-party testing company, which means we are not affiliated with any specific manufacturer. This impartiality can provide camera manufacturers and consumers with confidence in the accuracy and reliability of the testing process, and ensure that the camera meets the required standards.
(2) Confidentiality and security
GTG Group understands the importance of confidentiality and security when it comes to testing and certification. We ensure that our clients’ data and information are kept confidential and secure at all times. This ensures that our clients’ intellectual property and trade secrets are protected.
Contact GTG Group today for fluorescent light testing and certification to avoid any legal issues that may arise from using a faulty fluorescent light.
