EN 62034 Automatic Test System Testing for Emergency Lighting
The European Standard EN 62034 specifies the performance requirements and test methods for emergency lighting systems. This standard ensures that emergency lights are reliable, safe, and effective during power outages or other emergencies. The automatic testing system (ATS) plays a crucial role in verifying compliance with this standard.
Our service focuses on providing comprehensive EN 62034 testing using an automated system designed to simulate real-world conditions accurately. This approach ensures that emergency lighting meets the stringent requirements set forth by the standard, enhancing safety and reliability for end-users. Our team of experts uses advanced instrumentation and software tailored specifically for this purpose.
The testing process involves several key steps, each critical in ensuring compliance with EN 62034:
- Preparation: Before testing begins, it is essential to properly prepare the emergency lighting units. This includes cleaning them thoroughly and checking that all components are functioning correctly.
- Connection Setup: Connecting the lighting unit to the ATS requires precise calibration and configuration based on the specific model being tested. Our technicians ensure this setup aligns perfectly with the requirements outlined in EN 62034.
- Initial Power Check: Once connected, an initial power check verifies that the system is receiving adequate voltage and current inputs. This step helps identify any issues before proceeding further into the testing cycle.
- Main Testing Sequence: The main sequence consists of multiple stages aimed at evaluating different aspects of the emergency lighting performance. These include:
- Testing for minimum operating time,
- Evaluation of light output under darkness conditions,
- Determination of uniformity in illumination levels across the test area,
- Assessment of battery endurance and recharging capabilities.
- Data Collection & Analysis: Throughout the testing process, our automated system collects extensive data points which are then analyzed to determine compliance with EN 62034. Detailed reports are generated based on these analyses, providing clear insights into any areas where improvements may be necessary.
- Reporting: Finally, comprehensive test results are compiled and presented in a user-friendly format. These reports serve as valuable tools for quality managers, compliance officers, R&D engineers, and procurement teams alike.
The use of an automatic testing system offers numerous advantages over manual methods:
- Consistency: Automated systems eliminate human error by consistently applying the same procedures every time,
- Efficiency: They can process multiple samples simultaneously, significantly reducing turnaround times,
- Accuracy: Advanced sensors ensure precise measurements and readings,
- Reliability: Continuous monitoring throughout the testing cycle guarantees accurate data collection.
In addition to EN 62034 compliance verification, our service also includes assistance with:
- Preparation of test plans,
- Conducting initial inspections,
- Solving any issues identified during testing,
- Providing training on proper usage and maintenance.
To summarize, our EN 62034 automatic test system service is designed to help lighting manufacturers ensure their products meet the highest standards of safety and reliability. By leveraging cutting-edge technology and years of industry experience, we deliver accurate, efficient, and reliable testing services that are crucial for maintaining compliance with international regulations.
Applied Standards
The European Standard EN 62034 provides detailed guidelines on how emergency lighting systems should perform under various conditions. It covers aspects such as:
- Minimum Operating Time: Ensuring that the lights remain operational for at least a specified duration,
- Light Output Under Darkness Conditions: Measuring the intensity of light produced when there is no ambient illumination,
- Uniformity in Illumination Levels: Checking that all areas within the designated space receive consistent levels of brightness,
- Battery Endurance and Recharging Capabilities: Assessing how long batteries last during discharge and how quickly they can be recharged.
The standard also emphasizes the importance of regular maintenance schedules, proper installation practices, and rigorous quality control measures. Adherence to these requirements not only enhances user safety but also helps lighting manufacturers achieve better market positioning through proven reliability.
| Test Parameter | Description |
|---|
| Minimum Operating Time | The duration for which the emergency lights must remain functional during a power outage. |
| Light Output Under Darkness Conditions | The intensity of light produced by the emergency lights when ambient lighting is absent. |
| Uniformity in Illumination Levels | The consistency of brightness across different parts of the testing area. |
| Battery Endurance and Recharging Capabilities | The ability of batteries to maintain their charge during use and recover quickly after discharge. |
By incorporating these parameters into our testing protocols, we ensure that all emergency lighting systems meet the stringent requirements stipulated by EN 62034. This commitment to quality helps manufacturers comply with regulatory mandates while enhancing product performance and user satisfaction.
Industry Applications
The application of EN 62034-compliant emergency lighting is widespread across various sectors, including:
- Commercial Buildings: Offices, shopping malls, hotels,
- Retail Spaces: Supermarkets, department stores,
- Public Facilities: Hospitals, schools, airports,
- Industrial Sites: Factories, warehouses.
In each of these environments, reliable emergency lighting is vital for ensuring the safety and well-being of occupants during unexpected power failures or other emergencies. By adhering to EN 62034 standards, manufacturers can provide products that are trusted and relied upon in critical situations.
Our testing service supports numerous industries by offering expert knowledge and cutting-edge technology aimed at meeting regulatory requirements and exceeding customer expectations. Whether your business operates within one of these sectors or another, our services are tailored to meet the unique needs of your organization.
Frequently Asked Questions
What does EN 62034 specify?
EN 62034 outlines the performance requirements and test methods for emergency lighting systems, ensuring they are reliable, safe, and effective during power outages or other emergencies.
Why is automatic testing important?
Automatic testing ensures consistency, efficiency, accuracy, and reliability in the evaluation process. It helps manufacturers meet regulatory requirements while enhancing product performance and user satisfaction.
How long does it take to complete a full test cycle?
The duration of a full test cycle depends on the complexity of the emergency lighting system being tested. Generally, our service aims to deliver results within one business day.
What kind of data is collected during testing?
During testing, we collect extensive data points related to the performance parameters specified in EN 62034. This includes information on minimum operating time, light output under darkness conditions, uniformity in illumination levels, and battery endurance and recharging capabilities.
Can you provide training on the proper usage of our products?
Absolutely! As part of our comprehensive service package, we offer training sessions to help your staff understand how best to use and maintain their emergency lighting systems.
How often should we have our emergency lights tested?
According to EN 62034, regular maintenance checks are recommended every six months. However, the frequency may vary depending on usage and local regulations.
What happens if our lights fail during testing?
If any issues arise during testing, we will work closely with you to identify the root cause and provide solutions. This might involve adjustments to your installation or changes in how the lighting units are used.
Do I need to be present for the testing?
While it is not mandatory, we encourage you to send a representative if possible. Their presence allows us to discuss specific requirements and address any questions you might have throughout the process.
How long does it take to complete a full test cycle?
The duration of a full test cycle depends on the complexity of the emergency lighting system being tested. Generally, our service aims to deliver results within one business day.
What kind of data is collected during testing?
During testing, we collect extensive data points related to the performance parameters specified in EN 62034. This includes information on minimum operating time, light output under darkness conditions, uniformity in illumination levels, and battery endurance and recharging capabilities.
Can you provide training on the proper usage of our products?
Absolutely! As part of our comprehensive service package, we offer training sessions to help your staff understand how best to use and maintain their emergency lighting systems.
How often should we have our emergency lights tested?
According to EN 62034, regular maintenance checks are recommended every six months. However, the frequency may vary depending on usage and local regulations.
What happens if our lights fail during testing?
If any issues arise during testing, we will work closely with you to identify the root cause and provide solutions. This might involve adjustments to your installation or changes in how the lighting units are used.
Do I need to be present for the testing?
While it is not mandatory, we encourage you to send a representative if possible. Their presence allows us to discuss specific requirements and address any questions you might have throughout the process.
What kind of data is collected during testing?
During testing, we collect extensive data points related to the performance parameters specified in EN 62034. This includes information on minimum operating time, light output under darkness conditions, uniformity in illumination levels, and battery endurance and recharging capabilities.
Can you provide training on the proper usage of our products?
Absolutely! As part of our comprehensive service package, we offer training sessions to help your staff understand how best to use and maintain their emergency lighting systems.
How often should we have our emergency lights tested?
According to EN 62034, regular maintenance checks are recommended every six months. However, the frequency may vary depending on usage and local regulations.
What happens if our lights fail during testing?
If any issues arise during testing, we will work closely with you to identify the root cause and provide solutions. This might involve adjustments to your installation or changes in how the lighting units are used.
Do I need to be present for the testing?
While it is not mandatory, we encourage you to send a representative if possible. Their presence allows us to discuss specific requirements and address any questions you might have throughout the process.
Can you provide training on the proper usage of our products?
Absolutely! As part of our comprehensive service package, we offer training sessions to help your staff understand how best to use and maintain their emergency lighting systems.
How often should we have our emergency lights tested?
According to EN 62034, regular maintenance checks are recommended every six months. However, the frequency may vary depending on usage and local regulations.
What happens if our lights fail during testing?
If any issues arise during testing, we will work closely with you to identify the root cause and provide solutions. This might involve adjustments to your installation or changes in how the lighting units are used.
Do I need to be present for the testing?
While it is not mandatory, we encourage you to send a representative if possible. Their presence allows us to discuss specific requirements and address any questions you might have throughout the process.
How often should we have our emergency lights tested?
According to EN 62034, regular maintenance checks are recommended every six months. However, the frequency may vary depending on usage and local regulations.
What happens if our lights fail during testing?
If any issues arise during testing, we will work closely with you to identify the root cause and provide solutions. This might involve adjustments to your installation or changes in how the lighting units are used.
Do I need to be present for the testing?
While it is not mandatory, we encourage you to send a representative if possible. Their presence allows us to discuss specific requirements and address any questions you might have throughout the process.
What happens if our lights fail during testing?
If any issues arise during testing, we will work closely with you to identify the root cause and provide solutions. This might involve adjustments to your installation or changes in how the lighting units are used.
Do I need to be present for the testing?
While it is not mandatory, we encourage you to send a representative if possible. Their presence allows us to discuss specific requirements and address any questions you might have throughout the process.
Do I need to be present for the testing?
While it is not mandatory, we encourage you to send a representative if possible. Their presence allows us to discuss specific requirements and address any questions you might have throughout the process.
