Maintaining optimal performance of insulating glass units is important and one key factor is the concentration of insulating gases, such as Argon or Krypton, which are pivotal for their thermal resistance properties. However, accurately measuring these gases can have some challenges. This text explores common obstacles faced when determining argon gas concentration with Sparklike devises and provide practical troubleshooting tips to ensure your IGUs maintain their integrity and efficiency.
Common Challenges in Insulating Gas Measurement
- Inconsistent Gas Concentrations:
- Issue: Variability in the concentration of insulating gases (like Argon or Krypton) within IGUs can lead to inaccurate readings.
- Troubleshooting Tip: Ensure that the IGU has stabilized before measurement. Temperature fluctuations can significantly impact gas behavior and measurement accuracy. Read FAQ “Factors to consider when measuring with Sparklike Handheld” or Guide for Sparklike Laser Users.
- Device Calibration:
- Issue: Over time, sensors measuring gas concentration can drift, leading to less accurate readings. Read Why Calibrate and Service Your IGU Quality Control Equipment Annually including comparison of measurement accuracy before and after calibration.
- Troubleshooting Tip: Calibrate your Sparklike device annually. Read more about calibration and maintenance here.
- Environmental Interferences:
- Issue: External environmental factors such as humidity, temperature, and air pressure can interfere with gas measurement. Read about Laser Portable used in research “In situ detection of product age and argon concentration as measure of the re-use potential of insulating glass units in buildings” written by Elke van Nieuwenhuijzen. The research touches the environmental aspects that might affect measurement results.
- Troubleshooting Tip: Use measurement tools capable of compensating for environmental variations or perform measurements under controlled environmental conditions. Additionally, always take more than one measurement to double-check the results.
- Complexity of Measurement Equipment:
- Issue: Measurement devices can be complex, requiring specific expertise or training.
- Troubleshooting Tip: Although Sparklike device are easy to use, there are aspects that might need more knowledge to understand the nuances of the measurements. Please read the manual for the device you are using. We have also our Support sites for Sparklike Handheld and Sparklike Laser Portable where you can find video tutorials and online support. For comprehensive training sessions for users, please contact [email protected] and ask a quote for a training, including demonstrations via Teams.
- Data Interpretation:
- Issue: Misinterpretation of the data collected from gas measurements can lead to incorrect conclusions about the IGU’s performance.
- Troubleshooting Tip: Guidelines on how to interpret measurement results can be found on the manuals of the devices. Read also our FAQ “Understanding the Sparklike Laser Portable results”.
Conclusion
Understanding and addressing these challenges are essential for anyone involved in the production, maintenance, or use of IGUs. By implementing troubleshooting methods and educating users, we can enhance the performance and longevity of insulating glass units. Remaining proactive and knowledgeable about gas measurement practices will allow manufacturers to improve quality control and contribute to better energy-efficient solutions. As we continue to develop our tools and expertise, ensuring the long-term reliability and sustainability of IGUs will remain a priority in advancing insulating glass technologies. For more insights and support on determining argon gas concentration and insulating glass technologies contact our expert team.
