Warehouse Monitoring

For GDP-regulated storage & distribution

Reduce the risk of non-compliance and lost products in your cold chain life science holding and storage applications with the viewLinc Continuous Monitoring system.

• Easy connectivity - wired/PoE and wireless VaiNet data loggers provide connectivity for versatile installation
• 24/7 remote alarming via SMS, email, or local signal tower alerts
• Custom reports can be automated and delivered by email on demand, or scheduled
• Comprehensive IQOQ validation documents
• On-site installation/validation services available
• Indigo80 Hand-held indicators can be used for spot-checking and on-site calibrations
• Simplified warehouse mapping solutions. Save time and costs qualifying storage areas with Vaisala's Mapping kit
• Mapping services available in selected regions
• Choose from viewLinc Enterprise Server Software for on-premises or viewLinc Cloud.
  viewLinc CMS

For Commercial storage & distribution

Jade Smart Cloud monitoring system ensures the quality of stored goods, such as electronics, perishable goods, food & beverage, high-quality mechanical and aerospace products and other valuable items:

• Long product lifespan minimizes the total cost of ownership
• Long-term record of measurement data for reporting on storage conditions
• Easily scalable for a variety of storage applications
• Data securely stored in the cloud, reducing IT load
• 24/7 remote alarming via SMS & email
• Superior long-range LoRa® based VaiNet radio technology for reliable monitoring
• Easy addition of new loggers and access points enables effortless system expansion
• Accurate data based on Vaisala HUMICAP® proven sensor technology
• Indigo80 Hand-held indicators can be used for spot-checking and on-site calibrations

9 Steps to GxP-compliant Warehouse Mapping

1. Establish a validation plan that takes a risk-based approach. Where will environmentally sensitive products and materials be stored?
2. Identify risk from variations in temperature and humidity. Account for : Volume of space Temperature gradients Energy sources (heaters, AC, fans) Shelving layout HVAC control locations High traffic areas Seasonality Location to external exposure
3. Based on identified risks, make decisions on what your data needs are for your mapping study.
4. How can we create a uniform distribution of sensors that will give us a full understanding of the environment? Take into consideration external walls, windows, lighting, and any type of air circulation. Storage shelf capacity has an effect on airflow and temperature gradients. Will humidity have an adverse effect on products? Consider using both temperature and humidity sensors.
5. Choose equipment designed for mapping studies. Software that meets all 21 CFR Part 11 & International standards Temperature only Temperature and Humidity High-accuracy measurement range Long-term stability Traceable calibration Clear, comprehensive and accessible records
6. Setup sensors where planned
7. Conduct a test and look at data for these points: Dates and times Calculated values (temp. min/max, avg.) Review trends over time Instrument settings Traceable calibration Calibration info Review and approve report
8. Identify locations where products may be exposed to unacceptable conditions, then make adjustments to storage locations. Don't forget to modify your validation protocol in light of results from initial mapping test.
9. Conduct and document a mapping study for approval then plan out mapping schedule.