viewLinc Monitoring System
viewLinc is designed for monitoring applications subject to GxP regulations and can manage multiple parameters.
Vaisala's Monitoring System (CMS) offers the following services: ▼ Real-time monitoring and alarm notifications for temperature, humidity, and other parameters using viewLinc software. ▼ Various alarm notifications are delivered through on-screen alerts, emails, SMS, alarm beacons, relay outputs to alarm services, and voice calls. ▼ Historical data and automatic alarm reports are stored on viewLinc's secure server. ▼ Data loggers can be easily connected via wired, PoE, Wi-Fi, or VaiNet long-range wireless. ▼ It is scalable from a single unit to thousands of sensing devices. ▼ Reliable redundant recording operates in parallel with the control system, simplifying validation. ▼ OPC UA and API options allow integration of viewLinc with other systems. ▼ Optional on-site calibration services ensure accurate temperature and humidity records. *For more details, please request materials or view the PDF data available for download.
basic information
Vaisala's environmental monitoring system is equipped with viewLinc software, which offers flexible alarm notifications, real-time trends, and customizable reporting. This system is suitable for both light and heavy industrial applications, leveraging Vaisala's wide range of data loggers, transmitters, and sensors to monitor temperature, relative humidity, dew point temperature, CO2, differential pressure, door switches, and more. The Vaisala environmental monitoring system can be easily expanded from just 1-2 measurement points to over 1,000 measurement points, making it suitable for use across multiple locations and countries. The viewLinc software utilizes your network to monitor environmental conditions through a combination of connection options such as Ethernet, PoE, and Wi-Fi.
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Applications/Examples of results
In addition to monitoring temperature and humidity, it can also be utilized in the following cases: - Use in the environment and life sciences fields based on good practice (GxP) standards - Calibration rooms - Semiconductor manufacturing - Clean rooms - Data centers, equipment storage rooms - Museums, art galleries, archives - Manufacturing and sales of food and drinking water - Replacement of chart recorders
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Notice of the web seminar on April 27: "Selection of Systems Suitable for Environmental Monitoring Systems (CMS) and Building Management Systems (BMS)"
Building Management Systems (BMS) or Building Automation Systems (BAS) are designed to efficiently manage buildings. Environmental Monitoring Systems (CMS) monitor environmental conditions and generate and record safe data for regulatory compliance. In this webinar, you will learn how to make the most of both systems. How can we efficiently handle both systems? Additionally, if necessary, can validated CMS data be incorporated into the BMS for analysis and management? This webinar will answer these questions and explain how to achieve regulatory compliance, reduce validation costs, and enhance productivity by optimally integrating both monitoring and control systems. Title: "Environmental Monitoring Systems (CMS) and Building Management Systems (BMS): Choosing the Right System for Your Needs" (*The lecture will be in English, but Japanese subtitles will be provided) Instructor: Senior Regulatory Expert (USA) Paul Daniel
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Announcement of the webinar on March 29: "Measurement Solutions in Vaccine Manufacturing Processes and Logistics"
Title: "Measurement Solutions in Vaccine Manufacturing Processes and Logistics" Date and Time: March 29, 2022 (Tuesday) 15:00 onwards Speakers: (with Japanese subtitles) Sales Manager, Liquid Concentration Measurement Division (Finland) KIMMO KOIVULA Business Development Engineer, Industrial Measurement Division (USA) JUSTIN WALSH Senior GxP Regulatory Expert (USA) PAUL DANIEL Three dedicated representatives from Vaisala will comprehensively explain solutions to challenges in vaccine manufacturing and storage processes. <Main Topics> "Rapid and Efficient Virus Vaccine Purification Using Sucrose Density Gradient Method" Identification and collection of product fractions Automated sampling of target fractions Optimization of productivity and reduction of overall downstream costs "From Raw Material Management to Product" Quality control Biological contamination removal Calibration "Temperature Monitoring of Vaccine Quality" Research and Development Production Facilities Storage and Logistics We look forward to your participation!
