Wi-Com Vantage™
Wireless IVC Monitoring System
Developed by Allentown exclusively for the biomedical research industry, the Wi-Com Vantage Wireless IVC Rack Monitoring System gives users the ability to remotely monitor research animal housing parameters, record and manage collected data and set levels for automated alarm broadcasts via wireless communications.
- Monitor conditions such as temperature, humidity, ACH and more in real-time
- Robust data collection and reporting
- Instant notification of alarm conditions
Real-time Monitoring
Wi-Com Vantage allows users to monitor conditions such as temperature, humidity, air changes - or ACH, filter status, IVC pressure, blower status and alarm status, essentially, the full range of parameters and conditions necessary for the effective maintenance and success of your facility. And it does it wirelessly. With all the convenience and security of tried and true WiFi or Bluetooth technology.
Data Collection and Reporting
Wi-Com Vantage combines an intuitive, easy-to-use software interface with a robust, central data repository. This gives users the ability to remotely monitor research animal housing parameters, record and manage collected data, generate custom and/or pre-configured reports, and set levels for automated alarm broadcasts via e-mail and text message.
Instant Notifications
Alarm notifications in Wi-Com Vantage are robust, easy to configure, and can alert users through email or text message anywhere, anytime. With the fail-safe redundancy of multiple responders, user can be sure that alarms are addressed quickly and effectively, before the animals or the research have been irreparably impacted.
The difference is in the details. Take a closer look.
With more than 50 years worth of experience and expertise in design, engineering and manufacturing, Allentown solutions are not only crafted to perfection, they are also meticulously documented to provide users with all of the information needed to maximize their value. Take a closer look by downloading the data sheet.