Hyperlite Chamber Monitoring Systems (CMS)

Portable Stand-alone monitoring systems for real-time assessment of chamber pressure, temperature, temperature and humidity.

Key Features

✔   Constant monitoring of vital parameters
✔   Can be retrofitted into existing hyperlite chamber systems
✔   Alarm settings on all monitored parameters
✔   Separate PC software allows graphical visualization of the instrument data
✔   Low power consumption to allow autonomous operations from a battery pack
✔   Available with either imperial or metric units
✔   Optional in chamber parameter display

The CMS is a real-time continuous chamber monitoring system that allows the chamber environment to be monitored continuously throughout a treatment. The following parameters are displayed:

• Pressure
• Temperature
• Humidity
• Oxygen Level
• Carbon Dioxide Level

The system also includes audible and visual alarm systems to warn the operator if the chamber environment is outside recommended parameters.
The system runs off a proprietary purpose-built software, stand-alone from any commercial platforms such as IoS, Android and or Windows, making the system inherently secure from cyberattack.

One Monitor and sensor box will be provided per chamber lock, providing both the Operator and the Occupants with comprehensive chamber environment data throughout any treatments.

The CMS can be combined with the Communications System to provide a single electronic module or as a standalone system. It is also possible to retrofit a CMS to in-service hyperbaric chambers.


CDRS Software System
The CDRS software program is supplied together with a choice of ruggedised tablet or laptop. The laptop is directly hardwired to the instrumentation through a cable. The CDRS shows real time data which can be provided in numerical or graph displaying Pressure (vertical access) and Time (horizontal axis). The software also displays the O2, CO2, Temperature and Humidity levels. The software displays timers, which can be triggered slightly below the treatment depth, allowing air-breaks to be conducted at the appropriate time.