Imperial Version
This monitor measures oxygen %, carbon dioxide %SEV, pressure, temperature and humidity in a hyperbaric chamber or a lock out compartment in a submarine.
Available as a Surface mount display option C08-016-016-01-1-1 or Panel mount display option C08-016-016-01-2-1
Metric Version
This monitor measures oxygen percent, carbon dioxide partial pressure, pressure in MSW, FSW or bar, temperature and humidity in a hyperbaric chamber or any air-filled pressurised compartment.
Available as a Surface mount display option C08-019-016-01-1-1 or Panel mount display option C08-019-016-01-2-1
Description
The monitor is supplied as two components: a touch screen display and control module that is installed in the chamber control panel and a hyperbaric sensor pack with local display that is installed in the compression chamber. The two components are interconnected via a pressure proof penetrator using a two twisted pair overall screened cable.
The display and control module has a colour touch screen that is the operator interface. All adjustments, configuration and user interactions are carried out through this interface. High and low alarms can be set for oxygen; high and higher alarms can be set for carbon dioxide. All settings are password protected. The display has adjustable brightness level to suit ambient conditions.
The hyperbaric sensor pack is fitted with oxygen, carbon dioxide, absolute pressure, temperature and humidity sensors. The sensor pack includes a local LCD display and is designed for hyperbaric use.
The monitor records the readings and alarm status every second in non-volatile memory with a 12 months storage capacity; larger data storage capacity can easily be installed. The data is also available for remote recording in real time through an RS485 serial port.
The monitor is powered from a nominal 10 to 36 VDC power source & the total power consumption is <5 Watts.
All the components are designed for use in a marine environment and the electronics meet the current standards for electrical safety, electromagnetic emissions and immunity.
