OMD-775 Online Oxygen Purity Analyzer, CE

Descrição

The OMD-775 online oxygen purity analyzer is designed to measure elevated oxygen levels (21% – 100%) for online applications. The unit combines an advanced set of electronic features including a smart MENU interface with our industry leading precision electrochemical oxygen sensor technology. The result is a highly reliable and cost effective design with easy-to-use user interface.

• Enclosure Type: 19″ Rack Mount
• Ranges: 0 – 100% & 50/70/80/90 – 100%
• Modo de alcance: Auto-Range ou Manual Range
• Resolution: 0.01%
• Input Power: 100 – 240 VAC
• Analog Output: 4 – 20mA, 0 – 10V DC, 0 – 1V DC
• Comunicação: MODBUS RS485 RTU bidirecional

A interface MENU inteligente integrada permite ao utilizador configurar totalmente o analisador através do sistema MENU integrado. Não é necessário um computador portátil complicado ou outro dispositivo de controlo para configurar o analisador no terreno.

The analyzer comes standard with a 0 – 100% full scale range with a resolution of 0.01%. The analyzer can also be configured by the end user in the field for suppressed ranges of 50 – 100%, 70 – 100%, 80 – 100% and 90 – 100%.  The analyzer comes with the ability to auto-range through all four ranges, this is accomplished with the choice of a voltage or current analog output.

Alarm functionality is performed by 2 fully adjustable form C non-latching relay contacts. These can be configured as NO or NC and can be set as HIGH or LOW with optional delay mode. A power failure alarm is also standard and comes as a form C non-latching relay contact.

The oxygen sensor used in the OMD-775 is based on the galvanic electrochemical fuel cell principal and is compensated for both pressure and temperature giving the user added accuracy. All oxygen sensors are manufactured in house by Southland Sensing Ltd. under a strict quality program.

The analyzer is a cost-effective, yet similarly performing, alternative to paramagnetic oxygen sensors packaged in a 19” rack mount for easy installation and operation.