Name: TELEDYNE-Oxygen Analyzers 3000RS Series - Seven Star LLC
Price: 1 USD
Availability: InStock

The Model 3000RS Series is the next generation of online percent and trace oxygen analyzers from Teledyne Analytical Instruments. These analyzers are designed with the improved precision, sensitivity and accuracy of their predecessor, modern electronics and updated graphic user interface, all packaged into a compact and elegant chassis.

Model 3000RS-P

The 3000RS-P offers 0-1%, up to 0-100%, oxygen analysis range using Teledyne’s unique micro-fuel cell technology. The micro-fuel cell absorbs and reacts with oxygen (O₂) to generate a linear electrical signal, proportional to the concentration of O₂ in the measured sample. The O₂ sensor is robust and suitable for operation in a diverse gas background, and is unaffected by changes in sample flow.

Model 3000RS-T

The 3000RS-T offers 0-10 ppm, up to 0-10,000 ppm, oxygen analysis range using Teledyne’s unique micro-fuel cell technology. The micro-fuel cell absorbs and reacts with oxygen (O₂) to generate a linear electrical signal, proportional to the concentration of O₂ in the measured sample. The O₂ sensor is robust and suitable for operation in a diverse gas background, and is unaffected by changes in sample flow. Teledyne’s patented InstaTrace sensor shields the sensing membrane from high ambient oxygen exposure, resulting in a much faster installation and start up recovery time of new installed O₂ sensors.

Model 3000RS-TXL

The 3000RS-TXL offers 0-1 ppm, up to 0-10,000 ppm, oxygen analysis range using Teledyne’s unique micro-fuel cell technology. The micro-fuel cell absorbs and reacts with oxygen (O₂) to generate a linear electrical signal, proportional to the concentration of O₂ in the measured sample. The O₂ sensor is robust and suitable for operation in a diverse gas background, and is unaffected by changes in sample flow. Teledyne’s patented InstaTrace sensor shields the sensing membrane from high ambient oxygen exposure, resulting in a much faster installation and start up recovery time of new installed O₂ sensors.