• The new Thermo Scientific™ Orion™ 7070iX TRO Analyzer is designed to provide continuous and online measurement of TRO to ensure process treatment optimization. When dechlorination efficiency is paramount, TRO monitoring is a critical measurement.
• Process control is achieved by measuring TRO online to ensure accurate dosing to control biological growth at optimal operational cost of biocides and oxygen scavengers
• Ion selective electrode (ISE) technology solves these issues with significantly improved detection limit and accuracy using the existing USEPA approved Orion 97-70 ISE method.
• Fast, accurate and reliable online TRO (Total Residual Oxidant) detection – optimized for discharge applications that requires critical monitoring of TRO.
• Continuous and online measurement of TRO to ensure process treatment optimization.
• Strict regulatory discharge permits in many countries (U.S. and Canada for example) require that chlorine levels must be monitored online
• Higher detection limit
• Larger error at low ppb level
• Ion selective electrode (ISE) technology solves drift due to discoloring reagent and poor performance in sea water and other waters with interfering ions issues with significantly improved detection limit and accuracy using the existing USEPA approved Orion 9770 ISE method.

• PTFE membrane caps for sensor refurbishment in minutes
• Rugged and sensitive galvanic dissolved oxygen sensor with rapid response
• Offers high performance results
• Galvanic dissolved oxygen sensor with unique Guard Ring™ technology; capable of consuming oxygen and associated gases

• Provides early warning detection of sodium
• Features simple, step-by-step scrolling instruction
• Offers measurements at a glance with visible backlit display
• Limits calibration cycles with Orion sodium electrode technology
• Minimizes of operator time and maintenance without use of complicated moving parts or pumps
• Detects limit of 0.1ppb
• Offers flexible application packages suited for continuous sodium monitoring in a wide variety of samples

• Low reagent consumption due to a highly optimized, state of the art design
• Wide range of detection – 0.03 - 30mg/L provides a complete picture of ammonia treatment process
• Large, easy-to-read display allows for easy viewing in all types of lighting conditions
• Simple menu navigation – an easy-to-read and understand menu structure
• Compact size capable of being panel- or wall-mounted
• Intelligent Sample Awareness – intelligent algorithm that senses the sample to keep the analyzer in a ready state, while offline, for up to 30 days

2002CC

• The 2002SS 2-electrode conductivity cell is stainless steel with a cell constant of 0.1cm-1
• Sensor features a low cell constant value and is designed to provide high accuracy in low conductivity, ultra pure water and pure water samples in a process environment
• Built with 316 stainless steel, this high purity sensor provides months of accurate measurements with virutally no maintenance between calibrations

2002SS

• The 2002CC 4-electrode conductivity cell is an epoxy body sensor with a cell constant of 0.475cm-1
• Sensor is ideal for high and standard conuctivity samples across a variety of industrial applications
• Four-electrode design compensates for electrode fouling, cable and connector resistance or polarization errors
• The epoxy/graphite cell material is extremly durable and chemically resistant

Reference System:

• Platinum silver chloride-free
• Drift-free, with precision 0.02 pH

• Ultra pure water
• Potable water
• Aqueous solutions

The ROSS™ reference system provides a drift-free measurement system with accurate results. 

Features:

• Room for 1 in. NPT mounting
• A replaceable salt bridge that extends sensor life
• A PT1000 temperature element
• Customizable cable lengths of 10 to 30′ (kits are available for customization)

Benefits:

• Accurate, reproducible results
• Double junction design to prevent contamination
• Unparalleled pH response to extreme temperature changes

Recommended for:

• Wastewater Treatment
• Pharmaceutical
• Process Water
• Industrial Water
• Drinking Water
• Power Effluent
• Food Processing

• Handles pressures of up to 20897KPa (3030psi)— average pressure of process steam is approximately 6896KPa (1000psi)
• Reduces the temperature of the sample from 538°C (1000°F) to under 38°C (100°F)
• Requires no electrical hook up, so it can be used in multiple countries regardless of the voltage requirements
• Can also be used in hazardous locations (e.g. petrochem) without any danger of explosion
• Has a mechanical temperature shut off valve which will trip if the temperature exceeds 40°C (104°F)
• Avoids costly damage if cooler fails or the cooling water becomes too hot; valve diverts the hot sample away from online monitor