• 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.

Description

• Replaceable salt bridge to extend sensor life
• Offered with NTC300 or PT1000 temperature elements
• Electrode protection options

• Replaceable salt bridge to extend sensor life
• Offered with NTC300 or PT1000 temperature elements
• Electrode protection options

AquaSensors AnalogPlus ORP 1.0 Sensor

• 1 inch NPT mounting
• Differential ORP sensor designed for continuous use in the most demanding industrial applications
• Replaceable salt bridge extends sensor life
• Offered with NTC300 or PT 1000 temperature element
• Electrode protection options
• Available in choice of materials for a wide range of applications

Markets/Applications

• Wastewater treatment
• Metal finishing
• Bleaching pulp
• Disinfection control

• Large color display
• Up to four sensor inputs
• Up to eight current outputs
• Up to six alarm/control relays
• Multiple digital communication protocols
• Broad sensor compatibility
• Seven user-selectable languages

Markets:

• Power generation
• Pulp and paper
• Bottled/municipal water
• Wastewater
• Process water
• Industrial water

Applications:

• High-purity applications to wastewater effluent
• Rugged industrial environments
• Process optimization and control applications

Functions and Features:

• One to four sensors for optimal cost per measurement point
• Temperature measurement for all sensors (standard)
• NEMA 4X Enclosure for indoor/outdoor use
• Wall, pipe and 1/2 DIN panel-mounting options
• Very readable, large color graphics display
• Math functions for percent rejection, percent pass and others
• Data and event logs for four channels for 30 days (standard)
• Front panel USB port for easy data log extraction, quick system configuration, field software upgrades
• Calibration, system setup, diagnostics and service menus
• Two 4 to 20mA loop outputs per sensor (up to eight)
• Three Form C Relays for alarm, control and wash (standard)
• Option for six Form C Relays when up to three sensors are used
• Full-featured PID function for process control
• Digital protocol options for remote measurement, calibration, setup and diagnostics: MODBUS, DeviceNet
• Six cable ports for standard conduit and cordgrip fittings

Monitor for the WaterWatch² Range

The 7300w² Monitor is the core product in the WaterWatch² range. The monitor is designed to interface with all of the sensors in the WaterWatch² range. The monitor specification provides all the connections required for 1 or 2 sensors, systems can be created by the use of expansion boxes to include multiple sensors. The maximum number of sensors will be limited by the practicalities of most sites. We anticipate 8 being a sensible maximum although many more can be accommodated.

The 7300w² contains an inbuilt trending display, customer configurable, that shows the last 24 hours data for any measurement point on an easy to navigate graph. This can also be downloaded for reporting purposes. An external USB port and data logging function allows users to log and retrieve all stored data for a site in a standard .csv format without the need for specialist SD cards or compatible hardware.

Combining sensors provides a very cost effective way of simultaneously monitoring parameters such as dissolved oxygen and suspended solids in an activated sludge plant, or pH and turbidity at a treatment works outfall where the sensors can be located close together.

Self Cleaning Suspended Solids Sensor

The TurbiTechw² LA Sensor has been designed for use in aeration systems monitoring suspended solids also known as mixed liquor suspended solids or activated sludge where solids are typically in the range of 1,500 to 3,500 mg/l. The sensor can also measure Returned Activated Sludge (RAS), Surplus Activated Sludge (SAS) and suspended solids or turbidity.

The large optical surface and sample volume combine to ensure that the sensor is providing information that is reliable and representative of the solids present in the process. Deposits of fats and grease on the sensing area do not prevent the sensor from measuring unlike sensors with small optical surfaces. In addition, the sensor incorporates a self cleaning mechanism that ensures the optical surfaces are kept clean at all times, the cleaning system is designed to avoid problems with ragging and does not smear the optical system.

Self Cleaning Sensor for Suspended Solids and Turbidity Monitoring

The TurbiTechw² LS Sensor is designed to monitor the levels of suspended solids or turbidity typically found in final effluent from municipal and industrial wastewater treatment plants. It is also great at monitoring solids in the intake to both effluent and drinking water treatment processes.

Monitoring of these key parameters requires sensors that are reliable and accurate, the TurbiTechw² LS meets this requirement perfectly. The large optical surfaces and sample volume ensure that the information provided by the sensor is both representative of the process and tolerant of fouling. In addition, the sensor incorporates a self cleaning mechanism that ensures that the optical surfaces are kept clean at all times, the cleaning system is designed to avoid problems with ragging and does not smear the optical system.

The TurbiTechw² LS Sensor employs infrared light at 860 nm using the 90º Light Scatter principle in accordance with ISO7027 (2000). The cleaning process is automatically initiated by the 7300w² Monitor at a user determined frequency. The cleaning process takes only 90 seconds, which means that the sensor is available for 99.5% of the time with a 6 hourly cleaning cycle.

Self Cleaning Sensor for Suspended Solids and Turbidity Monitoring

The TurbiTechw² HR Sensor has been specifically designed for use in wastewater treatment systems where high levels of suspended solids are desirable in the aeration phase. Membrane Bio Reactors (MBR) typically run with MLSS values in the region of 8,000 to 14,000 mg/l. High MLSS concentrations promote numerous process benefits, including stable operation, complete nitrification, and reduced biosolids production reducing biological volume requirements (and associated footprint) to only 20-30 percent of conventional biological processes.
 

Overview 

In addition the sensor incorporates a self cleaning mechanism that ensures the optical surfaces are kept clean at all times, the cleaning system is designed to avoid problems with ragging and does not smear the optical system. The cleaning system ensures that manual intervention on a routine basis is not required, the sensor should simply be checked as part of general site housekeeping. The large optical surface and sample volume combine to ensure that the sensor is providing information that is reliable and representative of the solids present in the process. Deposits of fats and grease on the sensing area do not prevent the sensor from measuring unlike sensors with small optical surfaces

The TurbiTechw² HR Sensor uses infrared light at 860 nm and operates using the Light Attenuation Principle. The cleaning mechanism uses a polyurethane wiper seal, sealed by 2 Nitrile ‘H’ Rings that finish the cleaning process. The Nitrile seals can be exchanged for Viton if the process media dictates. The cleaning process is automatically initiated by the 7300w² Monitor at a user determined frequency. The cleaning process takes only 90 seconds, which means that the sensor is available for 99.5% of the time with a 6 hourly cleaning cycle.

Engineered specifically for recirculating aquaculture systems, the YSI 5200A continuous monitor and AquaManager® Software can be used to integrate process control, feeding, alarming, and data management into one product or can be used to simply monitor one tank. Powerful enough to manage a full scale farming operation from anywhere in the world yet simple enough for anyone to use.

Access your facilities water quality data at any time with the AquaViewer App from the App Store or manage your network with AquaManager desktop software.

• Multiparameter monitor: DO, Temperature, Conductivity, pH, ORP, Salinity
• Ethernet TCP/IP or wireless communications
• Event logging records calibrations, high and low conditions and more
• Conditional feed timer with Feed Smart software included
• Networking capability up to 32 instruments per comm port or can be integrated with 5400 Multi DO monitors
• Graphic, backlit LCD - quick, reliable system status checks
• Plug-and-play...easy to install and maintain with user-scalability - no need to hire consultants
• Flexible monitoring and control software
• Email and SMS alarming

Feed Smart software manages food delivery based on user-selectable inputs to manage feed delivery based on number of daily feedings, daily feed weights, total biomass and FCRs, along with parameter control based on water quality values. interfaces with most auto feeders.

AquaManager desktop software provides the ability to instantly see an overview of your facility, manage parameter set points, and conveniently manage data to make informed operation decisions. If you're interested in a continuous monitor for dissolved oxygen, please visit the 5500D (optical dissolved oxygen) or 5400 (galvanic dissolved oxygen) page.

The YSI IOEM and REM expansion modules increase the flexibility and capability of the YSI aquaculture platform when networked with 5200A, 5400 or 5500D instruments. Configure 4 (IOEM-4) or 8 (IOEM-8) analog channels as inputs or outputs for the ability to integrate 3rd party sensors or output from other devices. Outputs can be configured to control pumps, UV systems, analog valves, or send data to SCADA/ PLC systems. REMs (Relay Expansion Module) add relays where needed to control feeders, lighting, heaters, alarming, and more.

Designed specifically for Aquaculture Systems, the YSI 5500D and AquaManager® Software integrate process control, alarming, and data management into one product. Simple enough to monitor one tank, powerful enough to manage a full scale farming operation from anywhere in the world. Simultaneously measure dissolved oxygen with optical technology in multiple tanks or ponds.

Optical Dissolved Oxygen (DO) Meter for Continuous Monitoring and Control

5500D monitors and their optical probes proved to be a valuable tool for the management of super-intensive shrimp culture, allowing quick adjustments to be made to minimize stress from low DO while setting upper and lower DO limits helped to optimize oxygen use.
- Dr. Tzachi Samocha

Win a Free System! Enter to win - it's quick, easy and smart.

Designed specifically for aquaculture systems, the YSI 5500D continuous monitor for dissolved oxygen and AquaManager® Software can be used to integrate process control, feeding, alarming and data management into one product or can be used to simply monitor one tank. With YSI's ODO® optical dissolved oxygen technology you'll benefit from reduced costs, less maintenance and better data. The ODO sensors require no membrane changes, no electrode cleaning, no stirring requirement and less frequent calibrations.

Access your facilities water quality data at any time with the AquaViewer App from the App Store or manage your network with AquaManager desktop software.

•MultiDO monitor using optical DO technology; 1-4 DO probe inputs depending on model
•Ethernet TCP/IP or wireless communications - optional
•Event logging records calibrations, high and low conditions, and more
•Conditional feed timer with Feed Smart software included
•Networking capability up to 32 instruments per communications port or integration with 5200As and 5400s
•Graphic interface function for quick, reliable system status with the use of AquaManager software
•Plug-and-play...easy to install, setup and maintain; no need to hire consultants
•Flexible control software
•E-mail and SMS alarming
•AquaViewer app available for easy access to data at any time

The standard conditional feed timer, Feed Smart, manages food delivery based on user's preset criteria. Manage feed delivery based on user-selectable inputs for the number of daily feedings, daily feed weights, total biomass and feed conversion ratios (FCRs), along with parameter control based on water quality values. Interfaces with most auto feeders.

Optional AquaManager® desktop software allows you to view, configure, or setup instruments from the convenience of one central location. Instantly see an overview of your facility, manage parameter set points, and conveniently manage data to make informed operational decisions. The facility mapping feature provides an immediate overview of all ponds or tanks indicating their current state.

The YSI IOEM and REM expansion modules increase the flexibility and capability of the YSI aquaculture platform when networked with 5200A, 5400 or 5500D instruments. Configure 4 (IOEM-4) or 8 (IOEM-8) analog channels as inputs or outputs for the ability to integrate 3rd party sensors or output from other devices. Outputs can be configured to control pumps, UV systems, analog valves, or send data to SCADA/ PLC systems. REMs (Relay Expansion Module) add relays where needed to control feeders, lighting, heaters, alarming, and more.

Designed specifically for Aquaculture Systems, the YSI 5400 and AquaManager® Software integrate process control, alarming, and data management into one product. Simple enough to monitor one tank, powerful enough to manage a full scale farming operation from anywhere in the world. Simultaneously measure dissolved oxygen in multiple tanks or ponds.

Engineered specifically for aquaculture systems, the YSI 5400 and AquaManager® Software integrate process control, alarming, and data management into one product. Simple enough to monitor one tank, powerful enough to manage a full scale farming operation from anywhere in the world. Simultaneously measure dissolved oxygen in multiple tanks or ponds.

Access your facilities water quality data at any time with the AquaViewer App from the App Store or manage your network with AquaManager desktop software.

• MultiDO monitor
• Ethernet TCP/IP or wireless communications
• Event logging records calibrations, high and low conditions and more
• Conditional feed timer with Feed Smart software included
• Networking capability up to 32 instruments per comm port or can be integrated with 5200A multiparameter monitors
• Graphic, backlit LCD - quick, reliable system status checks
• Plug-and-play...easy to install and maintain with user-scalability - no need to hire consultants
• Flexible monitoring and control software
• E-mail and SMS alarming

Feed Smart software manages food delivery based on user-selectable inputs to manage feed delivery based on number of daily feedings, daily feed weights, total biomass and FCRs, along with parameter control based on water quality values. interfaces with most auto feeders.

AquaManager desktop software provides the ability to instantly see an overview of your facility, manage parameter set points, and conveniently manage data to make informed operation decisions.

If you're interested in a continuous monitor for multiple parameters, please visit the 5200A page or if you'd prefer optical dissolved oxygen please visit the 5500D page.

The YSI IOEM and REM expansion modules increase the flexibility and capability of the YSI aquaculture platform when networked with 5200A, 5400 or 5500D instruments. Configure 4 (IOEM-4) or 8 (IOEM-8) analog channels as inputs or outputs for the ability to integrate 3rd party sensors or output from other devices. Outputs can be configured to control pumps, UV systems, analog valves, or send data to SCADA/ PLC systems. REMs (Relay Expansion Module) add relays where needed to control feeders, lighting, heaters, alarming, and more.

The app makes it easy for aquaculture and aquatic life support system operators to monitor the water quality of their facilities, even when they are away from the facility. Current data is updated every 10 seconds giving the operator precise, real-time data. Data is logged every 10 minutes for  historical data.

AquaViewer II Features:

• Real-time water quality data, accessible at a finger’s touch
• Keep a close eye on your facility, remotely
• Easily view the status of your tanks with color-coded icons
• Alarms can be sent via email, text and badge notifications to ensure you are alerted when alarm conditions are met
• Data is collected every 10 minutes, on the server, for accurate water quality conditions
• Cloud-based system stores data
• Easily view historical data
• Configure tanks and map in AquaManager for display in the App
• Greater flexibility to display data with responsive pages that adapt to the size of your screen (mobile-friendly)
• Easy to use with simple menu structure

The App is free. Subscription includes monthly hosting fees and are based on the number of units being used.

Compatible with Apple devices, versions iOS 9.0 or higher:

• iPhone 4S or later
• iPad 2 or later
• iPad mini or later
• iPod Touch (5th generation)

• Multiple kiln support
• Added ThermoView TV40 Thermal Imager support (Additional hardware required)
• Added Pyrometer support – including Mi3 and Endurance units – for Burn Zone and Shadow
• monitoring (additional hardware required)
• Analog and Digital I/O (Wago)
• “One brick” resolution hot spot detection, even in shadowed areas

• Polar charts highlighting coating thickness and brick thickness
• Envelope profiles – including alarm functionality – over the entire kiln
• Built-in, on-network storage to store historical data
• Free scalable AOIs (areas, line and slice) including temperature trend analysis
• Virtual 3D walkthroughs across the entire kiln
• 3D views available per each defined kiln zone
• Easy-to-use software configurations that showcase the scanner position relative to the kiln
• Flexible image sizing and configurable orientations of rotation
• Fail-safe “hot spot” alarm outputs

• Cement, Mineral and Lime Manufacturing
• Paper Manufacturing
• Metals Processing Applications
• Chemicals Processing Applications