OPM250
Sensor for measuring organics and turbidity in aqueous medium
- RS485 Digital signal output
- Plug and play design
- Ultra-rigid cable for on-field use
- Enabled with remote accessed calibration
- Accessory less mounting design for adaptable application
- Non-corrosive POM PEEK shell
- Built in interference cancellation
- Narrow bandwidth spectral scanning
- Stable and precise data analysis better than earlier model
- Advanced diagnostics enabled system
- Optical method of measurement
- Shock proof sensor aperture
- Built in ACSC cleaning
- Adaptability to several water matrices
- Grill casing for protection while surface water deployment
The revolutionary UV-Vis Spectrophotometry based analyser, is the perfect balance of quick analysis, economical operation, consumable free and field deployable. It uses Dual Beam Absorption Spectrophotometry as a principle analysis method derived from Double Beam scanning of Ultraviolet and Visible light attenuation similar to other variants. The Analyser benefits include the absolute zero reagent use and ready for installing the system in outdoors. The model is specially designed for treated waste water applications where operating ranges are low but interferences are high. The new version of AUTOMATICA lets you use all the benefits of the system, such as remote access diagnosis, data memory and modularity. The model is specially designed for treated waste water applications typical ranges are low but interferences are high. Having definitive range of operation the OPM2500 is very precise relevant to applications like treated discharges of most kinds of effluents.
The OPM250 analyser system is the perfect solution for precise online measurement of COD, TSS ,BODc SAC. Based on its modular configuration, the parameters can be combined freely and you can measure Multiple parameters simultaneously. The most efficient solution for measuring the organics and turbidness that define the quality of water. The Consumable-less and chemical-free spectral measurement allows a precise determination of the COD and Turbidity level. Whether the source is influent, biological tank or effluent, the self-cleaning sensors are ready for sustaining the best of their performance.
The chemical, physical, and biological conditions of water form its quality. Even minute changes in these characteristics can impact the people and industries that depend on water. For the same reason, water quality sensors have become common in most modern distribution systems. Water quality sensors are employed using two main approaches. They are either used to directly measure constituents of interest (chemical concentrations, solids, etc.) in the measuring medium.
Features
- Along with the features of AUTOMATICA enabled version, the newer model has improved interference cancellation enabling its users to use the data for precise applications. The AUTOMATICA software upgrades brings out new level of Applied machine learning abilities, enabling a new world full of advanced data analytics for predictive hypothesis of Water management network
- Repetitive Calibration-free, precise measurement. Having its smart system core of repetitive reference technology benefits the operation of OPM250 over prolonged period without repetitive calibration
- Extreme robust even in corrosive media The spectral sensors are super resistant to environmental deteriorating effects, the body material being SS316L and Spectrometer window being quartz glass
- Minimal effort for maintenance-free cleaning system
- No external dependencies
- Outputs sensor diagnostics data to closely and continuously track field performance without the need of physical access
- Comes with a easy plug and play design that is robust enough for industrial application
ACSC Cleaning Version
- Cleaning through secondary medium like Air, Ultrasonic vibration or Chemical reagents may prove trouble some for continuous operation since it requires sensor to be placed in aqueous medium continuously in order for effective cleaning. Whereas On field operating conditions may force the analysers to become dry and cause scaling or depositions on such events.
- Conductive cleaning methodology makes it possible to clean toughest of the scales like oil residues and other fouls in all conditions
- Most replaceable spare includes only the N95 wiper, hence lesser replacable parts makes it robust for working under critical condition with no dependancy for skilled technician to troubleshoot usual aspects
*Full version subscription of AUTOMATICA may be required to for enabling all features
Installation methods
Medium immersed
- Sites with challenges like a distant medium source from the point of controller mount, this method of installation can be chosen.
- The analyser being constantly in contact with the medium helps the analyser to never face a dry-off situation
Extractive
- Where the sample enters and exits the system like a standard stationed measuring device. Usually avoids the Constantine medium matrix as the sample with variating quality flows through the device rather than a partially stagnant volume of medium.
- Sample extraction accessory is required for this type
OPM Series 250 system
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