TurbSense®

Key Benefits

UVA (ultra-violet absorbance) is an excellent surrogate parameter for TOC, DOC, COD and color.

UVT (ultra-violet transmission) allows for the calculation of optimal UV dose for disinfection systems, improving efficiency.

Accurate detection without the cost of reagents.

Few ongoing service or maintenance requirements.

Allows feed forward optimization of coagulation control, resulting in decreases in chemical consumption, reduction in sludge removal costs and minimization of DBP formation potential.

Strong ROI with pay back on the analyzer being seen by many customers within a few months.

UVA measurement ensures performance of various contaminant removal technologies such as membranes (RO, NF, UF), ion exchange (nitrates and TOC removal) and granular activated carbon (GAC).

Real time UVA analyzers can provide a final check of effluent water quality and can alarm an operator in case of non-compliance.

A UVA monitor can monitor the percentage removal of organics across any treatment system.

Can be combined with a CRONOS® or CRIUS® for a multi-parameter UV254 analyzer solution that suits your needs.

Standard Features

Online continuous operation

Patent pending Ortho-Beam technology

254nm wavelength UV light source

Displays UV transmittance or absorbance values

Robust protection and precise integration

The PC-3100 series pH/ORP transmitter has rugged IP 65 enclosure and can be wall, panel, pipe mounted for installation in almost any industrial application. The PC-3100RS offers RS-485 interface to support digital communication to your PLC. The transmitters inherit our reliable technology which features in accurate, robust, and easy to use functions.

Applications

Water treatment Chemical process Biochemical process Wastewater treatment Electrical process Food and beverage process

Features

1. pH, ORP, Temperature measurement
2. IP 65 waterproof and dustproof design
3. Back-lit LCD with ON/OFF/Auto programmable illumination
4. Two sets of isolated current output DC 0/4~20mA corresponding to measurement and temperature
5. Two Hi/Lo Limited contact outputs; Set points with programmable hysteresis function
6. Automatic temperature compensation
7. Gradually continuous sample measurements average function to enhance stability
8. Wash function with programmable time-interval control
9. LED indication alarm or wash status signal
10. Password protection
11. PC-3100RS with one analog output and one RS-485 interface

Key Benefits

• Immediate response to process changes in coagulation treatment – coagulation monitor
• Maintain high quality finished water through improved coagulation control –coagulation controller
• Reduce coagulant/polymer costs – coagulant analyzer
• Automate dosing coagulant/polymer dosing using the streaming current monitor –coagulant control
• Ensure coagulation reliability – coagulant analyzer
• Improve operator efficiency – coagulant analyzer
• Improve filter performance and coagulation treatment – coagulation controller
• Monitor your coagulation control process – coagulation monitor

Streaming Current Monitors Standard Features

• Patented sensor design
• Quick replacement probe and piston
• Self-diagnostic sensor
• High-volume flow minimizes sensor fouling
• Removes electronics from harsh environments
• Corrosion-free Nema 4x enclosure (IP65)
• Optional computer interface
• Spare probe cartridge and piston included
• Auxiliary input signals

Key Benefits

Many water companies want to measure free chlorine residuals without the need for chemical buffers traditionally associated with such measurements. Acetate and phosphate buffers are expensive and environmentally unfriendly. Buffer delivery systems are maintenance intensive and have fairly costly consumables and there are health and safety considerations in the handling of the acids and high disposal costs if the acid treated water is unable to be fed back into the water supply. Amperometric cells and most polarographic probes only respond to hypochlorous acid, (HOCl). HOCl dissociates into hypochlorite (OCl–) in a pH dependent manner. This is why most chlorine monitors need acid buffers in most applications. The typical pH of water measured on a water treatment works may range from 7 to 9.2. Chemical buffering reduces the pH to between 5 and 6 and ensures that the majority of the residual chlorine is present as HOCl (see graph below).

• Low purchase cost
• Low cost of ownership
• Reduced pH dependency (largely pH independent)
• Stable and reliable
• Bufferless
• Reagentless

Product Description

Whether you need to measure pH in your swimming pool, aquarium, or hydroponics garden, you need a probe that will deliver accurate measurements day in and day out. This low maintenance, low cost pH sensor provides reliable readings in a range of environments, from greenhouses to science classrooms. This sensor stands up to the usual wear and tear with its durable polycarbonate body and built-in protection for the pH glass measuring surface. Compatible with all pH meters accepting a BNC connector.

• Very fast response time: Platinum measurement surface for fast response time and stable readings
• No maintenance required: Sealed, no maintenance reference design
• Durable construction: Polycarbonate body is built for frequent lab or field use
• Instantly ready for use: Shipped in storage bottle for long shelf life – guaranteed for one year
• One year limited warranty: We stand behind all our products with the Sensorex Guarantee