A new generation of cutting-edge liquid analysis sensors

Most industrial plants contain a wide arrange of sensors, mostly connected to a transmitter. The older sensors will use analogue communication, whilst the more contemporary models will connect to their transmitters digitally, enabling a higher level of accuracy as well as quicker and easier calibration, less time spent on maintenance and enhanced troubleshooting capabilities. 

A new generation of liquid sensor technology from Endress + Hauser rapidly and reliably reconstructs measurement data and forwards it digitally to the transmitter, enabling assured data transfer capability, increased measuring point availability and simple, unfettered operation. The Memosens 2.0 liquid analysis sensors currently caters for pH/ORP, dissolved oxygen and conductivity, but other liquid measurement parameters will be added in the near future. These sensors are prepared for IIoT and future-proof

Turning the potential of liquid measurement data into reality
Endress + Hauser’s Memosens 2.0 liquid sensors will provide a host of vital data so the operator is aware of not just the measured parameters but also information on minimum and maximum temperatures, calibration records, hours of operation and loading matrix. If information really is power, then Memosens offers operators the right information to make the right decisions to manage their  processes in the most effective manner. These highly reliable liquid sensors are also a useful tool for predictive maintenance applications when combined with Endress + Hauser Heartbeat technology or for improved IIoT capabilities with their Netilion Analytics ecosystem.

Making liquid analysis easy
Not only are Endress + Hauser’s new sensors state of the art, they are also extremely user-friendly. Memosens liquid sensors can be modified and calibrated in laboratory conditions to suit the operator’s needs and ensure result stability. With automatic sensor identification from the transmitter and a lockable bayonet connector, replacing sensors in the plant is quick and easy. 

Liquid sensor technology that improves process safety
These liquid sensors overcome the problems caused by moisture, corrosion or salt bridges thanks to their non-contact digital data transmission capabilities. Memosens will also issue alerts if its signaling is affected by autonomous causes. Electromagnetic and other electrical interference is avoided because of Memosens’ galvanic insulation. Endress + Hauser’s Memobase Plus software package will trace all of the sensors within the process and support the plant’s compliance to regulations set by each industry. For operators working in hazardous zones, Memosens 2.0 provides reliable and error-free adaptability for all measuring points because explosion proof sensors are easy to connect to any of Endress + Hauser’s transmitters with the same rating. 

Liquid sensors that save on operating costs
Field replacement is simple and quick because Memosens 2.0 sensors are pre-calibrated in the lab, reducing process downtime. Unlike conventional analog sensors, these digital models store calibration data internally, and regular regeneration extends sensor lifetime. 

Replacing Memosens 2.0 liquid sensors is a quick and easy task. The sensors are pre-calibrated in a laboratory to ensure that a plant’s downtime is minimal. The digital sensors store calibration history internally and with regular regeneration, they last longer and provide more accurate data than their analogue predecessors. 

Liquid sensors for every industry
These sensors are tried and tested for deployment in all process industries such as chemical, food and beverage, power, and water/wastewater. Memosens 2.0 liquid sensors are  backwards-compatible and are easy to integrate into established process systems, offering cutting edge and future-proof industrial liquid analysis.