
Your benefit
- Easy and safe integration in the control level
- Reliable process control and data transmission
- Precise measurement and documentation of all parameters
- Maximum efficiency in the production process
For the continuous production of pure media and of concentrates, reverse osmosis is an important method for water treatment. It is used for example to produce drinking water from salt water. The process requires optimal interplay between actuators and sensor technology. The monitoring of pressure conditions and flow rates enables efficient control and early detection of fouling. The conductivity measurement ensures that the desired water quality is achieved. An intelligent digital communication strategy creates even more possibilities for transparent and effective monitoring. This makes it possible to define specific process parameters such as yield, salt retention or pressure loss through the membrane stages in order to optimize efficiency.
Fitting products for your system
multiCELL - Multi-channel and multi-function transmitter/controller
- Compatible with most common flow, pH/ORP, chlorine and conductivity sensors
- Simple, intuitive user interface with a large adjustable backlit graphics display (4 user defined views)
- Hardware extension possibilities (up to 6 free slots)
- Industrial Ethernet (Modbus TCP, PROFINET or EtherNet/IP) option available
- Functionality extendable by software options
Inline flowmeter for continuous measurements
- Economic integration in pipe systems without any additional piping
- 3-wire frequency pulse variant to directly interface with PLC’s (PNP and NPN)
- Connection to Bürkert devices in remote variants
- Variant HT for high temperature and pressure (max. 125 °C/max. 40 bar) available
Conductivity sensor
- Compact version for DN15…DN200
- Wide range of conductivity measurement thanks to different cells
- Broad range of process connections with various fittings
Pressure measuring device
- Ceramic/thick film measuring cell
- 2-wire version for 4...20 mA output
- Compact, stable construction for the highest operational reliability