SYCON 2702 - Hardness analyzer

SYCON 2702 - Hardness analyzer

The entry-level model for high demands: For optimal use at a softening plant or to protect a reverse osmosis, the limit value to be monitored and the measuring interval can be freely programmed.
In addition, relay contacts and a 4 ... 20 mA interface enable connection to a variety of control systems.

The special features of the SYCON 2702 analyser include:

  • Simple commissioning by means of an installation wizard
  • Menu guidance in German, English, Italian, French, Spanish, Russian, Polish, Dutch and Danish.
  • Optional measurement of total or carbonate hardness by selecting the indicator used
  • Freely programmable limit value within the measuring range of the indicator used.
  • Low indicator consumption, especially when operating on a soft water line
  • Low maintenance due to peristaltic pump technology and flushing of the measuring cell with line pressure
  • Self-calibrating against extraneous light, contamination and turbidity of the water sample
  • Reliable due to self-diagnosis and plausibility monitoring of sensor data during analysis
  • Diagnostic programme for all modules
  • Documentation of all measurement results on an SD card
  • Maintenance-free full-colour sensor
  • Tool-free maintenance of the measuring chamber

The SYCON 2702 is available for 230V AC or 24V AC/DC supply. It can be supplied on a wall bracket as well as in a closed housing.

The SYCON 2702 is a titration device for optimal use in a softening system or to protect reverse osmosis. The limit value to be monitored and the measurement interval can be freely programmed. In...

The SYCON 2702 is a titration device for optimal use in a softening system or to protect reverse osmosis. The limit value to be monitored and the measurement interval can be freely programmed. In...

The SYCON 2702 is a titration device for optimal use in a softening system or to protect reverse osmosis. The limit value to be monitored and the measurement interval can be freely programmed. In...