Product Oxymax W COS61

Oxymax W COS61 is optical sensor acc. to the fluorescence quenching principle for measuring dissolved oxygen.

 

Your benefits:

• Optical technology:
  - Minimum maintenance
  - Maximum availability
• Compatible with tried-and-tested COS31 with COM2x3W:
  - Easy measuring point changeover to optical technology
• Compatible with COS41 with COM2x3D with conversion kit
• Sensor with digital signal processing:
  - Calibration data saved in sensor
  - High degree of EMC protection thanks to digital communication with the transmitter
• Extended maintenance intervals and a high degree of long-term stability
• Intelligent self-monitoring guarantees reliable measured values
• No flow needed - measurement possible in still water

The continuous measurement of the concentration of dissolved oxygen is very important in many areas of water management:

• Sewage treatment plants:
  Oxygen measurement and regulation in the activated sludge basin for a highly efficient biological cleaning process
• Water monitoring:
  Oxygen measurement in rivers, lakes or seas as an indicator of the water quality
• Water treatment:
  Oxygen measurement for status monitoring of drinking water for example (oxygen enrichment, corrosion protection etc.)
• Fish farming:
  Oxygen measurement and regulation for optimum living and growth conditions

Production time:
Endress+Hauser works to a defined standard production time (from order entry to goods issue) depending on the variant of the Oxymax W COS61.
Production times can be confirmed via your contact person or via the online shop.

Distribution:
Endress+Hauser will ship your order direct to your delivery address. In certain cases express or emergency shipments can be made on request.

Track & Trace:
Check your order status online using your reference number or the Endress+Hauser order confirmation number.

Spare Parts Logistics:
Spare parts are handled as standard products with a short standard delivery time. On request we deliver on shortest possible delivery time (extra charge).