Exporting to 140 countries and responsible for 30% of the Worlds Dairy Exports New Zealand's Dairy Industry is a world leader. Being in one of the most remote countries in the world it is critical to the success the NZ Dairy Industry is very efficient and maximises the value it gets for its base milk supply. Quadbeam Technologies Suspended Solids and Turbidity Meters are used in a wide range of applications throughout the New Zealand Dairy Industry and is a component that helps this success. Developed in NZ over 10 years ago to primarily meet the demands of the Dairy Industry Quadbeam are also used Internationally including Australia, North America, Latin America and Europe.
Why Quadbeam Sensors for Dairy Processing?
The unique requirements of the Dairy Industry require some special features.
- Demands for accuracy are met using the Four Beam ratio-metric self compensating process, measuring only solids in the liquid, not what is stuck to the surface of the sensor.
- A range of Sensors is available to best measure the level of solids you are wanting to measure giving greater accuracy and therefore control and efficiency.
- The rapid change in temperature during CIP cycles can induce leaks on some sensors, this is not possible for Quadbeam.
- Can be used for both direct in-line process control in Hygienic processes or constantly monitoring waste or non Hygienic line.
- Hygienic Sensors are 3A Sanitary Standards Accredited.
- Temperature resistance of standard range suits standard CIP temperatures. High Temperature resistant Sensors available for temperatures up to 105°C
- Easy User Interface with 5 point lineariser ensures easy set up and excellent accuracy.
- Calibrate to product being monitored ensures relevant data for operation.
Products relevant to the dairy industry
S10
0 to 40% Milk Fat
High Solids Levels
S20
0 to 20% Milk Fat
Most commonly used Sensor in wide range of applications
S40
0 to 1.5% Milk Fat
Low levels of Milk Fat. For monitoring CIP return chemicals, Filter Breakthrough
T30 Turbidity Meter
0 to 50 to 0 to 1000 NTU
Very low levels of solids. Commonly used in Condensate Monitoring and Heat Exchanger Breakthrough.
