Description

测量除气器的液位

要求

  • 工艺过程控制

Description

测量接收的原奶

要求

  • 工艺过程控制
  • 精确的测量值,用于产量计算
  • 处理空气夹带

Description

测量原奶的温度

要求

  • 工艺过程控制

Description

测量原奶的压力

要求

  • 工艺过程控制

Description

测量原奶的电导率

要求

  • 配备反应迅速的测温仪,准确地反映两相分离
  • 结构精巧,适用于小口径管道

Description

测量原奶的 pH 值

要求

  • 品质控制

Description

测量总固体悬浮物

要求

  • 工艺过程控制

Description

储罐的限位报警

要求

  • 工艺过程控制

Description

测量储罐的液位

要求

  • 工艺过程控制
  • 搅动的液面

Description

储罐的限位报警

要求

  • 工艺过程控制

Description

测量冷却液体的温度

要求

  • 工艺过程控制

Description

测量冷却液体的压力

要求

  • 工艺过程控制

Description

测量牛奶的温度

要求

  • 品质控制

Description

牛奶的体积流量

要求

  • 工艺过程控制

Description

牛奶的过程压力

要求

  • 工艺过程控制

Description

冷却水的流量控制

要求

  • 工艺过程控制

概览

Milk reception in liquid milk & cream production

Measurement of delivered milk quantity

Dairies have special “Reception” departments to receive and handle the milk brought in from the farms. The first action is to determine the quantity of the delivered milk. This is recorded and entered into the control system that the dairy uses to weigh or measure the intake and compare it with the output - a necessary task to monitor and control the efficiency of the milk and cream production and to control the yield.

The delivered quantity of the milk can be measured by volume or by weight. Sometimes electromagnetic meters are used to measure the volume of the milk intake: alternatively the tankers/trucks are weighed, or Coriolis mass flowmeters are used to measure the mass (weight) delivered. Various other factors can affect which route is chosen: the main disadvantage with volumetric measurement is that this is affected by the temperature, and can be inaccurate because of the effect of any entrained gas in the raw milk. Vehicle weighing systems (load cells) have inaccuracies caused by the effect of water or snow carried on the vehicle, which is measured as well. With OPTIMASS Coriolis flowmeters the amount of delivered raw milk can be measured precisely. This offers the possibility for a accurate calculation of the production plant efficiency. Furthermore, EGM™ technology by KROHNE (Entrained Gas Management) was developed for OPTIMASS mass flowmeter to overcome problems caused by air or gas entrainments in raw milk for example. Powerful control algorithms allow the flowmeter to maintain operation over a wide range of gas fractions and complex flow conditions.

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