Lf measurement according to KF PE 1C / PE 3C / PE 2C
Chemistry & Refinery
Power plants
Nuclear
Sampling technique
Continuous sampling device with integrated conductivity measurement and extended basic version
Overview

The PE C sampling device is used for continuous sampling from the process. PE C has an integrated online conductivity measurement behind a strongly acidic cation exchanger and the additional option of laboratory sampling. The basic version of this sampling device consists of the following main components from Dr. Thiedig:

  • Shut-off valve
  • Blow-off valve (optional)
  • High pressure sampling cooler with temperature measuring point and optional cooling water fittings
  • Pressure reducing valve
  • Sample distribution (VB 1x or VB 2x)
  • Cation filter
  • Conductivity measurement with flow-through vessel (separate offer or customer provision)
  • Drain funnel
  • Mounting plate from 600 x 1,000mm (WxH)

Advantages
  • Space-saving arrangement for centralized or decentralized installation
  • Ensuring a high quality standard through a high proportion of in-house production
  • High process reliability due to continuous measurement

About Sampling Cooler
Product category
Sampling equipment

Sampling devices are used for continuous or discontinuous sampling from the water-steam circuit. These devices consist of standardized components for liquid or vapor samples. The design of the devices follows the specified measuring tasks and basically distinguishes the following types:

  • PE A (laboratory sample)
  • PE B (laboratory sample & 1x measurement)
  • PE C (laboratory sample & 1x cation conductivity measurement)
  • PE D (laboratory sample & 1x cation conductivity measurement & 1x pH measurement)
  • PE E (laboratory sample & 1x cation conductivity measurement / specific conductivity measurement in the same sample string)

The standardized facilities can be supplemented with additional measurements and accessories to meet specifications.

Advantages

  • Space-saving arrangement for centralized or decentralized installation
  • Ensuring a high quality standard through a high proportion of in-house production