JUMO Conductivity Sensors – Reliable Control in Water and Process Applications
JUMO conductivity sensors are essential when precise monitoring of dissolved ions is required – whether in water treatment, industrial processes, or environmental analysis. At HeylNeomeris, we offer selected models that deliver consistent performance under demanding conditions.
Why JUMO sensors are the right choice:
• They ensure accurate conductivity readings across a wide measuring range
• With durable materials and IP65/IP67 protection, they withstand harsh environments
• Digital outputs and temperature compensation enable seamless process integration
• Two- and four-electrode versions cover diverse application needs
Electrical conductivity is a measure of how well an aqueous solution can conduct an electric current. It directly depends on the concentration of dissolved ions (salts, acids, or bases) in the water. The more charged particles are present, the higher the conductivity.
Conductivity measurement is a simple, fast, and reliable indicator of water quality. It is often used to monitor ultrapure water, process water, and wastewater. However, conductivity is a non-selective parameter—it does not indicate which substances are dissolved, only their total amount.
JUMO conductivity sensors are used in a wide range of applications, such as:
- Drinking and ultrapure water treatment: Monitoring purity levels and detecting contamination early.
- Chemical and pharmaceutical industry: Process media control and verification of product quality.
- Food and beverage industry: Monitoring of CIP cleaning cycles and product water quality.
- Wastewater treatment: Inlet and outlet monitoring for regulatory compliance.
- Power plants: Monitoring feed water to prevent corrosion and scaling.
Other areas of application include:
- Boiler feed water and condensate monitoring
- Reverse osmosis and ion exchange systems
- Environmental monitoring (e.g., rivers and lakes)
- Aquaculture and fish farming
- Battery water and cooling circuits
- Measuring instruments
- Chemistry
- Controls
- Electrodes and sensors
- Dosing technology
- Plant engineering
- Disinfection and Hygiene
- Laboratory & Mobile Measurement Technology
- Accessories
- Training courses
- Service & Company
Filter products
2-electrode principleproven versions for industrial use measuring ranges 0 ... 1 mS/cm (K = 0.1) or 0.01 ... 15 mS/cm (K = 1.0) temperature range up to 55 °C, maximum pressure up to 6 bar at 25 °C JUMO ecoLine CR-PVC conductive 2-electrode conductivity sensorBrief description: Conductivity sensors of the 202923 series are used, for example, in general water technology, cooling and air-conditioning systems, drinking and bathing water, or in industrial rinsing and process water circuits. The body material PVC limits the application to medium temperatures up to 55 °C. Two versions with cell constants K = 0.1 or 1.0 are available. Versions with the common thread sizes G 3/4" or G 1" or a plug-in version are available for installation. The plug-in version is used, for example, with the matching PVC tees in nominal sizes DN 25, 32 and 40 and allows the sensor to be quickly dismantled for cleaning or maintenance. The electrical connection is made either via a detachable device plug or via a fixed cable connection. The overall construction and the parts in contact with the medium are physiologically harmless. The electrode material is stainless steel (K = 0.1) or special graphite (K = 1.0). The optionally integrable temperature sensor allows simultaneous recording of the medium temperature for temperature compensation in downstream measuring amplifiers.Stainless steel variant K = 0.1 The sensor has 3 metallic pin electrodes. The two outer pins are electrically connected and form one pole of the 2-electrode conductivity sensor. The counter electrode is the middle stainless steel pin. This design achieves very high measurement precision with low stray fields. A temperature sensor can be integrated in the middle pin. Graphite variant K = 1.0 For physical reasons, special graphite is used as the electrode material for higher conductance values. The two graphite electrodes are completely integrated in the electrode shaft. The optional temperature sensor is located in a stainless steel sleeve that is immersed in the measured medium. Operating principleThe sensors of the 202923 series are 2-electrode conductivity sensors. An AC voltage is applied to them by the transmitter. The current flowing across the liquid and the electrodes is determined by the conductivity of the liquid
JUMO PVC T-piece DN32 incl. union nut, O-ring and adhesive socket JUMO PVC T-piece DN32 incl. union nut, O-ring and adhesive socket This JUMO PVC T-piece DN32 is the suitable accessory for installing a JUMO ecoLine CR-PVC 2-electrode conductivity sensor. It is supplied including a union nut, O-ring and adhesive socket and is available as a DN32 version. The JUMO T-piece DN32 is therefore a suitable accessory for selected ecoLine CR-PVC sensor variants. This version is particularly useful when the conductivity sensor needs to be integrated cleanly and practically into a suitable pipeline system. Thanks to the supplied mounting set, important components are already included, which simplifies installation and supports a maintenance-friendly installation solution. Especially in applications where the sensor must be cleaned regularly or removed for maintenance work, a suitable T-piece is a practical addition. This creates a suitable installation situation for the JUMO ecoLine CR-PVC 2-electrode conductivity sensor. Technical data Version: DN32 Material: PVC Scope of delivery: Union nut, O-ring, adhesive socket Suitable for: JUMO ecoLine CR-PVC 2-electrode conductivity sensor Why is this JUMO T-piece useful for the ecoLine? Anyone looking to integrate a suitable JUMO ecoLine CR-PVC conductivity sensor into a DN32 pipeline receives a practical and suitable installation solution with this T-piece. The complete scope of delivery simplifies installation and makes the accessory especially practical for new installations, retrofits or the replacement of existing components.