Device for the measurement of the electrical conductivity of aqueous solutions using a two-electrode conductivity cell without temperature compensation. Designed as measuring device with external measuring cell, with or without potential-free relay output available.- Applications: Demineralisation, reverse osmosis, desalination, cooling water recirc., phase separation- Operation at 9V DC via included wall transformer power supply.- Versions with relay output: 1 potential-free relay with reversible mode of action for the relay output- Optical limit indication via LEDs Technical Data- Measuring ranges: 0 - 10 / 100 / 1000 uS/cm, depending on type of device- Indication of limit values: Optical via LEDs, 2 limit values can be set within 0 and 100 % of the measuring range- Versions with relay output: 1 potential-free relay contact, max. 2 A / 250 V AC, 60 W / 62.5 VA- Versions with external measuring cell: For this reason measuring device includes wall brac

Device for the measurement of the electrical conductivity of aqueous solutions using a two-electrode conductivity cell without temperature compensation. Designed as measuring device with external measuring cell, with or without potential-free relay output available.- Applications: Demineralisation, reverse osmosis, desalination, cooling water recirc., phase separation- Operation at 9V DC via included wall transformer power supply.- Versions with relay output: 1 potential-free relay with reversible mode of action for the relay output- Optical limit indication via LEDs Technical Data- Measuring ranges: 0 - 10 / 100 / 1000 uS/cm, depending on type of device- Indication of limit values: Optical via LEDs, 2 limit values can be set within 0 and 100 % of the measuring range- Versions with relay output: 1 potential-free relay contact, max. 2 A / 250 V AC, 60 W / 62.5 VA- Versions with external measuring cell: For this reason measuring device includes wall brac

Device for the measurement of the electrical conductivity of aqueous solutions using a two-electrode conductivity cell without temperature compensation. Designed as measuring device with external measuring cell, with or without potential-free relay output available.- Applications: Demineralisation, reverse osmosis, desalination, cooling water recirc., phase separation- Operation at 9V DC via included wall transformer power supply.- Versions with relay output: 1 potential-free relay with reversible mode of action for the relay output- Optical limit indication via LEDs Technical Data- Measuring ranges: 0 - 10 / 100 / 1000 uS/cm, depending on type of device- Indication of limit values: Optical via LEDs, 2 limit values can be set within 0 and 100 % of the measuring range- Versions with relay output: 1 potential-free relay contact, max. 2 A / 250 V AC, 60 W / 62.5 VA- Versions with external measuring cell: For this reason measuring device includes wall brac

This electrode is suitable for pool, groundwater and drinking water.Platinum - for standard applications in the pool and environmental sector as well as for normal or high temperature resistanceGold - used in connection with chlorine electrolysis and for normal or high temperature resistance

This electrode is suitable for pool, groundwater and drinking water.Platinum - for standard applications in the pool and environmental sector as well as for normal or high temperature resistanceGold - used in connection with chlorine electrolysis and for normal or high temperature resistance

This electrode is suitable for pool, groundwater and drinking water.Platinum - for standard applications in the pool and environmental sector as well as for normal or high temperature resistanceGold - used in connection with chlorine electrolysis and for normal or high temperature resistance

This electrode is suitable for pool, groundwater and drinking water.Platinum - for standard applications in the pool and environmental sector as well as for normal or high temperature resistanceGold - used in connection with chlorine electrolysis and for normal or high temperature resistance

This electrode is suitable for pool, groundwater and drinking water.Platinum - for standard applications in the pool and environmental sector as well as for normal or high temperature resistanceGold - used in connection with chlorine electrolysis and for normal or high temperature resistance

This electrode is suitable for pool, groundwater and drinking water.Platinum - for standard applications in the pool and environmental sector as well as for normal or high temperature resistanceGold - used in connection with chlorine electrolysis and for normal or high temperature resistance

This electrode is available as an inexpensive solution as well as with a double diaphragm for higher temperature resistance. It is suitable for general laboratory applications, pH & chlorine in swimming pools & whirlpools.

This electrode is available as an inexpensive solution as well as with a double diaphragm for higher temperature resistance. It is suitable for general laboratory applications, pH & chlorine in swimming pools & whirlpools.

This electrode is suitable for use in the environment, sewage and other sampling applications. It is a refillable laboratory electrode for standard applications and has a double diaphragm.

This electrode is available as an inexpensive solution as well as with a double diaphragm for higher temperature resistance. It is suitable for general laboratory applications, pH & chlorine in swimming pools & whirlpools.

This electrode is available as an inexpensive solution as well as with a double diaphragm for higher temperature resistance. It is suitable for general laboratory applications, pH & chlorine in swimming pools & whirlpools.

This electrode is available as an inexpensive solution as well as with a double diaphragm for higher temperature resistance. It is suitable for general laboratory applications, pH & chlorine in swimming pools & whirlpools.

This electrode is suitable for use in plants and crops monitoring. It is a refillable laboratory electrode for standard applications and a simple diaphragm.

This electrode is suitable for higher demands on chemical resistance. They find their area of application in the pool and in general laboratory applications.

This electrode is suitable for higher demands on chemical resistance. They find their area of application in the pool and in general laboratory applications.

The potentiostatic double gold electrode was developed to measure the free, inorganic chlorine and chlorine dioxide in water. It is used in the treatment of drinking water, bathing water and process water. A fixed potential is set between the measuring and counter electrodes, which are attached to the electrode body as a double-ring gold foil. A reference electrode is integrated as a cassette. An additional supply of salt in the reference electrode ensures a long service life. The measuring device connected to it determines the measuring parameter and the measuring range. The service life of an electrode depends on various operating conditions, such as the salt content (conductivity), the temperature and the degree of contamination. With drinking water quality and a normal ambient temperature (20 °C), the service life is generally 1 to 2 years. If the water temperature rises, the service life of the electrodes is significantly reduced. The electrode has an M12 connection. The thread is a PG 13.5 thread.

NeoTec Select Optical Oxygen Sensor with Modbus OutputDurable and reliableStainless steel SS316- housing option for fresh waterTitanium- housing option for salt waterOptical technology allows maintenance-free use for up to 2 years Save time during set-upNo calibration required Plug and play Digital communication Open protocol Modbus RS485 signal

NeoTec Select Optical Oxygen Sensor with Modbus OutputDurable and reliableStainless steel SS316- housing option for fresh waterTitanium- housing option for salt waterOptical technology allows maintenance-free use for up to 2 years Save time during set-upNo calibration required Plug and play Digital communication Open protocol Modbus RS485 signal

The conductivity measuring package consists of a 3 meter connection cable, a 4-20mA head transmitter, and the conductivity sensor. Due to the design of the sensor assembly, only the sensor needs to be replaced, when it should be worn out . All other components of this system can be used continuously. For an optimal process integration the NeoTec sensor is delivered with a fitting T-piece. Advantages: preconfigured for NeoTecMaster® modular design industry standard resource friendly

The conductivity measuring package consists of a 3 meter connection cable, a 4-20mA head transmitter, and the conductivity sensor. Due to the design of the sensor assembly, only the sensor needs to be replaced, when it should be worn out . All other components of this system can be used continuously. For an optimal process integration the NeoTec sensor is delivered with a fitting T-piece. Advantages: preconfigured for NeoTecMaster® modular design industry standard resource friendly

The conductivity measuring package consists of a 3 meter connection cable, a Modbus head transmitter, and the conductivity sensor. Due to the design of the sensor assembly, only the sensor needs to be replaced, when it should be worn out . All other components of this system can be used continuously. For an optimal process integration the NeoTec sensor is delivered with a fitting T-piece. Advantages: preconfigured for NeoTecMaster® modular design industry standard resource friendly