The Testomat® LAB TH devices determines the water hardness (residual total hardness) fully automatically by use of titration and has been developed for monitoring the water quality of water treatment plants, drinking water plants, industrial boilers and for monitoring process water, here in a package for monitoring two measuring points. In view of the fact that the Testomat® LAB TH total water hardness analysers were developed for use in multi-parameter systems or for connection to a higher-level control system, we hereby offer you both Testomat® LAB TH analysis devices in combination with the NeoTecMaster®, which was specially developed by our company, as a complete solution at a preferential price. The 4-channel NeoTecMaster® multi-parameter controller included in this package enables the processing of up to four measurement signals in this version. A signal input on the NeoTecMaster® , in this case the RS232 interface and one additional RS232 interface on the included NeoTec Slave module , are used by both Testomat® LAB TH to display the measured values, the trend and the status messages on the 5 inch screen. In addition to the on board RS232 interface, the NeoTecMaster® also has a Modbus RTU input, which you can use freely after brief technical consultation with us. (Pre-check whether your existing measurement technology to be integrated requires adjustments). The NeoTecMaster® can be systematically supplemented with further optional NeoTec modules (function / signal converter modules) as required, thus enabling the future realisation of further control concepts in a flexible manner. A module that fundamentally expands the range of functions and is already included in the scope of delivery is our NeoTec slave relay module with which you can add potential-free relay contacts to the overall system. You can freely assign these to the incoming measurement signals and thus, for example, implement limit value-related control concepts, as well as output measurement-related messages. Further advantages of the NeoTecMaster:  Simple operation Integration of the Testomat® world of instruments, here in conjunction with two Testomat® LAB TH Integration into the existing control cabinet, alternatively we offer our NeoTecMaster® housing  Modular range of functions can be extended by NeoTec slave and signal converter modules (measurement, control, regulation) Available as built-in or surface-mounted variant Structured continuous data recording on the integrated SD card or optionally available SDHC card (2Gbyte) as a file in CSV format In addition, there are proven Testomat® LAB functionalities:  Optimised water detection based on an optical measuring method  RS232 interface for transmission of measured values and error messages  Import and export of settings (basic programming)  Logging of measurement data and messages/alarms via integrated SD card or optionally usable SDHC card (2GByte)  Firmware update via SD card  Execution of parameterisation by means of SD card or "Service Monitor" software via mini-USB (on the unit side) to USB 2.0 (e.g. PC/notebook)  Multilingual software menu in German, English, French, Dutch, Portuguese  Integrated self-test with continuous monitoring  Automatic venting of the indicator line  Compact design Performance profil Testomat® LAB TH:  High-precision titration by means of piston metering pump  Reliable and low-maintenance operation  Minimal indicator and water consumption  Analogue output 4 - 20 mA for transmission of measured values  Programmable hardness unit in °dH, °f, ppm CaCO3, mmol/l  Collective alarm output  Indicator quantities: 500 ml bottles  Analysis trigger:  - Automatic interval operation (interval pause adjustable from 0-255 minutes)  - External analysis input (start/stop)  - Manual start Optional accessories available:  OLED display  Protective cover to increase the IP protection class of the Testomat® LAB TH devices  NeoTecMaster instrument cover Frequently asked questions What is this package with two devices particularly suitable for? For simultaneous monitoring of two measuring points. Can I monitor both measuring points centrally? Yes, all values are displayed together in a clear manner. What does using two devices at the same time bring me? More control over various areas or processes. How are the measurement data from the two devices displayed? Together on a central display with history. Can I evaluate the two measuring points independently of each other? Yes, each measuring point is recorded and displayed separately. Is the system suitable for larger plants? Yes, especially with multiple water flows or processes. Can I also respond automatically with the system? Yes, controls can be implemented via relays. How does the system help me in daily operations? It provides a better overview and reduces manual effort.

for pH and redox electrodes

for pH and redox electrodes

Our 4- or 8- channel system allows the processing of up to four or eight measurement signals. For this purpose, 4-20 mA/ RS232 as well as Modbus RTU are available as signal inputs. Based on the received data a visualization as well as a trend display takes place. Through modular addition of optional modules (slaves) the realization of popular control concepts is possible.Advantages:Simple operation Integration of the Testomat® device world Integration into the existing control cabinet, alternatively we offer our NeoTecMaster® housingModular function range expandable by NeoTec slave modules (measure, control, control)Available as installation variant or structure variant

Connection cable for pH/redox Length: 50 metres Cable type: pH and redox connection cable Ø 5 mm, 75 °C Connection end 1 (sensor side): rotatable cable socket Connection end 2 (device side): without Electronic sensors for analysing liquids require special connection cables and plug connectors. The following applies in principle: The connection between an electrochemical sensor and the transmitter/indicator/controller should be as short as possible. Normally, the cable length is 5 to 10 metres to ensure a high level of functional reliability. If longer cable lengths are required in exceptional cases, the technical documentation for the sensors and measuring devices should be consulted. The cable between the sensor and the analyser must be laid directly, without interruptions such as terminal strips or cable extensions. pH and redox measurement Special coaxial cables with a special design are used for pH and redox measurement. During these measurements, the sensor generates low-intensity DC voltages which are transmitted to the analyser. Due to the sometimes very high internal resistance (potentiostatic measuring principle with internal resistances of up to several gigaohms), these measurements are extremely sensitive to electrical interference and the effects of radiation. Under unfavourable conditions, even minimal movements of the cable can lead to measurement value distortions. An additional insulation layer of the JUMO coaxial cable increases the insulation resistance, which enables a secure connection of the sensor to the transmitter. Conventional coaxial cables from the antenna and computer sector are not suitable for this application and can damage the sensors. This can lead to immediate failure of the sensor as well as a shortened service life. For multiple sensors, for example with integrated temperature sensors, coaxial cables with single wires are available, such as the Variopin (VP).

for conductive conductivity cells

for conductive conductivity measuring cellsfor electrodes with integrated temperature probe

for pH and redox electrodes

Connection cable for pH/redox Length: 5 metres Cable type: pH and redox connection cable Ø 5 mm, 75 °C Connection end 1 (sensor side): rotatable cable socket Connection end 2 (device side): without Electronic sensors for analysing liquids require special connection cables and plug connectors. The following applies in principle: The connection between an electrochemical sensor and the transmitter/indicator/controller should be as short as possible. Normally, the cable length is 5 to 10 metres to ensure a high level of functional reliability. If longer cable lengths are required in exceptional cases, the technical documentation for the sensors and measuring devices should be consulted. The cable between the sensor and the analyser must be laid directly, without interruptions such as terminal strips or cable extensions. pH and redox measurement Special coaxial cables with a special design are used for pH and redox measurement. During these measurements, the sensor generates low-intensity DC voltages which are transmitted to the analyser. Due to the sometimes very high internal resistance (potentiostatic measuring principle with internal resistances of up to several gigaohms), these measurements are extremely sensitive to electrical interference and the effects of radiation. Under unfavourable conditions, even minimal movements of the cable can lead to measurement value distortions. An additional insulation layer of the JUMO coaxial cable increases the insulation resistance, which enables a secure connection of the sensor to the transmitter. Conventional coaxial cables from the antenna and computer sector are not suitable for this application and can damage the sensors. This can lead to immediate failure of the sensor as well as a shortened service life. For multiple sensors, for example with integrated temperature sensors, coaxial cables with single wires are available, such as the Variopin (VP).

for pH electrodes

Connection cable for pH/redox Length: 3 metres Cable type: pH and redox connection cable Ø 5 mm, 75 °C Connection end 1 (sensor side): rotatable cable socket Connection end 2 (device side): without Electronic sensors for analysing liquids require special connection cables and plug connectors. The following applies in principle: The connection between an electrochemical sensor and the transmitter/indicator/controller should be as short as possible. Normally, the cable length is 5 to 10 metres to ensure a high level of functional reliability. If longer cable lengths are required in exceptional cases, the technical documentation for the sensors and measuring devices should be consulted. The cable between the sensor and the analyser must be laid directly, without interruptions such as terminal strips or cable extensions. pH and redox measurement Special coaxial cables with a special design are used for pH and redox measurement. During these measurements, the sensor generates low-intensity DC voltages which are transmitted to the analyser. Due to the sometimes very high internal resistance (potentiostatic measuring principle with internal resistances of up to several gigaohms), these measurements are extremely sensitive to electrical interference and the effects of radiation. Under unfavourable conditions, even minimal movements of the cable can lead to measurement value distortions. An additional insulation layer of the JUMO coaxial cable increases the insulation resistance, which enables a secure connection of the sensor to the transmitter. Conventional coaxial cables from the antenna and computer sector are not suitable for this application and can damage the sensors. This can lead to immediate failure of the sensor as well as a shortened service life. For multiple sensors, for example with integrated temperature sensors, coaxial cables with single wires are available, such as the Variopin (VP).

Connection cable for pH/redox Length: 3 metres Cable type: pH and redox connection cable Ø 5 mm, 75 °C Connection end 1 (sensor side): rotatable cable socket Connection end 2 (device side): without Electronic sensors for analysing liquids require special connection cables and plug connectors. The following applies in principle: The connection between an electrochemical sensor and the transmitter/indicator/controller should be as short as possible. Normally, the cable length is 5 to 10 metres to ensure a high level of functional reliability. If longer cable lengths are required in exceptional cases, the technical documentation for the sensors and measuring devices should be consulted. The cable between the sensor and the analyser must be laid directly, without interruptions such as terminal strips or cable extensions. pH and redox measurement Special coaxial cables with a special design are used for pH and redox measurement. During these measurements, the sensor generates low-intensity DC voltages which are transmitted to the analyser. Due to the sometimes very high internal resistance (potentiostatic measuring principle with internal resistances of up to several gigaohms), these measurements are extremely sensitive to electrical interference and the effects of radiation. Under unfavourable conditions, even minimal movements of the cable can lead to measurement value distortions. An additional insulation layer of the JUMO coaxial cable increases the insulation resistance, which enables a secure connection of the sensor to the transmitter. Conventional coaxial cables from the antenna and computer sector are not suitable for this application and can damage the sensors. This can lead to immediate failure of the sensor as well as a shortened service life. For multiple sensors, for example with integrated temperature sensors, coaxial cables with single wires are available, such as the Variopin (VP).

Cooler consists of Titanium steel 1.4571 for automatic sampling to 120°C hot water. Max.water pressure/hot water: 16 bar Max.water pressure/cold water: 8 bar   Connections: Cold water inlet: ½“ Cold water outlet (canal): ½ “ Hot water (in- and outlet): 8 mm   Dimensions: 546 x 128 mm   You can find a detailed description of the cooler in the technical data sheet for download on this page.

Cooler made of titanium stainless steel 1.4571 for the automatic extraction of water samples up to 200°C hot water. Technical data:Max. hot water pressure: 40 barMax. Cold water pressure: 8 barMax. Max. hot water temperature: 0-200°C Connections:Cooling water (inlet and outlet): ½ ”Hot water (inlet and outlet): 8 mm Dimensions:546 x 128 mm Weight:2.3 kg Length of the cooling coil:5.1 metri Material:Titanium stainless steel AISI316Ti4, EN 1.4571(Wall bracket: AISI316L, EN 1.4404) Performance (example for analyzers):< 40°C with cooling water at a temperature of <25°C at a water flow of the sample water of approx. 23 L/h Classification of the liquids: Class 2 - non-hazardous liquids Classification of the coolant Dir 2014/68 UE PED: Class A

Cooler consists of Titanium steel 1.4571 for automatic sampling to 80°C hot water. Max.water pressure/hot water: 16 bar Max.water pressure/cold water: 8 bar   Connections: Cold water inlet: ½“ Cold water outlet (canal): ½ “ Hot water (in- and outlet): 8 mm   Dimensions: 598 x 335 mm   You can find a detailed description of the cooler in the technical data sheet for download on this page.  

Cooler consists of Titanium steel 1.4571 for manual sampling to 120°C hot water. Max.water pressure/hot water: 16 bar Max.water pressure/cold water: 8 bar   Connections: Cold water inlet: ½“ Cold water outlet (canal): ½ “ Hot water (in- and outlet): 8 mm   Dimensions: 598 x 335 mm   You can find a detailed description of the cooler in the technical data sheet for download on this page.  

Cooler consists of Titanium steel 1.4571 for for manual sampling to 80°C hot water. Max.water pressure/hot water: 16 bar Max.water pressure/cold water: 8 bar Connections: Cold water inlet: 8 mm Cold water outlet: ½“ Hot water (in- and outlet): 8 mm Dimensions: 413 x 335 mm   You can find a detailed description of the cooler in the technical data sheet for download on this page.

Our flow cell kit is a simple and economical means of mounting pH and ORP electrodes for inline applications. Compatible with all 12 mm electrodes.

Our flow cell kit is a simple and economical means of mounting pH and ORP electrodes for inline applications. Compatible with all 12 mm electrodes.

If you are looking for a pH electrode for demanding, contaminated, or highly alkaline media and value a robust design, clog-resistant diaphragm, and extended service life, this JUMO tecLine version is a strong choice. JUMO tecLine glass shaft pH electrode with salt reservoir, 120 mm immersion length, PTFE ring diaphragm and HA glass for high-alkali applications This JUMO tecLine pH electrode is designed for demanding pH measurements in process and industrial applications. It is particularly suitable for measuring points where standard electrodes quickly reach their limits, such as oily wastewater, suspensions, paints, or media containing solid particles. With HA glass for high-alkali applications, this version is also well suited for high pH environments. Advantages and special features The PTFE ring diaphragm is dirt-repellent and designed for minimal clogging. This is a clear advantage in media containing contamination or solids, as it makes the electrode more durable and suitable for everyday industrial use. Combined with the cartridge reference system and silver-ion-free reference electrolyte, it provides a robust solution for demanding process conditions. Why choose this electrode? This is a robust electrode for more challenging industrial media. The HA glass makes it suitable for high pH values, while the PTFE ring diaphragm offers advantages in applications where fouling or deposits can become an issue. The additional salt reservoir is especially beneficial when the electrode is used in low-conductivity media, as it can extend service life. This makes it ideal for users seeking a durable and long-life-oriented solution. With the Pg13.5 screw head (S8) and 120 mm immersion length, the electrode can be integrated into many common measuring points. The temperature range of -5 to +80 °C covers many typical process and water analysis applications. This version is therefore designed for industrial conditions requiring a robust pH electrode tailored to the medium. Typical applications industrial wastewater treatment process monitoring electroplating industry paper industry beverage industry oily wastewater, suspensions, paints media containing solid particles It is also suitable for fluoride-containing media up to 1000 mg/l HF. In the presence of electrode poisons, a double-chamber version is recommended, but this does not apply to this specific salt reservoir variant. Technical data Basic type: glass shaft Active element: HA glass Measuring range: pH 0 to 14 Temperature range: -5 to +80 °C Application: high-alkali use Diaphragm: PTFE ring Electrical connection: Pg13.5 screw head (S8) Immersion length: 120 mm (standard) Type extension: salt reservoir

Anyone looking for a tecLine pH electrode for industrial applications and placing particular value on quality, service life, and a process-suitable design will find a suitable solution here for demanding measurement tasks. JUMO tecLine pH glass shaft electrode with salt reservoir, 120 mm insertion length, 1x zirconium dioxide and UW glass The JUMO tecLine pH glass shaft electrode is designed for demanding pH measurements in process and industrial applications. It is intended for users who are not simply looking for any pH electrode, but for a high-quality version for reliable continuous operation in aqueous media. Especially in applications where measuring points must operate permanently stable and where downtime causes additional effort, a robust industrial electrode is essential. Advantages and special features A key advantage of this version lies in its industrially optimized design. The combination of UW glass, zirconium dioxide, and a salt reservoir makes the electrode particularly suitable for applications requiring long-lasting and stable pH measurement. The salt reservoir is especially beneficial in applications where the electrode is operated under conditions that require maximum service life. This makes the version attractive for users aiming to reduce maintenance effort and minimize replacement intervals. Why choose this electrode? This electrode is not designed for occasional spot measurements but for continuous use in process environments. It is built to operate reliably and deliver stable measurement values over extended periods. When pH measurement is an integral part of a plant or system, it makes sense to rely on a robust design. A high-quality electrode typically lasts longer and reduces the need for frequent replacements or troubleshooting due to failures. Technical information Basic type: glass shaft Active element: UW glass Measuring range: pH 0 to 12, short-term up to pH 14 Temperature range: -5 to +80 °C Diaphragm: 1 x zirconium dioxide Electrical connection: S8 Pg13.5 screw head Insertion length: 120 mm (standard) Type option: with salt reservoir The UW glass supports reliable pH measurement, while the overall design is optimized for stable measuring conditions in industrial environments. With a 120 mm insertion length, this electrode is suitable for many common installation situations in process and industrial systems. The tecLine series represents high-quality industrial electrodes designed for demanding measurement tasks. Depending on the configuration, variants with integrated temperature sensors are also available within the series, offering additional flexibility in selection. Applications This pH electrode is used wherever pH values in water and aqueous media must be reliably monitored. Process measurements in industrial plants Water treatment General industrial water analysis Process water and production processes with pH monitoring

This version is suitable according to the specifications provided. It is particularly well suited wherever a robust, clog-resistant, and service-life-oriented pH electrode is required for demanding media. JUMO tecLine glass shaft pH electrode with salt reservoir, 120 mm immersion length, annular gap diaphragm and UW glass This JUMO tecLine pH electrode is designed for demanding pH measurements in process and industrial applications. It is particularly suitable for measuring points where the electrode must not only provide reliable measurement but also cope with more challenging media. The combination of UW glass, annular gap diaphragm, and salt reservoir makes this version especially interesting for applications where conventional standard electrodes quickly reach their limits. Technical data Basic type: glass shaft Active element: UW glass Measuring range: pH 0 to 12, short-term up to pH 14 Temperature range: -5 to +80 °C Diaphragm: annular gap diaphragm, gel of polymerized solid electrolyte (“diaphragm-less”) Reference system: cartridge reference system Electrical connection: Pg13.5 screw head (S8) Immersion length: 120 mm (standard) Type extension: with salt reservoir Special features and advantages A key advantage of this version lies in the annular gap diaphragm with gel based on a polymerized solid electrolyte. This design is intended for applications where contamination, oil, or solid particles may be present. Compared to conventional diaphragm designs, it is optimized for clog-resistant operation, making it particularly suitable for more difficult media. This makes the electrode highly practical for industrial processes where clean laboratory conditions are not always available. Why choose this electrode? This version is particularly suitable when a pH electrode is required for contaminated, polluted, or solids-containing media and a longer service life is important. The salt reservoir is especially beneficial in low-conductivity media, as it can help extend electrode lifetime. This makes it more than a standard pH electrode—it is a solution designed for more demanding operating conditions in industrial environments. The UW glass is designed for pH measurements from pH 0 to 12, and short-term up to pH 14, and can be used in a temperature range from -5 to +80 °C. Combined with the cartridge reference system, it provides reliable measurement performance in general aqueous media as well as more demanding process environments. The Pg13.5 (S8) screw head ensures compatibility with many common measuring setups, while the 120 mm immersion length represents a standard and widely applicable configuration. Typical applications industrial wastewater treatment process monitoring electroplating industry paper industry beverage industry oily wastewater, suspensions, paints media containing solid particles fluoride-containing media up to 1000 mg/l HF If you are looking for a pH electrode designed for difficult process media and offering additional operational benefits through an annular gap diaphragm and salt reservoir, this JUMO tecLine version is an excellent choice. Additional information Annular gap diaphragm with polymerized solid electrolyte: This design is optimized for challenging media and helps reduce clogging during operation. This makes the electrode especially suitable for applications with dirt, oil, or solid particles.

This version is particularly suitable for users who are looking for a technically appropriate solution for high-alkalinity applications and want to rely on a robust industrial pH electrode. JUMO tecLine pH glass shaft electrode with salt reservoir, 120 mm immersion length, 1x zirconium dioxide and HA glass for high-alkali applications This JUMO tecLine pH electrode is designed for demanding pH measurements in process and industrial applications where standard versions may not be sufficient. Thanks to its HA glass for high-alkali applications, it is particularly suitable for measuring points where media with higher alkaline loads must be reliably monitored. Users looking for an electrode for more challenging operating conditions will find here an industrial-grade solution for stable and long-term measurement tasks. The key advantage of this version lies in the targeted combination of HA glass, zirconium dioxide diaphragm, and salt reservoir. The HA glass is designed for a measuring range from pH 0 to 14 and is specifically intended for applications where high pH values must also be measured reliably. This makes the version especially suitable for users working in alkaline environments who require a dedicated electrode design. The zirconium dioxide diaphragm supports stable reference behavior and ensures reliable measurement conditions during operation. Why choose this electrode? This version is not just a general-purpose pH electrode, but specifically designed for high-alkali applications. It is therefore particularly useful when measuring points operate in the upper pH range or when process media require an electrode optimized for alkaline conditions. The additional salt reservoir is another advantage when extended service life is required. This makes the electrode especially suitable for users who value a durable, robust, and process-ready solution. With its Pg13.5 screw head (S8) and 120 mm immersion length, the electrode can be integrated into many standard industrial measuring setups. The glass shaft represents a proven and widely used design in pH measurement technology. The operating temperature range of -5 to +80 °C further expands its usability in common water and process analytics applications. Typical applications This electrode is used wherever pH values in aqueous media must be measured reliably and where alkaline process conditions play an important role. Process and industrial applications Water treatment General water analysis Measurement points requiring electrodes for higher pH ranges Anyone requiring a pH electrode for demanding industrial measurements in alkaline environments will find this JUMO tecLine version a strong choice. It combines a purpose-oriented glass design with a robust technical foundation for reliable process measurements. Technical data Base type: glass shaft Active element: HA glass – special glass design for high pH values Measuring range: pH 0 to 14 Temperature range: -5 to +80 °C Application: high-alkali use – suitable for strongly alkaline media Diaphragm: 1 x zirconium dioxide – robust ceramic diaphragm for stable measuring conditions Electrical connection: Pg13.5 screw head (S8) Immersion length: 120 mm (standard) Additional feature: salt reservoir

If you are looking for a pH electrode for demanding industrial media and value a robust standard design, a clog-resistant PTFE ring diaphragm, and reliable pH measurement, this JUMO tecLine version is a strong choice. JUMO tecLine glass shaft pH electrode without type extension, 120 mm immersion length, PTFE ring diaphragm and UW glass This JUMO tecLine pH electrode is designed for demanding pH measurements in process and industrial applications. It is particularly suitable for measuring points where a robust and reliable standard design without additional type extensions is required. The combination of UW glass and PTFE ring diaphragm makes this version especially suitable for applications involving more challenging media, where a conventional standard electrode may quickly reach its limits. Technical data Basic type: glass shaft Active element: UW glass Measuring range: pH 0 to 12, short-term up to pH 14 Temperature range: -5 to +80 °C Diaphragm: PTFE ring Electrical connection: Pg13.5 screw head (S8) Immersion length: 120 mm (standard) Type extensions: none Typical applications industrial wastewater treatment process monitoring electroplating industry paper industry beverage industry oily wastewater suspensions and paints media containing solid particles fluoride-containing media up to 1000 mg/l HF Advantages and special features A key advantage of this electrode is the dirt-repellent PTFE ring diaphragm. It is designed for minimal clogging, making it particularly suitable for media where deposits, dirt, or solid particles can occur. This makes the design especially attractive for users who need a pH electrode that performs reliably under demanding industrial conditions. Why choose this electrode? This version is particularly suitable when a robust pH electrode is required for challenging media, but no additional special features are needed. It focuses on the essentials: a durable basic design, stable measuring conditions, and a technically sound standard solution for a wide range of industrial applications. This is especially beneficial when a long-lasting and proven solution is required without relying on type extensions. The UW glass is designed for pH measurements from pH 0 to 12, and short-term up to pH 14, and can be used in a temperature range from -5 to +80 °C. It is complemented by the proven cartridge reference system with silver-ion-free reference electrolyte, ensuring stable measurement conditions during operation. With the Pg13.5 screw head (S8) and 120 mm immersion length, the electrode can be integrated into many common measuring points.