The conditioning of the boiler feed water is precisely specified in the regulations and requires comprehensive monitoring by means of manual and/or online measurement technology.
The feed water is produced by softening and reverse osmosis/EDI with continuous measurement of the residual hardness content by the Testomat® LAB TH, integrated in the NeotecMaster® controller platform via RS232 communication. This ensures that no hardness breakthrough occurs and that feed water can be temporarily stored for further chemical treatment. The precise dosing of oxygen binder, corrosion inhibitor and pH stabilizer/alkalizer is controlled by the NeoTecMaster® via 4-20 mA outputs. The photometric online measurement of the sulfite content for oxygen binding is ensured by the Testomat® 2000 SO3 and transmitted as a 4-20 mA signal to the NeotecMaster. Conductivity measurement as an indicator of sufficiently good corrosion protection is carried out with a conductive probe integrated via Modbus or 4-20 mA, e.g. from the NeoTec Select series. Likewise, the pH measurement to ensure the required alkaline pH value is integrated into the controller level of the NeoTecMaster®.
This controller-based monitoring technology ensures data transfer via Ethernet interface to higher-level control stations. The visualization of the measured data can be implemented in the network directly at the site.
The modular NeoTecMaster® concept with its device peripherals enables measurement of up to 8 parameters and ensures feedwater quality by controlling the metering pumps as required.
The NeoTecMaster® is also suitable for integration into your existing measurement technology for monitoring boiler feedwater treatment and enables the monitoring of up to 8 parameters per plug and play.
Filter products
Precise Water Hardness Analysis for Automated Process and System Monitoring with the Testomat EVO TH Fully automatic water hardness determination via titration The Testomat EVO automatically detects the water level when filling the measuring chamber and can also operate for extended periods in BOB mode without constant supervision. With an integrated SD card or optionally an SDHC card (2 GB), measurement data and messages/alarms can be recorded. The menu is available in multiple languages, and firmware updates can be conveniently applied via the SD card. Analog outputs and serial interfaces allow external processing of measurement data. Certified and Cost-Effective Standalone Water Hardness Meter With the Testomat EVO, you benefit from stable, low-maintenance continuous operation, minimal consumption of indicator solution and water, as well as versatile data communication via RS232 or 0/4–20 mA signals. Certification according to relevant safety and TÜV standards (WÜH certification for boiler houses) and the compact design make the EVO a robust and efficient solution for demanding measurement tasks. Applications for the Testomat EVO Water treatment Drinking water systems Industrial boilers Process water monitoring When purchasing the Testomat EVO online, you receive, in addition to a 3 % online discount on Heyl devices, a free indicator of your choice. Frequently asked questions How long is the warranty period for the Testomat EVO TH? The warranty period for the Testomat EVO TH series is 2 years from delivery. Where can I view or download the operating instructions? The operating instructions can be viewed or downloaded in the online shop, either directly with the item or in a separate download area. How can the values be read out on the Testomat EVO TH? This is possible with the integrated SD card. More detailed information on data readout can be found in the operating instructions. Can the warranty on my Testomat device be extended? It is generally possible to extend the warranty on a newly purchased Testomat device from 24 to 36 months. The warranty period can therefore be extended by one year. To qualify, the extension must be arranged within the first three months of the purchase date. You can access the device warranty extension directly via your customer account in the online shop. Does the Testomat EVO TH have different spare parts and service sets than the Testomat ECO? No, the spare parts for the Testomat EVO TH and the Testomat ECO are identical. A selection of spare parts for the specific device can also be found in the respective device operating instructions. How high are the follow-up costs for chemicals? Chemical consumption depends on the number of analyses performed with the Testomat EVO TH. Consumption can be determined using our indicator consumption calculator in the online shop. How often does the device need to be serviced? The manufacturer recommends servicing the device once or twice a year. The maintenance interval for the Testomat EVO TH is therefore 6-12 months. Can the device be serviced by a service partner? Yes, maintenance can be carried out by an authorised Heyl Neomeris service partner. Please feel free to contact us if required via vertrieb@heylneomeris.de , so that we can find the right technician for your region. Can the device be sent in for repair (cost estimate)? Yes, the defective device can be sent to our address. A description of the fault should be included with the return shipment and the indicator must be removed from the device before returning it. Once we have received the defective device, you will first receive a cost estimate for the expected repair costs. The repair will only be carried out after prior approval.
Features and Equipment Optical water detection when filling the measuring chamber ensures precise dosing. Additionally, the device features automatic venting of the indicator line, an integrated self-test, and a multilingual menu. Measurement data and messages/alarms are logged via an integrated SD card or optional SDHC card. Recorded values and alarms can be transmitted for external processing via an analog 0/4–20 mA output or the RS232 interface. Applications of the Testomat EVO TH CAL Monitoring hardness in water treatment systems Water hardness measurement in drinking water systems Fully automatic hardness measurement in industrial boilers Process water monitoring Continuous monitoring of water hardness enables reliable process control in water treatment, drinking water, and industrial systems. Scale deposits, corrosion, and energy losses are reduced, legal limits are safely maintained, and equipment lifespan is extended. Deviations in water hardness are detected early, improving operational safety, product quality, and efficiency. Benefits of the Testomat EVO TH CAL in Daily Operation The Testomat EVO TH CAL features minimal water and indicator consumption as well as simple data management. With a freely programmable password, external reset and acknowledgment inputs, and the ability to adapt to temporarily low water pressure, the device is suitable for demanding environments. Frequently asked questions How long is the warranty period for the Testomat EVO TH CAL? The warranty period is 2 years from delivery of the device. Where can I view or download the operating instructions? The operating instructions can be viewed or downloaded in our online shop, either directly with the item or in a separate download area. How can the values be read out on the Testomat EVO TH CAL? This is possible with the integrated SD card in the device. More detailed information can be found in the operating instructions for the Testomat EVO TH CAL. How does the calibration function work? The calibration function is explained in detail in the operating instructions under ‘Calibration’ from page 34 onwards. If you still have questions after reading the operating instructions, please feel free to contact us. Can I extend the warranty on my Testomat device? It is possible to extend the warranty on a newly purchased Testomat device. The warranty period can be extended by one year from 24 to 36 months. You can access the device warranty extension directly via your online shop customer account. Here you will find all further information and conditions regarding the device warranty extension for your Testomat. Does the Testomat EVO TH CAL have different spare parts and service sets than the Testomat EVO TH? No, the spare parts are identical. The only difference is the calibration function, which the ‘normal’ Testomat EVO TH does not have. A selection of spare parts for the specific device can always be found in the respective device operating instructions. How high are the follow-up costs for chemicals? Chemical consumption depends on the number of analyses. Consumption can be determined using our indicator consumption calculator in the online shop. How often does the device need to be serviced? The manufacturer recommends servicing the device once or twice a year (i.e. every 6-12 months). Can the device be serviced by a service partner? Yes, maintenance can be carried out by an authorised Heyl Neomeris service partner. Please feel free to contact us if required via vertrieb@heylneomeris.de , so that we can find the right technician for your area. Can the device be sent in for repair (cost estimate)? Yes, the defective device can be sent to our address. When returning the device, please include a description of the fault and remove the indicator from the device before sending it back. Once we have received the defective device, you will first receive a cost estimate for the expected repair costs. We will only carry out the repair after you have given your approval.
The Testomat LAB TH and the Testomat LAB TH-R (Remote) are fully automatic online analyzers for the precise determination of residual total hardness in water using automated titration. The device provides continuous, reliable measurement results in the range of 0.05–25 °dH. The instruments were developed for use in multiparameter systems and for connection to higher-level control systems. Fully automatic residual hardness measurement for laboratory and process water using Testomat LAB High-precision titrimetric hardness determination with data logging The Testomat LAB TH combines high measurement accuracy with easy integration into existing measurement and automation concepts. Automatic titration using a piston dosing pump enables continuous, low-maintenance acquisition of water hardness values. All measurement data are logged in a structured format on an integrated SD card or optionally on an SDHC card. The standard interfaces 4–20 mA and RS232 allow direct data transfer to higher-level control and process control systems. Application areas of the Testomat LAB TH and LAB TH-R (Remote) Flexible use in laboratory, process, and drinking water monitoring Water treatment plants Drinking water systems Industrial boilers Process water monitoring Technical highlights and performance features of the Testomat LAB TH The Testomat LAB TH features optical water detection during filling of the measuring chamber, automatic venting of the indicator line, and an integrated self-test for continuous system monitoring. Benefits of hardness measurement within the LAB multiparameter system Thanks to the integration capabilities of the Testomat LAB in a manufacturer-independent multiparameter system, precise and continuous online monitoring of water hardness is possible within a central measurement platform. Automatic titrimetric measurement delivers reliable and reproducible results and can be easily integrated into existing process and control systems via standardized interfaces. This increases process reliability and reduces maintenance and personnel costs. Frequently asked questions How long is the warranty period? The warranty period is 2 years from delivery. Where can I view or download the operating instructions? The operating instructions can be viewed or downloaded in the online shop, either directly with the item or in a separate download area. Can I extend the warranty on my Testomat device? It is possible to extend the warranty on a newly purchased Testomat device. The same applies to devices for which the initial warranty has not yet expired. The warranty period can be extended by one year. You can extend the device warranty directly via your online shop customer account. How high are the follow-up costs for chemicals? Chemical consumption depends on the number of analyses. Consumption can be determined using our indicator consumption calculator in the online shop. How often does the device need to be serviced? The manufacturer recommends servicing the device once or twice a year (i.e. every 6-12 months). Can the device be serviced by a service partner? Yes, maintenance can be carried out by an authorised Heyl Neomeris service partner. Please feel free to contact us if required via vertrieb@heylneomeris.de , so that we can find the right technician for your area. Can the device be sent in for repair (cost estimate)? Yes, the defective device can be sent to our address. When returning the device, please include a description of the fault and remove the indicator from the device before sending it back. Once we have received the defective device, you will first receive a cost estimate for the expected repair costs. The repair will only be carried out by us after you have given your prior approval.
The Testomat® LAB TH 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. In view of the fact that the Testomat® LAB TH was developed for use in multi-parameter systems or for connection to a higher-level control system, we hereby offer you the Testomat® LAB TH in combination with the NeoTecMaster®, which was specially developed by our company, as a package 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, is used by Testomat® LAB TH to display the measured value, the trend and the status messages on the 5 inch screen. In addition to the 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 the 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 TH 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, Portoguese Integrated self-test with continuous monitoring Automatic venting of the indicator line Compact design Proven performance profil: 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 NeoTecMaster instrument cover
The Testomat LAB TH and the Testomat LAB TH-R (Remote) are fully automatic online analyzers for the precise determination of residual total hardness in water using automated titration. The device provides continuous, reliable measurement results in the range of 0.05–25 °dH. The instruments were developed for use in multiparameter systems and for connection to higher-level control systems. Fully automatic residual hardness measurement for laboratory and process water using Testomat LAB High-precision titrimetric hardness determination with data logging The Testomat LAB TH combines high measurement accuracy with easy integration into existing measurement and automation concepts. Automatic titration using a piston dosing pump enables continuous, low-maintenance acquisition of water hardness values. All measurement data are logged in a structured format on an integrated SD card or optionally on an SDHC card. The standard interfaces 4–20 mA and RS232 allow direct data transfer to higher-level control and process control systems. Application areas of the Testomat LAB TH and LAB TH-R (Remote) Flexible use in laboratory, process, and drinking water monitoring Water treatment plants Drinking water systems Industrial boilers Process water monitoring Technical highlights and performance features of the Testomat LAB TH The Testomat LAB TH features optical water detection during filling of the measuring chamber, automatic venting of the indicator line, and an integrated self-test for continuous system monitoring. Benefits of hardness measurement within the LAB multiparameter system Thanks to the integration capabilities of the Testomat LAB in a manufacturer-independent multiparameter system, precise and continuous online monitoring of water hardness is possible within a central measurement platform. Automatic titrimetric measurement delivers reliable and reproducible results and can be easily integrated into existing process and control systems via standardized interfaces. This increases process reliability and reduces maintenance and personnel costs. Frequently asked questions How long is the warranty period? The warranty period is 2 years from delivery. Where can I view or download the operating instructions? The operating instructions can be viewed or downloaded in the online shop, either directly with the item or in a separate download area. Can I extend the warranty on my Testomat device? It is possible to extend the warranty on a newly purchased Testomat device. The same applies to devices for which the initial warranty has not yet expired. The warranty period can be extended by one year. You can extend the device warranty directly via your online shop customer account. How high are the follow-up costs for chemicals? Chemical consumption depends on the number of analyses. Consumption can be determined using our indicator consumption calculator in the online shop. How often does the device need to be serviced? The manufacturer recommends servicing the device once or twice a year (i.e. every 6-12 months). Can the device be serviced by a service partner? Yes, maintenance can be carried out by an authorised Heyl Neomeris service partner. Please feel free to contact us if required via vertrieb@heylneomeris.de , so that we can find the right technician for your area. Can the device be sent in for repair (cost estimate)? Yes, the defective device can be sent to our address. When returning the device, please include a description of the fault and remove the indicator from the device before sending it back. Once we have received the defective device, you will first receive a cost estimate for the expected repair costs. The repair will only be carried out by us after you have given your prior approval.