Horiba 6582S-10C, potassium ion (K+) electrode (combined)

HORIBA Ion standard solutions, ionic strength controllers and ion-selective electrode filling solutions are indispensable for accurate and reproducible measurements with ion-selective electrodes (ISE). A large number of analyses in laboratories and in the field, such as testing water and wastewater quality, environmental monitoring and quality control in industrial processes, rely on these solutions. Ionic standard solutions are used to calibrate ion-selective electrodes and ensure precise measurement. Horiba's standard solutions have a known ion concentration. They are therefore essential for setting up the electrodes correctly before using them for test runs. Ionic strength controllers are specifically designed to adjust the ionic strength of the sample to enable accurate measurements. They are particularly important when the composition of the samples could affect the measurement or in samples with low ionic strength. The ionic strength can be adjusted to stabilize the ionic activity in the solution. This leads to more accurate measurement results. Ion-selective electrode filling solutionsIon-selective electrode filling solutions are specific solutions that are filled into ion-selective electrodes. They ensure the proper operation of the electrode and help to maintain the potential required to measure the specific ion. To ensure that measurements meet international standards and to ensure conformity with regulatory and compliance standards, these specialized solutions are essential. Many industries, from pharmaceutical to environmental, use these solutions to meet their quality and safety requirements. For users working in areas such as water analysis, environmental monitoring or regulatory testing environments, these solutions ensure the accuracy and reliability required for critical measurements. To provide reliable data for important environmental, health and safety decisions, they are a crucial part of analytical chemistry. Overall, HORIBA's solutions enable experts to make the best use of their instruments and achieve the precise results required for their applications. Manufacturer article number: 3200697185 (500-K-IFS)

Manufacturer's Number: 3200697413Potassium (K+) replacement electrode tip for 6582S-10C

The Horiba LAQUA 300 BNC adapter is designed to act as an adapter for connecting an ion-selective electrode to the corresponding Smart Sensor module, which is fitted with a cable for connection to a HORIBA Laqua 300 series analyser. HORIBA BNC Adapter 300-BNC – Maximum flexibility for your HORIBA Laqua WQ300 analysers The HORIBA BNC Adapter 300-BNC is the ideal solution if you wish to flexibly expand your HORIBA Laqua WQ300 analysers and easily connect a wide variety of electrodes for immediate use. Whether in the laboratory, in water analysis or in industrial quality control – with this adapter, you can create a universal connection between the measuring instrument and the electrode, significantly expanding the range of applications for your measurement technology. Universal compatibility – Greater freedom in electrode selection With the HORIBA 300-BNC Adapter, you are no longer restricted to manufacturer-specific sensors. The adapter stands out because it can connect not only HORIBA-specific electrodes but also electrodes from other manufacturers, provided they have a BNC connector. The inclusion of a second input in the form of a RCA connector also enables the transmission of temperature data, supporting temperature-compensated measurement and display. Compatibility includes: 3-in-1 / combination pH electrodes and the pH sensor heads 300PH-2 / 300PH-5 3-in-1 / combination ORP electrodes and the ORP sensor head 300-O-2 Combination ion-selective electrodes (ISEs) and the ion sensor head 300-I-2 Thanks to an additional phono/RCA connector, temperature data can also be transmitted – for precise, temperature-compensated measurements. Which Horiba ion-selective electrodes is the adapter compatible with? 895882 Horiba 6560S-10C, chloride ion (Cl-) electrode 895883 Horiba 6561S-10C, fluoride ion (F-) electrode 895880 Horiba 5002S-10C, Ammonia (NH3) ion electrode with 3x membrane cap Your benefits at a glance Extended measurement capabilities: Use a wide variety of electrodes and measure a multitude of parameters – from pH and redox to specific ions. Manufacturer-independent flexibility: Choose the best electrode for your application – regardless of the manufacturer. Precise measurement results: Thanks to temperature compensation, you obtain reliable and reproducible results, even under changing conditions. Easy to use: The adapter allows electrodes to be connected quickly and easily to the WQ300 series measuring instruments. This saves time and optimises use in the laboratory and in the field. Quick connection, secure fit and ready for immediate use – ideal for laboratory and field use. Typical applications The HORIBA BNC Adapter 300-BNC is perfect for: Water analysis & environmental monitoring Research & development laboratories Food and beverage industry Chemical and pharmaceutical industry Quality assurance & production control Whether you are measuring pH values, determining redox potentials or analysing ion concentrations – this adapter turns your measuring instrument into a universal analysis platform. It is particularly useful for users who need a flexible solution to carry out a wide range of measurements with their existing HORIBA WQ300 measuring instruments. The 300-BNC adapter significantly expands the range of applications for the WQ300 series and enables cross-manufacturer compatibility in the field of electrochemical measurements. Why buy the HORIBA 300-BNC adapter? If you already own a HORIBA Laqua WQ300 meter, this adapter is an essential accessory for: continuing to use your existing electrodes saving on the cost of new sensor systems significantly expanding your measurement capabilities The HORIBA 300-BNC adapter transforms your HORIBA Laqua WQ300 series analysers into an open and flexible measurement system for a wide range of applications. Benefit from maximum compatibility, precise measurement results and easy integration into existing measurement processes.