Please login or create account
Hanna HI 98304 conductivity meter
Expand 
Discover the Hanna HI 98304 conductivity meter. This pocket tester combines precision and simplicity.
Hanna HI 98304 conductivity meter
Our team will reply within 24 business hours.
Ref:
Warning: Last items in stock!
Availability date:
Discover the Hanna HI 98304 conductivity meter. This pocket tester combines precision and simplicity. You will be able to take quick measurements.
Its case is robust and ergonomic and its display is large. The graphite conductivity probe guarantees repeatability of measurements because it does not oxidize.
| Functions | Mesure |
| Marque | Hanna |
| Type | Conductivimètre |
| Matière | Sonde graphite |
| Durée d'action estimée | 200 heures |
| Précision | ±2% de l'échelle à 20°C |
| Affichage | Numérique |
| Connecté / Application | Non |
| Étalonnage | Automatique (ATC) |
| Résolution | 0.01 mS/cm |
| Compensation température automatique | 0-50°C |
| Type d'instrument | Conductivimètre (EC) |
| Grandeur mesurée | Conductivité (EC) |
| Poids (g) | 95 |
| Plage de mesure CO2 (ppm) | 0 à 19.99 mS/cm |
Cet appareil de poche a un format idéal, il tient bien en main. Le bouton pour la calibration est vraiment pratique, une fonctionnalité qui simplifie tout. Très agréablement surpris !
La calibration est directe et efficace, la précision constante lors de chaque mesure. Utilisation quotidienne sans problème.
C'est un très
C'est un très bon produit. Efficace et facile à utiliser. Pas déçu du tout.
Reçu rapidement, bien
Reçu rapidement, bien emballé. Fonctionne parfaitement. Vraiment satisfait.
— It is also very accurate, with a margin of error of ±2 % and a fine resolution of 0.01 mS/cm, ideal for monitoring the quality of nutrient solutions used in growing light plants. Its measuring range of up to 20 mS/cm comfortably covers the usual needs in hydroponics or greenhouse cultivation.
— Finally, its durable probe and clear display facilitate reliable and comfortable regular monitoring. This model perfectly combines simplicity and technicality for effective care of your plants at home.
The graphite probe of the Hanna HI 98304 conductimeter offers several concrete advantages over traditional metal probes. Thanks to its graphite composition, it significantly limits oxidation and polarization, thus ensuring a precision and repeatability of measurements that are markedly superior over the long term, even with frequent use.
In agricultural environments, where the measured solutions are often corrosive (fertilizers, ion-rich waters), graphite offers a enhanced durability, better resisting corrosion and wear, which guarantees consistent reliability of readings. Moreover, its robustness and ergonomics facilitate repeated measurements in the field.
The Hanna HI 98304 conductivity meter measures conductivity over a wide range of 0.00 to 20.00 mS/cm with a fine resolution of 0.01 mS/cm. Its accuracy is ±2% of full scale, providing a very controlled maximum error margin, ideal for reliable monitoring of nutrient solutions.
Additionally, it features automatic temperature compensation between 0 and 50 °C with an accuracy of ±0.5 °C, ensuring accurate readings regardless of thermal variations. Its one-point automatic calibration simplifies its use while reducing handling errors.
These advantages help optimize the yield of your crops by ensuring precise management of conductivity, thus avoiding overconsumption or waste related to incorrect electrical dosing.
The Hanna HI 98304 conductivity meter is an excellent choice for measuring the conductivity of nutrient solutions indoors. It offers a suitable precision with a resolution of 0.01 mS/cm and automatic temperature compensation, ideal for reliable nutrient monitoring.
The operation is simple and ergonomic, perfect for direct use in indoor cultivation, even if you are a beginner. However, this model is generally sold alone, without a complete beginner kit. Therefore, you will need to plan for the separate purchase of calibration solutions and accessories for optimal setup.
If you want a complete solution, we also offer calibration kits and accessories to facilitate handling.
To ensure its accuracy, it is advisable to regularly clean the probe to avoid any contamination that could distort readings. No specific maintenance is required, but regular care is always beneficial.
In case of wear or decreased performance, the probe is replaceable, making it easier to keep it in good working condition.
This simple routine compensates for probe wear and environmental variations, thus maintaining optimal accuracy in your nutrient solution checks.
The Hanna HI 98304 is a high-performance device for measuring conductivity, but it lacks native connectivity (Bluetooth, Wi-Fi, USB) for direct integration with a home automation system or a mobile application.
However, for enthusiasts of advanced techniques, it is possible to use customized solutions, such as using a microcontroller (for example Arduino) to capture the data and then transmit it to an application or a voice assistant. This requires some electronic and software tinkering, but opens interesting perspectives for real-time monitoring.
For a more ready-to-use solution, we offer connected sensors specifically designed for home automation integration, which might better match this need.
The Hanna HI 98304 tester uses a graphite electrode, known for its robustness and stability, as it does not oxidize. Regarding the battery life, there are no specific data available, but these devices are generally designed to last several hours of continuous use.
For the graphite probe, no specific information mentions the ease of its replacement on this model. In practice, regular maintenance, particularly cleaning the electrode, is strongly advised to ensure accurate measurements.
The Hanna HI 98304 conductivity tester covers a wide range from 0.00 to 20.00 mS/cm, perfectly suited for measuring the typical salinity levels in hydroponics, which generally range from 0.5 to 3.0 mS/cm. It provides an accuracy of ±2% over this range, ensuring reliable monitoring of even your most concentrated nutrient solutions.
Its calibration is particularly simple: it is done automatically at one point, using the calibration solution packets provided (12.88 mS/cm). No specialized tools are necessary, making this step quick and accessible, even without advanced technical experience.
This tester is therefore an excellent choice for precise and easy conductivity control in hydroponics.
To ensure the long-term accuracy of the graphite probe of the Hanna HI 98304, it is essential to ensure regular maintenance:
Following these best practices will keep your conductivity meter in perfect condition, providing you with accurate and reliable measurements over time.
Regarding accuracy, this device offers a resolution of 10 µS/cm (0.01 mS/cm) with an accuracy of ±2 % of full scale, which is approximately ±400 µS/cm at 20,000 µS/cm. It is an excellent compromise for accurate portable measurements within a range of up to 20 mS/cm.
The Hanna HI 98304 is a portable device very well suited for reduced cultivation spaces due to its compact size and light weight, which facilitate its use in microculture. Its measurement range extends up to 20 mS/cm with an accuracy of ±2%, providing sufficient resolution to precisely control nutrient solutions in small volumes.
Regarding the graphite probe, although the manufacturer does not explicitly specify this material for this model, graphite probes are generally reliable, durable, and resistant to fouling, which are valuable qualities in microculture where the stability of measurements is crucial. This type of probe therefore ensures good repeatability and longevity in reduced cultivation environments.
In summary, for microculture, the Hanna HI 98304 is an excellent choice for a precise and robust portable EC meter, perfectly suited for demanding professional or amateur use.
The Hanna HI 98304 conductivity meter is ideal for reliable spot measurements of conductivity in indoor cultivation thanks to its robust graphite electrode. However, it does not have native connectivity (Bluetooth, Wi-Fi, or USB) and does not allow for continuous monitoring or direct automation of conductivity thresholds.
To integrate it into a home automation system, one would need to consider external technical adaptation, such as coupling the sensor to a microcontroller (Arduino, Raspberry Pi), but this requires advanced tinkering that is not officially supported.
If you are looking for a conductivity sensor suitable for continuous monitoring and automation, it is best to opt for models specifically designed for home automation, with compatible protocols.
The Hanna HI 98304 conductivity meter is designed for precise manual measurements of conductivity (EC) and does not have an interface for direct connection to an automated system.
To integrate EC into automated management of watering or nutrition in real time, it is necessary to use EC probes specially designed to be connected to a controller or automation system (such as an API, Arduino, or Raspberry Pi), which continuously collect data and control the equipment based on programmed thresholds.
Nevertheless, the HI 98304 can serve as a calibration and spot validation tool in complement to an automated system.
The conductivity meter Hanna HI 98304 integrates an automatic one-point calibration thanks to a specific calibration solution (12.88 mS/cm), which allows the sensor to be precisely reset and ensures reliable measurements despite variations in the field.
This precision is enhanced by an integrated temperature sensor, which performs automatic compensation of the measurements between 0 and 50 °C, adjusting the conductivity according to thermal fluctuations to maintain the accuracy of readings.
Finally, its ease of use allows for quick and regular recalibration, ideal for outdoor or agricultural environments where conditions often change, thereby ensuring excellent stability and reliability over time.
The Hanna HI 98304 conductivity meter is a portable device designed for accurate manual conductivity measurements, without Bluetooth, Wi-Fi, or other built-in digital connectivity. Therefore, it cannot be directly interfaced with a home automation system for real-time monitoring.
A home automation integration would require a very technical and non-standard solution, involving an external microcontroller, which remains complex to implement given the absence of an open interface on this model.
For real-time monitoring via Wi-Fi or Bluetooth, we recommend opting for conductivity sensors designed with built-in connectivity, thus facilitating home automation management and data collection.
After each use, also remember to rinse the probe thoroughly with water and replace the protective cap to preserve its longevity and reliability.
The Hanna HI 98304 EC tester offers a measurement range of 0.00 to 20.00 mS/cm (0 to 20,000 µS/cm) with a resolution of 100 µS/cm and an accuracy of ±2% of full scale. This corresponds to an uncertainty of about ±400 µS/cm at full scale.
For compact micro-culture, this precision is generally suitable for common needs, although it does not allow for the detection of very fine variations below 100 µS/cm. It is a robust and reliable device for most EC applications in indoor LED cultivation.
The Hanna HI 98304 is a handheld conductivity measurement device, without a native interface for direct connection to a home automation system. To integrate its real-time measurements, a complex technical adaptation would be necessary, such as connecting it to a microcontroller (Arduino, Raspberry Pi), but this solution requires real expertise and is not officially supported.
For automatic integration into a home automation system, it is preferable to use sensors designed for automation with compatible protocols. The Hanna HI 98304 remains an excellent precise tool for spot measurements and calibration of automated systems.
The conductivity meter Hanna HI 98304 ensures an accuracy of ±2% of full scale with a resolution of 0.01 mS/cm, ideal for professional use in parallel culture where measurement reliability is crucial.
Regarding calibration, it is advisable to perform it regularly, ideally before each important session or at fixed intervals (weekly or monthly) depending on usage frequency. This calibration is easily carried out with a specific solution and ensures consistency in results. Regular maintenance of the probe is also essential to maintain accuracy.
The graphite probe of the Hanna HI 98304 conductimeter offers good longevity thanks to its natural resistance to oxidation, especially if you perform regular maintenance with appropriate recalibration. Its warranty is six months, which gives a general indication of its durability in regular use.
Regarding replacement, the probe is not designed to be easily changed by the user. In case of wear, it is advisable to contact customer service to ensure reliable repair or replacement, thus ensuring the accuracy of the measurements.
Hydroponics for Beginners: Introducing the Terra Aquatica Ebb & Grow System
