Hanna HI98494 Portable Multiparameter pH/EC/opdo® Meter with Bluetooth

Description

HI98494: The Ultimate Portable Multiparameter Meter

The Hanna HI98494 Portable Multiparameter Meter stands as a paragon of advanced water quality analysis, meticulously engineered for professionals who demand precision, durability, and versatility in the field. This device seamlessly integrates the measurement of an extensive range of parameters, including pH, ORP, EC, TDS, salinity, and dissolved oxygen, into a single, robust instrument. Its cutting-edge design is complemented by modern features like Bluetooth® connectivity, allowing for effortless data transfer to a smart device via the Hanna Lab App. This capability not only streamlines the process of data logging and review but also enables users to share critical information with colleagues or clients, ensuring real-time collaboration and informed decision-making. The meter’s rugged IP67-rated enclosure and the IP68-rated digital probe are built to endure the most challenging environmental conditions, making it an indispensable tool for a wide array of applications, from environmental monitoring to industrial process control.

Versatile Applications for Water Quality Professionals

The HI98494 is not merely a device; it is a comprehensive solution tailored for diverse professional needs. Environmental consultants and researchers utilize it for comprehensive field surveys of rivers, lakes, and oceans, assessing everything from pH levels to dissolved oxygen content to gauge ecosystem health. In aquaculture, the meter is indispensable for monitoring water parameters to ensure optimal conditions for aquatic life, directly impacting yield and profitability. For industrial and municipal wastewater treatment plants, it provides the accuracy required for compliance with stringent regulations, ensuring that discharge water meets safety and environmental standards. Additionally, the HI98494 is a vital tool for agricultural applications, helping farmers monitor water quality for irrigation, which is crucial for crop health and soil integrity. The ability to measure up to 13 different parameters with a single, portable unit makes it a highly efficient and cost-effective choice for professionals across these varied sectors.

Unrivaled Data Logging and Connectivity

The HI98494 excels in its ability to capture and manage large volumes of data, a feature that is paramount for long-term monitoring projects and detailed analysis. With its automatic interval logging feature, the meter can store up to 45,000 samples, providing a continuous record of environmental conditions over extended periods. For specific, on-site measurements, the log-on-demand function allows users to save data points as needed. The built-in Bluetooth® connectivity is a game-changer, enabling a seamless transfer of this extensive data to a smart device. The Hanna Lab App enhances this process by allowing users to not only view data in a clean, organized format but also to graph logged data for trend analysis. Furthermore, the app supports exporting data as a .CSV or .PDF file, which can be easily shared via email, facilitating efficient data management and collaboration. This combination of robust logging and seamless connectivity ensures that no critical data is lost and that information can be accessed and shared with unparalleled ease.

Precision and Reliability in Every Measurement

At its core, the HI98494 is designed for exceptional measurement accuracy and reliability. The digital probe features built-in sensors for pH (or pH/ORP), EC, and optical DO, which are automatically recognized by the meter upon connection. This automatic recognition minimizes setup time and potential for error. The meter also incorporates automatic temperature compensation, which is crucial for accurate pH, EC, and DO readings in varying conditions. For dissolved oxygen, the device also includes automatic barometric pressure and salinity compensation, ensuring precise results regardless of altitude or water type. The Quick-Calibration feature provides a speedy, single-point calibration for all key parameters, while more comprehensive multi-point calibration options are available for those requiring the highest level of accuracy. This meticulous attention to detail in its design guarantees that the HI98494 consistently delivers trustworthy and repeatable results, a cornerstone for any professional measurement device.

Innovative Design for Field Durability

The HI98494 is engineered with a focus on durability, designed to withstand the rigors of field use. Its main meter body is IP67-rated waterproof, meaning it is protected against dust and can be immersed in water up to 1 meter for 30 minutes without harm. The digital probe is even more robust with an IP68 rating, allowing for continuous submersion. The rugged enclosure protects the meter from the typical knocks, drops, and spills that occur in real-world environments. The probe itself is built with a stainless steel, weighted protective guard that shields the sensors from damage. In terms of power, the meter features a dual power source, operating primarily on a built-in rechargeable lithium-ion battery but automatically switching to standard AA alkaline batteries when the internal battery is low. This ensures uninterrupted operation, which is critical for long days of field work. These design choices collectively make the HI98494 an exceptionally reliable and long-lasting tool for professionals.

Smart Sensor Technology and Maintenance

The HI98494’s advanced sensor system simplifies maintenance and enhances long-term performance. The sensors are field-replaceable, screw-type connectors that are color-coded for easy identification and quick swapping, minimizing downtime. A standout feature is the optical dissolved oxygen sensor, which uses a smart cap equipped with an RFID tag. This tag not only stores unique calibration coefficients but also tracks the cap’s age and alerts the user when it’s time for a replacement. This proactive alert system ensures consistent measurement quality and reduces the risk of inaccurate readings due to an aging sensor cap. The smart cap technology, combined with the ease of sensor replacement and quick calibration options, significantly reduces the effort and expertise required for maintaining the meter, making it user-friendly without compromising on performance.

Your Trusted Source for Unbeatable Quality

When you choose the HI98494, you are not just purchasing a meter; you are investing in a product backed by a legacy of quality and innovation. The HI98494 Portable Multiparameter pH/EC/opdo® Meter with Bluetooth® is a perfect example of this commitment. We are proud to partner with tpt24, which stands as the premier online store for this product globally. Tpt24 guarantees a 100% authenticity and quality assurance on all orders, ensuring that you receive a genuine, high-performance instrument. They provide a seamless and reliable delivery service, ensuring that your product arrives safely and promptly, no matter your location. This commitment to customer satisfaction and product integrity makes tpt24 the best choice for professionals worldwide seeking this cutting-edge meter.

Streamlining Your Workflow with GLP Data

The HI98494 is designed to meet the rigorous standards of Good Laboratory Practices (GLP), a crucial element for regulatory compliance and data integrity. The meter automatically captures and stores detailed calibration information along with a time and date stamp. This includes not only the calibration values themselves but also other parameters that might influence the measurement, such as temperature. This comprehensive GLP data is stored with the logged measurements, providing a complete and auditable record of the device’s history and the conditions under which data was collected. When the data is downloaded to a smart device via the Hanna Lab App, this GLP information can be easily reviewed for all parameters, ensuring full traceability and accountability. This feature is invaluable for professionals in regulated industries who need to demonstrate the validity and reliability of their data.