Lovibond - Electrochemistry Instruments

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Lovibond: A Trusted Name in Electrochemistry Instruments

Lovibond offers a wide range of electrochemical instruments designed to provide fast, accurate, and reliable analysis of key water parameters such as pH, conductivity, dissolved oxygen, and more. Built for versatility and ease of use, these rugged, portable devices are ideal for both field and laboratory settings, with features like intuitive interfaces, waterproof construction, and data logging capabilities. Serving diverse industries—from drinking water treatment to food production—Lovibond’s instruments help users maintain optimal water quality while ensuring operational efficiency and regulatory compliance.

Why Choose Lovibond - Electrochemistry Instruments?

Lovibond electrochemistry instruments stand out for their reliable performance, intuitive operation, and suitability across various water testing needs. Designed for both laboratory and on-site use, these tools provide accurate measurements for parameters like pH, conductivity, and dissolved oxygen. Their rugged construction ensures long-term use, while streamlined features make testing quick and efficient. With a strong reputation in water analysis, Lovibond combines innovation with dependable support, making it a practical choice for professionals who value precision and convenience. You can explore their electrochemistry instruments at our Canadian warehouse, or you can check them out below:

Lovibond SD 315 Portable Dissolved Oxygen/Temperature Kit

The Lovibond SD 315 Portable Dissolved Oxygen/Temperature Kit is a waterproof, hand-held meter designed for precise and reliable measurement of dissolved oxygen and temperature in both field and laboratory settings. With a rugged design, protective armouring, and a high-quality oxygen sensor featuring a 2-meter cable, it ensures accuracy in harsh environments. Key features include easy calibration, multilingual interface, manual and automatic data logging, and compliance with IP67 and CE standards. The comprehensive kit includes a KOH electrolyte solution, spare membrane heads, batteries, and a user manual, making it a dependable tool for environmental monitoring professionals.

Lovibond SD 325 Meter for Conductivity, TDS, Salinity, and Temperature

The Lovibond SD 325 Meter for Conductivity, TDS, Salinity, and Temperature is a rugged, waterproof (IP67) handheld device designed for accurate multi-parameter measurements in harsh environments. Ideal for field and lab use, it measures conductivity, TDS, salinity, and temperature with precision, featuring a user-friendly interface, automatic temperature compensation, and a robust design with protective housing. The meter comes as a complete kit, including calibration solutions, batteries, and a conductivity cell, ensuring immediate use and reliable performance. With data logging capabilities, multilingual support, and CE, RoHS, and WEEE compliance, it is built for professionals who demand accuracy and durability.

Lovibond SD 305 Portable pH/ORP/Temperature Kit

The Lovibond SD 305 Portable pH/ORP/Temperature Kit is a waterproof, hand-held meter designed for precise measurement of pH, Redox (ORP), and temperature, ideal for both field and laboratory use. Built for durability with IP67 protection, it features automatic/manual calibration, a high-quality pH electrode, a PT1000 temperature sensor, and a user-friendly backlit LCD. The device includes a pH buffer set, storage solution, batteries, a carrying case, and a USB interface. With a broad measuring range, multilingual interface, and a long 500-hour battery life, this compact meter ensures reliable, high-performance results in demanding environments.

FAQs

1. How does the Lovibond SD 315 ensure the accuracy of dissolved oxygen readings?

The Lovibond SD 315 features a high-quality galvanic oxygen sensor that delivers fast and accurate dissolved oxygen readings with minimal drift. It supports both manual and automatic calibration modes, helping maintain measurement accuracy after transport or when operating in changing environmental conditions.

To preserve long-term sensor performance, regular use of the supplied KOH electrolyte solution and spare membrane heads is recommended, ensuring consistent and reliable DO measurements over time.

2. How does the Lovibond SD 305 simplify pH and ORP testing in outdoor environments?

The Lovibond SD 305 is built for rugged field use, featuring IP67 waterproof protection and a shock-resistant housing. Its lightweight, portable design and intuitive LCD display make it easy to operate in outdoor or remote locations.

With an extended battery life of up to 500 hours, the SD 305 allows environmental professionals to perform pH, ORP, and temperature testing without relying on laboratory equipment, even in harsh field conditions.

3. How do I maintain the pH electrode of the Lovibond SD 305 for accurate results?

To maintain accuracy, rinse the pH electrode with distilled water after each measurement to remove residue. Proper storage in the included pH electrode storage solution is essential to prevent the electrode from drying out.

Routine calibration using the supplied pH buffer solutions is also recommended, particularly after prolonged use or exposure to extreme sample conditions, to ensure consistent and precise readings.

4. How does the Lovibond SD 325 manage multiple water quality parameters in one device?

The Lovibond SD 325 is a true multiparameter meter capable of measuring conductivity, total dissolved solids (TDS), salinity, and temperature simultaneously. This integrated functionality eliminates the need for multiple instruments.

By combining several key measurements into one compact device, the SD 325 streamlines workflows and saves time for water quality professionals who require fast and dependable results in the field or laboratory.

5. Can the SD 325 be used in seawater or brackish water applications?

Yes, the SD 325 is well suited for seawater, estuarine, and brackish water testing thanks to its dedicated salinity measurement function and robust sensor design.

Its durable construction and wide salinity range support reliable data collection in applications such as marine biology, aquaculture, and coastal water monitoring.