Horiba Benchtop pH/ORP/Ion/DO/BOD/Temperature Meter LAQUA PD2000

Horiba Benchtop pH/ORP/Ion/DO/BOD/Temperature Meter LAQUA PD2000

Product Description

The Horiba LAQUA PD2000 is a high-precision benchtop water quality meter designed for measuring pH, oxidation-reduction potential (ORP), ion concentration, dissolved oxygen (DO), biochemical oxygen demand (BOD), and temperature. This advanced multiparameter meter ensures accurate and stable readings, making it an essential tool for laboratories, water treatment facilities, environmental monitoring, and industrial applications. With dual-channel capability, automatic temperature compensation (ATC), and extensive data storage, the LAQUA PD2000 offers reliable and efficient analysis for research, quality control, and industrial process management.

Key Features

1. high-precision pH, ORP, ion, DO, and BOD measurement

   • provides accurate and stable readings across multiple parameters, ensuring comprehensive water quality analysis.

2. automatic temperature compensation (ATC)

   • adjusts pH, ORP, ion, and DO measurements based on temperature fluctuations, ensuring precise and consistent results.

3. dual-channel measurement

   • enables simultaneous monitoring of two different samples, improving efficiency and productivity in laboratory testing.

4. large digital display with intuitive controls

   • features a high-contrast LCD screen with easy-to-use calibration and measurement settings for seamless operation.

5. data storage and connectivity

   • supports USB and RS232 connectivity, allowing users to store and transfer measurement data for further analysis.

6. durable and laboratory-ready design

   • designed for long-term use in demanding laboratory and industrial environments, ensuring consistent accuracy and reliability.

Applications

1. drinking water quality analysis

   • measures pH, ORP, ion, DO, and BOD levels in drinking water to ensure compliance with health and safety regulations.

2. environmental monitoring

   • analyzes multiple water quality parameters in rivers, lakes, and groundwater for pollution control and environmental impact assessments.

3. wastewater treatment

   • monitors pH, ORP, ion concentration, and BOD levels in wastewater treatment plants to maintain regulatory compliance.

4. industrial process control

   • used in chemical manufacturing, semiconductor production, and pharmaceutical industries where precise water quality control is required.

5. food and beverage industry

   • ensures accurate pH, DO, and BOD levels in food processing, beverage production, and quality control applications.

6. educational and research laboratories

   • ideal for academic studies, scientific research, and laboratory experiments requiring precise multiparameter water analysis.

Technical Specifications

• model: Horiba LAQUA PD2000
• measurement principle: pH electrode, ORP sensor, ion-selective electrode (ISE), dissolved oxygen (DO) sensor, and BOD analysis method
• parameters measured: pH, ORP, ion concentration, dissolved oxygen (DO), biochemical oxygen demand (BOD), temperature
• measurement range: wide pH, ORP, ion concentration, DO, and BOD range for multiple applications
• accuracy: high precision with minimal deviation
• temperature compensation: automatic (ATC) for enhanced measurement accuracy
• display: large digital LCD screen with clear pH, ORP, ion, DO, BOD, and temperature readouts
• data logging: USB and RS232 connectivity for efficient data storage and transfer
• power supply: AC power adapter for continuous laboratory operation
• housing: robust benchtop design for long-term use in laboratories and industrial facilities
• storage conditions: store in a dry and stable environment when not in use

The Horiba LAQUA PD2000 is a highly reliable and efficient multiparameter water quality meter, ideal for professionals who require fast, precise, and convenient measurements. With its advanced functionality, durable construction, and user-friendly operation, this benchtop meter is an essential tool for laboratories, water treatment facilities, and industrial applications.