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HANNA instruments 2007 Laboratory Catalog

HANNA instruments 2007 Laboratory Catalog

Product catalog summary

Overview: The document is the 4th edition of the Laboratory Products Catalog by HANNA Instruments, detailing their range of laboratory equipment and solutions. It includes contact information for global offices, product specifications, and features of various laboratory instruments.

Contact Information: The catalog provides detailed contact information for HANNA Instruments' offices worldwide, including locations in Argentina, Australia, Belgium, Brazil, Canada, Chile, China, Egypt, France, Germany, Greece, Hungary, India, Indonesia, Italy, Japan, Korea, Malaysia, Mexico, Morocco, Netherlands, Poland, Portugal, Romania, Singapore, South Africa, Spain, Taiwan, Thailand, United Kingdom, Vietnam, and the USA.

Product Categories: The catalog is organized into several sections based on product categories:

ISE/pH: Includes titration systems, bench meters, portable meters, testers, electrodes, sensors, and solutions.
Conductivity/TDS: Features bench meters, portable meters, testers, and solutions.
Multiparameter: Covers bench meters, portable meters, and testers.
Dissolved Oxygen: Lists bench and portable meters.
Turbidity: Details bench and portable meters.
COD: Includes bench meters, certified reagents, test kits, and test tube heaters.
Photometers: Describes multiparameter and single parameter meters, reagents, and accessories.
Thermometers: Discusses portable meters, dataloggers, and testers.

Featured Product - HI 901 & HI 902 Automatic Titration Systems:

Clip-Lock™ Exchangeable Burette System: Allows quick exchange of burettes to prevent cross-contamination and save time.
Automatic Burette Recognition: Recognizes the volume of new burettes automatically.
Versatility: Supports up to 10,000 methods, including acid/base, potentiometric, and amperometric titrations.
Data Management: Complies with GLP standards, stores up to 100 reports, and allows data transfer to PCs.
Customization: Users can create custom methods and connect external devices like keyboards and monitors.

Conclusion: The catalog provides comprehensive information on HANNA Instruments' laboratory products, emphasizing their advanced features, ease of use, and global availability.

Automatic Titration Systems Overview
The document provides detailed specifications and features of the HI 901 and HI 902 automatic titration systems. Key features include a 320 x 240 pixel LCD with backlight, precise dosing system with accuracy under 0.1% of burette volume, and support for up to 10,000 titration methods. The systems feature Clip Lock™ for quick burette changes and automatic recognition, dynamic/linear dosing, and equivalence point detection using first and second derivatives. Results are displayed in selected units, and titration graphs can be saved and displayed on-screen. The systems also offer user-customized reports, reminders for titrant age, and self-diagnostic features for peripheral devices.

Specifications
The systems support a range of measurements including mV, pH, and temperature, with high accuracy and resolution. Burette sizes available are 5, 10, and 25 mL, with a resolution of 1/40000 and dosing accuracy of ±0.1% of full burette volume. The systems support multiple languages and offer programmable stirrer settings. They can perform various potentiometric titrations and have extensive data storage capabilities.

Research Grade pH Meters
The document also describes research-grade pH meters (HI 4522, HI 4521, HI 4222, HI 4221) featuring a 240 x 320 color display, dual-channel display, and real-time logging. These meters offer exclusive Calibration Check™ diagnostics, multi-point calibration, and support for incremental methods in ISE mode. They provide comprehensive EC, resistivity, TDS, and salinity measurements with auto recognition of probe type and extended range capabilities.

Calibration and Measurement Features
The pH meters include features like manual or automatic temperature compensation, relative mV scale, and intuitive menu navigation. They support direct calibration and measurement in multiple units and offer incremental methods to reduce errors. The EC meters comply with USP modes for water quality testing and provide comprehensive results for all stages.

Ordering Information
The document lists various models and their supplied components, including electrodes, temperature probes, buffer solutions, and accessories like electrode holders and magnetic stirrers. It also provides specifications for each model, detailing ranges, resolutions, and accuracies for pH, mV, ISE, conductivity, resistivity, TDS, salinity, and temperature measurements.

Overview: The document provides detailed information on various pH meters, specifically the HANNA HI 221, HI 223, HI 250, HI 251, HI 253, HI 254, HI 110 series, and HI 207/208 models. These instruments are designed for laboratory and educational purposes, offering features like calibration checks, data logging, and temperature compensation.

Calibration and Maintenance: Proper calibration is crucial for accurate pH measurements. The document emphasizes the importance of cleaning electrodes before calibration to avoid incorrect readings. The HI 221 and HI 223 models feature Calibration Check™ technology, which alerts users if the electrode is dirty or if the calibration buffer solution is contaminated.

Key Features: The HI 221 and HI 223 models can log up to 500 samples and include features like enhanced calibration messages, electrode condition display, and calibration alarm timeouts. They also support PC connectivity for data transfer.

Specifications: The document lists detailed specifications for each model, including pH range, mV range, temperature range, resolution, accuracy, and calibration options. For example, the HI 221 and HI 223 have a pH range of -2.00 to 16.00 and can log 100 to 500 data points.

Electrodes and Solutions: Various electrodes are available for different applications, such as strong acids, emulsions, and biotechnology. The document also lists buffer and cleaning solutions necessary for maintaining electrode performance.

Educational Models: The HI 207 and HI 208 models are designed for classroom use, featuring built-in beaker holders, dual-level LCDs, and automatic calibration. They are compact and portable, suitable for both indoor and outdoor educational activities.

Ordering Information: Each model comes with specific accessories, including electrodes, temperature probes, buffer solutions, and power adapters. The document provides part numbers and descriptions for easy ordering.

Overview: The document provides detailed specifications and features of various portable pH, ISE, ORP, Conductivity, and Dissolved Oxygen meters designed for educational and field use. These instruments are equipped with advanced features for accurate and reliable measurements.

Specifications: The meters are available in different models, each with specific ranges for pH, mV, and temperature. They support multiple calibration points and offer both manual and automatic temperature compensation. The devices are powered by rechargeable batteries with an inductive recharger, ensuring extended use in the field.

Key Features: The meters feature a backlit graphic LCD for clear display, log-on-demand functionality, USB connectivity for data transfer, and comprehensive GLP functions. They also include HANNA’s exclusive Calibration Check™ to ensure accurate calibration and measurement reliability.

Calibration and Measurement: The instruments support up to 5-point calibration with standard and custom buffers. They provide direct ion concentration determination with ion selective electrodes, offering flexibility in measurement units.

Design and Usability: The meters are housed in rugged, waterproof casings suitable for demanding industrial and field conditions. They are designed for ease of use with soft-key operation, multiple language selection, and on-screen help available at any time.

Accessories and Ordering Information: The document lists various electrodes, solutions, and accessories compatible with the meters. It also provides ordering information for different models, including the supplied components such as electrodes, buffer solutions, and rechargers.

Overview
This document provides detailed information on various pH and ORP meters, solutions, and accessories offered by HANNA Instruments. It includes specifications, features, and ordering information for different models designed for laboratory and industrial use.

Specifications and Features

HI 98160 Auto-Endpoint pH Meter: This portable meter features automatic calibration at 1 or 2 points, a backlit display, and the ability to store and recall up to 500 measurements. It supports pH, mV, and temperature measurements with high accuracy and offers PC connectivity via RS232.
HI 9026 Calibration Check™ pH Meter: Designed for harsh industrial conditions, this meter includes a Calibration Check feature, waterproof casing, and the ability to set calibration reminders. It supports automatic pH calibration with 7 standard buffers and 2 custom buffers.
HI 9024 and HI 9025 Auto-Instruction pH Meters: These meters are suitable for lab or field use, featuring automatic pH calibration, waterproof casings, and a user-friendly Auto-Instruction feature for calibration guidance.
Waterproof Testers: HANNA offers a range of waterproof testers for pH, ORP, conductivity, and TDS measurements. These testers feature replaceable electrode cartridges, dual-level LCDs, and automatic temperature compensation.

Solutions and Accessories

Buffer Solutions: Various pH buffer solutions (pH 4.01, 7.01, 10.01) are available in different volumes for calibration purposes.
Electrode Solutions: Electrode storage and cleaning solutions are provided to maintain electrode performance.
Accessories: Includes items like inductive battery rechargers, RS232 cables for PC connection, and electrode holders.

Ordering Information
Each product section includes specific ordering information, detailing the included components such as electrodes, probes, buffer sachets, and carrying cases.

Conclusion
HANNA Instruments offers a comprehensive range of pH and ORP meters, solutions, and accessories designed to meet the needs of various laboratory and industrial applications. The products are characterized by their accuracy, ease of use, and durability in challenging environments.

Specifications and Features
The document provides detailed specifications for two pH testers: the HI 98103 Checker® and the HI 98107 pHep®. The HI 98103 Checker® has a pH range of 0.00 to 14.00, a resolution of 0.01 pH, and an accuracy of ±0.2 pH at 20°C. It includes a HI 1270 electrode and operates with two 1.5V batteries for approximately 3000 hours. The HI 98107 pHep® offers a range of 0.0 to 14.0 pH, a resolution of 0.1 pH, and an accuracy of ±0.1 pH at 20°C. It uses four 1.5V batteries for about 700 hours of continuous use. Both devices are suitable for environments between 0 to 50°C with a maximum relative humidity of 95%.

Electrodes and Solutions
The document lists various electrodes and solutions compatible with the pH testers. The HI 1270 electrode is included with the HI 98103, while the HI 73106 is a spare electrode for the HI 98107. Buffer solutions for calibration include pH 4.01, 7.01, and 10.01, available in 20 mL sachets. Electrode storage and cleaning solutions are also available.

Electrode Technology
The document discusses advancements in electrode technology, highlighting the benefits of glass and plastic electrodes. Glass electrodes offer high accuracy but are fragile, while plastic electrodes are more durable but less effective at high temperatures. HANNA manufactures both types to cater to different applications, including electrodes with enclosed temperature sensors and pre-amplified connectors.

pH Measurement Considerations
pH measurements require adequate conductivity, with values below 200 µS/cm being problematic. Specific electrodes, such as the HI 1153B, are recommended for low conductivity samples. The document also covers different glass formulations for electrodes, including GP, HT, LT, and HF glass, each suited for specific temperature ranges and chemical environments.

Electrode Types and Applications
HANNA offers a variety of electrodes with different tip shapes and materials for specific applications. Spherical tips are for general use, conical tips for semisolid products, and flat tips for surface measurements. The document details the specifications and recommended uses for various electrode models, including their temperature ranges and pressure limits.

Overview: This document provides detailed specifications and usage guidelines for various pH and ORP electrodes designed and manufactured by HANNA instruments. These electrodes are used for laboratory, field, and specific industry applications, including food processing and water quality monitoring.

Specifications: The document lists multiple models of electrodes, each with specific features such as reference type (Ag/AgCl), junction flow rate, electrolyte composition, maximum pressure, temperature range, tip shape, and body material. For example, the HI 3618X ORP electrode features a single Ag/AgCl reference, a ceramic junction with a flow rate of 15-20 μL/H, and a platinum pin tip.

Operating Conditions: Recommended operating temperatures for these electrodes generally range from -5 to 100°C, depending on the model. The document emphasizes the importance of adhering to these temperature guidelines to ensure accurate measurements and electrode longevity.

Applications: The electrodes are designed for various applications, including laboratory general use, field applications, swimming pool sanitation, and food industry-specific tasks such as measuring pH in dairy products and meat. ORP measurements are highlighted as effective for assessing water sanitation and bacteriological quality.

Installation and Maintenance: Instructions for installing and checking electrodes include soaking the electrode tip in warm water to enhance junction flow and using specific test solutions to verify electrode function. Regular maintenance is recommended to maintain accuracy and response time.

Special Features: Some electrodes include advanced features such as temperature sensors, amplifiers, and clogging prevention systems (CPS™) to enhance performance in specific environments.

Conclusion: HANNA instruments provide a comprehensive range of pH and ORP electrodes tailored for diverse applications, ensuring precise and reliable measurements across various industries.

Overview: The document provides detailed specifications and applications for various types of ion selective electrodes (ISEs) and related products offered by HANNA Instruments. It categorizes the electrodes based on their construction and application, including gas sensors, liquid membrane electrodes, solid-state electrodes, and reference electrodes.

Specifications: The document lists specifications for different electrode types, including junction type, electrolyte composition, maximum pressure, temperature range, body material, cable length, and recommended use. For example, ceramic junctions with KCl electrolyte are common, and the temperature range typically spans from -5 to 100°C.

Electrode Types:

Gas Sensors: These detect dissolved gases in solutions using a gas permeable membrane. Examples include ammonia and carbon dioxide electrodes.
Liquid Membrane Electrodes: These use a polymer matrix with organic ion-exchangers for ion detection, suitable for ions like nitrate, potassium, and calcium.
Solid State Electrodes: Made from compressed silver halides or crystalline materials, these are used for ions such as bromide, cadmium, and chloride.

Reference Electrodes: These provide stable voltage and electrolytic contact for ISEs. HANNA offers a durable plastic, double junction reference electrode with a cone style junction for stability and low flow rates.

Combination Electrodes: These integrate a sensor and reference electrode in one body, offering the same selectivity and response as half-cells but with added convenience for field measurements.

Methods of Analysis: The document outlines three potentiometric ion analysis methods: Direct Potentiometry, Incremental Methods, and Potentiometric Titration, with solutions available for each method.

Applications: The electrodes are used in various applications, such as determining ion concentrations in beverages, water, soil, and industrial processes. Specific applications include measuring ammonia in wastewater, bromide in food products, and fluoride in potable water.

Accessories and Standards: The document also lists accessories and standards for electrode maintenance and calibration, including filling solutions, conditioning solutions, and replacement modules.

Overview: The document provides detailed information on various solutions and accessories offered by HANNA for Ion Selective Electrodes (ISE) and pH measurement. It includes specifications for different types of solutions, their applications, and the importance of using certified solutions for accurate measurements.

1. ISE Solutions:

HANNA offers a range of solutions specifically designed for ISE electrodes, including standard solutions for various ions like ammonia, bromide, cadmium, calcium, and more.
These solutions are available in different concentrations and are accompanied by a Certificate of Analysis to ensure accuracy.

2. Calibration and Cleaning Solutions:

Calibration and cleaning solutions are essential for maintaining electrode performance and ensuring accurate readings.
HANNA provides a wide range of buffer solutions for pH calibration, available in both bottles and single-dose sachets.
These solutions are prepared with high precision and are available with certificates of analysis.

3. Ionic Strength Adjusters (ISA):

ISA solutions are used to maintain constant ionic strength in samples and standards, allowing for concentration measurements rather than activity measurements.
They also help adjust pH and eliminate matrix effects in some cases.

4. Accessories and Replacement Parts:

HANNA provides various accessories and replacement parts to ensure fast and accurate measurements, including sensor handles, membrane kits, and modules for different electrodes.

5. pH and ORP Solutions:

HANNA offers a complete range of pH buffer solutions for calibration, including technical solutions for precise measurements across the pH scale.
These solutions are available in different packaging options, including bottles and sachets, to meet various application needs.

6. Certified Solutions:

Certified solutions are available for operators requiring high accuracy, complete with certificates of analysis prepared against NIST standards.
These solutions ensure precise measurements and are available in various series, including HI 50xx and HI 60xx.

7. Packaging and Safety:

All solutions are provided with labels showing batch numbers and expiration dates for safety and traceability.
Material Safety Data Sheets (MSDS) are available for download from the HANNA website.

Overview: The document provides detailed information on various pH buffer solutions, calibration solutions, and related products offered by HANNA Instruments. These solutions are essential for accurate pH measurement and calibration in laboratory and field settings.

1. pH Buffer Solutions:

The document lists a range of pH buffer solutions with millesimal accuracy (±0.002 pH) available in different volumes (500 mL, 1 L, and 20 mL sachets).
Each buffer solution is standardized against NIST standards and comes with a certificate of analysis.
These solutions are available in both bottles and single-use sachets for convenience and freshness.

2. Calibration Solutions:

Calibration solutions are available for various pH values, including acidic (1.68, 4.01), neutral (6.86, 7.01), and alkaline (9.18, 10.01) ranges.
These solutions are used to calibrate pH meters and electrodes to ensure accurate measurements across different pH ranges.

3. ORP, Refill, Cleaning, and Storage Solutions:

ORP standard solutions are provided to test the precision of ORP electrodes.
Electrode refill solutions are available to maintain the electrolyte level in refillable electrodes.
Storage solutions are recommended to keep electrodes moist and prevent junction clogging.
Cleaning solutions are offered for general and specific applications to maintain electrode accuracy.

4. Standard Solutions for Turbidity, Salinity, and Fluoride:

Turbidity standard solutions are referenced to AMCO AEPA-1 standards and are non-toxic and stable.
Sodium and sodium chloride standard solutions are available for calibrating salinity meters.
Fluoride standard solutions are used for calibrating instruments measuring fluoride levels.

Key Features:

All solutions are prepared using high-quality ingredients and are traceable to NIST standards.
FDA-approved bottles are available to protect solutions from light exposure.
Solutions are available in various sizes to meet different application demands.

Calibration and Standard Solutions
This section lists various calibration and standard solutions available in different concentrations and packaging sizes. These solutions are used for calibrating instruments and ensuring accurate measurements in laboratory settings. Key products include AMCO-AEPA-1 Calibration Solutions at different FTU levels and Standard Solutions with varying concentrations of Na+ and NaCl.

Cleaning Solutions
HANNA offers a range of cleaning and disinfection solutions designed to maintain the efficiency and accuracy of sensors and electrodes. These solutions are tailored for specific industries such as cosmetics, food, agriculture, and industrial processes. They are available in bottles and sachets, providing options for both laboratory and field use.

HI 4321 Conductivity/TDS Meter
The HI 4321 is a research-grade laboratory meter with a color display, capable of measuring EC, resistivity, TDS, and salinity. It features auto-recognition of probe type, extended measurement range, and supports USP <645> conductivity tests. The meter offers real-time logging, customizable settings, and PC connectivity via USB or RS232.

HI 2300 Auto-ranging Meter
The HI 2300 is a professional instrument for measuring EC, TDS, NaCl percentage, and temperature. It features auto-ranging for EC and TDS, temperature compensation, and a stability indicator. The meter supports GLP data storage and PC communication through optional software.

Specifications and Accessories
Both meters come with detailed specifications, including measurement ranges, resolutions, and accuracies. Accessories such as calibration solutions, electrode holders, and PC connection cables are available to enhance functionality and ease of use.

Overview: The document provides detailed specifications and features of various conductivity meters, including bench and portable models, designed for laboratory and field use. These meters measure parameters such as electrical conductivity (EC), total dissolved solids (TDS), resistivity, and salinity, with features like automatic temperature compensation and multiple calibration options.

Specifications:

Measurement Ranges: EC ranges from 0.001 µS/cm to 400 mS/cm, TDS ranges from 0.00 to 400.0 g/L, and resistivity ranges from 1 to 100.0 MΩ•cm.
Resolution and Accuracy: EC resolution varies from 0.001 µS/cm to 0.1 mS/cm with an accuracy of ±1% of reading. TDS and NaCl measurements have similar resolution and accuracy specifications.
Temperature Range: -20.0 to 120.0°C with a resolution of 0.1°C and accuracy of ±0.2°C.

Calibration and Compensation:

Calibration: EC calibration is automatic up to 5 points with memorized standards. NaCl calibration is 1 point in % range.
Temperature Compensation: Automatic or manual, with selectable coefficients for EC and TDS.

Probes and Accessories:

Includes 4-ring platinum EC probes with built-in temperature sensors.
Various calibration solutions and cleaning solutions are available.

Features:

Automatic temperature compensation (ATC), manual (MTC), or no temperature compensation (NoTC).
Auto-ranging and good laboratory practice (GLP) compliance.
PC connectivity via USB for data logging and analysis.

Models and Applications:

HI 216: Bench meter for EC and resistivity with simple calibration and automatic temperature compensation.
HI 98188: Portable meter with expanded conductivity range, multiple salinity scales, and USP <645> compliance.
HI 9835 and HI 98360: Waterproof meters with multiple EC and TDS ranges, suitable for various laboratory applications.

Overview: This document provides detailed specifications and features of various conductivity and TDS meters designed by HANNA Instruments. These meters are used for measuring electrical conductivity (EC), total dissolved solids (TDS), and temperature in various environments, including harsh and wet conditions.

Specifications:

Accuracy and Calibration: The meters offer high accuracy with specific calibration procedures. EC calibration is automatic or manual, with multiple memorized values for different ranges. TDS conversion factors are selectable, and temperature compensation is automatic or manual.
Data Logging and Interface: Some models can log up to 250 samples and interface with PCs via RS 232.
Probes: The meters come with 4-ring conductivity probes with built-in temperature sensors, ensuring stability and a wide range of measurable concentrations.
Power Supply: The devices are powered by AA batteries or a 12 Vdc input, with an auto-off feature to conserve battery life.
Environmental Conditions: The meters operate effectively in temperatures ranging from 0 to 50°C and up to 95% relative humidity.

Key Features:

Rugged Design: The meters are waterproof and designed for durability in harsh conditions, making them suitable for field applications.
Versatility: Models like HI 9033 and HI 9034 offer multiple conductivity and TDS ranges, allowing measurements from deionized water to brine without recalibration.
Automatic Temperature Compensation (ATC): This feature adjusts readings based on temperature variations, enhancing accuracy.
Battery Error Prevention System (BEPS): This system prevents inaccurate readings by switching off the meter when battery power is low.

Calibration Solutions and Accessories:

HANNA provides a range of calibration solutions in various sizes, ensuring accurate and reproducible results. These solutions are packaged to prevent damage from air and light.
Accessories include rugged carrying cases, calibration screwdrivers, and cleaning solutions.

Conclusion: HANNA Instruments offers a comprehensive range of conductivity and TDS meters suitable for laboratory and field applications. These devices are characterized by their accuracy, durability, and ease of use, making them ideal for professionals in various industries.

Overview
The document provides detailed specifications and features of the HI 4522 and HI 4521 multiparameter meters, as well as the HI 255 and HI 9828 models. These instruments are designed for laboratory and field use, offering a range of measurement capabilities including pH, ISE, conductivity, TDS, salinity, and temperature.

Key Features

Display and Interface: Both HI 4522 and HI 4521 models feature a 240 x 320 dot-matrix color display with on-screen help, simultaneous graphing, and multi-language interface.
Connectivity: Equipped with USB and RS232 ports for PC connectivity, allowing data logging and transfer.
Measurement Channels: Dual measurement channels are galvanically isolated to reduce noise and instability.
Calibration and Measurement: Direct calibration and measurement in multiple units with incremental methods for ISE, and up to five-point calibration for pH.
Temperature Compensation: Manual or automatic temperature compensation is available for pH and EC measurements.

Specifications

pH Range: -2.0 to 20.0 pH with resolutions of 0.1, 0.01, and 0.001 pH.
ISE Range: 1 x 10^-7 to 9.99 x 10¹⁰ concentration with accuracy of ±0.5% for monovalent ions.
Conductivity Range: 0.000 to 9.999 μS/cm to 1000 mS/cm with accuracy of ±1% of reading.
Temperature Range: -20.0 to 120°C with accuracy of ±0.2°C.

Additional Features

Real-Time Logging: Capable of logging 100 lots with 5000 samples per lot.
Calibration Check™: Exclusive feature for checking pH electrode and buffer condition.
Accessories: Includes electrodes, calibration solutions, and electrode holders.

HI 255 and HI 9828 Models

HI 255: A bench meter for pH, ORP, EC, TDS, and NaCl measurements with autoranging and logging capabilities.
HI 9828: A portable multiparameter meter with intelligent probe and Fast Tracker™ Tag Identification System, capable of measuring up to 13 water quality parameters.

Conclusion
The document provides comprehensive information on the capabilities and specifications of the HI 4522, HI 4521, HI 255, and HI 9828 models, highlighting their suitability for various laboratory and field applications.

Overview: This document provides detailed specifications and ordering information for various multiparameter meters and dissolved oxygen meters by HANNA Instruments. These devices are designed for laboratory and field use, offering measurements of pH, ORP, conductivity, dissolved oxygen, and more.

HI 9828 Multiparameter Meter:

Features an intelligent probe with a Fast Tracker™ Tag Identification System.
Measures pH, ORP, dissolved oxygen, conductivity, resistivity, TDS, salinity, seawater specific gravity, atmospheric pressure, and temperature.
Offers automatic calibration for various parameters and a logging memory for up to 60,000 samples.
Waterproof with IP67 rating for the meter and IP68 for the probe.
Supplied with a comprehensive kit including calibration solutions, maintenance tools, and software.

HI 991300 and HI 991301 Meters:

Measure pH, electro-conductivity (EC), total dissolved solids (TDS), and temperature.
Feature a rugged, waterproof design with a multi-parameter probe.
Offer automatic calibration and temperature compensation.
Selectable TDS factors and temperature coefficients for precision.

HI 4421 Dissolved Oxygen and BOD Meter:

Measures dissolved oxygen, biochemical oxygen demand (BOD), oxygen uptake rate (OUR), and specific oxygen uptake rate (SOUR).
Features a color LCD display with graphing capabilities and flexible logging options.
Includes automatic calibration and compensation for barometric pressure and temperature.
Data can be uploaded to a PC via USB or RS232.

HI 2400 Dissolved Oxygen Meter:

Designed for laboratory use with automatic calibration and compensation for altitude, salinity, and temperature.
Offers data logging and storage capabilities, with PC connectivity via RS232.
Includes a polarographic DO probe for stable measurements.

Accessories and Solutions:

Various calibration and maintenance solutions are available, including pH buffers, ORP test solutions, and conductivity calibration solutions.
Accessories include USB interface cables, probe maintenance kits, and power adapters.

Specifications and Features of HI 98186 Dissolved Oxygen Meter:

Range: Measures dissolved oxygen from 0.00 to 50.00 ppm and 0.0 to 600.0% saturation. Barometric pressure range is 450 to 850 mmHg, and salinity compensation is from 0 to 70 ppt.
Resolution and Accuracy: Dissolved oxygen resolution is 0.01 ppm and 0.1% saturation with accuracy varying based on the range. Temperature resolution is 0.1°C with an accuracy of ±0.2°C.
Measurement Modes: Includes direct DO, BOD, OUR, and SOUR.
Calibration: Automatic or manual calibration options for dissolved oxygen, barometric pressure, and temperature.
Additional Features: Includes automatic temperature compensation, logging capability for 400 samples, and PC connectivity via USB.
Power and Design: Operates on rechargeable AA batteries with an inductive charger, and features a rugged design with IP67 rating.

HI 9146, HI 9143, HI 9142 Dissolved Oxygen Meters:

Range and Accuracy: HI 9146 measures up to 45.00 mg/L O2 and 300.0% saturation with automatic calibration. HI 9143 and HI 9142 have different ranges and manual calibration options.
Compensation Features: Include altitude, salinity, and temperature compensation.
Design: Designed for field applications with a rugged carrying case and protective probe sleeve.

HI 83414 and HI 88703 Turbidity and Chlorine Meters:

Measurement Capabilities: HI 83414 measures turbidity and free/total chlorine, while HI 88703 measures turbidity only.
Compliance and Calibration: Both meet USEPA standards with multiple calibration points and CAL CHECK™ validation.
Features: Include a backlit LCD, USB connectivity, and logging for up to 200 measurements. They offer tutorial and help modes for user guidance.

Specifications:
The document outlines the specifications for turbidity and chlorine measurement devices. The accuracy for turbidity is ±2% of reading plus 0.02 NTU, with repeatability of ±1% or 0.02 NTU. Stray light is less than 0.02 NTU. The light detector used is a silicon photocell, and the method is the Nephelometric method (90°) or Ratio Nephelometric Method (90° & 180°), adapted from USEPA Method 108.1 and Standard Method 2130 B. The measuring modes include normal, average, and continuous, with turbidity standards ranging from <0.1 to 2000 NTU. Calibration can be two, three, four, or five-point.

Free and Total Chlorine Specifications:
The range for free and total chlorine is 0.00 to 5.00 mg/L, with a resolution of 0.01 mg/L from 0.00 to 3.50 mg/L and 0.10 above 3.50 mg/L. Accuracy is ±0.02 mg/L at 1.00 mg/L. The method is an adaptation of USEPA Method 330.5 and Standard Method 4500-Cl G.

General Specifications:
The light source is a tungsten filament lamp with a life of over 100,000 readings. The display is a 40 x 70 mm graphic LCD with backlight. The device has a log memory of 200 records and a USB PC interface. It auto shuts off after 15 minutes of non-use and operates in environments from 0°C to 50°C with a maximum of 95% RH non-condensing. Power supply options are 230 V/50 Hz or 115 V/60 Hz.

Ordering Information:
Different models are available for 115 V and 230 V, each supplied with sample cuvets, calibration cuvets, silicone oil, tissue for wiping cuvets, power cord, and instruction manual.

Solutions and Accessories:
Calibration sets and reagents for chlorine tests are available, along with accessories like silicone oil, tissue for wiping cuvets, glass cuvets, and replacement lamps.

Fast Tracker™ Tag Identification System:
This system simplifies test logging and data management, allowing users to verify sample locations during audits and inspections. It uses iButton® tags for easy data logging and management.

Principle of Operation:
The document explains the principle of turbidity measurement, which involves light scattering by suspended solids. The devices meet USEPA Method 180.1 and ISO 7027 standards for turbidity measurement.

Features of HI 93414:
The HI 93414 combines turbidity and colorimetric measurements, featuring a tungsten light source, high accuracy, and exclusive calibration validation functions. It supports USB and RS232 connectivity, has a backlit LCD, and offers GLP capability. The device is designed for water quality measurements, providing reliable readings for turbidity and chlorine values.

Overview: This document provides detailed specifications and features of various turbidity and COD meters designed for water quality analysis. It includes information on accessories, compliance standards, measurement procedures, and technical specifications.

HI 98703 Turbidity Meter:

Complies with USEPA Method 180.1 and Standard Method 2130 B.
Measures turbidity from 0.00 to 1000 NTU with high accuracy, especially at low ranges.
Features include GLP functions, a backlit LCD, data logging for up to 200 measurements, and PC connectivity via USB or RS232.
Equipped with Fast Tracker™ Tag Identification System for efficient data management.

HI 98713 ISO Turbidity Meter:

Measures turbidity in the range of 0.00 to 1000 FNU using the ISO 7027 method.
Features include a user-friendly interface, GLP capabilities, and data logging.
Utilizes an infrared LED light source and silicon photocell detectors for stable and accurate measurements.

HI 83099 COD Meter:

Measures COD and 36 additional water quality parameters.
Complies with USEPA 410.4 standards for wastewater analysis.
Features a compact design, advanced optical system, and ease of use with pre-calibrated settings.
Operates on 9V batteries or a 12 Vdc adapter, with data connectivity via RS232.

HI 83214 Wastewater COD Meter:

Designed for comprehensive wastewater analysis, measuring COD, ammonia nitrogen, and reactive phosphorus.
Complies with EPA 410.4 and ISO 15705:2002 standards.
Features a compact design, advanced optics, and ease of use with pre-calibrated settings.
Data can be downloaded to a PC via RS232 for further analysis.

Accessories and Solutions:

Includes various accessories such as cuvets, cleaning solutions, and connection cables.
Software compatibility for data management and analysis.

Overview: This document provides detailed specifications and ordering information for various chemical analysis products and accessories offered by HANNA Instruments. It includes information on COD (Chemical Oxygen Demand) reagents, phosphorus testing, and multiparameter photometers.

Specifications:

HI 83214: A photometer with three tungsten lamps and narrow-band interference filters at 420/525/610 nm. It uses three silicon photocells as light detectors and can be powered by 9V batteries or a 12 Vdc adapter. It has an auto-off feature after 10 minutes of non-use and operates in environments from 0 to 50°C with a maximum relative humidity of 95%.
HI 839800: A thermo-reactor for COD and total phosphorus reactions with selectable temperatures of 105°C or 150°C. It has a capacity for 25 vials and features a timer with an acoustic alarm and automatic shut-off.

Reagents and Methods:

COD Reagents: Available in three measurement ranges (low, medium, high) and are compliant with Standard Methods 5220D, USEPA 410.4, and ISO15705:2002. The reagents are pre-dosed in vials for quick and accurate measurements.
Phosphorus Testing: Includes reactive, acid hydrolyzable, and total phosphorus tests using ascorbic acid or vanadomolybdophosphoric acid methods.

Accessories:

Various accessories are available to support COD analysis, including test kits, reactors, thermometers, power adapters, cuvets, pipets, and software for data management.

Ordering Information: The document lists specific product codes for ordering, including options for different voltage requirements (115V or 230V).

Safety and Environmental Considerations: The reagents are designed to be safe for operators and the environment, with features to prevent accidental spills and minimize chemical usage.

Overview: The document provides detailed specifications and features of various HANNA photometers designed for measuring different chemical parameters in water. These photometers are portable, easy to use, and equipped with advanced features for accurate and reliable measurements.

Specifications: The document lists multiple photometers with their respective measurement ranges, resolutions, and methods. For example, ammonia can be measured in high, medium, and low ranges using Nessler's method, while chlorine is measured using DPD and other methods. Each photometer is tailored for specific ions and utilizes a custom microprocessor with a diode photocell for detection.

Features: Key features of these photometers include:

Quick and simple operation with easy sample preparation.
Lightweight and portable design suitable for field and laboratory use.
Long battery life with auto shut-off feature.
Cost-effective testing with inexpensive reagents.
Data management capabilities with the Fast Tracker™ Tag Identification System for organized data logging and traceability.

Innovations: The HANNA photometers incorporate several innovations:

CAL CHECK™ validation function for performance verification.
Fast Tracker™ system for easy data management and sample traceability.
Advanced optical systems with tungsten lamps and narrow-band interference filters for precise readings.

Data Management: The Fast Tracker™ system allows for efficient data logging and management. It uses iButton® technology to associate time and location labels with each measurement, ensuring traceability and organization of data. The system is compatible with Windows® software for data sorting, filtering, and exporting.

Ordering Information: The document provides details on ordering options, including kits that come with additional accessories like CAL CHECK™ standard cuvets, cleaning cloths, and iButton® tags.

Conclusion: HANNA photometers offer a comprehensive solution for water quality testing with their robust features, ease of use, and advanced data management capabilities, making them suitable for both laboratory and field applications.

Standard Reagents for Photometers
This section lists various test reagent kits for single and multiparameter photometers, detailing the number of tests available for each kit. Key reagents include those for measuring hardness, hydrazine, iodine, iron, manganese, molybdenum, nickel, nitrate, nitrite, nitrogen, oxygen, ozone, pH, phosphate, phosphorus, potassium, silica, silver, sulphate, and zinc. Each reagent is available in different test quantities, typically 100 or 300 tests per kit.

Photometer Accessories
Accessories for photometers include cuvet cleaning solutions, shockproof rubber boots, cleaning cloths, measuring cuvets, and caps. The CAL CHECK™ standard reagents are available for various photometer series, ensuring accurate calibration and testing.

Thermometers and Portable Meters
The document describes several thermometers, including the HI 98811, HI 98810, HI 98840, and HI 9060 models. These devices offer features such as fast tracking, data logging, and printing capabilities. They are designed for precision and durability, suitable for various environments, including wet and humid conditions. Specifications include temperature ranges, resolution, accuracy, and power supply details.

Ordering Information and Accessories
Details on ordering include the provision of temperature probes, batteries, instruction manuals, and carrying cases. Accessories such as power adapters, paper rolls, ink cartridges, and software for PC connection are also listed, enhancing the functionality and usability of the thermometers.

Overview: This document provides detailed specifications and features of various temperature measurement devices by HANNA Instruments, including thermometers and data loggers. It outlines the technical specifications, functionalities, and ordering information for each product.

HI 9063 K-Type Thermocouple Thermometer:

Features a dual-level LCD displaying current, minimum, and maximum temperatures.
Temperature readings are linearized for accuracy, with automatic resolution switching at 200°C (400°F).
Specifications include a range of -50.0 to 1350°C, resolution of 0.1°C to 1°C, and accuracy of ±0.2% F.S.
Powered by four 1.5V AA batteries with approximately 2000 hours of use.

HI 141 Temperature Data Loggers:

Available in multiple configurations with one or two channels, internal or external sensors, and optional LCD.
Can store up to 16,000 temperature samples with a logging interval from 1 second to 24 hours.
Features include programmable high/low alarms and non-volatile EEPROM memory.
Specifications vary by model, with ranges from -40.0 to 125.0°C and resolutions of 0.1°C to 0.2°C.

HI 143 Secure Temperature Logger:

Controlled via USB with HANNA’s software, featuring a locking wall cradle to prevent tampering.
Stores up to 4,000 samples with a selectable logging interval from 1 minute to 24 hours.
Specifications include a range of -30.0 to 70.0°C and accuracy of ±0.4°C to ±0.6°C.

Checktemp® Digital Thermometer:

Designed for quick and accurate temperature measurements with a calibration check function.
Features a sharp-tip probe for easy penetration of semisolid products.
Specifications include a range of -50.0 to 150.0°C and accuracy of ±0.3°C to ±0.5°C.

Warranty and Service:

HANNA offers a limited warranty on products, with specific terms for returns and exchanges.
Products must be returned in original packaging and in like-new condition for credit.
Warranty service includes repair, replacement, recalibration, and requires a Return Goods Authorization (RGA) number.

Catalog excerpts

HANNA instruments 2007 Laboratory Catalog-1

LABORATORY PRODUCTS CATALOG 4TH EDITION With Great Products, Come Great Results7

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HANNA instruments 2007 Laboratory Catalog-2

World Headquarters HANNA instruments Inc. Highland Industrial Park, 584 Park East Drive Woonsocket, RI 02895 USA P: (800) 426-6287 F: (401) 762-5064 E: [email protected] www.hannainst.com/usa USA Laboratory Division HANNA instruments Inc. 3820 Packard Road, Suite 120, Ann Arbor, MI 48108, USA P: (800) 504-2662 F: (734) 971-8155 E: [email protected] Contacts Worldwide Argentina instruments® Argentina s.a. Saavedra 1023 (C 1229 ACK) Buenos Aires Argentina P: (11) 4308.1905 / 4308.4807 F: (11) 4308.1904 E: [email protected] instruments® Egypt Ltd. 27 Makram Ebied St. Nasr City, Cairo...

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HANNA instruments 2007 Laboratory Catalog-3

ISE/pH Titration 4-8 Bench Meters 9-18 Portable Meters 19-26 Testers 27-29 pH and ORP Electrodes 30-45 ISE Electrodes 46-52 ISE Sensors and Accessories 53 ISE Solutions 54-55 pH and ORP Solutions 56-63 ORP, Refill, Cleaning and Storage Solutions 64 Turbidity, Salinity and Fluoride Solutions 65 Application Specific Cleaning Solutions 66 Multiparameter Bench Meters 106-108 Multiparameter Portable Meters 109 Single Parameter Portable Meters 109-113 Standard Reagents 114 CAL CHECK™ Standard Reagents 115 Accessories 115 Portable Meters 116-119 Dataloggers 120 T-Logger 121 Testers 122 Conductivity/TDS...

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HANNA instruments 2007 Laboratory Catalog-4

Titration Automaic Titration Systems Automatic Titration Systems with Clip-Lock™ Exchangeable Burette System and Automatic Burette Recognition Clip-Lock™ Exchangeable Burette System With Clip-Lock™, it only takes a couple of seconds to exchange the reagent burettes to perform a different titration. With conventional titrators, there is the risk of cross contamination of titrants when exchanging reagents. Reconfiguring the titrator for different sample methods consumes time and reagents. Each method may need different reagents and care must be used when purging and cleaning the burette. To avoid...

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HANNA instruments 2007 Laboratory Catalog-5

Automatic Titration Systems with Clip-Lock™ Exchangeable Burette System and Automatic Burette Recognition Powerful Customization, Accurate Analysis HI 901 and HI 902 are automatic titrators from HANNA that compliment our wide range of products dedicated to quick and accurate laboratory analysis. HI 902 also features the addition of back-titration capabilities. Each unit is provided with a host of numerous features suitable for routine sample analysis. HI 901 and HI 902 perform acid/base, potentiometric and amperometric titrations. With our exclusive Clip Lock™ system for burette replacement,...

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HANNA instruments 2007 Laboratory Catalog-6

Titration Automaic Titration Systems Automatic Titration Systems with Clip-Lock™ Exchangeable Burette System and Automatic Burette Recognition Keep an accurate record of analyses! HANNA's 900 Series titration systems are easily incorporated into any existing GLP data management program: • Users can easily record all necessary GLP information with every sample including sample identification, company and operator name, date, time, electrode ID codes and calibration information. • Data can also be transferred using the integral floppy disk drive for communication with a PC or • • • • even other...

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HANNA instruments 2007 Laboratory Catalog-7

• Equivalence point detection • Precise dosing system (accuracy (first derivative and second derivative) • The results are displayed directly in the selected units • Titration graph can be displayed on-screen and saved • User customized reports can be printed, saved on floppy disk or transferred to PC via RS232 interface under 0.1% of burette volume) Supports up to 10,000 titration methods (standard and user defined) Clip Lock™ — change burettes quickly with auto burette recognition Dynamic/Linear dosing feature Fixed end point potential or pH • Reminders for titrant age and standardization expiration...

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HANNA instruments 2007 Laboratory Catalog-8

ISE/pH Bench Meters Automatic Titration Systems with Clip-Lock™ Exchangeable Burette System and Automatic Burette Recognition SPECIFICATIONS Range Resolution Accuracy ±0.1°C/±0.2°F/±0.1K (excluding probe error) Burette Sizes Burette Resolution Display Resolution Dosing Accuracy ±0.1% of full burette volume English, Italian, Portuguese, Spanish Methods Burette Auto-Detection Programmable Stirrer Up to 10,000 methods (standard and user-defined) Burette size is automatically recognized when inserted into the unit Propeller type, 100-2500 RPM, automatically held within 10% of the set value, resolution...

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HANNA instruments 2007 Laboratory Catalog-9

Research Grade pH Meters with Color Display Key Features ISE/pH Bench Meters • 240 x 320 Color Display • Simultaneous dual graph display • • • • • • • • and real-time logging USB and RS232 for Computer Compatibility Multi-language interface GLP data Manual or automatic temperature compensation Relative mV scale Small footprint Menu screens are informative and navigation is intuitive Electrode holder (included) holds 3 electrodes and screws securely into the base of the Research Grade Meter series pH Features • Exclusive Calibration Check™ • 5 point calibration with standard ISE Features • Direct...

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HANNA instruments 2007 Laboratory Catalog-10

ISE/pH Bench Meters Research Grade pH Meters with Color Display pH Calibration Check™ Proper calibration of both the pH meter and pH electrode system is critical in order to achieve reliable results. HANNA’s exclusive Calibration Check™ system includes several features to help users reach that goal. • Each time a pH calibration is performed, the instrument compares the new calibration with the previous one. When this comparison indicates a significant difference, the message alerts the user to either clean the electrode, check the buffer or both. • When measurements are taken too far from the...

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HANNA instruments 2007 Laboratory Catalog-11

Research Grade pH Meters with Color Display Incremental ISE/pH Bench Meters First Step The first step in performing an incremental method analysis is to enter the required parameters including sample, ISA and standard volumes and standard concentration. When repeating the analysis on another sample, the parameters do not need to be reentered. Sequence of Readings Once the variables are entered, the user is guided step-by-step through the measurement. The initial mV measurement is made before the addition, next is the addition, and then the second measurement is made. Results The results are automatically...

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HANNA instruments 2007 Laboratory Catalog

HANNA instruments 2007 Laboratory Catalog

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