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Total Organic Carbon Analyzers OI Analytical 1080 Total Organic Carbon (TOC) Analyzer

SKU: 331275
Overview Specifications Industries & Applications FAQ
Overview

Game-changing Technology for Total Organic Carbon Analysis

The OI Analytical 1080 TOC Analyzer is a versatile laboratory TOC analyzer designed for the precise total organic carbon testing of aqueous samples. This TOC instrument analyzes total organic carbon (TOC), total inorganic carbon (TIC), and non-purgeable organic carbon (NPOC) content with unmatched accuracy. Supporting multiple approved methods, the 1080 TOC Analyzer sets a new standard in TOC analysis, making it ideal for applications in wastewater, seawater, industrial process water, drinking water, groundwater, and cooling water.

The OI Analytical 1080 TOC Analyzer leverages high-temperature (680 ºC) catalytic combustion to effectively oxidize and convert organic compounds present in aqueous samples into CO2, which is then measured by a solid-state, non-dispersive infrared detector (SS-NDIR). This process ensures accurate results, even with challenging samples that contain high molecular weight organics, substantial salt content, or difficult-to-oxidize substances like humic acids. Notably, OI Analytical’s SS-NDIR has the highest mass range of any TOC meter on the market, providing unparalleled accuracy across a wide range of sample types.

OI Analytical's patented technologies, such as the Catalyst Guard® and Smart Slide Injector®, protect critical components, increase reliability, and extend the life of the total organic carbon analyzer, offering a low cost of ownership and minimal maintenance.

Product Features
  • Wide Operational Range: 50 ppb – 2,000 ppm C
  • Advanced Analysis Techniques: Supports TC, TIC, TOC, and NPOC analysis methods
  • Patented Smart Slide Injector®: Extends o-ring life and reduces maintenance
  • Patented Catalyst Guard®: Extends furnace tube life, reducing downtime
  • Automatic Sample Processing: Includes acidification, sparging, and dilution to handle a wide dynamic range
  • High-Throughput Capacity: Analyzes up to 300 samples per 24-hour period, totaling over 100,000 samples per year
  • Priority Sample Handling: Add priority samples on the fly without disrupting ongoing operations
  • Compact Design: Autosampler fits beneath the analyzer, conserving bench space
  • Intuitive Software (TOCView): Simplifies data collection, analysis, and reporting with easy LIMS integration
  • Pulse-Timed Injection: Ensures precise introduction of TIC-free samples into the combustion reactor.

Comprehensive Analytical Capabilities for Total Organic Carbon Testing

The 1080 TOC Analyzer supports a wide range of analytical techniques, including TOC, TIC, TC, and NPOC analysis. It provides a robust solution for quantifying various forms of carbon in sample matrices. Total Organic Carbon (TOC) is derived from the NPOC content after removing TIC, while Total Inorganic Carbon (TIC) is measured by acidifying the sample to release CO2, which is quantified by the SS-NDIR detector. This TOC instrument also supports Total Carbon (TC) and TOC by subtraction (TC-TIC) methods, as well as the simultaneous determination of Total Bound Nitrogen (TNb) using an optional module.

Designed for Simplicity and Automation in TOC Testing

The 1080 TOC Analyzer is engineered for ease of use and operational efficiency in total organic carbon testing. It features automatic dilution to reduce sample salinity, acidity, and alkalinity, thereby extending the instrument's dynamic range. Additionally, the analyzer automates sample acidification and sparging to ensure accurate TOC and TIC measurements. The 88-position Rotary Autosampler allows for the unattended analysis of up to 88 samples, with features like automated dilution and in-situ stirring enhancing throughput. TOCView software further simplifies the process by offering fully automated data management, including method creation, sample prioritization, instrument monitoring, and report generation, with seamless LIMS integration.

Regulatory Compliance

The high-temperature combustion technique used by the 1080 TOC Analyzer is approved and adopted in numerous regulatory methods and standards for water quality testing, including:

  • USEPA 415.1: Drinking Water
  • Standard Method 5310B: Wastewater, Ground & Surface Waters
  • USEPA 9060A: Wastewater, Ground & Surface Waters
  • USEPA-DBPR: Disinfection Byproduct Rule
  • ISO 8245: Drinking Water & Wastewater
  • EN 1484: Surface & Ground Water, Potable Water
  • ASTM D7573-09: Water, Wastewater & Sea Water

 

Optional Accessories for Enhanced TOC Testing

To further enhance the 1080 TOC Analyzer's capabilities, a range of optional accessories is available:

  • TNb Nitrogen Detector: Simultaneously measure total bound nitrogen in tandem with TOC analysis.
  • 88-Position Rotary Autosampler: Increases throughput with features like automated dilution and in-situ stirring.

 

Specifications

Specifications

1080 Total Organic Carbon (TOC) Analyzer Specifications
Method Compliance USEPA, CEN, USP, EUP, ASTM, ISO, DIN, STD
Furnace Temperature Adjustable, 680 ˚C in 1˚C increments - 720 ˚C for TNb
Measurement Range 50 ppb C - 2,000 ppm C
(multiple calibration ranges or dilution required)
Measuring Time From 3 minutes
Oxidation Technique High temperature catalytic oxidation, liquid samples
Options Available TNb module, 88-position rotary autosampler
Method TC 680 ˚C with Platinum catalyst
Method TIC Acidification and sparging
Method TOC NPOC, combustion of TIC-free sample, TOC–TIC
Reproducibility 3.0%
Accuracy +2% FS or 2% relative
Sample Pathway Color-coded Teflon® and PEEK® with automatic cleaning in all injection modes
Sample Injection and Sample Handling Injection: sipper, rotary autosampler
Handling: automatic syringe with sliding TC furnace injector
Sample Injection Volume 10µL – 2.0 mL
IC Pretreatment Available with optional autosampler
Reagent Purge Yes
Reagents Required Hydrochloric acid, rinse water
Gas Supply Oxygen or Air, 99.995% (carbon dioxide and hydrocarbon free), 50-60 psig
Measurement Technique Solid-State, Non-Dispersive Infrared (SS-NDIR) detector
Operation Mode Controlled via PC software (Windows 7, 8, 10 PRO)
Operation Interface Windows®
Included Software Multi-instrument control via PC-based software, LIMS connectivity, data management, custom reports
Operating System Requirements Windows® 7 (with Service Pack 1 or higher), Windows® 8, 8.1 & 10
Communications USB-to-RS422 communications cable (5m length)
Input and Output Relays Two user-programmable inputs, two user-programmable outputs
Ambient Temperature Range 10 ˚C – 37 ˚C
Operating Humidity <90% noncondensing
Certifications CE; EMC: Directive 2014/30/EU; Safety: LVD 2014/35/EU; RoHS: Directive 2011/65/EU
Power Requirements 115/230V AC, 50/60 Hz, 750VA max
Bench Space (with Optional Autosampler) 14” W x 19”D (35.6cm W x 48.3 cm D)
Weight (with Optional Autosampler) 17.5 kg (38.5 lbs), 37.5 kg (82.5 lbs)
Dimensions 29” H x 14” W x 19” D (74 cm H x 36 cm W x 48 cm D)
Warranty 12 months on parts and labor
Solutions

Industries & Applications

Recommended Industries and Applications

FAQ

FAQ

1. What is the operating principle of the 1080 TOC Analyzer?

The 1080 TOC Analyzer uses high-temperature (680 ºC) catalytic combustion to oxidize and convert organic compounds in aqueous samples to CO2, which is then measured by a solid-state non-dispersive infrared detector (SS-NDIR). The instrument employs a multi-step analysis technique to quantify different forms of carbon, including TIC, TOC, and NPOC.

2. How does the 1080 TOC Analyzer handle challenging samples?

The 1080 TOC Analyzer is equipped with patented technologies such as Catalyst Guard® and Smart Slide Injector® that protect the catalyst, reduce maintenance, and extend the instrument's life. These features make it highly effective for analyzing samples with high molecular weight organics, significant salt content, or difficult-to-oxidize substances like humic acids.

3. What is the range of the SS-NDIR detector used in the 1080 TOC Analyzer?

The solid-state non-dispersive infrared detector (SS-NDIR) in the 1080 TOC Analyzer has the highest mass range of any TOC meter on the market, ensuring accurate measurements across a wide range of sample types.

4. Can the 1080 TOC Analyzer handle high-throughput applications?

Yes, the 1080 TOC Analyzer can analyze up to 300 samples per 24-hour period, totaling over 100,000 samples per year, depending on the method employed.

5. What additional analytical methods does the 1080 TOC Analyzer support?

In addition to standard TOC analysis, the 1080 TOC Analyzer supports TC, TOC by subtraction (TC-TIC), and simultaneous determination of total bound nitrogen (TNb) using an optional TNb analysis module.

6. What are the main applications for the 1080 TOC Analyzer?

The 1080 TOC Analyzer is ideal for applications in:

  • wastewater
  • seawater
  • industrial process water
  • drinking water
  • groundwater
  • cooling water

7. What regulatory standards does the 1080 TOC Analyzer comply with?

The 1080 TOC Analyzer complies with several regulatory standards, including USEPA 415.1, Standard Method 5310B, USEPA 9060A, USEPA-DBPR, ISO 8245, EN 1484, and ASTM D7573-09.

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