SUPEC 5000A Automatic Permanganate Index Analyzer

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SUPEC 5000A Fully Automatic Permanganate Index Analyzer (Type A)

Product ID：HSYJgm010

Price: Please inquire PDF Format

Supply Ability:50SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberSUPEC 5000A

Brand NameHZPUYU

Payment TermsTT，PAYPAL，Alibaba.com Pay

SUPEC 5000A Fully Automatic Permanganate Index Analyzer (Type A)

Product Introduction
The SUPEC 5000A Fully Automatic Permanganate Index Analyzer (Type A) is an automated laboratory instrument designed for high-throughput determination of the permanganate index in surface water. Developed in accordance with the Chinese national standard GB 11892-1989, Water Quality—Determination of Permanganate Index, it automates key analytical procedures to reduce manual workload and improve testing efficiency.
The analyzer supports both acidic and alkaline analytical methods on a single instrument and uses a boiling water bath for sample digestion. Its 24-position sample tray, robotic sample handling, automatic reagent dosing, and precision permanganate titration system enable streamlined batch analysis. With a minimum analysis time of approximately 5 minutes per sample, a 0.001 mg/L resolution, and a measurement range of 0–5 mg/L, the SUPEC 5000A is suitable for environmental monitoring stations and third-party testing laboratories.
One-touch testing and cleaning, temperature-controlled titration, process visualization, and comprehensive data recording further simplify routine operation and laboratory quality management.

Performance Features
1. Compliance with Standard Analytical Methods
Designed according to GB 11892-1989, the analyzer uses boiling water bath digestion and supports both acidic and alkaline methods, providing flexibility for different sample requirements.
2. High-Throughput Batch Analysis
The standard 24-position sample tray supports automated batch processing. Higher sample capacities can be customized according to laboratory requirements.
3. Efficient Measurement Cycle
The specified minimum analysis time is approximately 5 minutes per sample, helping improve laboratory throughput. Actual cycle time depends on the selected method and operating conditions.
4. Intelligent Robotic Sample Handling
An integrated robotic arm automatically grips and transfers samples between processing positions, reducing manual handling and supporting consistent workflows.
5. Accurate Automatic Reagent Dosing
The instrument automatically quantifies and delivers reagents. A high-precision metering pump controls potassium permanganate titration, helping improve dosing consistency and reduce cross-contamination risks.
6. Temperature-Controlled Intelligent Titration
A controlled-temperature titration environment supports stable analytical conditions. Visualized process tracking allows operators to review the titration procedure.
7. One-Touch Operation and Cleaning
Dedicated one-touch testing and cleaning functions simplify routine procedures and help reduce repetitive manual operations.
8. Adaptability to Different Water Samples
The system is designed to analyze clear, colored, and turbid samples, supporting a broader range of surface water testing requirements.
9. Intuitive Human-Machine Interface
A user-friendly interface combines operation buttons, indicator lights, and intelligent process monitoring to make sample status and instrument operating conditions easy to identify.
10. Comprehensive Data Management
The analyzer records test data in detail and generates results using predefined report templates, supporting laboratory documentation and data review.

Working Principle
The SUPEC 5000A determines the permanganate index using the analytical procedures specified in GB 11892-1989.
The instrument automatically transfers the water sample into the reaction position, adds the required reagents, and performs digestion in a boiling water bath. Depending on the selected analytical procedure, the sample is processed using either the acidic or alkaline method.
Potassium permanganate participates in the oxidation of oxidizable substances in the sample. The subsequent titration and analytical calculation determine the permanganate index, which is expressed as an oxygen-equivalent concentration in mg/L.
By automating sample transfer, reagent dosing, digestion, titration, and data recording, the analyzer reduces routine manual operations and supports consistent batch testing.

Technical Parameters

Parameter	Specification
Model	SUPEC 5000A
Product Type	Fully Automatic Permanganate Index Analyzer
Configuration	Type A
Applicable Standard	GB 11892-1989
Analytical Methods	Acidic and alkaline methods
Digestion Method	Boiling water bath
Measurement Range	0–5 mg/L
Resolution	0.001 mg/L
Minimum Detection Limit	≤0.5 mg/L
Accuracy	≤10%
Repeatability	≤3%
Single-Sample Analysis Time	Approximately 5 minutes or longer
Standard Sample Capacity	24 positions
Expandable Sample Capacity	Customizable
Sample Handling	Automatic robotic arm
Reagent Dosing	Automatic quantitative dosing
Titration System	High-precision metering pump for potassium permanganate
Operation	One-touch testing and cleaning
Data Management	Automatic data recording and template-based result reporting

Note: Confirm the manufacturer's definitions and test conditions for accuracy, repeatability, minimum detection limit, and analysis time before comparing performance across instruments.

Application Scenarios
• Environmental Monitoring Stations: Automated determination of the permanganate index in surface water samples for routine environmental monitoring.
• Third-Party Testing Laboratories: Batch processing of water samples to improve testing throughput and reduce manual workload.
• Surface Water Quality Assessment: Analysis of rivers, lakes, reservoirs, and other suitable surface water samples.
• Environmental Research Institutions: Supporting research into organic pollution indicators and changes in water quality.
• Water Quality Monitoring Laboratories: Standardized sample processing and analytical data recording for routine water testing programs.
• Government and Institutional Monitoring Programs: Supporting surface water monitoring workflows where the applicable analytical method and quality requirements are met.

Comparison: SUPEC 5000A vs. Manual Permanganate Index Analysis

Feature	SUPEC 5000A Automatic Analyzer	Conventional Manual Analysis
Sample Processing	Automated batch processing	Primarily manual handling
Sample Capacity	Standard 24-position tray	Depends on laboratory setup
Sample Transfer	Robotic arm	Manual transfer
Reagent Dosing	Automatic quantitative dosing	Manual or separately controlled dosing
Titration	Automated, precision-controlled system	Operator-performed titration
Analytical Methods	Acidic and alkaline methods	Depends on laboratory procedure
Operating Convenience	One-touch testing and cleaning	More repetitive manual operations
Data Recording	Automatic recording and template-based reporting	Often requires manual recording or separate software
Suitable Workload	Routine batch testing and higher-throughput laboratories	Small batches and laboratories with lower testing volumes

Frequently Asked Questions
1. What does the SUPEC 5000A measure?
It measures the permanganate index of water samples, an indicator used to assess the content of readily oxidizable substances under specified analytical conditions.
2. Which standard does the SUPEC 5000A follow?
The analyzer is designed according to Chinese national standard GB 11892-1989, Water Quality—Determination of Permanganate Index.
3. Can the analyzer perform both acidic and alkaline methods?
Yes. A single SUPEC 5000A instrument supports both methods, allowing laboratories to select the appropriate procedure for their testing requirements.
4. What is the measurement range?
The specified measurement range is 0–5 mg/L, with a resolution of 0.001 mg/L.
5. What is the minimum detection limit?
The specified minimum detection limit is ≤0.5 mg/L. Confirm the validation procedure and applicable reporting limits for the intended application.
6. How many samples can be processed at one time?
The standard sample tray accommodates 24 positions. Higher-throughput configurations can be customized.
7. How long does it take to analyze one sample?
The specified single-sample analysis time is approximately 5 minutes or longer. Actual throughput depends on the selected analytical method, sample characteristics, and instrument operating sequence.
8. Can the instrument analyze colored or turbid water samples?
The instrument is designed for clear, colored, and turbid samples. Sample suitability and analytical performance should be verified for the specific water matrix and required method.
9. How does automation improve laboratory efficiency?
Automatic sample transfer, reagent dosing, digestion, titration, and data recording reduce repetitive manual tasks, help standardize analytical procedures, and support higher batch-testing efficiency.

Frequently Asked Questions
1. What does the SUPEC 5000A measure?
It measures the permanganate index of water samples, an indicator used to assess the content of readily oxidizable substances under specified analytical conditions.
2. Which standard does the SUPEC 5000A follow?
The analyzer is designed according to Chinese national standard GB 11892-1989, Water Quality—Determination of Permanganate Index.
3. Can the analyzer perform both acidic and alkaline methods?
Yes. A single SUPEC 5000A instrument supports both methods, allowing laboratories to select the appropriate procedure for their testing requirements.
4. What is the measurement range?
The specified measurement range is 0–5 mg/L, with a resolution of 0.001 mg/L.
5. What is the minimum detection limit?
The specified minimum detection limit is ≤0.5 mg/L. Confirm the validation procedure and applicable reporting limits for the intended application.
6. How many samples can be processed at one time?
The standard sample tray accommodates 24 positions. Higher-throughput configurations can be customized.
7. How long does it take to analyze one sample?
The specified single-sample analysis time is approximately 5 minutes or longer. Actual throughput depends on the selected analytical method, sample characteristics, and instrument operating sequence.
8. Can the instrument analyze colored or turbid water samples?
The instrument is designed for clear, colored, and turbid samples. Sample suitability and analytical performance should be verified for the specific water matrix and required method.
9. How does automation improve laboratory efficiency?
Automatic sample transfer, reagent dosing, digestion, titration, and data recording reduce repetitive manual tasks, help standardize analytical procedures, and support higher batch-testing efficiency.