UP-T700 Comprehensive Heavy Metal Analyzer

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UP-T700 Comprehensive Heavy Metal Analyzer

Product ID：HSWJzjs031

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberUP-T700

Brand NameYOUPUTONGYONG

Payment TermsTT，PAYPAL，Alibaba.com Pay

UP-T700 Comprehensive Heavy Metal Analyzer

Product Introduction
The UP-T700 Comprehensive Heavy Metal Analyzer is designed for detecting and quantifying heavy metal contamination indicators in water and other compatible samples. It measures eight parameters: hexavalent chromium, total chromium, cadmium, iron, zinc, copper, nickel, and manganese, providing direct concentration readings for efficient analysis.
Equipped with a 7-inch color touchscreen, preset calibration curves, automatic curve fitting, and an integrated printer, this heavy metal testing instrument simplifies routine water quality monitoring. Its large data storage capacity and RS232/USB connectivity support convenient data management, reporting, and statistical analysis.

Performance Features
• Eight-Parameter Detection: Measures hexavalent chromium, total chromium, cadmium, iron, zinc, copper, nickel, and manganese.
• Direct Concentration Readings: Displays calculated concentrations without requiring manual curve selection.
• Automatic Curve Matching: Automatically selects the preset calibration curve for the chosen parameter.
• Intelligent Self-Calibration: Performs system checks, detector checks, energy correction, and automatic wavelength calibration at startup.
• Large Data Storage: Stores up to 30,000 sets of measurement data and 200 calibration curves.
• Automatic Curve Fitting: Supports up to 10-point calibration curve fitting for user-defined testing projects.
• 7-Inch Touchscreen: Displays measurement time, test item, absorbance, transmittance, concentration, and calibration curves.
• Integrated Printing: Prints current and historical measurement results using the built-in printer.
• Computer Connectivity: RS232 and USB interfaces support data transfer and analysis with the supplied expert software.
• Flexible Cuvette Compatibility: The wide cuvette holder accommodates cuvettes with optical path lengths of 5–30 mm.
• Improved Reagent Convenience: Semi-prepared reagents can be configured for repeated use according to the applicable test procedure.

Working Principle
The UP-T700 uses a photometric measurement method to determine heavy metal concentrations. Prepared samples react with the corresponding reagents to produce measurable optical changes. The instrument measures absorbance using its optical system and calculates the analyte concentration based on the selected calibration curve.
Built-in standard curves simplify routine testing, while automatic curve fitting allows users to establish calibration relationships for additional testing projects. Startup checks and wavelength calibration help maintain measurement stability and data reliability.

Technical Parameters

Parameter	Specification
Model	UP-T700
Instrument Type	Comprehensive Heavy Metal Analyzer
Detection Parameters	Hexavalent chromium, total chromium, cadmium, iron, zinc, copper, nickel, manganese
Light Source Service Life	100,000 hours
Optical Stability	±0.001 Abs/10 min
Absorbance Range	0.000–3.000 Abs
Absorbance Resolution	0.001 Abs
Calibration Curve Capacity	200 curves
Data Storage Capacity	30,000 measurement records
Display	7-inch full-color touchscreen
Parameter Selection	Touchscreen-based automatic switching
Communication Interfaces	RS232 / USB
Cuvette Holder	Wide-format cuvette holder
Compatible Cuvette Path Length	5–30 mm
Printing Method	Integrated printer
Calibration Function	Automatic curve fitting, up to 10 calibration points
Data Management	Onboard storage, printing, and computer transfer

Note: Detection limits, measurement ranges for individual metals, and applicable testing standards were not specified in the supplied information. Please confirm these details with the manufacturer.

Application Scenarios
• Water Quality Monitoring: Routine screening of heavy metal contamination in compatible water samples.
• Environmental Testing: Analysis of chromium, cadmium, and other metal indicators in environmental water samples.
• Industrial Wastewater Testing: Monitoring metal-related water quality indicators in industrial discharge.
• Laboratory Analysis: Routine photometric testing and concentration determination.
• Quality Control: Supporting internal quality checks in water treatment and related industries.
• Research and Education: Developing calibration curves and conducting basic water analysis experiments.

UP-T700 vs. Conventional Heavy Metal Testing Instruments

Comparison Item	UP-T700 Heavy Metal Analyzer	Conventional Basic Analyzer
Detection Parameters	8 specified metal indicators	Depends on model
Concentration Display	Direct concentration readings	Depends on model
Calibration Curves	200 storage positions	Depends on model
Curve Fitting	Automatic, up to 10 points	May require manual processing
Data Storage	30,000 records	Depends on model
User Interface	7-inch color touchscreen	Varies by model
Data Printing	Integrated printer	May require an external printer
Computer Connectivity	RS232 / USB	Depends on model
Cuvette Compatibility	5–30 mm path lengths	Depends on model

Frequently Asked Questions (FAQ)
1. What is the UP-T700 Heavy Metal Analyzer used for?
It is designed to measure selected heavy metal contamination indicators in water and other compatible samples using photometric analysis.
2. Which heavy metals can the UP-T700 detect?
It supports eight parameters: hexavalent chromium, total chromium, cadmium, iron, zinc, copper, nickel, and manganese.
3. Does the instrument display concentrations directly?
Yes. After the appropriate sample preparation and test selection, the analyzer calculates and displays the concentration using the corresponding calibration curve.
4. How many calibration curves can it store?
The UP-T700 can store up to 200 calibration curves, including user-defined curves.
5. Can users create calibration curves for additional testing projects?
Yes. The instrument supports automatic regression curve fitting with up to 10 calibration points. The resulting curves and custom project information can be saved for future use.
6. How much measurement data can the analyzer store?
It can store up to 30,000 sets of detailed measurement data for later review, statistical processing, or printing.
7. Can test results be printed or transferred to a computer?
Yes. The built-in printer can print current and historical results, while RS232 and USB interfaces support computer data transfer using the supplied software.
8. What cuvettes are compatible with the UP-T700?
Its wide-format cuvette holder accommodates cuvettes with optical path lengths from 5 mm to 30 mm.
9. Does the UP-T700 require sample preparation?
Yes. Samples generally need to be prepared according to the selected analyte's testing procedure, including the appropriate reagents and any required pretreatment. Follow the manufacturer's method for reliable results.

Frequently Asked Questions (FAQ)
1. What is the UP-T700 Heavy Metal Analyzer used for?
It is designed to measure selected heavy metal contamination indicators in water and other compatible samples using photometric analysis.
2. Which heavy metals can the UP-T700 detect?
It supports eight parameters: hexavalent chromium, total chromium, cadmium, iron, zinc, copper, nickel, and manganese.
3. Does the instrument display concentrations directly?
Yes. After the appropriate sample preparation and test selection, the analyzer calculates and displays the concentration using the corresponding calibration curve.
4. How many calibration curves can it store?
The UP-T700 can store up to 200 calibration curves, including user-defined curves.
5. Can users create calibration curves for additional testing projects?
Yes. The instrument supports automatic regression curve fitting with up to 10 calibration points. The resulting curves and custom project information can be saved for future use.
6. How much measurement data can the analyzer store?
It can store up to 30,000 sets of detailed measurement data for later review, statistical processing, or printing.
7. Can test results be printed or transferred to a computer?
Yes. The built-in printer can print current and historical results, while RS232 and USB interfaces support computer data transfer using the supplied software.
8. What cuvettes are compatible with the UP-T700?
Its wide-format cuvette holder accommodates cuvettes with optical path lengths from 5 mm to 30 mm.
9. Does the UP-T700 require sample preparation?
Yes. Samples generally need to be prepared according to the selected analyte's testing procedure, including the appropriate reagents and any required pretreatment. Follow the manufacturer's method for reliable results.