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Online Water Quality Monitor
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Total Lead Analyzer Tetrasulfonated Porphyrin Spectrophotometric Method Lead Water Quality Monitor with RS-232 4-20mA RS-485 Output and 30min Measurement Period

Total Lead Analyzer Tetrasulfonated Porphyrin Spectrophotometric Method Lead Water Quality Monitor with RS-232 4-20mA RS-485 Output and 30min Measurement Period

Brand Name: JUGE
Model Number: AG-TPb07
MOQ: 1 Unit
Price: USD2000-7000
Packaging Details: Neutral carton
Payment Terms: Online order,T/T
Detail Information
Place of Origin:
Nanjing, China
Certification:
IOS9001, CE
Type:
Lead
Principle:
Tetrasulfonated Porphyrin Spectrophotometric Method
Range:
0-5mg/L OEM
Accuracy:
≤±10%
Repeatability:
≤±5%
Measurement Period:
30min
Output:
RS-232, 4-20mA, RS-485
Specification:
1500*500*450mm
Supply Ability:
100 Unit/Week
Highlight:

Tetrasulfonated Porphyrin Total Lead Analyzer

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RS-232 Output Lead Water Quality Monitor

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30min Measurement Period Online Lead Analyzer

Product Description
Total Lead Online Analyzer for Heavy Metal Wastewater Discharge Monitoring

The AG-TPb07 is an automatic online heavy metal water quality analyzer designed for continuous monitoring of total lead in industrial wastewater. It employs the Tetrasulfonated Porphyrin Spectrophotometric Method and is suitable for wastewater with total lead concentrations within the range of 0–20 mg/L.

Technical Parameters
Measurement Method Tetrasulfonated Porphyrin Spectrophotometric Method
Measurement Range 0–5 mg/L (standard); OEM 0–20 mg/L
Accuracy ≤ ±10%
Repeatability ≤ ±5%
Measurement Cycle Minimum cycle of 30 minutes; color development time flexibly adjustable between 5–30 minutes based on environmental conditions
Sampling Cycle Adjustable time interval (10–9999 minutes) or on-the-hour measurement mode
Calibration Cycle Adjustable at any interval from 1–99 days
Maintenance Cycle ≥ 168 hours; each maintenance session lasts approximately 1 hour
Reagent Consumption < 0.50 CNY per sample
Outputs RS-232, 4–20 mA, RS-485
Environmental Requirements Temperature-controlled indoor environment (recommended: 5–40 °C); humidity 45%–85%
Power Supply AC 220 ±10% V, 50 ±1% Hz, 5 A
Dimensions Height 1500 × Width 500 × Depth 450 mm
Additional Features
  • Data retention during abnormal alarms or power outages
  • Touchscreen display and command input
  • Automatic discharge of residual reactants and resumption of operation after power restoration or system reset
Key Design Features

This product features a distinctive design that ensures lower failure rates, reduced maintenance requirements, minimal reagent consumption, and higher cost-effectiveness compared to similar products.

  1. Selector Valve Assembly
    • Enables flexible reagent sampling timing and diverse channel configurations.
    • Minimizes dead volume for easy maintenance and extended service life.
  2. Micro-Dosing Unit
    • Utilizes a visual photoelectric system for precise reagent measurement, eliminating quantitative errors caused by peristaltic pump tube wear.
    • Achieves accurate micro-dosing at 0.7 mL per dose, significantly reducing reagent usage.
  3. Sample Introduction Unit
    • Employs a peristaltic pump with negative pressure suction, creating an air buffer zone between reagents and the pump tube to prevent corrosion.
    • Simplifies and enhances flexibility in reagent mixing.
  4. Sealed Digestion Unit
    • Operates under high-temperature and high-pressure conditions to accelerate reactions.
    • Eliminates corrosion risks from volatile gases in open systems.
  5. Reagent Tubing
    • Uses imported modified PTFE (polytetrafluoroethylene) transparent tubing with an inner diameter > 1.5 mm to minimize clogging by particulate matter in water samples.
Analytical Principle
Following acid digestion, the water sample is combined with a pH-adjusting reagent and subsequently oxidized with potassium persulfate. Under alkaline conditions (pH 10.5 ± 0.2) in the presence of dithizone as the chromogenic agent, lead(II) ions form a cherry-red dithizonate chelate complex (λmax = 520 nm). A microprocessor-controlled spectrophotometer quantifies lead concentration through differential absorbance measurement calibrated against NIST-traceable standards, with the chelate complex concentration demonstrating a linear correlation (R2 ≥ 0.995) to total lead content.