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0-20mg/L Range Total Zinc Online Water Quality Analyzer with RS-232 4-20mA RS-485 Output and 30min Measurement Period for Total Zinc Wastewater Analyzer

0-20mg/L Range Total Zinc Online Water Quality Analyzer with RS-232 4-20mA RS-485 Output and 30min Measurement Period for Total Zinc Wastewater Analyzer

Brand Name: JUGE
Model Number: AG-TZn07
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:
Total Zinc
Principle:
Zinc Reagent Spectrophotometric Method
Range:
0-20mg/L
Accuracy:
≤±10%
Repeatability:
≤±5%
Measurement Period:
30min
Output:
RS-232, 4-20mA, RS-485
Specification:
1500*500*450mm
Supply Ability:
100 Unit/Week
Highlight:

0-20mg/L Range Total Zinc Analyzer

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RS-232 4-20mA RS-485 Output Analyzer

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30min Measurement Period Wastewater Analyzer

Product Description
Wastewater Monitor — Total Zinc Online Water Quality Analyzer

The AG-TZn07 is an automatic online analyzer designed for continuous monitoring of total zinc in industrial effluent. It combines a spectrophotometric measurement method with a robust, low-maintenance fluidic design to deliver reliable heavy-metal data for wastewater treatment and compliance applications.

Application

This method is applicable to wastewater with total zinc concentrations within the range of 0–20 mg/L.

Technical Parameters
Measurement Method Zinc reagent spectrophotometric method
Measurement Range 0–5 mg/L; OEM 0–100 mg/L
Accuracy ≤ ±10%
Repeatability ≤ ±5%
Measurement Cycle Minimum cycle is 30 minutes; color development time can be adjusted flexibly between 5–30 min based on environmental conditions.
Sampling Cycle Adjustable time interval (10–9999 min) or on-the-hour measurement mode.
Calibration Cycle Adjustable at any interval from 1–99 days.
Maintenance Cycle ≥ 168 hours, with each maintenance lasting 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 Features

Unique Design: 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

The water sample is digested with acid, then mixed with a conditioning agent and oxidized with an oxidizing agent. Under alkaline conditions and in the presence of an indicator, zinc ions react with the indicator to form a colored complex. The analyzer detects this color change, converts the variation into a zinc concentration value, and outputs the result. The amount of colored complex formed corresponds to the total zinc content in the sample.