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TMS-C6000 Multi-Parameter Water Quality Analyzer
The TMS-C6000 is a high-precision, low-maintenance multi-parameter water quality analyzer developed by Tengine Innovation. It is designed to meet the monitoring and control needs of municipal and rural water treatment plants, distribution networks, swimming pools, and other chlorinated disinfection systems.
The analyzer adopts the DPD photometric method for free/total chlorine measurement and is optimized for stability, reliability, and long maintenance intervals.
Measured Parameters:
● Free Chlorine / Total Chlorine (DPD method)
● Turbidity
● Conductivity
● Temperature
● pH
● ORP
Product Application
● Urban and township water treatment plants
● Drinking water distribution networks
● Rural drinking water projects
● Swimming pools and industrial water systems
Key words:
Classification:
- 产品描述
- Product Features
- Performance Index
- Field Application
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TMS-D6000是天健创新针对自来水厂、泳池及加氯消毒的监测和控制需求开发的一款多参数水质分析仪。该产品可实现余氯/总氯、浊度、PH、电导率和TDS、ORP、温度等多个参数的测量。余氯/总氯采用DPD国标法测量原理，测量精准; 浊度测量采用90°散射法，且具备光源补偿技术和自动清洗功能，无需维护；电导率采用四极性石墨电极，使用寿命长。智能化的故障自诊断分析功能，整体维护便捷，无需专人看守。
应用领域：
• 饮用水：自来水厂、二次供水泵房、农村饮用水；
• 公共用水：公共卫生用水、游泳池。
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- All sensors and display/output modules are housed in a single enclosure, simplifying installation and saving space.
Low Sample Flow Design
- Water consumption as low as 0.3 tons/day, up to 80% less than traditional modular analyzers.
Turbidity Sensor
- Piston-type automatic cleaning—no need for frequent manual cleaning
- Light source compensation—eliminates aging drift and reduces calibration frequency
- Ultra-low detection limit down to 0.01 NTU
Free Chlorine / Total Chlorine Measurement (DPD Method)
- Detection limit as low as 0.005 mg/L, suitable for low-chlorine applications
- Reagent detection function: alarms when reagents are depleted, with data hold capability
- Intelligent diagnostic algorithms: automatically detect cuvette water loss, staining, and faults
- Adjustable measurement intervals, with reagent replacement cycle of 1–3 months
- All sensors and display/output modules are housed in a single enclosure, simplifying installation and saving space.
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Measured Parameters
Turbidity
Free Chlorine
Total Chlorine
pH
ORP
Conductivity
Temperature
Measurement Principle
90° Scattering
DPD Method
DPD Method
Electrochemical
Electrochemical
Four - electrode Method
NTC10K Thermistor
Range
0–20 NTU / 0–100 NTU
0–5 mg/L
0–5 mg/L
0–14 pH
−2000 mV to +2000 mV
0–10 mS/cm
(optional: 0–100 mS/cm)−5 to 60 °C
Accuracy
±2% or ±0.02 NTU
(whichever is greater)±5% or ±0.005 mg/L
(whichever is greater)±5% or ±0.005 mg/L
(whichever is greater)±0.1 pH
±20 mV
±1% or ±1 μS/cm
(whichever is greater)±0.2 °C
Response Time
≤ 0.5 min
≤ 2.5 min
≤ 2.5 min
≤ 0.5 min
≤ 0.5 min
≤ 0.5 min
≤ 0.5 min
System Specifications
Output
Power Supply
Physical Characteristics
Environmental Conditions
1×RS485 interface (MODBUS RTU protocol)
220 VAC
Installation
Process Connections
Dimensions
Sample temperature
Sample pressure
Flow rate
Optional:
6 × Relay Outputs
or 6 × 4–20 mA
Analog OutputsWall-mounted
Sample inlet: 4×6 mm tubing
Outlet: 4×6 mm tubing
Waste liquid: 6×8 mm tubing470 × 680 × 260 mm (W × H × D)
5–40 °C
1–5 bar
180 < Q < 500mL/min
Optional: Wireless transmission
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Related Information
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Tengine Innovation (Beijing) Instruments Inc.
Email: contact@tengine.com.cn
WhatsApp: +86 133 3109 8301
Address: Floor 6, Building 8, Yard 1,
Nongda South Road, Haidian District, Beijing
Copyright©2022 Tengine Innovation (Beijing) Instruments Inc.
Copyright©2022 Tengine Innovation
(Beijing) Instruments Inc.