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TMS-C3000 Multi-Parameter Water Quality Analyzer
The TMS - C3000 is an upgraded multi - parameter water quality analyzer developed by Tengine Innovation, designed to meet the monitoring and control needs of urban and rural water treatment plants, distribution networks, swimming pools, and other chlorinated disinfection systems.
Based on proven electrochemical technology, the TMS - C3000 offers high accuracy, low water and reagent consumption, and high system reliability.
Measured Parameters:
● Free Chlorine / Chlorine Dioxide
● Turbidity
● Conductivity
● Temperature
● pH
Product Application
● Municipal and Township Water Treatment Plants
● Drinking Water Distribution Networks
● Rural Drinking Water Systems
● Swimming Pools and Similar Chlorinated Systems
Key words:
Classification:
- 产品描述
- Product Features
- Performance Index
- Field Application
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TMS-D3000是天健创新依据自来水厂和二次供水泵房现场需求而升级开发的一款紧凑型多参数水质分析仪，可实时监测浊度、余氯/二氧化氯、PH、温度等参数，满足饮用水常规测量需求。浊度测量采用90°散射法，具备光源补偿技术和自动清洗功能，余氯测量采用微电子电极法，无需更换电解液；TMS-D3000将所有传感器和显示传输单元高度集成在一个箱体内，满足狭小空间应用需求；自清洗、免试剂的设计，适用于无专人看守环境。
应用领域：
• 自来水厂
• 二次供水泵房
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System-Wide Advantages
- High Accuracy, Low Operating Cost, and Excellent Reliability
Turbidity Monitoring
- Specially designed for drinking water: High precision, no consumables, maintenance-free
- Uses patented technology (Patent No. 201710071090.7), capable of measuring turbidity below 0.1 NTU
- LED light source with up to 10-year lifespan, no consumables required
- Light source compensation technology minimizes long-term drift and aging, ensuring long-term stability and eliminating frequent calibration
- Built-in piston-type self-cleaning system, eliminates the need for manual cleaning
Free Chlorine / Chlorine Dioxide Monitoring
- Three-electrode measurement system using patented technology (Patent No. ZL 2021 2 2714794.6)
- Only one consumable (pH electrode), reducing consumable cost by 50% compared to similar products
- High-purity platinum electrode, resistant to damage under complex conditions like zero chlorine or water interruption
- Rotor-based self-cleaning system to prevent electrode fouling and reduce manual maintenance
- Stable flow design ensures constant flow over electrode surface, improving accuracy and stability
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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
(optional: 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
Dimensions
Installation Method
Tubing Interface
Sample Pressure
Sample Flow Rate
Sample Temperature
1×RS485 interface (MODBUS RTU protocol)
220 VAC
470 × 680 × 279 mm
(W × H × D)Wall - mounted
Sample Inlet: 4×6 mm soft tube
1-5 bar
180 < Q < 500
mL/min5–40 °C
Optional:
6 × Relay Outputs
or 6 × 4–20 mA
Analog OutputsSample Drain: 4×6 mm soft tube
Optional: Wireless transmission
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.