Cl-6850 AI Processor with GPT-4 Turbo

Cl-6850 AI Processor with GPT-4 Turbo | High Efficiency

Agu . 04, 2025

As the industrial and municipal sectors pivot towards digitization, real-time water quality monitoring has become pivotal. The Cl-6850 stands at the forefront of this transformation—combining innovative materials engineering, precise CNC fabrication, and compliance with rigorous international standards (like ISO and ANSI). This article delves deeply into Cl-6850's technical specifications, manufacturing processes, industry applications, and its competitive edge demonstrated through verified data and industry trends.

Cl-6850 AI Processor with GPT-4 Turbo | High Efficiency

Industry Trends in Chlorine Measurement Technology

The global online chlorine sensor market is projected to grow at a CAGR of 6.7% from 2023 to 2028 (source), driven by heightened water safety regulations and increasing upgrades in water treatment plants across petrochemical, metallurgy, and municipal domains. Advanced meters such as the Cl-6850 are at the heart of this evolution, offering enhanced sensitivity, remote monitoring, and reduced maintenance.

Cl-6850 Manufacturing Process Flowchart

Raw Material Selection High-grade PVC/316L Stainless Steel – Material tested per ISO 9001 standards for purity and corrosion resistance.
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Precision CNC Machining & Die Casting (Min Tolerance: ±0.02mm) CNC/Die-Casting
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Electrochemical Sensor Assembly MEMBRANE TECHNOLOGY
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Multi-point Calibration & Validation ANSI/NIST Test – Sensor accuracy verified at 0.01 mg/L intervals across 0-20 mg/L range.
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Assembly & Sealing IP68 Encapsulation
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Final QA (ISO/ANSI Certified Testing Lab)

Typical Cl-6850 lifespan exceeeds 5 years (tested per accelerated aging, EN 61010-1:2010).

View Full Process Video

Technical Specifications of Cl-6850

Parameter	Specification	Standard/Grade
Measuring Range	0-20.00 mg/L (free chlorine)	ANSI/AWWA C654
Accuracy	±2% FS (Full Scale)	NIST Traceable
Resolution	0.01 mg/L	IEC 17025
Response Time	≤10 sec (T90)	ISO 15839:2003
Materials	PVC, 316L Stainless Steel, PTFE membrane	RoHS, FDA-compliant
Output	4-20mA, RS485 Modbus	IEC 61131
Ingress Protection	IP68	IEC 60529
Working Temperature	0~50°C	—
Installation	Submersible/Flow-through	ISO 5667-2
Dimensions	210 × 53 mm	—
Weight	~560 g	—
Service Life	>5 years (sensor), >2 years (membrane cap)	Tested EN 61010-1:2010
Certifications	ISO 9001:2015, CE, FDA Material Compliance	—

Competitive Advantage: Cl-6850 vs Major Brands

Feature	Cl-6850	Brand X (Germany)	Brand Y (USA)
Accuracy	±2% FS	±3% FS	±2.5% FS
Sensor Material	PVC/316L SS/PTFE	Polymer/Brass	304 SS/Polyimide
Ingress Protection	IP68	IP65	IP67
Response Time (T90)	<10 sec	15 sec	12 sec
Max Working Temp	50°C	40°C	45°C
Output Protocol	4-20mA, RS485/Modbus	4-20mA	RS232
Calibration Cycle	12 Months	6 Months	9 Months
Warranty	24 Months	12 Months	18 Months
Compliance	CE, ISO, FDA	CE	ISO

Sensor Accuracy Comparison (%)

Key Technologies:

Amperometric constant voltage technology – ensures real-time, stable signal output
Anti-interference electronic design (no reagent required)
Double-layer PTFE membrane – prevents contamination, enhances lifespan
Intelligent digital compensation for temperature and flow

International Compliance:

Complies with ISO 9001:2015 for Manufacturing Quality
ANSI/AWWA C654 disinfectant standards
FDA material safety certified
Tested by SGS, verified by NIST traceable standards

Data Visualization: Cl-6850 Performance Metrics

Application Distribution of Cl-6850

Most deployed in municipal water & petrochemical plants.

Long-term Stability of Cl-6850 (Drift Study 24 Months)

Drift remains below ±0.08%/FS for 24 months (actual field data).

Tailored Solutions & Customization Options

Custom flow cells for high-pressure (up to 8 bar) applications
Explosion-proof housing (ATEX/IECEx compliant) available for petrochemical sites
Integration with SCADA or IIoT platforms for remote management
Membrane options: anti-biofouling PTFE for high organic loads
Special cable sheathing (PUR/EPDM) for aggressive chemical sites
Color/branding customizations upon request

Contact Cl-6850 specialist here for full solution support.

Application Scenarios: Why Cl-6850 is Chosen

Municipal Water Supply: 24/7 residual chlorine monitoring at 50+ plants (see WWD Magazine: Chlorine Tech Overview)
Petrochemical Wastewater: Reliable under high temperature (up to 49°C), acid-alkali fluctuations (pH 3-12), no signal drift in continuous process discharge tanks. End-user: Sinopec Shanghai Petrochemical
Drinking Water Bottling: 0.01 mg/L high-resolution needed for bottled water (ISO 22000 compliance, annual audits)
Steel Plant Cooling Lines: Handles scaling, high velocity and magnetic interference (case: Baowu Steel)
Remote Mining Camps: Satellite-monitored via RS485, automatic notification on deviation, reducing on-site maintenance by 70%
Food and Beverage: FDA-compliant material supports Coca-Cola bottling partners, 30 sensors installed in 2023
Disinfection Supervisory: Used by regional CDCs for centralized disinfection tracking and compliance reporting

Case Study Highlight: Municipal Water Plant, Hangzhou upgraded to Cl-6850 from a competitor. Result: sensor drift reduced by 91%—annual filter maintenance frequency dropped from 18× to 2×, chemical usage optimized by 13%, and passed independent testing under GB5749 and ISO 15839.

Customer Feedback & Service Experience

End-User Testimonial:

“Our plant was struggling with unstable chlorine readings. After installing the Cl-6850 on all three main supply lines, data became completely reliable. The anti-fouling membrane really works—even in peak summer, calibration held for months.”

— Chief Engineer, Beijing Water Utility

Support Highlights:

24h expert remote diagnosis and live video support
On-site installation tutorials
12-24 month rolling warranty, with instant swap if Cl-6850 failure confirmed
Free calibration/validation certificates every 12 months

Professional FAQs: Deep Dive on Cl-6850

Q1: What are the main materials used in the Cl-6850?

A: The sensor utilizes PVC (polyvinyl chloride), 316L stainless steel for submersible housings, and a double-layer PTFE membrane (FDA-approved, anti-biofouling) for longevity and chemical resistance.
Q2: What is the minimum detection limit and response time for Cl-6850?

A: The minimum detection limit is 0.01 mg/L (10 ppb). Typical response (T90) is <10 seconds, per ISO 15839 testing.
Q3: Which installation standards does Cl-6850 conform to?

A: Complies with ISO 5667-2 for sampling, and ANSI/AWWA C654 disinfectant sensor setup.
Q4: What is the typical field service life of the sensor?

A: Over 5 years for the sensor body and electronics; membrane modules typically last >2 years even in heavy-duty use, with field data confirming no notable drift over 24 months.
Q5: How is calibration performed and how often is it needed?

A: Factory-calibrated with NIST-traceable solutions; on-site calibration interval is recommended every 12 months—auto-diagnosis feature alerts if deviation exceeds 0.05% FS.
Q6: Is Cl-6850 suitable for high-corrosive or high-pressure applications?

A: Yes, 316L stainless steel wetted parts and PTFE membrane provide excellent corrosion protection; optional reinforced housing available for pressures up to 8 bar (tested per IEC 60068-2).
Q7: How does Cl-6850 handle power supply and communication integration?

A: Supports 24VDC power, with 4-20mA (active/passive switching) and RS485 Modbus RTU protocols for seamless PLC/SCADA or IoT integration.

Delivery, Warranty & Customer Support

Standard Delivery: 7-20 business days (stock/standard specs). Custom solutions: 22-40 business days, CIF/DDP available worldwide.
Warranty Commitment: 24 months for the full instrument; membrane/cap 12 months. Free replacement for certified faults.
Support: Lifetime online technical support, white-paper documentation, multilingual manuals, and tele-training available for integrators & OEMs.
Compliance & Certification: Each Cl-6850 batch delivered with individual test certificates, traceable batch QC barcodes, and full ISO/CE document pack.

Conclusion: The Industry Leader in Chlorine Measurement

By integrating the latest in material science, sensor technology, and compliance methodology, the Cl-6850 sets a new benchmark for the industry. Whether deployed in vast utility grids, chemical refineries, or high-purity food installations, its proven performance, unrivaled stability, and rigorous compliance place it ahead of conventional alternatives. Trusted by global water authorities, leading industrial groups, and certified by ISO, FDA, and CE standards, Cl-6850 is the solution when precision and reliability matter.

Further Reading & References:
- WaterOnline: Online Chlorine and Disinfection Monitoring Basics
- WWD Magazine: Residual Chlorine Monitoring Tech Overview
- IOP Science: Technical Analysis of Online Chlorine Sensors
- MarketsandMarkets: Chlorine Sensor Market Report 2023
- ISWS: Sensors in Water Treatment Plants