HH SCIENCE HH5200i Conductivity Electrode| Two-Electrode Graphite Digital Conductivity Sensor
US$180.00
The HH SCIENCE HH5200i is a digital two-electrode conductivity sensor with an integrated microprocessor and graphite sensing element, offering direct RS485 output, high chemical resistance, and reliable measurement across a broad conductivity range.
Key Features:
- Wide-range conductivity measurement
- Built-in microprocessor with RS485 Modbus output
- Graphite electrode for acid/alkali corrosion resistance
- No need for multiple cell constants
- IP68 waterproof and submersible
- G3/4 threaded body for inline or immersion use
The HH SCIENCE HH5200i conductivity electrode is a compact and intelligent two-electrode digital sensor that integrates a microprocessor directly into the electrode body, allowing it to output RS485 Modbus signals without requiring an external transmitter. This simplifies system wiring, reduces installation footprint, and enables seamless integration into digital process control systems and PLC/SCADA platforms.
The sensing interface utilizes a graphite electrode, offering excellent acid and alkali corrosion resistance, as well as long-term stability in challenging environments. The sensor supports a wide conductivity measurement range—greatly exceeding that of typical stainless steel two-electrode designs—and eliminates the need to select or configure multiple cell constants, making it a true plug-and-play solution.
Built with an IP68-rated enclosure and G3/4 process thread, the HH5200i is designed for easy inline or submersible mounting, suitable for field applications such as surface water, aquaculture systems, wastewater treatment, and industrial process control.
Key Features
- Extended Conductivity Measurement Range: Covers a broader range than traditional stainless steel two-electrode sensors, suitable for diverse water types and chemical media.
- Integrated RS485 Output: Built-in digital transmitter enables direct Modbus communication for real-time monitoring and process automation.
- Graphite Electrode Design: Offers outstanding corrosion resistance to acids, alkalis, and brine environments, with long-term stability and durability.
- Universal Measurement—No Cell Constant Selection: One sensor fits all conductivity scenarios without the complexity of K-value management.
- IP68 Waterproof Enclosure: Suitable for continuous submersion in tanks, wells, or open channel installations.
- G3/4 Process Thread: Standardized connection allows for easy inline installation or pipe-mounting.
- High Accuracy & Fast Response: Rapid, reliable conductivity feedback suitable for dynamic flow or high-frequency monitoring environments.
Optional Upgrades
- Low-Power Version Available: Ideal for solar-powered or battery-operated systems.
- Flexible Installation Configurations: Compatible with both inline pipeline and submersible mounting options.
- Extended Cable Options: Cable length can be extended up to 100 meters to support large-scale or remote systems.
Typical Applications
- Surface Water Quality Monitoring
- Municipal and Industrial Wastewater Treatment
- Seawater Conductivity Tracking
- Agricultural Irrigation and Aquaculture Systems
- General Industrial Process Monitoring and Control
| Measurement Range | 0~70 ms/cm |
| Measurement Accuracy | ±2% |
| Temperature Range | -20~60℃ |
| Pressure Range | 0~6Bar |
| Temperature Compensation Type | NTC22K |
| Data Compensation | Default 25℃ compensation, 2%/℃ |
| Response Time | <10S |
| Sensor Lifetime | 2–3 years |
| Mounting Thread | G3/4 |
| Housing Material | POM |
| Length | 189mm |
| Cable Connection | Integrated direct connection |
| Power Supply | 6–30VDC |
| Communication Protocol | MODBUS RTU via RS485 |
| Weight | 0.3 kg |
|---|---|
| Dimensions | 20 × 6 × 6 cm |
| Measurement | Conductivity |
| Temperature Compensation Options | NTC 2.252K, NTC 5K, NTC 10K, NTC 22K, NTC 30K, PT100, PT1000 |
| Parameters | Conductivity |
| Cable Connection | 4 PIN, Integrated direct-connection cable, K2, K8S, K9, S7, S8, S8M, VP, VP4 |
Related Products
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Key Features:
- Ideal for 20–300 μS/cm conductivity range
- IP68 waterproof for submersible use
- Long-path reference system ensures signal reliability
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The HH SCIENCE HH2800 is a high-temperature pH electrode built for chemical, biopharmaceutical, and industrial processes up to 150°C, featuring a specialized HT membrane and synthetic gel system designed for sterilization, pressure, and chemical resistance.
Key Features:
- Withstands temperatures up to 150°C
- Dual-junction design resists contamination
- Reinforced HT membrane for thermal and mechanical shock
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Key Features:
- Designed for 20–300 μS/cm conductivity range
- Dual-junction reference system for extended lifespan
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The HH SCIENCE HH6000 is a maintenance-free dissolved oxygen electrode with solidified gel electrolyte and full stainless steel housing, designed for long-term operation in wastewater, aquaculture, and municipal systems without the need for membrane or electrolyte replacement.
Key Features:
- Maintenance-free solidified gel electrolyte
- Mesh membrane design resists air bubble impact
- Fully stainless steel construction for durability
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- Acid and alkali corrosion resistance
- PG13.5 threaded for easy process installation