IZN10E-NT: Precision Conduction, Stable Detection! Electrode Needle Assembly Empowers High-Precision Level and Water Quality Monitoring
2025-09-17
Core Product Advantages
High-Precision Signal Conduction
Utilizes stainless steel or titanium alloy electrode needles with excellent conductivity and stable resistance (≤1Ω), ensuring undiminished transmission of detection signals.
Corrosion Resistance and Long Service Life
Special coating treatment (e.g., PTFE/ceramic) on the electrode surface provides resistance to acids, alkalis, and salt spray corrosion. Suitable for pH 0–14 environments, with a service life exceeding 50,000 hours.
Sensitive Response Design
Optimized tip sensing area achieves liquid level detection accuracy of ±0.1mm and water conductivity response time of <0.5 seconds.
Reliable Sealing Protection
IP68-rated sealing structure with pressure resistance ≥1.0MPa, preventing liquid ingress into internal circuits and ensuring long-term underwater operation safety.
Easy Installation and Compatibility
Standard threaded interface (e.g., G1/2″), supports horizontal/vertical mounting; customizable cable length, compatible with mainstream controllers.
Typical Application Scenarios
Liquid Level Detection: High/low level alarm and control in water tanks, fuel tanks, and chemical storage tanks.
Water Quality Monitoring: pH/conductivity detection in wastewater treatment, residual chlorine monitoring in swimming pools.
Industrial Automation: Level control in electroplating tanks, water quality management in cooling water systems.
Medical Equipment: Liquid path detection in biochemical analyzers, level monitoring in dialysis equipment.
Technical Parameters
Electrode Material: 316 stainless steel/titanium alloy (optional)
Operating Temperature: -20°C to +80°C
Pressure Resistance Rating: 1.0MPa
Output Signal: Switch (NT may indicate normally open/closed)
Cable Length: 2m (standard), customizable
Conclusion
The IZN10E-NT electrode needle assembly, with its precise signal conduction, robust environmental adaptability, and long-term stability, serves as a “perception vanguard” for liquid level and water quality detection. It provides reliable state sensing capabilities for automation systems through millisecond response and micron-level accuracy.
| IZN10E-11P16 |
| IZN10-02P07 |
| IZN10E-01P06N-X444 |
| IZN10-0106-B2 |
| IZN10E-0206N |
| IZN10E-0106 |
| IZN10E-11P06 |
| IZN10E-01P06-X444 |
| IZN10E-CP |
| IZN10-02P06 |
| IZN10E-02P06N |
| IZN10E-01P06-B1 |
| IZN10-0116 |
| IZN10-B1 |
| IZN10E-1106-X194 |
| IZN10-G-X198 |
| IZN10-11P06 |
| IZN10E-1106-B1 |
| IZN10-11P06N |
| IZN10-A002-0206 |
| IZN10E-1106Z-B1-X194 |
| IZN10-G-300-X216 |
| IZN10-02P17 |
| IZN10-02P06N |
| IZN10E-G-001P-DNX7279 |
| IZN10E-1116-B1 |
| IZN10E-0106-B1 |
| IZN10E-ES4 |