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Yokogawa SC4A‑S‑AD‑1510‑05‑T1
- Product Series: SC4A Series Conductivity Sensors & Cells
- Product Name: SC4A‑S‑AD‑1510‑05‑T1 Industrial Conductivity Sensor
- Product Brief: A Yokogawa industrial conductivity measuring cell/sensor, designed for online continuous measurement of electrical conductivity in aqueous industrial process fluids.
Detailed content
- Technical Specifications:
- Model code: SC4A‑S‑AD‑1510‑05‑T1
- Electrode constant: 0.5 cm⁻¹ nominal cell constant
- Connection type: AD‑type assembly structure
- Insertion dimension: 1510 mm standard insertion length
- Cable specification: T1‑type dedicated signal cable
- Pressure rating: 0.5 MPa nominal working pressure
- Functional Features: Conductivity/resistivity measurement, built‑in temperature compensation, corrosion‑resistant electrode structure, continuous online monitoring
- Performance Parameters:
- Conductivity measurement range: 0–200 mS/cm
- Operating temperature range: −10 °C to 120 °C
- Measurement accuracy: ±2% of measured value
- Response time: ≤10 s
- Material Composition: Titanium alloy electrodes, PEEK insulating body, 316L stainless steel housing, high‑temperature‑resistant sealing gaskets
- Structural Features: Long‑insertion immersion‑type structure, integrated temperature sensor, sealed cable entry design
- Working Principle: Two‑electrode conductivity measurement principle; alternating current passes through measured liquid between two electrodes; measured resistance value is converted to conductivity value; built‑in temperature sensor provides real‑time temperature compensation
- Advantages: High corrosion resistance, stable measurement performance, wide temperature and pressure adaptability, long service life
- Applicable Industries: Power plant boiler water treatment, semiconductor ultrapure water monitoring, chemical industry, food and beverage water quality control, municipal water supply
- Installation Requirements: Vertical or horizontal insertion installation into process pipelines/tanks; full immersion of electrode in measured liquid; avoid air bubbles covering electrode surface
- Usage Precautions: Regular cleaning of electrode surface from scaling and deposits; periodic calibration with standard conductivity solutions; prevent mechanical bending damage to long‑insertion body
