Expected range
Provide normal, minimum and maximum conductivity, not only a single design value.
01
Range and cell constant must match
Conductivity changes widely between purified water, drinking water, wastewater and brine. The sensor cell constant determines the useful measuring range, while electrode material and temperature compensation affect stability in the actual water matrix.
02
Confirm these conditions before selection
Water chemistry
Confirm corrosion risk and whether 316L, titanium alloy, CPVC or another material is required.
Temperature
Specify operating temperature and the reference temperature used by the control system.
Output
Choose a conventional probe and transmitter or a digital RS485 Modbus sensor.
03
Typical applications
Reverse-osmosis systemsBoiler feedwaterCooling waterIndustrial process waterWater reuseTDS and salinity monitoring
04
Verified FUNEL configurations
PEC-500
Conductivity sensor
General-purpose conductivity sensor for water treatment and industrial water systems.
검증된 사양- 10–5000 µS/cm (K=1.0)
- PT1000 compensation
- ≤0.6 MPa
PEC-500B
Digital conductivity sensor
Digital conductivity and temperature sensor for direct automation-system integration.
검증된 사양- 10 µS/cm–200 mS/cm
- RS485 Modbus
- IP68 / NEMA6P
05
Conductivity selection questions
Why are several cell constants available?+
Different cell constants cover different conductivity ranges. The range and water matrix should be confirmed before selecting a sensor.
Can the sensor connect directly to a PLC?+
The PEC-500B provides RS485 Modbus output. Conventional PEC-500 series probes are paired with a suitable transmitter or controller.
Contact FUNEL
견적 요청
We will respond with a recommended configuration, supporting documentation and quotation.