Cole-Parmer toroidal conductivity transmitters with PVDF construction provide accurate, low-maintenance conductivity measurement in challenging chemical environments. Featuring an electrodeless sensor design with built-in 100 Ohms Pt RTD for temperature compensation, these transmitters support both in-line and submersible installation. The two-wire, loop-powered 4 to 20 mA transmitter ensures easy integration with process control systems.
Product Features
- In-line or submersible installation options for versatile application
- Available in durable CPVC and chemical-resistant PVDF models
- Built-in 100 Ohms Pt RTD for precise temperature compensation
- Electrodeless toroidal conductivity sensor design minimizes fouling and wear
- Two-wire, loop-powered 4 to 20 mA transmitter compatible with 11 to 24 VDC power supplies
- Maximum loop resistance of 600 ohms for stable signal transmission
- Optional process meter available for powering and displaying sensor data
- Isolated 4 to 20 mA output suitable for control applications, recorders, or alarms
- Temperature coefficient of 0.3%/°C for reliable performance under temperature changes
- Sensor dimensions: 8" length × 1.5" diameter with 4.5" insertion depth
- Includes a 10-ft cable with tinned ends for convenient wiring
Benefits
- Non-contact toroidal design reduces maintenance and improves sensor longevity
- Accurate conductivity measurements over a wide range (0–100 mS)
- Reliable temperature compensation for consistent readings
- PVDF construction offers excellent chemical resistance
- Easy system integration with 4–20 mA loop-powered transmitter
Why Choose the Cole-Parmer Conductivity Cell?
The Cole-Parmer conductivity cell PVDF 0-100MS delivers durable, precise conductivity measurement ideal for chemical processing and other harsh environments. Its electrodeless design and built-in Pt RTD provide stable, low-maintenance operation with easy integration into industrial control systems.
