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The State of the Art in Viscosity Monitoring
Ensuring proper viscosity is a key success factor in many process environments. The ViscoPro1600 is an accurate, reliable, and durable in-line viscometer capable of monitoring fluid resistance without requiring a lot of operator involvement or maintenance.
Cambridge Viscosity's VISCOpro1600 viscometer can be used alone or in a multi-channel configuration controlled by a touch-screen display called the VISCOpro8000. The VISCOpro1600 provides round-the-clock monitoring you can rely on.
The VISCOpro 1600 viscometer is a compact workhorse instrument for applications where minimal operator involvement is desired.It features
The VISCOpro 1600 can be used with any Cambridge Viscosity in-tank or in-line 300 series or 500 series sensors, making it easy to install Cambridge technology in any sized pipeline.
Optional Display The optional explosion-proof display clearly shows viscosity and temperature readings for each line or tank.
VISCOpro 1600 Features
Key Features and Benefits
Innovatively designed, the VISCOpro 1600 has a lot to offer. Among its key features and benefits are:
Automatic self-cleaning: With only one moving part, a piston, the VISCOpro 1600 is almost completely maintenance-free. Samples are automatically kept fresh and clean by the constant piston motion that scrubs the sensor chamber. This assures maximum uptime and high return on investment.
Standard outputs for data capture: The VISCOpro 1600 includes two 4-20mA outputs for remote recording to data acquisition and control systems. This makes it very easy to interface the unit with Cambridge Viscosity or third-party PLC systems.
Factory settings: No programming is needed - Cambridge Viscosity did it all for you so you can just install it and begin operation quickly. The VISCOpro 1600 can be set to measure viscosity in centipoises, cSt, or SSU.
Built-in temperature detector: Changes in temperature within the process line can affect the viscosity of the fluid. The VISCOpro 1600 has a built-in temperature detector that senses the actual running temperature of the fluid.