Red Meters

A high precision laser is used to detect the displacement in the deflection of the cartridge. Acting as a scale, the measurement of deflection is equated to a measurement of mass. In a fixed volume, the change in mass is equated to the change in density. A variety of additional sensors measure pressure, temperature, wear and even velocity in the line to establish direct measurements of the essential variables that enable Statistical Process Control (SPC). The combination of these measured variables, allows the operator not only to truly measure their process but also accurately and efficiently make changes downstream and/or automate troubleshooting.

These measurements provide the first true process characterization device, allowing operators to capture the process ‘signature’ and to use as much or as little of the processing data to achieve their desired level of process control. For full details and specifications, please consult our Technical Specifications Datasheet.

Non-Nuclear Slurry Density Meter

A Red Meter can be used as a replacement for multiple measurement instruments throughout industrial processes. However, it’s most common role is as a non-nuclear slurry density meter for both wet and dry slurries.

Extensive testing has been conducted comparing the Red Meter to legacy instruments such as nuclear density gauges or Coriolis meters. Further information on these tests along with detailed data can be downloaded to the right of this page.

As an overview, through these tests, the Red Meter proved to be a superior alternative to measuring density thanks to the following characteristics.

• Measures entire volume of material
• Does not obstruct or redirect flow
• Does not induce a pressure change
• No regulatory restrictions and no safety concerns
• Evaluates liquids, slurries and dry bulk
• Material process characteristics
• Operates at any flow rate in any direction
• Accommodates chemically and physically aggressive media
• Is not restricted by density magnitude changes
• May be manufactured for NSF/FDA compliance
• Low maintenance device which integrates into existing system
• Compensation for changes in temperature, pressure and vibration

Red Meter Process Signature

The Red Meter produces a unique ‘Process Signature’ or Red Meter Signature when deployed in any continuous liquid, slurry or dry bulk media pipeline or conduit. Using advanced artificial intelligence and machine learning capabilities, the unit enables the instantaneous interpretation of the Red Meters Signature. This process information and interpretation can be presented instantaneously on a built-in display, or delivered to a remote location using 4-20mA, HART, Modbus or any other standard industry communication protocol.

Further utilizing advanced machine learning techniques, accurate interpretation of the Process Signature may provide additional useful information, such as ‘sticky’ valves, slow actuators, leakage, media flocculation, process anomalies, gas entrapment, process kicks etc. and may alert the operator to take corrective action to avoid process or production issues or interruptions should any anomalies be detected.

Disruptive Industrial Measurement Technology

The Red Meter process characterization device is only the beginning. To fulfill its mission of disrupting industrial measurement, Red Meters will be releasing a single unit mass flow density meter, as well as a vehicle-mounted truck meter in the coming months.