MSV Gravimetric Feeder

MSV Gravimetric Feeder

MSV is a high-precision, mass-counterbalanced gravimetric feeder that provides highly responsive feed-rate control and accuracy in a small form-factor package.

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Description

MSV Gravimetric Feeder

Thayer Scale’s Model MSV feeder is a high-precision, mass-counterbalanced gravimetric feeder that provides highly responsive feed-rate control and accuracy in a small form-factor package. The new feeder offers precise rate control for free-flowing pellets and granules. It is compact, easy-to-clean and economical. The feeder includes Thayer Scale’s new low-profile cable scale utilizing a micro-lever system which counterbalances the tare weight, resulting in load-cell utilization significantly higher than other options. That higher load-cell utilization provides numerous benefits; higher accuracy, typically 0.25% of feed-rate, fast responsiveness to changes in set point, or material density fluctuations, resulting in higher quality ratio material delivery and the elimination of “dead zones” common in gravimetric feeding applications.

It also has longer gravimetric cycles, requiring fewer refills and less time operating in volumetric or “settling” mode and significantly higher turn-down. The system is designed to operate with the Thayer Scale Differential Screw solution, enabling consistent, pulse-free delivery of materials across a wide operating range.

Other key features of the MSV gravimetric feeder include; quick-release, tool-free changeover of augers and tubes, rapid clean out of the V-trough feed section, easy access to all serviceable components, modular, and flexible design enabling clustering of up to 6 feeders.

Benefits

  • Compact, easy-to-clean, economical
  • Micro-level system, higher accuracy, fast responsiveness
  • Longer gravimetric cycle

Target industry

  • Plastics

MSV Key Design Features

  • Quick-release, tool-free changeover of screws and tubes
  • Rapid clean out of the V-trough feed section
  • Easy access to all serviceable components
  • Modular, flexible design enabling clustering of up to 6 feeders