PARA-MOUNT II® Vibrating Feeders
Proven performance and maintenance free operation make PARA-MOUNT II® Vibrating Feeders the first choice in vibratory feeders for the most demanding applications. PARA-MOUNT II® Vibrating Feeders in either fixed or Variable Force configurations utilize a sub-resonant Two-Mass system. Mass A (the exciter) energizes Mass B (the deck assembly) through precision engineered coil springs. Only small amounts of energy are needed to maintain the natural energy stored and released by the spring system. What this means for you is dynamic response to load surges, increased feed capacity, and exceptional reliability and ease of maintainability. PARA-MOUNT II® Vibrating Feeders are specifically designed to enhance your process.
- FEATURES
- CASE STUDIES
FEATURES
- Low maintenance, maximum uptime for reliable performance.
- Simple, extra-heavy duty construction for years of trouble free service.
- Two-Mass, sub-resonant natural frequency design is dynamically responsive to automatically maintain constant feed rate for varying load and material changes.
CASE STUDIES
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GK Two-Mass and Brute Force Technologies Working in Harmony
The “right fit for the right job”! Challenge A waste to energy facility in the New York area operates with a collection pit under the Boiler which is constantly filling with both wet and dry combined ash 24 hours a day. This ash is loaded out with a clamshell crane directly onto a General Kinematics…
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Case Study: Not Your Ordinary Feeder
Challenge At the bottom of their rotary train dump, a power plant on the Ohio River near Paducah, KY had two reciprocating feeders that were no longer feeding reliably and needed to be replaced. Approach After inspecting the installation, General Kinematics Vibratory Feeders with Variable Force (VF) wheels were recommended. With these feeders, a feed…
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Case Study: Modular Feeders
Challenge A major power company needed to replace two existing GK feeders that had been in use for over 35 years. During that time, the space had become very crowded and hard to maneuver within. Only small pieces could be moved into place, one at a time, to replace the existing units. Once in place,…
