Protect your scrap removal and processing system from metal solids.
The tramp metal separator is primarily used with a PRAB Chip Processing system for removing bar-ends, broken tooling and other solids from the chip flow. This protects the scrap metal equipment from damage- reducing downtime and costly repairs.
PRAB offers a complete line of tramp metal separators and scrap removal systems to remove bar-ends, broken tooling and other solids from chip flow protecting scrap metal equipment from damage. This reduces downtime and saves money on costly repairs.
PRAB’s full-line of tramp metal separators include five unique models that are engineered to perform scrap collection at different levels to efficiently handle the variety of metal chips and turnings produced by today’s high-speed metalworking industry. Models include:
The Model O is a scrap collection unit that positively separates all types of solids from material flow in preparation for scrap metal recycling. It is a heavy-duty, oscillating, conveyor-fed air classifier designed for large chip processing systems. Typical throughput of metal chips is 200 ft3/hr (5.6 m3/hr). This scrap metal equipment includes a 20 hp blower and plenum system designed to recirculate airflow, reducing misting issues.
The Model V contains a vibratory feeder/air classifier that separates solids from wet chips and turnings at a rate of 100 ft3/hr (2.8 m3/hr) in preparation for scrap metal recycling. This scrap metal equipment includes a return air system that recirculates airflow, reducing misting issues.
The Model G is a scrap collection unit containing a gravity-fed, free-standing air classifier that can process metal scrap at rates up to 80 ft3/hr (2.2 m3/hr). This scrap metal equipment positively separates tramp metal from material flow for scrap collection in preparation for scrap metal recycling. The unit includes a 20 hp blower and plenum system designed to recirculate air flow, reducing misting issues.
Model R Separator
The Model R Separator is specifically designed to feed PRAB Diagonal-Shaft Wringers. This scrap collection unit incorporates a blower and rotary air lock mounting to the wringer infeed conveyor. Two adjustable plenums control air flow into the wringer infeed. The unit is capable of being “fine-tuned” to divert very small solids from the chip flow. The unit can process metal scrap continuously at rates up to 60 ft3/hr (1.6 m3/hr) in preparation for scrap metal recycling.
Model S Separator/Screener
Generally used for cast-iron applications, the Model S Separator/Screener is a scrap collection unit with a vibrating bar screener deck. It can be provided as a stand-alone unit or can also be attached to the inlet of a wringer or briquetter to separate flowable chips from solids and reject castings for scrap collection in preparation for scrap metal recycling.
Magnetic tramp metal separators employ high-intensity ferrite or rare earth magnets within a fully energized rotating drum to continuously remove ferrous particles from the flow of liquid. These systems are often used as a pre-filter to limit contaminants reaching subsequent filtration equipment. Typical applications include centerless and heavy stock removal grinding machines, honing, and gear cutting machinery.
Case Study: C&A Tool Increases Profitability, Maintains Clean Facility With Chip Processing System
Case Study: Machining Company Achieves Considerable Cost, Space and Labor Savings with a PRAB Crusher/Wringer System
Green Engineering How to Design More Profit into the Metalworking Operation By Ron Chapman, Systems Sales Manager & Teresa Phillips, Senior Marketing Specialist, PRAB Introduction The green movement is not a new concept. In fact, the basic principles were well-known throughout Europe in the medieval era. However, it was the Industrial Revolution in Europe that […]
Understanding local regulations and distinct operating variables is key to creating effective wastewater solutions. By Tim Hanna, PRAB Vice President of Business Development Introduction Modern manufacturing operations are constantly looking for ways to innovate and increase productivity. This means making the most efficient use of any resource essential to the process. These resources, […]
CHALLENGE A machining supplier needs an automated chip and fluid processing system to process metal turning and chips, while simultaneously capturing expensive cutting fluids for reuse. CUSTOMER C&A Tool Engineering, Inc. www.catool.com INDUSTRY Machining PRODUCT Diagonal-Shaft Wringer Steel Belt Conveyor Screw Conveyor Tramp Metal Separator Vertical Axis Crushers C&A Tool Engineering, Inc. is […]