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| OUR PRODUCTS |
The Guru Sewak GS- L series draws on the strengths of our previous designs and integrates them with new and innovative ideas. This has resulted in improvements in both the performance and the ease of maintenance of our expellers.
Across this series of expellers there is a common format, a common design philosophy and a common objective to make available best machine for :-
» Value
» Performance
» Reliability
» Ease of Maintenance
The GS- L series of expellers has been designed to cover the needs of both the Vegetable Oil and Rendering Industries.
The design is modular and based around a number of drives and cage configurations. Our proven multi-stage low compression worm assemblies are used to give the best extraction rates with minimum heat generation and minimum wear & tear. The power requirement to run the machine is much lesser than the old designs.
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The Gear Assembly
The Gearbox is made with helical gears and pinions that are immersed in oil bath. This is a high efficiency unit and is fitted, as standard, with ample sized bearings that will withstand the loads generated by the pressing operation. The Gearbox fits directly to the Frame and the main Press Shaft fits directly between the drives of Gearbox. This arrangement eliminates the need for alignment by specialist. Thus the maintenance of the machine
is very easy.
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The Cage Assembly
The Cage is split on the vertical center line with the two halves bolted together. This design allows for quick and easy access to the chamber assembly internals for cleaning & inspection, without any specialist lifting equipment. The Cage is lined with standard Lining Bars, clamped in individual fields by Knife and Shoe Frame Bars. These are very easy to maintain and provide the best operating characteristics for the expeller machine.
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The Worm Assembly
The Worm Assembly generally features at least two compression zones. This maximizes the efficiency of oil extraction and it results in less wear and tear of the Parts. The Worm Assembly is made up of components built up on a keyed Shaft. The Parts slide on to the Shaft from the Discharge End so that those parts that experience the greatest wear and those that are most likely to be changed for different seed types are the first ones to be removed from the Shaft. The compression in each zone can be adjusted, to suit the feed material and the required duty, simply with interchangeable Pressing Worms that are supplied as standard with each machine.
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