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WHY ELGi's BELT-DRIVEN AIR COMPRESSOR?
Robust cast iron air compressor with high durability
The belt-driven air compressors from ELGi are made of strong cast iron, which increases their durability. This sturdy construction means that the compressor can resist the rigours of industrial applications while maintaining performance over a long period of time.
Robust internal parts and minimum service points; high-reliability
ELGi builds its belt-driven air compressors with tough internal components and keeps service points to a minimum. This method improves reliability by decreasing potential sites of failure, which results in less downtime and cheaper maintenance costs.
Offers low life cycle cost with no compromise on performance and air quality
ELGi's belt-driven compressors are designed for a low life cycle cost, resulting in exceptional long-term value without sacrificing performance or air quality. They are designed to function efficiently throughout their lifecycle and supply clean, high-quality compressed air.
Slow running speed for lesser wear and tear
The compressors work at a moderate speed, which reduces wear and tear on important components. This design option increases the operational life of the compressor and decreases the need for frequent repairs or replacements.
Twin-sided belt guards ensure safety and meet OSHA standards
ELGi prioritises safety in their compressors by including twin-sided belt guards. This design not only improves operator safety but also assures OSHA compliance, encouraging a safe working environment.
Highly energy efficient with high-efficiency IE2 Motors
The belt-driven piston compressors from ELGi are powered by high-efficiency IE2 motors. These motors optimise power use, resulting in significant energy savings and lower operating costs while preserving dependability.
Leak proof fittings
Using leak-proof connections in these compressors decreases the danger of air leakage, ensuring peak efficiency and reducing lost energy.
Deep-finned cylinders for efficient heat transfer
The deep-finned cylinders of belt-driven piston compressors are designed to assist effective heat transmission. This function aids in the dissipation of heat created during compression, hence minimising overheating and ensuring consistent performance.
Steel cooling fan with aerodynamic profile for best-in-class flow
ELGi uses a steel cooling fan with an aerodynamic shape. This design optimises airflow for effective cooling, keeping the compressor's temperature within a reasonable range and maximising operational efficiency.
Aluminum air piping systems are designed to reduce installation times by up to 75% when compared to traditional black iron and copper piping systems. These compressed air systems are energy efficient and can offer superior air quality. Whether you are installing yourself or utilizing one of our distributor partners, you will be up and running in no time with a safe system you can trust.
Compressed Air Aluminum Piping System is a new concept which is basically using Push In fittings to join aluminum pipe. It takes a very limited amount of time and no tools are required for the same. It can be used for pressures up to 17 bar and because of the fact that all fittings and pipes are made in aluminum there is a good durability of the system and the air system remains corrosion free and leakage free for years.
Owing to the beautiful system design, it becomes very easy to re-open and again assemble the fittings from the pipe so mobility is increased and it becomes very easy to dismantle an entire pneumatic system and relocate it or modify it as per the user's requirements.
WHY ELGi's BELT-DRIVEN AIR COMPRESSOR?
Robust cast iron air compressor with high durability
The belt-driven air compressors from ELGi are made of strong cast iron, which increases their durability. This sturdy construction means that the compressor can resist the rigours of industrial applications while maintaining performance over a long period of time.
Robust internal parts and minimum service points; high-reliability
ELGi builds its belt-driven air compressors with tough internal components and keeps service points to a minimum. This method improves reliability by decreasing potential sites of failure, which results in less downtime and cheaper maintenance costs.
Offers low life cycle cost with no compromise on performance and air quality
ELGi's belt-driven compressors are designed for a low life cycle cost, resulting in exceptional long-term value without sacrificing performance or air quality. They are designed to function efficiently throughout their lifecycle and supply clean, high-quality compressed air.
Slow running speed for lesser wear and tear
The compressors work at a moderate speed, which reduces wear and tear on important components. This design option increases the operational life of the compressor and decreases the need for frequent repairs or replacements.
Twin-sided belt guards ensure safety and meet OSHA standards
ELGi prioritises safety in their compressors by including twin-sided belt guards. This design not only improves operator safety but also assures OSHA compliance, encouraging a safe working environment.
Highly energy efficient with high-efficiency IE2 Motors
The belt-driven piston compressors from ELGi are powered by high-efficiency IE2 motors. These motors optimise power use, resulting in significant energy savings and lower operating costs while preserving dependability.
Leak proof fittings
Using leak-proof connections in these compressors decreases the danger of air leakage, ensuring peak efficiency and reducing lost energy.
Deep-finned cylinders for efficient heat transfer
The deep-finned cylinders of belt-driven piston compressors are designed to assist effective heat transmission. This function aids in the dissipation of heat created during compression, hence minimising overheating and ensuring consistent performance.
Steel cooling fan with aerodynamic profile for best-in-class flow
ELGi uses a steel cooling fan with an aerodynamic shape. This design optimises airflow for effective cooling, keeping the compressor's temperature within a reasonable range and maximising operational efficiency.