The Tri-Lobe Blower, because of having rotor tips disposed at 120º on each rotor, causes the rotor set to be much more resistant to angular deflection along it's length, than two lobed rotor sets, which have lobe tips disposed at 180º each - this extra "stiffness" provides less deflection at any load, thus minimizing possible rotor contact with both the cylinder and it's sister rotor during operation.
This same tip orientation provides for more even load distribution between the rotor and gear sets, while under normal load cycling - this feature enhances the life of the bearings and gears - the six smaller volume chambers per revolution of the Tri-Lobe vs. four larger chambers of the two lobe, increases the pulsation frequency, allowing pulsation magnitude to be limited, and reducing characteristic noise levels.
|Oil Preventive Arrangement||Due to efficient & improved oil prevention arrangement, gas or air is delivered uncontaminated; oil free state unaffected by high temperatures. No shaft wear.|
|Splash oil lubrication||Assures improved bearing life and operational simplicity.|
|Tri-Lobe rotors||Involute contoured impeller profiles for maximum efficiency.|
|Air seals||air seals provide dependable non-wearing operation to minimize air leakage past the shafts.|
|Heavy-duty and ribbed housing||Reduce noise levels and Use of fins increases heat dissipation.|
|Gear||Rotation of the impellers is synchronized by a pair of timing gears having helical, hardened and ground teeth.|
Why you select Kay New Tri Lobe Rotor Blower ?
The new tri-lobe blower incorporates two special profile rotors in custom designed cylinder housing. The rotor/housing design drastically reduces pulsations and sound pressure levels.Operating noise levels and strain on distribution piping are dramatically lower than two-lobe configurations. Other advantages of the tri-lobe design are low energy consumption and longer bearing life.
Kay’s New Tri-lobe Blowers Exhibits :
|Low Energy Consumption||Tri lobe blowers control backflow pressure to rotor so reduce energy consumption.|
|Low Noise||Pressure pulses are the major noise source of blower. In tri lobe blowers, accurately designed lobes result in smooth flow of fluid and can efficiently reduce the sound pressure level by approximately 5dB.|
|Longer Bearing Life||Bearing life of the lobe blowers are highly affected by the vibrations. In tri lobe blowers, lower pressure pulses and smooth flow result in reduced vibration and hence longer life. Bearing life of tri lobe blowers is increased by approximately by 20%.|