Turbo Blower-Magnetic Bearing Turbo Blower
- Full Description
Details about Turbo Blower-Magnetic Bearing Turbo Blower
The Turbo Blower-Magnetic Bearing Turbo Blower from SmarTurbo is a cutting-edge solution in the development of high-speed turbo blowers, offering up to 50% energy savings thanks to magnetic bearings and an intelligent control system. The Magnetic Bearing Turbo Blower is truly an excellent choice for manufacturing facilities requiring consistent and stable air pressure, combined with high reliability and maintenance convenience. It's the optimal choice for enhancing production efficiency and cost-effectiveness.
Turbo Blower Core Technology
SmarTurbo Turbo Blower technologies include the developments of: turbo blower engine, high-speed VFD, adaptive control system, touch screen control panel and cell phone remote control.
Turbo Blower Engine
Turbo blower engine is high speed centrifugal blower.
High Speed VFD
The developed high performance VFD for high speed permanent magnet motor is more energy-saving and high-efficient.
Smart Control System
It adopts PLC control with multiple communication method. Multiple control and monitoring is available, including the on-site, DCS remote and 4G-LTE.
Through state monitoring of logic data, built-in control program automatically detects, judges and terminates abnormal operation.
One-button start-stop control is reserved to facilitate on-site commissioning and troubleshooting under abnormal operation in time.
Touch Screen Control Panel
Simple and clear interface is easy to operate, detect and display system pressure and flow curve in real time.
Mobile Phone Remote Control
Turbo blower can be remotely monitored and controlled through mobile devices by user.
Turbo Blower Engine Technology
Turbo blower engine consist of core technology of High Speed Impeller, High Speed Motor, Air Bearing, High Speed Rotor, High Speed Rotor Coil and Volute..
High Speed Impeller
Turbo blower engine adopts design concept of three-dimensional flow impeller, which improves impeller efficiency up to 95%,realizes wide operation range, and volume flow adjustable from 45% to 100%.
High Speed Motor
Permanent magnet synchronous motor is with electromagnetic efficiency up to 98%, wide range of high efficient operation, directly-driven loading, and without transmission loss.
Magnetic Bearing
Magnetic bearing is designed for complex operating conditions like high speed, extreme temperature, large loading and strong vibration.
High Speed Rotor
Variable frequency and speed control is good for the motor rotating in maximum speed of 200000 rpm.
High Speed Rotor Coil
Class H insulation is adopted to make the motor has high reliability and durability even operating in high temperature, strong corrosion and current shock.
Volute
High efficient aerodynamic design ensure good aerodynamic performance of blade and low aerodynamic noise, which help satisfy high pressure ratio, high efficiency and large flow aerodynamic performance
- Benefits and Features
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Turbo Blower-Magnetic Bearing Turbo Blower Advantage
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High Efficiency Turbo blower saves 50% more electricity than traditional roots blower.
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Smart Control Turbo blower adopts a touchscreen control panel and mobile phone remote control. It supports multiple control methods.
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Plug and Play Turbo blower airflow and pressure are adjusted by blower rotation speed.
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Easy Maintenance Regularly replace filter cotton as per the hints. The maintenance is easy and fast at an extremely low cost.
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- Areas of use
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Turbo Blower-Magnetic Bearing Turbo Blower areas of use
Magnetic Bearing Turbo Blowers can be used in manufacturing facilities that require intense and stable air pressure, with high reliability and ease of maintenance. Specifically, they are used in:
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Wastewater Treatment Plants Turbo blowers with magnetic bearings can be utilized in ventilation and aeration systems to ensure efficient water oxygen saturation and improve biological treatment processes.
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Chemical Industry Maintaining specific air pressure and purity conditions is crucial in chemical manufacturing. Magnetic bearing turbo blowers can be used in ventilation processes, atmospheric control, and ensuring safe working conditions.
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Energy Sector Magnetic bearing turbo blowers can be employed to optimize the operation of wind turbines, and cooling systems for equipment.
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Oil Refining Industry This equipment is utilized in waste aeration processes, air cooling, and gas lifting, as well as in the movement of bulk materials and powders during manufacturing.
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- Technology
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Magnetic Bearing
Magnetic bearing is designed for complex operating conditions like high speed, extreme temperature, large loading and strong vibration.
Design Simulation
To ensure the magnetic bearing performance, our self-developed simulation software do the follow simulation: magnetic field simulation, electric field simulation, multi-physics coupling simulation, mechanical stiffness and strength simulation, temperature simulation, vibration and noise simulation, rotor dynamics simulation, system simulation etc.
Test
A comprehensive air bearing test system has been established. Our fully-developed bearing test capability and data analysis capability can carry out performance verification for air bearing and provide technical support for the test, as a result tailor-made products can be realized.
Manufacture
By complete production process flow for air bearing and the perfect supply chain system, the key and core process manufacture can all be carried out by ourselves. With an annual output of 5000 sets of bearing, it realizes bearing series, batch production and supports bearing customization.
Specifications of the Turbo Blower-Magnetic Bearing Turbo Blower
Turbo Blower Parameter Table
| Model | 37KW-40 | 37KW-80 | 55KW-80 | 75KW-40 | 75KW-80 | 90KW-80 | 110KW-40 | 110KW-80 | 110KW-120 | ||
|---|---|---|---|---|---|---|---|---|---|---|---|
| Discharge Pressure, kpa | Air Flow (m³/min)，20 ℃，Humidity 60%, 1atm | ||||||||||
| 20 | 50 | / | / | 94 | / | / | 139 | / | / | ||
| 30 | 48 | / | / | 87 | / | / | 132 | / | / | ||
| 40 | 42 | / | / | 76 | / | / | 120 | / | / | ||
| 50 | / | 37 | 47 | / | 75 | / | / | 85 | / | ||
| 60 | / | 33 | 43 | / | 70 | 71 | / | 81 | / | ||
| 70 | / | 28 | 40 | / | 63 | 67 | / | 75 | / | ||
| 80 | / | / | 36 | / | 52 | 61 | / | 68 | / | ||
| 90 | / | / | / | / | / | / | / | 57 | / | ||
| 100 | / | / | / | / | / | / | / | / | 59 | ||
| 110 | / | / | / | / | / | / | / | / | 55 | ||
| 120 | / | / | / | / | / | / | / | / | 50 | ||
| 130 | / | / | / | / | / | / | / | / | 45 | ||
| Model | 150KW-40 | 150KW-80 | 150KW-120 | 220KW-40 | 220KW-80 | 220KW-10 | 300KW-80 | 300KW-120 | 350KW-100 | ||
|---|---|---|---|---|---|---|---|---|---|---|---|
| Discharge Pressure, kpa | Air Flow (m³/min)，20 ℃，Humidity 60%, 1atm | ||||||||||
| 20 | 220 | / | / | 303 | / | / | / | / | / | ||
| 30 | 212 | / | / | 288 | / | / | / | / | / | ||
| 40 | 182 | / | / | 250 | / | / | 260 | / | / | ||
| 50 | 143 | / | / | 190 | / | / | 250 | / | 301 | ||
| 60 | / | 130 | / | / | 178 | / | 240 | / | 295 | ||
| 70 | / | 121 | / | / | 167 | / | 215 | / | 276 | ||
| 80 | / | 109 | / | / | 145 | / | 185 | / | 255 | ||
| 90 | / | 95 | / | / | 125 | / | 170 | / | 239 | ||
| 100 | / | / | 90 | / | / | 136 | / | 173 | 208 | ||
| 110 | / | / | 83 | / | / | 127 | / | 161 | 179 | ||
| 120 | / | / | 76 | / | / | 120 | / | 148 | / | ||
| 130 | / | / | 68 | / | / | 99 | / | 135 | / | ||
