Low-Priced Inexpensive Maglev Centrifugal Turbo Blower

Min.Order: 1

Product origin: Nanjing, Jiangsu, China

Infringement complaint:

Complaint

US$ 20000 ~ 200000

Description

The MSC series maglev centrifugal blower of "TOUZER" brand is a high-tech achievement formed by the patented technology of maglev bearing combined with fluid mechanics developed by the team of doctors from Dalian Polytechnic University, which has the characteristics of frictionless, high power saving rate and low noise, and is a high-end energy-saving equipment. The products are divided into 19 specifications according to different power (15kW~315kW), different wind pressure (25kpa~120kpa) and different air volume (13~430m³/min), and the impellers can also be designed according to different working conditions to meet customized requirements.
MSC series maglev blowers have been widely used in urban sewage, industrial wastewater, electronic crystal plate, biopharmaceutical, smelting and coking, textile printing and dyeing, food fermentation, thermoelectricity and other industries in more than 30 provinces since they were put on the market in 2018. Compared with traditional blowers, maglev blowers save more than 30% energy.

--Energy saving and high efficiency: integrated magnetic suspension bearing, high speed permanent magnet synchronous motor, high efficiency flow parts, special control system and a series of advanced technologies, high efficiency and energy saving of the whole machine.Compared with traditional Roots blower, the efficiency is increased by 30%~40%.Taking 160kW maglev blower as an example, each one can save more than 500,000 degrees of electricity per year compared with the traditional Roots blower, and the cost can be recovered in about 1 to 2 years.
--Low noise and vibration: Thanks to maglev bearing technology, there is no mechanical contact and friction between rotating parts and stationary parts in the fan. The vibration of the fan operation is very small, and the noise does not exceed 80 dB.
--Small size, light weight: The whole machine integrated design, internal integrated fluid components, motor, frequency converter and other components, compact structure, light weight.
--Intelligent operation and maintenance: The use of advanced control system, a variety of control modes can be selected. The operating platform can be monitored in real time without special person on site duty. Fully enclosed air cooling and water cooling systems are used to dissipate heat from the motor to ensure stable and efficient operation of the fan. Modular design, convenient maintenance.
--Very Low maintenance cost: Using magnetic bearing technology, completely frictionless. No gear box, lubrication system and other parts in the system, no mechanical maintenance, reduce the chance of damage, service life can reach more than 20 years. Daily maintenance only need to replace the air filter, save lubricating oil, cleaning costs, convenient and fast.

MODEL	Outlet Pressure	25kpa	40kpa	60kpa	70kpa	80kpa	100kpa	120kpa	130kpa	140kpa
MODEL	Power(kW)	FLOW(m³/min)
MSC-15	15	33	19	13	-	-	-	-	-	-
MSC-18	18	40	23	15	-	-	-	-	-	-
MSC-22	22	48	26	20	-	-	-	-	-	-
MSC-30	30	65	36	26	-	-	-	-	-	-
MSC-37	37	75	46	33	28	-	-	-	-	-
MSC-45	45	-	52	43	35	31	-	-	-	-
MSC-55	55	-	63	53	43	38	-	-	-	-
MSC-75	75	-	100	72	60	52	40	-	Design impellers according to operating conditions, pressure and flow requirements.
MSC-90	90	-	115	83	72	63	51	-
MSC-110	110	-	140	101	86	77	62	-
MSC-132	132	-	177	124	104	93	79	-
MSC-160	160	-	215	145	126	113	96	80
MSC-185	185	-	240	168	145	134	111	93
MSC-200	200	-	260	180	157	140	120	100
MSC-260	260	-	330	233	205	183	152	125
MSC-315	315	-	430	285	248	222	195	160
Standard conditions:one atmospheric pressure 20ºC,relative humidity 65%,density 1.2kg/m³.

1. 1.8m of space should be left around the equipment to ensure normal work and daily maintenance.
2. Avoid strong shaking and collision in the process of equipment handling.
3.The equipment should be installed on a solid foundation with no vibration source around, and the adjustment of the footing should be matched with the level to keep the equipment parallel to the horizontal plane.
4. If the equipment is installed indoors, it is necessary to ensure the heat dissipation conditions in the machine room, and if it is installed outdoors, direct contact with rain and snow should be avoided.
5. Electrical installation should be done by licensed electrician.
6. The venting pipe is recommended to be led to outdoor, if it is indoors, it is easy to blow up the dust, which will affect the efficiency of the fan and the life of the filter, and avoid facing the direction of the personnel.

Performance comparison		Roots blower	Multistage centrifugal air blower	Single stage centrifugal blower	Air suspension blower	Imported maglev blower	MSC series maglev blower
Bearing	Bearing	Ball bearing	Ball bearing	Tilting-pad bearing	Air foil bearing	Imported magnetic bearing, mature technology, high stability	First magnetic bearing developed independently in China, mature technology, high stability
	Technology source	Made in China	Made in China	Import/domestic	Republic of Korea	Europe	Dalian Polytechnic University
	Service life	1-2 years	2-3 years	3-5 years	3-5 years	Semi-permanent	Semi-permanent
	Mechanical loss	2% energy consumption of bearing	2% energy consumption of bearing	Above 3% energy consumption of sliding friction	Dry friction at low speed, high energy consumption	Electromagnetic induction, low energy consumption of bearing	Electromagnetic induction, low energy consumption of bearing
Impeller	Type	Casting 2 or 3 blades	Welding steel or casting aluminum	Aluminum alloy three-dimensional flow impeller	Aluminum alloy three-dimensional flow impeller	Aluminum alloy three-dimensional flow impeller	Aluminum alloy three-dimensional flow impeller
	Service life	5-8 years	10 years	15 years	20 years	20 years	20 years
	Aerodynamic efficiency	Low	Low	Medium	High	High	High
High-speed motor	Motor type	Low-speed asynchronous motor	Low-speed asynchronous motor	Asynchronous ac motor	High-speed permanent magnet motor	Purchased high-speed permanent magnet motor	High-speed permanent magnet motor independently developed
	Transmission type	Belt or coupler	Coupler	Coupler	Direct driving	Direct driving	Direct driving
	Motor efficiency	86%	87%	94%	95%	97%	Above 97%
	Speed control	unavailable	unavailable	unavailable	Precise control of speed	Precise control of speed	Precise control of speed
	Speed control method	There is no speed control system. When motor power and rotation speed are fixed, the air volume is fixed	No speed control system unless the variable frequency motor is replaced and the variable frequency converter is added	Guide vane adjustment, mechanical loss	Intelligent DC speed control system changes the speed of the shaft	Intelligent DC speed control system changes the speed of the shaft	Intelligent DC speed control system changes the speed of the shaft


	Working range	Very small	Very small, it can bebroadenedby adding a frequency converter	Small range of adjustment of air flow and pressure	Wide range of adjustment of air flow and pressure	Wide range of adjustment of air flow and pressure	Wide range of adjustment of air flow and pressure
Installation	Lifting	Need	Need	Need	No need	No need	No need
Installation	Foundation	Need	Need	Need	No need	No need	No need
Maintenance	Lubricant	Check every shift, add regularly, medium cost	Check every shift, add regularly, medium cost	Check every shift, add regularly, high cost	No need	No need	No need
	Quick-wear part	Bearing, gear	Bearing, sealing	Bearing, gear, lubricant pump	Bearing, filter	Air filter	Air filter
	Cost	Low	Medium	High	High, no maintenance in China	Low, poor service timeliness	Low, good service timeliness
Operation	Operation cost	Very high	High	Medium	Low	Very low	Very low
Operation	Investment cost	Very low	Medium	High	High	High	High
Overall efficiency		49%	61%	68%	73%	77%	77%
Overall price		Low	Medium	High (imported blower)	Medium	Very high, 1.3~1.5 times of the domestic	Medium
After-sale maintenance		Short cycle, low cost and high failure rate	Short cycle and high cost	Long maintenance period and high cost	Long maintenance period and high cost	Long maintenance period and high cost	Timely maintenance, independent core components, short maintenance cycle and low cost