- mark@maglevafrica.com
We offer a variety of state-of-the-art maglev solutions
Maglev South Africa provides a wide range of high-performance, energy-efficient solutions powered by advanced magnetic levitation (maglev) technology. Our products are designed to revolutionise industrial applications by reducing energy consumption, lowering maintenance costs, and enhancing environmental sustainability.
Maglev Turbo Blowers – Optimised for high energy efficiency and operational stability.
Maglev Air Compressors – Designed for superior compression efficiency with minimal energy loss.
Maglev Vacuum Pumps – Delivering unmatched suction power with reduced operational costs.
Maglev Water Chillers – Advanced cooling solutions that enhance energy efficiency and sustainability.
Maglev Flywheel Energy Storage – Cutting-edge energy storage technology ensuring stable power supply.
Our Maglev Turbo Blowers are designed to significantly reduce energy consumption by up to 30%, providing a sustainable and cost-effective alternative to conventional blowers.
Performance Comparison:
No mechanical friction due to air-bearing technology.
Ultra-low noise levels, creating a safer work environment.
Compact design with minimal maintenance requirements.
Intelligent control system for optimised efficiency.
|
Item
|
Roots Blower
|
Single Stage Centrifugal Blower
|
Air Suspension Blower
|
Maglev Turbo Blower
|
|---|---|---|---|---|
|
Air Volume
|
Adjustable if frequency converter is added
|
50-100%
|
65-100%
|
30-100%
|
|
Friction
|
Yes
|
Yes
|
Yes
|
No
|
|
Frequent Start-Up
|
Yes
|
Yes
|
No
|
Yes
|
|
Noise
|
> 100 dB
|
90-100 dB
|
75-85 dB
|
75-85 dB
|
|
Vibration
|
Very large
|
Medium and small
|
Very small
|
Very small
|
|
Lubrication
|
Yes
|
Complex lubrication systems are required
|
No
|
No
|
|
Maintenance Mode
|
Regular Maintenance
|
Regular Maintenance by Special Personnel
|
Regular Replacement of Filters
|
Regular Replacement of Filters
|
|
Service Life
|
5-8 years
|
10 years
|
10 years (2 years later, frequent faults)
|
>20 years
|
|
Size
|
Larger
|
Larger
|
Small
|
Small
|
|
Installation Requirements
|
Fixed to the ground and sound insulation measures required
|
Fixed to the ground and sound insulation measures required
|
No need for fixation and sound insulation measures
|
No need for fixation and sound insulation measures
|
|
Efficiency
|
Low
|
High
|
High
|
High
|
|
Model
|
PRODUCT SPECIFICATION
|
|||
|---|---|---|---|---|
|
|
Flow (m³/min)
|
Pressure (kPa)
|
Motor Power (kW)
|
Type of Cooling
|
|
TR037 SERIES
|
15-55
|
20-80
|
37
|
AC
|
|
TR055 SERIES
|
25-70
|
20-80
|
55
|
AC
|
|
TR075 SERIES
|
25-75
|
20-80
|
75
|
AC
|
|
TR090 SERIES
|
25-100
|
20-80
|
90
|
AC
|
|
TR110 SERIES
|
40-100
|
20-80
|
110
|
AC
|
|
TR150 SERIES
|
30-180
|
20-80
|
150
|
AC
|
|
TR185 SERIES
|
30-190
|
20-80
|
185
|
AC
|
|
TR220 SERIES
|
70-200
|
20-80
|
220
|
AC
|
|
TR300 SERIES
|
150-300
|
20-80
|
300
|
AC
|
|
TR350 SERIES
|
175-355
|
20-80
|
350
|
AC
|
|
TR400 SERIES
|
190-410
|
20-80
|
400
|
AC
|
|
Remarks:
|
|---|
|
1. Model meaning: Brand-Power (kW). Example: TR055 series, TR is brand, power 55kW.
|
|
2. The pressure is in the range of 90~140 kPa, which is an unconventional model, and the delivery cycle may be extended.
|
Our Maglev Air Compressors are built for industrial applications requiring superior compression efficiency while reducing operational costs.
Uses magnetic levitation for friction-free operation.
Higher efficiency compared to traditional compressors.
Reduces wear and tear, leading to lower maintenance costs.
Adjustable power settings for optimal energy use.
|
Item
|
Piston Air Compressor
|
Screw Air Compressor
|
Maglev Air Compressor
|
|---|---|---|---|
|
Compress Mode
|
Volumetric
|
Volumetric
|
Centrifugal
|
|
Bearing Life
|
Short
|
50000-100000 hours
|
Over 20 years
|
|
Reliability
|
Short
|
Rotor need lubricants
|
No friction, no lubricants
|
|
Product Performance
|
Attenuation due to piston wear
|
Attenuation due to screw wear
|
No attenuation in full life
|
|
Motor
|
Power frequency, Start-delta starting
|
Variable Frequency Starting
|
High-speed permanent motor,
Variable Frequency Starting |
|
Energy Consumption
|
High
|
Medium
|
Low
|
|
Noise
|
100-120dB
|
80-100dB
|
<75dB
|
|
Air Quality
|
Many
|
Less-oil
|
No lubrication oil, achieves ISO8753-1 Class 0
|
|
Rotate Speed
|
<2000rpm
|
<3000rpm
|
25,000-50,000rpm
|
|
Lubrication
|
Change lubricants regularly
|
Change lubricants regularly
|
No lubrication oil
|
|
Vibration
|
Heavy
|
Heavy
|
Light
|
|
Model
|
PRODUCT SPECIFICATION
|
||
|---|---|---|---|
|
|
Flow (m³/min)
|
Pressure (bar)
|
Power (kW)
|
|
TRA110 SERIES
|
23~42
|
2~5
|
110
|
|
TRA150 SERIES
|
44~58
|
2~3
|
150
|
|
TRA200 SERIES
|
60~78
|
2~3
|
200
|
|
TRA250 SERIES
|
75~98
|
2~3
|
250
|
|
TRA300 SERIES
|
90~120
|
2~3
|
300
|
|
TRA350 SERIES
|
105~140
|
2~3
|
350
|
|
TRA400 SERIES
|
20~158
|
2~3
|
400
|
|
Remarks:
|
|---|
|
Remark Model meaning: Brand - abbreviation of equipment - power (kW).
For Example: Set-TRA110, Brand: TR, A: Air Compressor, 110 - Power (110 kW).
|
The Maglev Turbo Vacuum Pump provides superior suction power with low energy consumption, making it ideal for industries such as pharmaceuticals, food processing, and manufacturing.
Oil-free design, ensuring clean and efficient vacuum operation.
Reduced energy usage compared to conventional vacuum pumps.
Zero-contact operation, increasing lifespan and reliability.
Intelligent control systems for precise performance monitoring.
|
Item
|
Water Ring Vacuum Pump
|
Roots Vacuum Pump
|
Domestic Turbo Vacuum Pump
|
Maglev Turbo Vacuum Pump
|
|---|---|---|---|---|
|
Bearing Domestic
|
Ball Bearing
|
Domestic Ball Bearing
|
Tilting Pad Bearing
|
Maglev Bearing
|
|
Startup Friction
|
Have Friction
|
Have Friction
|
Have Friction
|
Frictionless
|
|
Impeller Form
|
Welded Impeller
|
Type 8 Impeller
|
Open/Closed Impeller
|
Three-dimensional Flow Impeller
|
|
Impeller Efficiency
|
Low
|
Low
|
Higher
|
High
|
|
Type of Motor
|
Low-Speed Induction
|
Low-Speed Induction
|
Asynchronous AC
|
PMSM
|
|
Overall Efficiency
|
62%
|
45%
|
52%
|
>79%
|
|
Monitoring Mode
|
No
|
No
|
No
|
24-hour monitoring
|
|
Lubricating Oi
|
Add Regularly
|
Add Regularly
|
Add Regularly
|
No Lubrication
|
|
Maintenance Cost
|
High
|
High
|
After-sales Maintenance
|
Maintenance-free
|
|
Failure Rate
|
High
|
High
|
High Cost, High Failure Rate
|
Short cycle, free maintenance, low cost
|
|
Model
|
PRODUCT SPECIFICATION
|
||
|---|---|---|---|
|
|
Flow (m³/min)
|
Vacuum Degree (kPa)
|
Motor Power (kW)
|
|
TRV055 SERIES
|
90-60
|
10~70
|
55
|
|
TRV075 SERIES
|
120~85
|
10~70
|
75
|
|
TRV132 SERIES
|
210~140
|
10~70
|
132
|
|
TRV150 SERIES
|
245~165
|
10~70
|
150
|
|
TRV200 SERIES
|
330~225
|
10~70
|
200
|
|
TRV300 SERIES
|
490-335
|
10~70
|
300
|
|
TRV400 SERIES
|
660~435
|
10~70
|
400
|
|
TRV500 SERIES
|
780-525
|
10~70
|
500
|
|
TRV600 SERIES
|
980-650
|
10~70
|
600
|
|
Remarks:
|
|---|
|
The data in this table are the standard parameters and the main scope of work, the specific selection of professional consultation personnel.
|
Our Maglev Centrifugal Water Chillers offer an energy-efficient cooling solution that reduces industrial power consumption while maintaining high-performance standards.
Magnetic levitation technology for frictionless, efficient cooling.
Up to 50% energy savings compared to traditional chillers.
Compact and modular design for easy installation.
Eco-friendly refrigerant usage to reduce carbon emissions.
|
Maglev Water Chiller
|
TRC-100
|
TRC-200
|
TRC-300
|
TRC-400
|
TRC-500
|
TRC-600
|
TRC-700
|
TRC-800
|
||
|---|---|---|---|---|---|---|---|---|---|---|
|
Basic Parameters
|
Rated Refigeration Volume
|
kW
|
380
|
780
|
1060
|
1405
|
1750
|
2100
|
2450
|
2810
|
|
|
Interiorinput Power
|
Kw
|
64
|
125
|
170
|
216
|
269
|
318
|
371
|
400
|
|
|
COP
|
kW/kW
|
5.93
|
6.24
|
6.24
|
6.5
|
6.5
|
6.6
|
6.6
|
7.03
|
|
Compression Engine
|
Form
|
/
|
Maglev Compressor
|
Maglev Compressor
|
Maglev Compressor
|
Maglev Compressor
|
Maglev Compressor
|
Maglev Compressor
|
Maglev Compressor
|
Maglev Compressor
|
|
|
Drive Way
|
/
|
Variable Frequency Start
|
Variable Frequency Start
|
Variable Frequency Start
|
Variable Frequency Start
|
Variable Frequency Start
|
Variable Frequency Start
|
Variable Frequency Start
|
Variable Frequency Start
|
|
|
Energy Regulation Mode
|
/
|
Stepless Regulation
|
Stepless Regulation
|
Stepless Regulation
|
Stepless Regulation
|
Stepless Regulation
|
Stepless Regulation
|
Stepless Regulation
|
Stepless Regulation
|
|
Evaporator
|
Type
|
/
|
Falling Film Shell and Tube Heat Exchanger
|
Falling Film Shell and Tube Heat Exchanger
|
Falling Film Shell and Tube Heat Exchanger
|
Falling Film Shell and Tube Heat Exchanger
|
Falling Film Shell and Tube Heat Exchanger
|
Falling Film Shell and Tube Heat Exchanger
|
Falling Film Shell and Tube Heat Exchanger
|
Falling Film Shell and Tube Heat Exchanger
|
|
|
Water Inlet Temprature
|
°C
|
12
|
12
|
12
|
12
|
12
|
12
|
12
|
12
|
|
|
Outlet Temperature
|
°C
|
7
|
7
|
7
|
7
|
7
|
7
|
7
|
7
|
|
|
Circulating Water Flow
|
m3/h
|
66
|
135
|
182
|
242
|
301
|
362
|
422
|
483
|
|
|
Pressure Drop
|
kPa
|
<60
|
<60
|
<60
|
<60
|
<60
|
<60
|
<60
|
<60
|
|
|
Frozen Water Pipe Diameter
|
mm
|
DN125
|
DN150
|
DN200
|
DN200
|
DN250
|
DN250
|
DN250
|
DN300
|
|
Maglev Water Chiller
|
TRC-100
|
TRC-200
|
TRC-300
|
TRC-400
|
TRC-500
|
TRC-600
|
TRC-700
|
TRC-800
|
||
|---|---|---|---|---|---|---|---|---|---|---|
|
Condenser
|
Type
|
/
|
Shell and Tube Heat Exchanger
|
Shell and Tube Heat Exchanger
|
Shell and Tube Heat Exchanger
|
Shell and Tube Heat Exchanger
|
Shell and Tube Heat Exchanger
|
Shell and Tube Heat Exchanger
|
Shell and Tube Heat Exchanger
|
Shell and Tube Heat Exchanger
|
|
|
Water Inlet Temprature
|
°C
|
30
|
30
|
30
|
30
|
30
|
30
|
30
|
30
|
|
|
Outlet Temperature
|
°C
|
-
|
-
|
-
|
-
|
-
|
-
|
-
|
-
|
|
|
Circulating Water Flow
|
m3/h
|
82
|
167
|
228
|
302
|
376
|
451
|
526
|
604
|
|
|
Pressure Drop
|
kPa
|
<80
|
<80
|
<80
|
<80
|
<80
|
<80
|
<80
|
<80
|
|
|
Frozen Water Pipe Diameter
|
mm
|
DN125
|
DN150
|
DN200
|
DN200
|
DN250
|
DN250
|
DN250
|
DN300
|
|
Electrical Parameters
|
Source
|
/
|
Three-phase 380V 50Hz
|
Three-phase 380V 50Hz
|
Three-phase 380V 50Hz
|
Three-phase 380V 50Hz
|
Three-phase 380V 50Hz
|
Three-phase 380V 50Hz
|
Three-phase 380V 50Hz
|
Three-phase 380V 50Hz
|
|
|
Security Guard
|
/
|
High and low voltage, overload, phase loss, water flow protection, antifreeze protection, and low tempreture protection
|
High and low voltage, overload, phase loss, water flow protection, antifreeze protection, and low tempreture protection
|
High and low voltage, overload, phase loss, water flow protection, antifreeze protection, and low tempreture protection
|
High and low voltage, overload, phase loss, water flow protection, antifreeze protection, and low tempreture protection
|
High and low voltage, overload, phase loss, water flow protection, antifreeze protection, and low tempreture protection
|
High and low voltage, overload, phase loss, water flow protection, antifreeze protection, and low tempreture protection
|
High and low voltage, overload, phase loss, water flow protection, antifreeze protection, and low tempreture protection
|
High and low voltage, overload, phase loss, water flow protection, antifreeze protection, and low tempreture protection
|
|
Refrigerant
|
Refrigerant Name
|
/
|
R134a
|
R134a
|
R134a
|
R134a
|
R134a
|
R134a
|
R134a
|
R134a
|
|
|
Refrigerant Injection Volume
|
Kg
|
135
|
225
|
360
|
440
|
520
|
640
|
750
|
860
|
|
|
The Throttling Form
|
/
|
Electronic Expansion Valve
|
Electronic Expansion Valve
|
Electronic Expansion Valve
|
Electronic Expansion Valve
|
Electronic Expansion Valve
|
Electronic Expansion Valve
|
Electronic Expansion Valve
|
Electronic Expansion Valve
|
|
Weight
|
Hauled Weight
|
Kg
|
3000
|
4000
|
5100
|
5800
|
6500
|
7300
|
7800
|
8800
|
|
|
Running Weight
|
Kg
|
3600
|
4800
|
6100
|
6900
|
7500
|
8100
|
8600
|
9900
|
|
Overall Dimensions
|
Length
|
mm
|
3500
|
3900
|
4600
|
5200
|
5300
|
5800
|
6000
|
6500
|
|
|
Width
|
mm
|
1600
|
1780
|
1800
|
1980
|
1980
|
1980
|
2000
|
2000
|
|
|
Altitude
|
mm
|
2150
|
2260
|
2270
|
2390
|
2390
|
2430
|
2430
|
2500
|
|
Remarks:
|
|---|
|
1. Model meaing: Brand-Equipment abbreviation-Cooling Capacity, TRC-100 as example, TR represents Tianrui, CC Represents centrifugal chiller, cooling capacity is 100RT.
|
|
2. Maglev water chiller design and manufacturing standards refer to GB/T18430.1 "Steam compression cycle cold water (heat pump) units for industrial or commercial and similar purposes".
|
|
3. The above content is subject to change due to product improvement and other reasons, and is subject to change wihtout prior notice.
|
|
Maglev Ground Source Heat Pump Unit
|
TRRG-100
|
TRRG-200
|
TRRG-400
|
TRRG-800
|
|||
|---|---|---|---|---|---|---|---|
|
Basic Parameters
|
|
Rated Refigeration Volume
|
KW
|
368
|
745
|
1350
|
2710
|
|
|
|
Refigeration Input Power
|
KW
|
46.8
|
94.5
|
171
|
342
|
|
|
|
Rated Heat
|
KW
|
450
|
910
|
1645
|
3290
|
|
|
|
Thermal Input Power
|
KW
|
89
|
180
|
322
|
644
|
|
Compression Engine
|
|
Form
|
/
|
Maglev Compressor
|
Maglev Compressor
|
Maglev Compressor
|
Maglev Compressor
|
|
|
|
Drive Way
|
/
|
Variable Frequency Start
|
Variable Frequency Start
|
Variable Frequency Start
|
Variable Frequency Start
|
|
|
|
Energy Regulation Mode
|
/
|
Stepless Regulation
|
Stepless Regulation
|
Stepless Regulation
|
Stepless Regulation
|
|
Evaporator
|
|
Form
|
/
|
Falling Film Shell and Tube Heat Exchanger
|
Falling Film Shell and Tube Heat Exchanger
|
Falling Film Shell and Tube Heat Exchanger
|
Falling Film Shell and Tube Heat Exchanger
|
|
|
Heating
|
Water Temperature in and out
|
°C
|
The inlet temperature of chilled water is 12°, and the outlet temperature is 7°C
|
The inlet temperature of chilled water is 12°, and the outlet temperature is 7°C
|
The inlet temperature of chilled water is 12°, and the outlet temperature is 7°C
|
The inlet temperature of chilled water is 12°, and the outlet temperature is 7°C
|
|
|
Heating
|
Water Flow
|
m3/h
|
63
|
128
|
233
|
467
|
|
|
Refigeration
|
Water Temperature in and out
|
°C
|
Heat source water inlet temperature 10°C, outlet temperature 6.1°C
|
Heat source water inlet temperature 10°C, outlet temperature 6.1°C
|
Heat source water inlet temperature 10°C, outlet temperature 6.1°C
|
Heat source water inlet temperature 10°C, outlet temperature 6.1°C
|
|
|
Refigeration
|
Water Flow
|
m3/h
|
79
|
160
|
291
|
583
|
|
|
|
Pressure Drop
|
kPa
|
<80
|
<80
|
<80
|
<80
|
|
|
|
Frozen Water Pipe Diameter
|
mm
|
DN125
|
DN200
|
DN200
|
DN300
|
|
Condenser
|
|
Type
|
/
|
Shell and Tube Heat Exchanger
|
Shell and Tube Heat Exchanger
|
Shell and Tube Heat Exchanger
|
Shell and Tube Heat Exchanger
|
|
|
Refigeration
|
Water Temperature in and out
|
°C
|
Cooling Water: inlet temperature 25°C, outlet temperature 29.5°C
|
Cooling Water: inlet temperature 25°C, outlet temperature 29.5°C
|
Cooling Water: inlet temperature 25°C, outlet temperature 29.5°C
|
Cooling Water: inlet temperature 25°C, outlet temperature 29.5°C
|
|
|
Refigeration
|
Circulating Water Flow
|
m3/h
|
79
|
160
|
291
|
583
|
|
|
Heating
|
Water Temperature in and out
|
°C
|
Hot Water: inlet temperature 38.9°C, outlet temperature 29.5°C
|
Hot Water: inlet temperature 38.9°C, outlet temperature 29.5°C
|
Hot Water: inlet temperature 38.9°C, outlet temperature 29.5°C
|
Hot Water: inlet temperature 38.9°C, outlet temperature 29.5°C
|
|
|
Heating
|
Cirulating Water Flow
|
m3/h
|
63
|
128
|
233
|
467
|
|
|
|
Pressure Drop
|
kPa
|
<80
|
<80
|
<80
|
<80
|
|
|
|
Refrigerant Injection Volume
|
mm
|
DN125
|
DN200
|
DN200
|
DN300
|
|
Maglev Ground Source Heat Pump Unit
|
TRRG-100
|
TRRG-200
|
TRRG-400
|
TRRG-800
|
||
|---|---|---|---|---|---|---|
|
Electircal Parameters
|
Source
|
/
|
Three-phase 380V 50Hz
|
Three-phase 380V 50Hz
|
Three-phase 380V 50Hz
|
Three-phase 380V 50Hz
|
|
|
Security Guard
|
/
|
High and low voltage, overload, phase loss, water flow protection, antifreeze protection, and low temperature protection
|
High and low voltage, overload, phase loss, water flow protection, antifreeze protection, and low temperature protection
|
High and low voltage, overload, phase loss, water flow protection, antifreeze protection, and low temperature protection
|
High and low voltage, overload, phase loss, water flow protection, antifreeze protection, and low temperature protection
|
|
Refrigerant
|
Refrigerant Name
|
/
|
R134a
|
R134a
|
R134a
|
R134a
|
|
|
Refrigerant Injection Volume
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Kg
|
120
|
210
|
440
|
880
|
|
|
The Throttling Form
|
/
|
Electronic Expansion Valve
|
Electronic Expansion Valve
|
Electronic Expansion Valve
|
Electronic Expansion Valve
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|
Weight
|
Hauled Weight
|
Kg
|
3000
|
4100
|
5800
|
7800
|
|
|
Running Weight
|
Kg
|
3600
|
5000
|
6900
|
9000
|
|
Overall Dimensions
|
Length
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mm
|
3500
|
3900
|
6000
|
6500
|
|
|
Width
|
mm
|
1500
|
1780
|
1800
|
2000
|
|
|
Altitude
|
mm
|
2000
|
2360
|
2390
|
2500
|
|
Remarks:
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|---|
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1. Model meaing: Brand-Equipment abbreviation-Cooling Capacity, TRRW-100 as example, TR represents Tianrui, RW represents resource of water heat pump, cooling capacity is 100RT.
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2. Maglev water source heat pump unit design and manufacturing standards refer to GB/T19409 "Water (ground) source heat pump unit".
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3. The above content is subject to change due to product improvement and other reasons, and is subject to change wihtout prior notice.
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The Maglev Low-temperature Waste Heat Generator can convert over 80°C of heat source energy into electric energy, realizing the recovery of industrial low-temperature waste heat, and effectively improving the comprehensive utilization rate of energy.
High-Efficiency Energy Conversion
Superior Performance Compared to Traditional Equipment
Broad Application Across Multiple Industries
Pioneering Green and Intelligent Industrial Development
Strategic Importance in Energy Sustainabilit
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Model
|
Generated Power (kW)
|
Speed (r/min)
|
Self Consumption
|
External Dimensions (mm)
|
Condenser Cooling Mode
|
|---|---|---|---|---|---|
|
TROG-100
|
20-100
|
30000-40000
|
5%-10%
|
4150x2055x2150
|
Water Cooling Air cooling
|
|
TROG-200
|
100-200
|
18000-22000
|
4%-9%
|
5200x2300x2350
|
Water Cooling
Air Cooling |
|
TROG-350
|
200-350
|
18000-22000
|
4%-9%
|
6000x2300x2550
|
Water Cooling
Air Cooling |
|
TROG-500
|
350-500
|
15000-18000
|
3%-7%
|
8000x2450x2750
|
Water Cooling
Air Cooling |
|
Remarks:
|
|---|
|
Model Meaning: Brand-Equipment Abbreviation-Power(kW). TROG100W as example, TR is the brand, OG represents the low-temperature waste heat generator set, 100kw represents the power.
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|
Heat Source Type
|
Heat Source Type
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Heat Source Conditions
|
Application Industry
|
|---|---|---|---|
|
Hydrotherm
|
Condensate Water, Wastewater, Material Liquid
|
Temperature> 95 °C Flow > 15t/h
|
Petrochemical, Chemical, Chemical Fiber Textile Printing and Dyeing, Chemical Fertilizer, Salt Chemical Coal Chemical Industry, Paper, Thermal Electricity
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|
Hot Air
|
Saturated Steam, Drained and Wet Steam
|
Temperature> 95 °C Flow >2t/h
|
Petrochemical, Chemical, Chemical Fiber Textile Printing and Dyeing, Chemical Fertilizer, Salt Chemical Coal Chemical Industry, Paper, Thermal Electricity
|
|
Flue Gas, Hot Air
|
Flue Gas and Hot Air Produced in Various Combustion and Production Processes
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Temperature> 170 °C Volume flow> 40000 m3/h (STP)
|
Steel Making, Cement, Glass Lime, Ceramics, Internal Combustion Engine, Gas Engine and Other Industries or Equipment
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|
|
|---|
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1. The maglev generator set adopts integrated skid structure, compact layout, small space, easy for local installation and saving building space.
|
|
2. The evaporator, preheater and condenser are arranged in horizontal layout with simple pipe connection.
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|
3, Large Capacity Gas-liquid Separation Device to Ensure the Dry Intake Air.
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|
4, Wide Control Range, 30-110% Load Continuous Long-term Stable Operation.
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|
5. With the high-speed direct connection design of generator and expander, high-speed operation mode
and frequency conversion control, it greatly reduces the weight of the core machine and facilitates equipment installation and transfer.
|
Our Permanent Magnet Synchronous Motors (PMSMs) integrate frequency conversion vector control, permanent magnet direct drive, and advanced microelectronics technology—eliminating the need for traditional deceleration devices and enhancing overall system performance.
Direct-drive connection eliminates transmission components, streamlining the system structure.
High efficiency with reduced energy loss and superior performance.
Low noise operation, contributing to a quieter work environment.
Easy installation with no need for daily manual maintenance.
Reduced labor and environmental impact, leading to lower operational costs and carbon emissions.
|
Performance
|
Tianrui PMSM
|
Ordinary Asynchronous Motor
|
|---|---|---|
|
Energy Efficiency Level and Energy Saving Effect
|
All products meet or exceed the domestic level 1 energy efficiency (IE 5), with a comprehensive efficiency of 90%–97%, or even higher.
|
At present, most three-phase induction motors are the three-level energy efficiency (IE 1) standard, with a comprehensive efficiency of 65%–95%.
|
|
Stability Capacity and Overload Capacity
|
Strong large load unloading capacity, overload capacity no less than 1.5 times with good stable operation performance.
|
The instantaneous overload capacity is relatively weak.
|
|
Shock Noise
|
Small vibration, low noise.
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High vibration, high noise.
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|
Maintenance Period
|
Relative asynchronous motor with speed reducer system. Simple maintenance, long period.
|
Frequent maintenance with short period, complex maintenance and heavy work.
|
|
Impact on the Grid
|
High power factor, close to 1, improves the power grid quality factor.
|
A low power factor, with only 0.85–0.92. Reduces power grid quality and increases the apparent power.
|
|
|
TRYC
|
TR-YD
|
TRYG
|
TR-YDG
|
|---|---|---|---|---|
|
Rated Voltage (V)
|
380
|
380
|
6000/10000
|
6000/10000
|
|
Rated Frequency (Hz)
|
50
|
50
|
50
|
50
|
|
Power Range (kW)
|
5.5~280
|
50~315
|
185~8000/280~2800
|
250~1400
|
|
Axis Center Height (mm)
|
132~355
|
|
355~1000
|
|
|
Maximum Torque Multiple
|
2.2
|
2.2
|
2.2
|
2.2
|
|
Speed (r/min)
|
500~3000
|
50~600
|
750~1500
|
60~90
|
|
Power Factor
|
0.97
|
0.97
|
0.96
|
0.96
|
|
Insulation Level
|
F
|
F
|
F
|
F
|
|
Protection Level
|
IP54
|
IP54
|
IP54
|
IP54
|
|
Operation Mode
|
S1
|
S1
|
S1
|
S1
|
|
Cooling Method
|
Air-Cooled
|
Air-Cooled
|
Air-Cooled
|
Air-Cooled
|
|
Installation Method
|
B3/B5/B35
|
B3/B5/B35
|
B3/B5/B35
|
B3/B5/B35
|
|
Usage Conditions
|
Between -20°C and 60°C, when the operating ambient temperature is exceeded, the bearing lubricating grease model should be adjusted
|
Between -20°C and 60°C, when the operating ambient temperature is exceeded, the bearing lubricating grease model should be adjusted
|
Between -20°C and 60°C, when the operating ambient temperature is exceeded, the bearing lubricating grease model should be adjusted
|
Between -20°C and 60°C, when the operating ambient temperature is exceeded, the bearing lubricating grease model should be adjusted
|
|
Model Description
|
Low Pressure Conventional Direct Drive
|
Low Pressure, Low Speed, High Torque Direct Drive
|
High Pressure Conventional Direct Drive
|
High Pressure, Low Speed, High Torque Direct Drive
|
The Maglev Flywheel Energy Storage System provides an efficient, reliable, and eco-friendly solution for storing excess energy and ensuring stable power supply.
Highly efficient energy storage for industrial applications.
Reduced dependency on traditional power grids.
Longer lifespan with minimal maintenance.
Supports renewable energy integration for sustainability.
Proven Performance: Backed by over 500 intellectual properties and 14 technological awards.
Global Recognition: Featured in national energy-saving technology catalogues.
Eco-Friendly Solutions: Actively contributing to the carbon neutrality strategy.
For inquiries about our cutting-edge maglev technology, contact us today!
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Maglev South Africa © 2025
Website by Cameron Harrison
Maglev South Africa © 2025
Website by Cameron Harrison
