3200 Cours Le Corbusier, Boisbriand, Quebec J7G 3E8 Tel.: (450

3200 Cours Le Corbusier, Boisbriand, Quebec J7G 3E8
Tel.: (450) 939-0799 – Fax: (450) 939-2115
www.APG-Neuros.com
Company Overview
Leader of Turbo Machinery -
Development
Creating Clear and Clean Environment
Neuros Co.
Daejeon
(South Korea)
Company Overview
APG-Neuros
Name: APGN Inc.
Business: Design, Manufacturing, Service, Sales
Product: Turbo machinery and Waste Water Control System
Address: 3200, Cours Le Corbusier, Boisbriand, QC, Canada J7G 3E8
Contact: Tel.: +1-450-939-0799 – Fax: +1-450-939-2115
Toll Free: 1-866-592-9482
Homepage: www.APG-Neuros.com
Plattsburgh
NY, USA
Field of Business
Turbo Blower, Turbo Compressor, Turbo Refrigerator
Turbo Power
Air
Conditioning/
Refrigeration
Micro Gas Turbine
Energy/
Environment
Gas Turbine Engine for UAV
Field of Business / Technology
Aero
Engines
CybirdTM MAV, Automatic Water Sampler
Robot /
Control
Development
Projects
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Turbo pump design for rocket launch vehicle and turbo compressor
Gas Turbine Engine maintenance and performance simulation S/W
Turbo Charger performance test for ships
Propulsion system for UAV
Test equipment for turbojet and turboprop engines
Motor and controller for Smart UAV Power System
Rotor spin test
Technology
High Efficiency Centrifugal / Axial Flow Compressor Design
Radial / Axial Flow Turbine Design
Oil-free Bump Foil Air Bearings
High Efficiency Permanent Magnet Synchronous Motor Design and Manufacturing
High Speed Flexible Coupling
High-precision Flux Measurement / Venturi / Orifice / Nozzle / Belmouth
Low Emission Diesel / Natural Gas Combuster
Air Cycle Turbo Refrigeration
Precision Electronic Control (Flux Control / Velocity Control)
Gas Ejector (Jet Pump)
Design and Integration of Complete Aeration Control System
Features and Benefits
Turbo Power
Introduction
The Neuros Turbo Blower is a “Plug and Play” product that offers high-efficiency in a compact
size made possible by combining the latest design technologies of Aeronautic Compressor,
Bump Foil Air Bearing and High Speed Permanent Magnet Synchronous Motors (PMSM) with
built in Variable Speed Drive and Programmable Logic Controller. Neuros Turbo Blowers can
attain flow rates up to 8500 CFM and a discharge pressure up to 42 PSIG with motor
horsepower range from 30 to 300 HP. We also offer the “Dual Core” models NX400 (400 HP) and
NX600 (600 HP) models that combine two cores within the same enclosure unit to provide flow
rates range between 3000 and 17,000 SCFM while maintaining a small footprint compared to
conventional technologies with similar flow rates.
Features and Benefits
1
Energy Efficiency, operating cost savings
• The Neuros Turbo Blower is the most efficient in its class through the use of advanced
technologies in aerodynamics, high speed permanent magnet motors and Bump-Foil air
bearings along with intelligent use of drive & control technologies.
• Operating cost savings up to 40% are possible when compared to conventional blower,
drive and control technologies.
[NX Series Operating Cost]
2
Low Noise, Low Vibration
• Neuros’ clever enclosure design effectively controls sound propagation and reduces noise
levels to 80dB(A).
• Non-contact air bearing having low vibration eliminates need for heavy foundations.
• Patent technology of Noise Trapping System.
3
Reliable, Easy to Install, Outdoor Application
• Extensive testing has proved out the Neuros product reliability in hot environments,
vibration, air bearing endurance and impeller spin tests.
• Blower packages are significantly more compact than conventional technologies and
simpler to install.
• Outdoor installation package is available.
4
Maintenance
• Regular maintenance involves periodic cleaning or replacing
of inlet air filter only, as required.
• Reading operating parameters from user-friendly touchscreen
control panel.
Turbo Power
Features and Benefits
5
High Efficiency Impeller Design and Manufacturing
6
Oil-free, Non-contact Air Bearing
7
Permanent Magnet Synchronous Motor (PMSM)
8
Cooling
9
Alternate Arrangement Option
10
• Ten years of experience designing impellers in aerospace industry.
• Designed with in-house software and 3-D Computational Fluid
Dynamics.
• 5-axis machining of solid forging provides higher integrity, tighter
manufacturing tolerances, larger diameters and lower speeds all
resulting in higher efficiency.
• Production technology permits design of impeller with both axial and
radial compression.
• No lubricating oil or associated maintenance.
• No contact - Less noise and vibration from rotor during operation.
• 25,000 cycle start-stop endurance test, equivalent to more than
twenty years life time in typical operation.
• Patent (air Foil Bearing): No. 10-0604132.
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Very High Efficiency and power factor.
Maintains efficiency and power factor in partial load conditions.
Driven by sinusoidal PWM algorithm lowers motor heat rejection and minimizes cooling requirements.
High precision motor speed control.
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Blower core and motor cooled with blower inlet air.
VFD and control systems cooled by inlet air.
No heat rejection to blower room.
Integrated Glycol cooling system in NX200 and NX300 models for
higher performance and durability. No external water supply required.
• No auxiliary exhaust systems. (No additional power consumption).
• Patent (Efficient Motor Cooling): No. 10-0572849.
• The specially tuned controls and variable frequency drive integrated in our packagd can be built
into a separate cabinet and located up to 600 feet away from mechanical section for high ambient
temperature or toxic gas environments.
Control, Monitoring, Diagnostics
• Integrated Programmable Logic Controller (PLC) makes it possible to
run the blower in constant pressure, flow or DO control mode.
• PLC options: Allen Bradley, CIMON, Siemens, GE and Modicon
available to suit customer control system.
• Communication protocols include Ethernet, Profibus, Modbus and
hard wiring.
• User friendly control, monitoring and diagnostics on touch screen panel
to view all process paramaters and blower conditions.
Turbo Power
Oil-free, High-efficiency
Turbo Blower
Performance Characteristics of NX Series
Standard Air Flow Rate of NX Series Turbo Blower
Performance Characteristics of NX Series
*Air Flow at 68OF, 14.7 PSI, 65% RH
(20OC, 1 atm, 65% RH)
Turbo Power
APG–Neuros,
Clean Environment and Energy Saving Oriented Company
Model Selection
Model Selection
NX100, NX150
NX30, NX50, NX75
NX30-C100
NX50-C100
NX30-C080
NX50-C080
NX75-C080
NX50-C070
NX30-C070
NX30-C060
NX75-C070
NX50-C060
NX50-C050
NX75-C060
NX75-C050
NX200, NX300
Turbo Power
Technical Data
Technical Data / Material of Construction
Design pressure range
Design suction flow rate
Reference design condition
Turndown ratio
Operating speed range
Motor kW (HP) rating
Casing design pressure
Casing design temperature
Vibration
Inlet configuration
Impeller
Air Seals
Discharge configuration
Lubrication
Bearings
Motor
Motor starter
Input power
Noise level
Control panel
Control algorithm
Network communicatioin
Enclosure cooling
Motor/ VFD cooling
4.4-14.5 psig (0.3 - 1.0 bar)
670-7293 SCFM at 8.5 psi (0.59 bar)
68F, 14.7 psia, 65% RH
100-45 %
17,000 ~ 47,000 rpm
22/37/55/75/112/150/223 kW (30-300 HP)
284 psig (19.6 bar) – Scroll
300oC (572 F) – Scroll
<0.039 in/Sec
Louver or Flange
Single Stage / Centrifugal
Labyrinth
Vertical/Horizontal ANSI 150 lb Flange
Not required
Bump Foil Air Bearing
Permanent Magnet Synchronous Motor type
Inverter type – Variable frequency drive
380-480V, 3 Ø, 50/60 Hz
75 – 80 dB(A)
PLC & Touch Screen (Allen Bradley, CIMON, Siemens, Modicon)
Auto Speed/Flow/Pressure Mode/DO
Ethernet IP/ Modbus/ Profibus/ Hard Wiring
Filtered Air cooled
Air (50-150 HP)/ Water (200-300 HP)
Material of Construction
Blower casing
Impeller
Diffuser vanes
Shaft
Air bearings
Motor Case
Electrical enclosure
Blower enclosure
Bloser enclosure skid
Enclosure finish
ASTM 356.0 (Al Alloy)/ Cast Iron
Forged aluminum alloy (Al 7075)
Vaneless Type
Ti Alloy (Ti-6Al-04V)
Ni-base Super Alloy (X-750)
ASTM 356.0 (Al Alloy)
Powder coated steel
Powder coated steel with sound dampening material
Structural steel construction with fork lift access ports
Powder coating
Turbo Power
Benefits
Benefits / Typical Applications
Energy savings up to 40% compared to conventional
technologies.
Maintenance costs savings with minimum
maintenance.
Savings
Significant space and installation cost savings with
compact blower package design.
Product is recognized by energy efficiency and
accreditation agencies for energy credit and rebates.
Environment
Low noise and vibration for better working
environment.
Lower emissions, power savings, no oil to change, no
disposable items, uses washable and re-usable air filters.
Typical Applications
Aeration for municipal industrial waste water treatment.
Pneumatic conveying of powders and materials in cement,
wood chips, coal, limestone and plastic industries.
Pneumatic conveying and blending for petrochemical industry.
Oxidization in power plant desulfurization process.
Cooling air for power plant generators.
Combustion Air, in power generation plants.
Air knife application in steel industry.
Atomization.
Neuros Turbo Blower
is on a different level
Standard
VFD Separated
Unit: inch
NX50-NX100 NX150 NX200 NX300
Unit: inch
NX50-NX100 NX150 NX200 NX300
A
61
69
83
83
B
30
30
39
55
C
53
53
65
80
A
61
55
61
65
B
30
30
35
39
C
37
42
61
68
Dimensions based on standard configuration,
subject to change without notice.
VFD cabinet dimensions can be changed per
application requirements.
VFD cabinet can be installed up to 650 feet
from blower.
Dimensions do not include mounting feet
height.
3200 Cours Le Corbusier, Boisbriand, Quebec J7G 3E8
Tel.: (450) 939-0799 – Fax: (450) 939-2115
www.APG-Neuros.com