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INTECH FA
698-2 Gongse-Dong, Giheung-Gu, Yongin-Si, Gyeonggi-Do, 446-902, South Korea
Tel. +82 31 218 4800 | Fax. +82 31 218 4899V.2.0
KS I ISO 14001:2009 / ISO 14001:2004 KS Q ISO 9001:2009 / ISO9001:2008
www.intech-fa.co.kr
| Certificates |
Established Intech-FA Developed Dynamic Braking Unit Approved R&D CenterExported CLEAN ROOM System (Fuji Electronics, Japan) Nominated INNO-BIZ (Small size business association) Developed Robot controller for LCD Line (Samsung Electronics) Nominated latent export companyCertificated ISO 9001/14001 Developed high power inverter (375kW~450kW)Developed 100kW inverter of hybrid system (Solar&Wind power)Exported CLEAN ROOM Control System (Japan, Sharp: World Biggest LCD Factory) Award of "Advanced company of Electronics&IT" from Ministry of Knowledge Economy of Korea Developed SolarXest 50kW Multi -Function PCSPower conditioning System (MFPCS) for Jeju Smart Grid testing BedDeveloped SolarXest 100kW MFPCS(Bi-directional PCS) for Ethiopia, Kazakhstan.Established a Joint Venture Company “Intech energy llc.” with UAE AL Shamsi Group.Set up the SK ESS DEVELOPMENT PLATFORMObtained CE Certification of ESS PCS(1/2/3/100kW)Designated as Fuji Electric’s authorized factory in Korea
1999. 071999. 092000. 072002. 072003. 092004. 052005. 082006. 032006. 122007. 052008. 022009. 102010. 052011. 05
2011. 092012. 082012. 112012. 12
| Name | INTECH FA Co., Ltd| CEO | Mr.Gisu, Choi | Established | July, 1999| Business area & key products |·New & Renewable Energy : PV + ESS PCS, Hybrid Bi-directional Inverter, PV Simulator, Solar Pumping System·Factory Automation : Inverter & Inverter Option·Clean Room Control System : BLDC Drive, Controller for Clean Room Control System (IMD, PFC etc.)·Robot Control System : High / Middle Power Robot Controller, Servo Drive·System Intergration : Ozone Generator, Ozone Simulator, Inverter Panel
Partners
History
Overview
Company Overview
Company Overview
Partners
History
New & Renewable Energy
Project Reference
Inverter Option
03
03
03
04
09
12
CONTENTS
Venture Corp. with high leveltechnical skills
2001
Latent exportcompany
2003
INNOVATIVEBUSINESS
2003
ISO 9001 /ISO 14001
2006
Professionals ofComponents &
Materials2006
① PV(Solar Module)② Grid③ Load
①
③②
ACoutput
Intech FA’s ESS PCS series are 3 ~ 10 kilowatt (kW) range energy storage system, which provideenough energy to supply main household load and commercial for several hours in case of a gridblack-out or for daytime hours under off-grid sites.Electric power generated by PV charges ESS.
Product Introduction
2. Generating mode: PV & Bat. to Grid 3. Generating mode: PV to Bat. & Grid 4. Charging mode: PV to Bat..
5. Charging mode: PV & Grid to Bat. 6. Discharging mode: Bat. to Grid 7. Charging mode: Grid to Bat. [ESS]
Grid
Grid Grid Grid
Grid Grid Grid
<PCS><BMS, EMS><Battery Pack>
ESSSpecification
Title SpecificationModel ITHBI-1M005-N21 ITHBI-1M010-N21ITHBI-1M003-N21
20A
5kW
AC 22.7A
380V250 ~ 350V
12AMaximum power point tracking (MPPT)
3kWGrid Voltage (AC220V ±10%)
AC 13.6A
40A
5 kW(Inverter)3 kW(Inverter) 10 kW(Inverter)
10kW
50/60Hz ±4%AC 45.4A
Single phaseOver 95% (Euro)PWM Method
120% 1min of Rated power
120~165V
Forced air-cooling
20 kg
Over/Under Voltage[Input], Short Circuit (IPM), Overload, Overheat
Over/Under voltage[Grid], Under frequencyOver/Under Voltage[Battery], Short Circuit (IPM), Overload, Overheat
-10 ~ +40℃ (No condensation)Protected from corrosive gas, combustible gas, oil mist or dust (indoor)
Less than RH 90%-20 ~ +65℃ (No condensation)
Max. 2,000m above sea level
RS485 (Monitoring : Option) , CAN Communication (BMS)22 kg 29 kg
5 kW (Converter)3 kW (Converter) 10 kW (Converter)
Discharging 41.6ACharging 12.5A
Discharging 25ACharging 12.5A
Discharging 83.3ACharging 12.5A
483X530X132 483X542X177
Input[PV]
Output[AC]
Input/Output(Battery)
Structure
Protection Devices
Environment
Communication Method
Max.Open Voltage(VOC)MPPT Voltage RangeMax. Input Current
Control MethodRated Capacity
Output Voltage(V)Rated Current(A)
Max.PV Power
FrequencyPhase
EfficiencyControl Method
Over Load
Battery Voltage Range(V)
Cooling
Total Weight (kg)
Inverter
GridConverter
Ambient Temp.Location
Relative HumidityStorage Temp.
Altitude
Max. Rated Capacity
Max.Battery Rated Current(A)
Dimension (W x H x D mm)
PV + ESS PCS
New & Renewable Energy
[INTECH FA] www.intech-fa.co.kr www.intech-fa.co.kr [INTECH FA]
04 New & Renewable Energy New & Renewable Energy
System Flow
Features
Operation Mode
Modularization Designed·Modularization designed to apply
separately for the inverter, converterand battery charger.
·Interface standardization thru differentmodule combination.
Advanced technology of Inverter·Bi-Directional (DC→AC, AC→DC)
control techniques.
·Simplification of productconfiguration.
Efficiency in Power Conversion·Apply of DSP (Digital Signal
Processor) control techniques to improve efficiency of power conversion.
05
1. Generating mode: PV to Grid
Hybrid Bi-Directional Inverter
TOC*
Solar Power
Wind Power
DieselGenerator
EMS** Grid
STS***
ACAC
AC
DC
* Total Operation Centre** Energy Management System *** Static Transfer Switch
Power Consumer
Battery Bank
[INTECH FA] www.intech-fa.co.kr www.intech-fa.co.kr [INTECH FA]
06 New & Renewable Energy New & Renewable Energy 07
Product Introduction
PV + ESS PCS
New & Renewable Energy
Bi-directional multi featured power conditioning system
Off Grid + On Grid +Solar Power +Wind + Gen set combination support.Possible to use it for peak power level management andstand alone system.
Reactive power control support.
Variable communication method DMP3.0, RS232/485, CAN available.
A Core Technology of KEPCO ( ) Smart Grid Alliance.
Best solution for ESS [PV+ESS]
SpecificationTitle Specification
Series Name ITHBI-3S100-T43ITHBI-3S050-T43
700V480 ~ 600V290 ~ 600V
110 kW(Inverter)50 kW(Inverter)
Maximum power point tracking(MPPT)
Grid voltage (AC 380V ±10%)
50/60Hz ± 4%AC 72A
50kW
231A
Over 0.95%
55 kW(Converter)
160A
750 X 800 X 1450
120% 1min of rated power110% 1min of rated power
300~375V300~600V
Forced air-cooling
1640 kg1000 kg
IP20
BAT. Over voltage, Input/Output short(IGBT), Low voltage, Fuse open, Converter,Over power (IGBT Cooling board 85℃)
Protected interior from Ice, Frost, Corrosion gas, Combustible gas, Direct rays of the sun
Under RH 90%
Output(AC)
Structure
Environment
Ingress Protection
MPPT Range
Control Method
Output Voltage(V)
Max. Input Power
Frequency
Efficiency
Over Power
BAT. Voltage Range
Cooling
Total Weight(kg)
Converter
Location Environment
Humidity
750V
3Ø4 Wire(Transformer)
AC 152A
100kW
220A
PWM Method
40 kW(Converter)
133A
1600 X 2100 X 1000
DMP3.0, RS232/485, CAN (Optional)
Input over voltage, Input/Output short(IGBT), Low voltage, Over power, Fuse open,Inverter over power(IGBT Cooling board 85℃)
DC Over voltage, Low frequency
-10 ~ +40℃ (No condensation)
Under 2,000m
Input(PV)
Input/Output(Battery)
Protection
Communication Method
Max Open Voltage
Max. Input Current
Rated Power
Rated Current(A)
Phase Number
Control Method
Inverter
Distributed Grid
Ambient Temp.
Altitude
Max. Power
Max. BAT. Rated Current(A)
Appearance (WxHxD)mm
System Flow
Features & ApplicationsGenerate of Renewable Energy·Provide of new and renewable
energy to the grid.·Peak power shaving and load
leveling with new and renewable energy.
Store of Renewable Energy·Charge surplus energy or renewable energy to ESS
·Improvement of local power quality (Grid Stability)
·Compensate of reactive power
·Frequency Regulation
Applications of Renewable Energy·Apply of DSP (Digital Signal Processor)
control techniques to improve efficiencyof power conversion.
Smoothing Constant Power Energy Shifting
1. Off Grid type 2. Real time MPPT control
3. Dedicated AC motor pump4. Batteryless system
Artificially Lake (Water Tank) Solar cell & Wind tower Plastic house (farming) Power Conversion Pumping Power Conversion Battery Bank (Energy Back up)
System Architecture
Watering of farm Remote Village
Watering of cattle Drinking water
Water Tank
Power Conversion(Off-Grid) Solar + Wind
Pump Power Supply(Power Conversion)
Solar Power (70kW)
Solar Power (7.5kW)
Wind Power (30kW)
Pump
Water Tank
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08 New & Renewable Energy Project Reference 09
Off-grid type Solar Water Pumping System.
7.5kW System : Available water amount over 300 persons under 100m
Application : Farm, Desert, Remote villages, Military Base.
Feature
Solar Pumping System
Title SpecificationModel ITAPU-037 ITAPU-055 ITAPU-075
3.7 [5] 5.5 [7.5] 7.5 [10]54,000 72,000 95,00015,500 20,000 27,5006,500 14,000 18,5003.7 [5] 5.5 [7.5] 7.5 [10]
AC Induction motor
Capacity kW [HP]
InputOutput (AC)
Control MethodProtection
OptionCooling
10m50m100m
Performance(L) / 1hr
CapacityType
MPPT Control (Maximized efficiency)OV, OC, OL, SC, OH, No-load detection
Selectable pump or heaterForced Air-Cooling
320Vdc 540Vdc3 Phase / 220Vac 3 Phase / 380Vac
Pump
Solar Pumping System
New & Renewable EnergySolar, Wind Power + Solar Pumping
- Location: Ulanbator, Mongolia (2006. May)- Wind Power : 30kW (10kW, 3 EA) - Solar Power : 70kW - Solar pumping system : 7.5kW 1 set (from 150m)
Site View (Real Picture)
Project Reference 1
System ArchitecturePower Conversion
(Off-Grid) Solar + WindSolar Power (70kW)
Wind Power (30kW)
Hybrid System + Pumping System - Location : Mandah Soum (2009 July) - Total Power Supplying : 200kW - Solar Power : 120kW - Wind Power : 80kW- Solar Pumping System : 7.5kW 2set (from 150m)
Project Reference 2
Solar Pump Power Supply
Providing Pure AC Sine Wave power to AC motorpump and portable system without battery.Application : Farm, Desert, Remote villages, Military Base.
PumpSolar Pumping Inverter(Power Conversion)
PumpSolar Pumping Inverter(Power Conversion)Solar Power (7.5kW)
Solar Power (7.5kW)
Water Tank
Solar Module 120kW Green House
Remote Village
Artificial Lake
Water Tank
Solar pumping Inverter
Real view of solar power plant
System House (20FT Container) Inverter & Battery Battery Bank (Lead Acid Type)
Solar Power
DC
AC
Dewatering Pump
1
Deepwell Pump
2
1 2
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10 Project Reference Project Reference 11
Location : Bolc Dcna, Bulchana, Itaya (3 sites)
Total power supplying : 64kW x 3 (Total 192kw)
Solar power system + Battery Charging Station
LED solar street lighting system(Off-Grid)
Ethiopia Solar Power Project (2011)
Project Reference 3
Inverter & Battery System Control S/W (Touch Screen) System House
Location : Shariblack, Kazakhstan
Total power supplying : 100kW Solar Power System
Mainly On-Grid + Off-Grid feature (MFPCS)
Kazakhstan Solar Power Project (2011)
Project Reference 4
Project Agent: KOICA-Rural Electrification Board
Project Location: Comilla, Pabna, Manikganj, Mymensingh, Rajshahi,Moulvilbazar and Sirajonj in Bangladesh
3.7kW Solar Water Pumping System Installed in 20 sites
Bangladesh Solar Pumping Project(2011)
Project Reference 5
Smart Grid Test-Bed, Jeju Island, Korea (2009-2013)- KEPCO’s Consortium - Capacity: 100kW. PV System for Grid-Connected & Off-Grid- PCS : 100kW- ESS : 50kW, Lead-Acid
Gangneung, Low Carbon Green Model City (2012-2013)- SK C&C’s Consortium - Capacity: 100kW, PV System for Grid- connected and Off-Grid- PCS : 100kW- ESS : 50kW, LIB
Project Reference Smart GridSmartPlace
SmartTranspor-tation
SmartRenewable
CASES PROBLEMS RESULT ADAPTABLE OPTIONIGBT High Speed
Switching
※ User Should adapt a product among the output options such as Noise filter, MSF and SWF.
High frequency (150kHz ~ 30MHz) noise Peripheral devices malfunction preventInput Type Noise Filter(ITNF Series)
Diode Rectifier FeatureLow frequency (harmonic current) increases in noise due to the reduced power factor and THD
Reduced product life, the transformer generatesheat and electricity consumption increases
ACR, DCR(ITACR & ITDCR Series)
R
S
T
INV
U
V
W
INPUT INVERTER
REGENERATIVE ENERGY TREATMENT
OR
SWF
OUTPUT
DC Reactor DBU RESISTOR RBU
AC ReactorNoise Filter MSFNoise Filter
OR
Division Applicable Inverter Capacity [kW]Standard Title (100m under) Customized Title (300m under) 200V
0.75/1.5
2.2
3.7
5.5
7.5/11
15/18.5
22/30
37/45
55
75/90
110
132/160
400V (380V, 440V)
0.75/1.5/2.2
3.7
5.5/7.5
11/15
18.5/22
30/37
45/55
75/90
110/132
160/180
220
280/315/375
450
All in one type
ReactorSeparated
Type
ITMSF480-005
ITMSF480-008
ITMSF480-018
ITMSF480-030
ITMSF480-050
ITMSF480-080
ITMSF480-130
ITMSF480-170
ITMSF480-260
ITMSF480-340
ITMSF480-450
ITMSF480-750
ITMSF480-1000
ITMSF480-005S3
ITMSF480-008S3
ITMSF480-018S3
ITMSF480-030S3
ITMSF480-050S3
ITMSF480-080S3
ITMSF480-130S3
ITMSF480-170S3
ITMSF480-260S3
ITMSF480-340S3
ITMSF480-450S3
ITMSF480-750S3
ReactorSeparated
Type
All in one type
Title ITMSF480-XXX(Standard type) ITMSF480-XXXS3(Customized type)Withstanding Voltage Over 2000[V] (Terminals and Case)
Rising Time (dv/dt) Over 2㎲ (under 500V/㎲)
Line Reactor Under 2% (Standard)
Max. Distance 100m 300m
Insulated Resistor DC 500[V], over 500MΩ
Overload Current 150% 1min
Fixing Type Wall Mount
Environment
Ambient Temp. -10℃~ 40℃
Humidity Relative humidity of under 90% (no condensation)
Altitude Under 2,000 m
Cooling Self-cooling (All in one type) and Forced Air-Cooling (Reactor separated type)
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12 Inverter Option Inverter Option 13
Inverter OptionInverter is the power conversion device to control the motor speed and it has high performance to control the motor. However, for stableoperation should adapt options. These options classified into input, output and regenerative energy treatment of these uses.
Motor
Inverter Input Options
Inverter Output Options
Regenerative Energy Treatment Options of Inverter
CASES PROBLEMS RESULT ADAPTABLE OPTIONIGBT High Speed
SwitchingHigh frequency(150kHz ~ 30MHz) noise
Peripheral devices malfunction preventionOutput Type Noise Filter (ITNF Series)Sine Wave Filter (ITSWF Series)
Imbalance of CableImpedance Between
Inverter to Motor
Cause high surge volt to inverteroutput, leakage current, noise
Motor damage, Peripheral devices malfunction prevention
Micro Surge Filter(ITMSF Series)Sine Wave Filter(ITSWF Series)
CASES PROBLEMS RESULT ADAPTABLE OPTION
Motor Speed Controlby Inverter
DC link volt up of inverter Inverter over voltage trip
Dynamic Braking Unit (ITDBU Series)Braking Resistor (ITMCR Series)
Regenerative Braking Unit(ITRBU Series)
Features
Specifications | Common Feature
MSF (Micro Surge Filter)
-Suppression inverter output surge voltage-dv/dt Suppression under 500V/㎲-Decrease noise on inverter output -Standardized 100m to 300m separation distance between the motor and the inverter.
TitleMax. Input DC Voltage DC400V DC800V
IT150DBU-2 IT220DBU-2 IT370DBU-2 IT150DBU-4 IT220DBU-4 IT370DBU-4
10% 10% 10% 10% 10% 10%
150% 150% 150% 150% 150% 150%
11 15 18.5 22 30 37 11 15 18.5 22 30 37
15 20 25 30 40 50 15 20 25 30 40 50
4.8 4.8 7.2 7.2 10 10 4 4.8 7.2 7.2 10 10
10 8 5 5 4.2 3 40 30 20 20 16.9 12
Applicable Inverter Capacity [kW]
Applicable Inverter Capacity [HP]
ResistorCapacity [kW]
Resistance [Ω]
Ambient Temp.
Humidity
Braking Torque
Allowed % ED
Output Signal
Protection Function
EnvironmentAltitude
Cooling
Location
Heatsink overheat trip
Heatsink overheat interrupts the output of DBU
-10 ℃ ~ 40℃
Relative humidity of under 90% RH(No condensation)
Under 1,000m
Natural cooling
No corrosive gas, oil remnant, inflammable gas, dust.
Max. Input DC voltage 200V series DC 400V
11 15 18.5 22 30 37 45 55
2.2 3.2 3.7 4.8 6 6.4 9 9.6
11.2 8.5 6.8 5.7 4.2 4.2 3.1 2.8
Applicable Inverter Capacity[kW]
Capacity[kW]
Resistance[Ω]Resistor
Title IT150DBU-2H IT220DBU-2H IT370DBU-2H IT550DBU-2H
10% (Without Fan), 20% (With Fan)
Up to max 3 parallel units
Allowed % ED
6 secMax Turn on / Time
Heatsink overheating, Fuse open, OC trip signalOutput Signal
Protecting Function
Ambient Temp.
Humidity
Altitude
Cooling
Location
-10℃~ 40℃
Heatsink overheating, over current and output shortcut
Environment
Relative humidity of under 90% (No condensation)
Under 1,000m
Natural cooling, Forced cooling(Fan/Optional)
No corrosive gas, oil remnant, inflammable gas and dust.
Parallel Driving
400V series DC 800V
11 15 18.5 22 30 37
2.2 3.2 3.7 4.8 6 6.4
51 34 34 22.8 16.9 16.9
45 55 75
9 9.6 12.8
11.4 11.4 8.4
Max. Input DC Voltage
Resistor
Applicable Inverter Capacity[kW]
100%
Title IT150DBU-4H IT220DBU-4H IT370DBU-4H IT550DBU-4H IT750DBU-4H
Resistance[Ω]
Max. Turn on Time [kW]
Capacity
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14 Inverter Option Inverter Option 15
Products with 10% of the braking Torque- Compact size, Reasonable price- Display operation conditions with LED- Product damage prevention circuit built by incorrect connections
Standard Type | Features
Standard Type | Specifications
DBU (Dynamic Braking Unit)
Standard Type (11kW~37kW)
H-type (11kW~225kW)
- Products with 20% of the braking Torque (Fan adapted type)- Up to max 3 parallel units.- High Duty Type, High %ED- Display operation conditions with LED
H Type | Features
H Type | Specifications
Title ITSWF480-XXXRated Voltage 220~440V(±10%)
0~60Hz
Under 2% (Standard)
500m
After inputting DC 500[V], over 500MΩ
150% 1min
Up to 2000[V], Circuit-Case
IP00
-10℃~ 40℃
Relative humidity of under 90 % (No condensation)
Under 1,000 m
Rated Frequency
Line Reactor
Max Distance for Use
Insulated Resistance
Overload Current
Withstanding Voltage
Protection Level
Environment
Ambient Temp.
Humidity
Altitude
Cooling Natural-cooling
Product Applicable inverter capacity [kW] Inverter Carrier Frequency (kHz)ITSWF480-008 0.75/1.5/2.2/3.7
5~85.5/7.511/15
18.5/2230/37
4~645/5575/90
3~5110/132160/180
220280/315/375 2~3
ITSWF480-018ITSWF480-030ITSWF480-050ITSWF480-080ITSWF480-130ITSWF480-170ITSWF480-260ITSWF480-340ITSWF480-450ITSWF480-750
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16 Inverter Option
- Improvement of inverter output wave form (square wave →sine wave form)- Adapt inverter output to protect motor- Decrease the most of noise and leakage current of output side- Required by the proper carrier frequency of the inverter capacity
Features
Specifications
SWF (Sine Wave Filter)Adapted to the far distance system between motor to inverter (Max 500m)
Inverter output voltage change into sine wave form from square wave form
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Inverter Option 17
RBU (Regeneration Braking Unit )
Before adapting sine wave filter
After adapting sine wave filter
Motor Wave Form Change
200V 5ms
200V 5ms
By the technology of reverting regenerated energy from motor to utility line, user can save the energy that consumed to heat by conventionalbraking resister. And the total saving energy amounts can be changed by operation type of inverter and motor
Features
Braking Unit, Braking Resistor(22kW) RBU(22kW)
Energy Saving- Annual amount of energy saving by RBU [(1)-(2)]
Improvement of BrakingPossible to achieve continuous operating and improve braking with high % of ED rate compared with conventional DBU + Braking Resistor
Space saving & exclusion of risky factorsPossible to make compact inverter system without DBU+ Braking Resistor by adapting a RBU (about 70% reduced)
RBU series is that return regenerated energy from motor to utility line when changing speed ofMotor using inverter and reuse it.Under conventional technology , only consume the regenerated energy to heat using DBU andBraking Resistor but RBU can revert the regenerated energy to utility line for energy saving.
Inverter RPM > Motor RPM
Inverter RPM > Motor RPM
DBU+Braking resistor Set
(RBU) Regenerative Braking Unit
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18 Inverter Option
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Inverter Option 19
·Adjust Input current wave (Similar with Sine Wave)·Increasing service life of the inverter·Designed as insulation class H·Designed more than the rated current at 0.9 power factor
·Increase the inverter efficiency & Energy saving·Specialization the design for the inverter·THD designed less than 40% when the rated current is applied·Reducing input max. peak current
Feature
DBU+ Braking resister vs RBU operation compare
MotorAC LifeUp
Inverter
DB Unit
LoadResistor
Inverter RPM < Motor RPM
MotorACLife
Down
Inverter
DB Unit
Load
Resistor
ThermalEnergy
MotorAC LifeUp
Inverter
RBULoad
Inverter RPM < Motor RPM
LifeDownMotorAC
Inverter
RBULoad
ReactorReduce harmonic current to improve the system efficiency
Intech FA has Following reactor line-up- ACR[200V/400V], DCR[200V/400V]
Capacity: 0.8kW to 55kW[200V], 0.8kW to 375kW[400V]
·Designed for high efficiency & high performance inverter·Minimizing the noise that insult to input circuit,
electronic equipment
·Conducted noise and radiated noise effectively reducedin both common and normal mode
·Reasonable Price·Application: UPS, Fan, Pump, Press, Elevator etc.
Feature
Noise FilterNoise generated by the inverter to remove that do not leak to out through the wireIntech FA has Following noise filter line-up- Noise Filter for high efficiency inverter [Input / Output Type]- Noise Filter for high performance inverter[Input / Output Type]
Capacity: 6A to 1000A[200V, 400V]
·Regenerative energy consumption device·Use for frequent acceleration and deceleration equipment of motor with dynamic braking unit·Selection of suitable resistor requires the specification of dynamic braking unit and inverter·Reasonable Price
Feature
ResistorProduct which consume the regenerative energy to heat withDynamic Braking Unit in case of the inverter operate motor. Intech FA has Following resistor line-up- Single stick resistor: 0.08kW to 3kW- Set & Set fan type resistor: 2kW to 36kW[Set fan type is optional]
Capacity: 0.08kW to 36kW
Capacity
Capacity[kW] 7.5 15 22 37 55 75
10 20 30 50 75 10013
150% 1sec, 25% ED, 35% Continuation380 to 460 VAC 50/60Hz
±3Hz / 300ms(Free phase rotation)
26 37 64 96 128DC Input Current[A_rms]AC Output Current[A_rms]
AC Voltage / FrequencyBraking Toque
Rated powerVoltage Tolerance -15 to +10%
Within 3%120° Current conduction type
150% 1secMore than 90% at rated load
24VDC, 8mA Photocoupler isolation input
A, B Contact point(250VAC 5A, 30VDC 1A or less)2 Channel with multi function output terminal
Indoor1 Channel(Factory default : Regenerative current monitoring)
-10 to +40℃ (Not freezing)90 % RH or less (Non-condensing)
5.9m/s^2 (0.6G) 20 ~ 50HzLess than 9.8m/s^2 (1G) 20Hz
IP00Forced air-cooling
Frequency Tolerance
Control
Phase UnbalanceControl Method
Power FactorOver Load
Manual RUNAUTO RUN
OperationExternal Emergency Stop
Alarm ResetRelay Output
Output signal Multi-Function Contact Point OutputAnalog Output
LocationAmbient Temperature
Environment
Protection Level
Humidity
Cooling
Vibration
Title Description
- Vertical Load: For the load that continuously move up/down in vertical way (e.g. Elevator, Hoist, Crane, Press etc.)- Decelerated Load: For the load that continuously accelerate/decelerate its speed (e.g. Servo control, Mixer, Dehydrator)
Application of RBU