Variable Frequency Drive / Inverter Starvert ig5

Transcription

1 Leader in Electrics & Automation Variable Frequency Drive / Inverter Starvert ig.7 4.kW (..4HP) and phase Volts, phase 8 46Volts Automation Equipment

2 Overview Standard features Contents Overview Features & Selection Guide 4 Specifications & Wiring 6 Terminal Configuration, Keypad & Parameter Navigation 8 Program Parameter Descriptions Dimension DB Resistor, Options & Peripheral Devices 4 Compact ig, is the best for a small and cost effective configuration. kw / Voltage Ratings:. ~ HP, VAC, phase. ~ HP, VAC, phase. ~ HP, 846VAC, phase Enclosure: IP ~ IP Inverter Type: PWM with IGBT Control Method: Volts / Hertz with Space Vector Technology Builtin RS48 Builtin ModBusRTU Builtin PID control Removable keypad (Able to read & write parameter) % torque at.hz Tripfree operation algorithm 8 preset speeds jump(skip) frequencies Multifuctional inputs Multifuctional output Analog output (~V) PNP and NPN dual directional signals Speed search wire operation to khz carrier frequency Builtin Braking transistor Manual/Auto torque boost Options Cable for Remote Keypad Operations(, and meters) DIN rail base for easy installation Application Converting Fan Pump Food processing machine Electric shutter Dryer Running machine Overheat Commercial washing machine Grinder Textile machine Material handling machine Centrifuge Elevator door Tooling machine Conformity to global standards UL and cul listed for rth America CE marked for Europe Quality process controlled by ISO9, ISO4

3 Overview Standard features Contents Overview Features & Selection Guide 4 Specifications & Wiring 6 Terminal Configuration, Keypad & Parameter Navigation 8 Program Parameter Descriptions Dimension DB Resistor, Options & Peripheral Devices 4 Compact ig, is the best for a small and cost effective configuration. kw / Voltage Ratings:. ~ HP, VAC, phase. ~ HP, VAC, phase. ~ HP, 846VAC, phase Enclosure: IP ~ IP Inverter Type: PWM with IGBT Control Method: Volts / Hertz with Space Vector Technology Builtin RS48 Builtin ModBusRTU Builtin PID control Removable keypad (Able to read & write parameter) % torque at.hz Tripfree operation algorithm 8 preset speeds jump(skip) frequencies Multifuctional inputs Multifuctional output Analog output (~V) PNP and NPN dual directional signals Speed search wire operation to khz carrier frequency Builtin Braking transistor Manual/Auto torque boost Options Cable for Remote Keypad Operations(, and meters) DIN rail base for easy installation Application Converting Fan Pump Food processing machine Electric shutter Dryer Running machine Overheat Commercial washing machine Grinder Textile machine Material handling machine Centrifuge Elevator door Tooling machine Conformity to global standards UL and cul listed for rth America CE marked for Europe Quality process controlled by ISO9, ISO4

4 Starvert ig Reduced size Enhancing its performance the ig shows much smaller size compares to the previous model, the ig series. Maximum % of total volume has been reduced in ig in order to mount it easily on smaller control panel and DIN rail with less weight. It allows more cost effective panel construction and system design. Builtin communication interface and PC monitoring software The ig has builtin the most popular communication interfaces such as ModbusRTU and RS/48. The ig has the small inverter features and standard medium drive features together. The "Driveview TM " software offers Window based computer monitoring tool through RS48 interface with graphic capture, keypad emulator, parameter edit and text monitor. It is applicable for all LG inverters. RS 48 ModBusRTU TM Builtin PID control It is valuable in process control. The builtin PID controller controls flow, temperature, pressure, etc. through the proportional, integral and differential calculus between the feedback value and reference value in closed loop. Space vector PWM technology The Space vector technology is being adopted in all LG drives. It features outstanding performance in its control characteristics. It has low total harmonic distortion, low current ripple, low torque ripple, low motor temperature rise, and better voltage utilization. It is a basic control platform of the ig drive. The advantages of Space vector PWM technology are being proved in many applications. Better Efficiency (Low Iron Loss in Motor) Low Total Harmonic Distortion Low Motor Heat (Extended Motor) Low Torque Ripple Low Current Ripple High Voltage Utilization (.9%) Stable & Smooth Operation High and Stable Torque

5 Features & Selection Guide Optimum acceleration and deceleration To achieve a maximum torque during the acceleration and deceleration, "trip free" function is activated. The bit DSP CPU monitors the current transition during the acceleration and deceleration to program an optimum curve that is under the triptriggering level. Stopped Stopped CH=V DC : CH=V DC : CH4=V DC : s/div [s/div] NORM:kS/s CH=V DC : CH=V DC : CH4=V DC : s/div [s/div] NORM:kS/s Trip =Filter= =Offset= =Record Length= =Trigger= =Filter= =Offset= =Record Length= =Trigger= Smoothing : OFF Ch :.V BW : FULL Ch :.V CH :.V CH4 :.V Main : k Zoom : Mode : AUTO Type : EDGE CH Delay :.ns Hold Off : MINIMUM Smoothing : OFF Ch :.V BW : FULL Ch :.V CH :.V CH4 :.V Main : k Zoom : Mode : AUTO Type : EDGE CH Delay :.ns Hold Off : MINIMUM Traditional curve Optimum curve PNP and NPN switchable duals signals The ig has both PNP and NPN signals in order to controlled by PLC or outside controller. Regardless the type of PLC or type of control signal, ig can work with positive 4Vdc and negative 4Vdc. Inverter rating selection guide Inverter type nomenclature SV 8 ig 4 LG Starvert drive 4.7kW ig ig series phase ~V 8.7kW is is series phase ~V..kW. ih iv ih series* iv series 4 phase 8~46V kw * ih drive has a different designation in kw. 4

6 Starvert ig Specifications ~V Class(.~.4 HP) Drive Type (SV _ig_) Motor Rating* ) [HP]...4 [kw] Capacity[kVA]* ) Output ratings FLA[A] Frequency ~ 4 Hz Voltage ~ V* ) Voltage phase ~ V( %) phase ~ V( %) Input ratings Frequency ~ 6 Hz ( %) ~ 6 Hz ( %) Weight[kg] Braking circuit On board Average braking torque % (with optional external braking resistor : %, %) Braking torque Max. continuous braking time seconds Max. duty ~ % ED Cooling method Forced air cooling Natural Forced air cooling Enclosure IP Specifications 8 ~46V Class(.~.4 HP) Drive Type (SV _ig_) 44 Motor Rating* ) [HP]. [kw].7 Capacity[kVA]* ). Output ratings FLA[A] Frequency ~ 4 Hz Voltage 8 ~ 46V* ) Input ratings Voltage phase 8 ~ 46 V( %) Frequency ~ 6 Hz ( %) Weight[kg] Weight [kg] Braking circuit On board Braking torque Average braking torque % (with optional external braking resistor : %, %) Max. continuous braking time seconds Max. duty ~ % ED Cooling method Forced air cooling Enclosure IP *) Indicates the maximum applicable capacity when using 4 pole LG standard motor. *) Rated capacity ( *V*I) is based on V for V class and 44V for 4V class. *) Maximum output voltage will not be greater than the input voltage. Output voltage less than the input voltage can be set Control Operation Operation function Protective function Display Keypad Environment Control method Frequency setting resolution Frequency accuracy V/F ratio Overload capacity Torque boost Operation method Frequency setting Start signal Output signal Input signal Multistep Multistep accel/decel time Emergency stop Jog Fault reset Operation status Fault output Indicator Drive trip Inverter alarm Momentary power loss Operation information Trip information Ambient temperature Storage temperature Ambient humidity Altitude. Vibration Application site V/F control Digital reference :. Hz (below Hz),. Hz (over Hz) Analog reference :. Hz / Hz Digital :.% of max. output frequency Analog :.% of max. output frequency Linear, Square pattern, User V/F % of rated current for min., % of rated current for. sec. (characteristic is inversely proportional to time) Manual torque boost ( ~ %), Auto torque boost Keypad / terminal / communication operation Analog : ~ V / 4 ~ ma Digital : keypad Forward, Reverse Up to 8 speeds can be set (use multifunction terminal) ~ 6, sec, up to 8 types can be set and selected for each setting (use the multi function terminal), Accel/Decel pattern : linear pattern, U pattern, S pattern, Optimum, Minimum Interrupts the output of the drive Jog operation Resets fault when protective function is active Frequency level detection, Overload alarm, stalling, overvoltage, undervoltage, drive overheating, running, stop, constant speed, speed searching Contact output (A,C,B) ACV A, DCV A Choose from output frequency, output current, output voltage, DC voltage (Output pulse: Hz, Output voltage: ~ V) DC braking, frequency limit, frequency jump, second function, slip compensation, reverse rotation prevention, auto restart, PID control Overvoltage, undervoltage, overcurrent, drive overheating, motor over heating, input/output phase loss, input/output miswiring, overload protection, communication error, loss of speed command, hardware fault. Stall prevention, overload alarm Less than msec : continuous operation, more than msec : auto restart possible Output frequency, output current, output voltage, frequency value setting, operating speed, DC voltage Indicates the fault when the protection function activates, memorizes up to faults C ~ 4 C C ~ 6 C 9 % RH max.(n condensing) Below, m below.9m/sec (=.6g) corrosive gas, combustible gas, oil mist, or dust

7 Specifications & Wiring Wiring DB Resistor * ø V or ø /46V /6Hz MCCB R S T B B U V W MOTOR G Forward Run/Stop Reverse Run/Stop Drive gate block 4 FX RX BX FM CM + FM Output Frequency Meter ( ~ V : pulse output) Fault Reset Jog RST JOG Multifunction Input Multifunction Input Multifunction Input Common Terminal P P P CM Factory Setting `SpeedL` `SpeedM` `SpeedH` A C B Fault output relay Iess than ACV, A Iess than DCV, A Potentiometer (kohm, /W) Shield VR Power supply for speed signal: +V, ma MO MG Multifunction output Iess than DC4V, ma Factory setting:`` I V Speed signal input: ~V Speed signal input: 4 ~ ma(ohm) S + S ModBusRTU RS48 Communication port CM Common for VR, V, I Speed signal Input * te) " " display main circuit terminals, " " display control circuit terminals.. Analog speed command can be set by Voltage, Current and both of them.. DB resistor is optional. 6

8 Starvert ig Power terminal configuration Symbol R S T U V W B B G Function AC Line input ( phase ~ Vac for "" units phase, ~ Vac for "" units and 8~46 Vac for "4" units) phase output terminals to motor External additional dynamic braking resistor connection terminals. Chassis ground (The gound terminal("g") may be located on heat sink instead of terminal strip depend on the model name) Control terminal configuration Input signal Output signal RS Type Starting Contact Function Slection Analog Frequency Setting Pulse Contact Symbol Name Descripton P, P, P FX RX JOG BX RST CM VR V I CM FM. CM Multi function input,, Forward run command Reverse run command Jog frequency reference Drive gate block Fault reset Sequence common Frequency setting power(+v) Frequency reference (Voltage) Frequency reference(current) Frequency setting common terminal Analog/digital output (For external monitoring) A, C, B Fault contact output MO. MG S+, S Multifunction output (Open collector output) Communication port Used for multi function input. Factory default is set to step frequency,,. Forward run when closed and stop when opened. Reverse run when closed and stop when opened. Runs at jog frequency when the jog signal is on. The direction is set by the FX (or RX) signal. When the BX signal is ON, the output of the drive is cut off. When the motor uses an mechanical brake to stop, BX is used to cut off the output signal. When the BX signal, which does not cut off by latching, is OFF and the FX signal (or the RX signal) is ON, the motor keeps running, so be cautious. Used to release the protective status when the protective circuit is active. Used for the common terminal for contact input terminals. Used as power for the analog frequency setting. Maximum output is +V, ma. Used for frequency reference and uses V for input. Input resistance is k Used for frequency reference and uses DC 4mA for input. Input resistance is Common terminal for the analog frequency reference signal and the FM (for monitoring). Outputs one of the followings: output frequency, output current, output voltage, DC link voltage. Factory default is set to output frequency. Maximum output voltage and output current is V, ma. Output frequency is set to Hz. Activates when the protective function is operating. ACV A or less, DCV A or less Fault : AC short (BC open) mal : AC short (BC open) Used for multifunction output Communication ports for RS48 Keypad Class Display Name KEY FUNC UP DOWN STOP/RE Program key Up key Down key Run key STOP/RE key Reverse run LED Forward run Setting Operating Description Press to change the parameter setting. Press to move through codes or to increase the parameter values. Press to move through codes or to decrease the parameter values. Use to operate the drive Press to stop during operation. Press to reset when a fault has occurred. During reverse run. During forward run. When the user is setting the parameters using the FUNC key When in constant speed and blinks when accelerating or decelerating. Parameter group Group name Drive Group Function Group Function Group Input / Output Group Description Basic parameters of Command frequency, Accel/Decel time etc. Basic parameters of Max. Frequency, Torque boost etc. Application parameters of Frequency jump, Frequency limit etc. Multifunction terminal setting and Sequence operation parameters 7

9 Terminal Configuration, Keypad & Parameter Navigation Parameter navigation. Drive Group. Function Group. I/O Group FU I I FUNC FUNC F O I FUNC FUNC FU I I 8

10 Program parameter descriptions. Drive Group [DRV] Code DRV DRV DRV DRV DRV4 DRV DRV6 DRV7 DRV8 DRV9 DRV DRV DRV DRV DRV DRV DRV Output Frequency during running, Reference Frequency during stop Acceleration Time Deceleration Time Drive Mode (Run/Stop method) Frequency Mode (Freq. setting method) Step Frequency Step Frequency Step Frequency Output Current Motor Speed DC link Voltage User Display selection Fault Display Motor Direction set FU Group selection FU Group selection I/O Group selection. Function Group[FU] Description Keypad Display Setting Range Units. ACC,, to Max. Freq. (FU) to 6 [sec] to 6 [sec] (keypad) (Keypad) (Fx/Rx) (ModBusRTU) [Keypad] (Keypad) (V) (I) 4 (V+I) (ModBusRTU) Starting freq (FU) to Max. freq (FU) * [A] * [rpm] * [V] Selected in FU7 (User disp) F (Forward) r (Reverse) Factory Default 6. [Hz]*. [sec]. [sec]. [Hz]. [Hz]. [Hz] [A] [rpm] [V] non F Adjustable during run 9 FU FU FU FU6 FU7 FU8 FU9 FU FU FU FU FU FU FU FU FU4 FU FU6 FU7 FU8 FU9 FU FU FU FU FU4 FU FU6 FU7 FU8 FU9 FU FU FU FU Jump to desired code # Run Prevention Acceleration Pattern Deceleration Pattern Stop Mode DC Injection Braking Frequency DC Injection Braking Ondelay Time DC Injection Braking Voltage Starting DC Injection Braking Time Starting DC Injection Braking Voltage Starting DC Injection Braking Time Maximum Frequency Base Frequency Starting Frequency Frequency Limit selection Low Limit Frequency High Limit Frequency Manual/Auto Torque Boost selection Torque Boost in Forward Direction Torque Boost in Reverse Direction Volts/Hz Pattern User V/F Frequency User V/F Voltage User V/F Frequency User V/F Voltage User V/F Frequency User V/F Voltage User V/F Frequency 4 User V/F Voltage 4 Output Voltage Adjustment Energy Save Level F9 Electronic Thermal selection Electronic Thermal Level for minute Electronic Thermal Level for continuous Electronic Thermal Characteristic selection (Motor type) F F F F6 F7 F8 F9 FI FI I FI FI F F I F F F4 F F6 F7 F8 F9 F F I F F F4 F F6 F7 F8 F9 F F I F F to 99 (ne) (Forward Prev) (Reverse Prev) (Linear) (Scurve) (Ucurve) (Minimum) 4 (Optimum) (Linear) (Scurve) (Ucurve) (Minimum) 4 (Optimum) (Decel) (DCbrake) (Freerun) FU to [Hz] to 6 [sec] to [%] to 6 [sec] to [%] to 6 [sec] 4 to 4 [Hz] to FU. to [Hz] () () FU to FU FU4 to FU (Manual) (Auto) to [%] to [%] (Linear) (Square) (User V/F) to FU to [%] FU to FU to [%] FU to FU to [%] FU4 to FU to [%] 4 to [%] to [%] () () FU to [%] to FU (Selfcool) (Forcedcool) [Hz]. [sec] [%]. [sec] [%]. [sec] 6. [Hz]* 6. [Hz]*. [Hz]. [Hz] 6. [Hz]*. [%]. [%]. [Hz]* [%]. [Hz]* [%] 4. [Hz]* 7 [%] 6. [Hz]* [%] [%] [%] [%] [%]

11 Program Parameter Descriptions Code FU4 FU FU6 FU7 FU8 FU9 FU6 FU99 Overload Warning Level Overload Warning Hold Time Overload Trip selection Overload Trip level Overload Trip Delay Time Stall Prevention Mode selection Stall Prevention Level Return Code Description Keypad Display Setting Range Units. Function Group [FU] F4 F F6 F7 F8 F9 F6 to [%] to [sec] () () to [%] to 6 [sec] (bit set) Bit : during Accel. Bit : during Steady speed Bit : during Decel. to [%]. bit Factory Default [%]. [sec] 8 [%] 6. [sec] [%] Adjustable during run FU FU FU FU FU4 FU FU6 FU7 FU8 FU FU FU FU FU4 FU FU6 FU9 FU FU FU FU FU4 FU FU6 FU7 FU FU FU FU FU4 FU6 FU7 FU9 FU4 FU FU FU FU FU4 FU7 FU7 FU7 Jump to desired code # Previous Fault History Previous Fault History Previous Fault History Previous Fault History 4 Previous Fault History Erase Fault History Dwell Frequency Dwell Time Frequency Jump selection Jump Frequency Low Jump Frequency High Jump Frequency Low Jump Frequency High Jump Frequency Low Jump Frequency High Input/Output Phase Loss Protection Power ON Start selection Restart after Fault Reset Speed Search selection Current Limit Level during Speed Search P Gain during Speed Search I Gain during speed search Number of Auto Restart Attempt Delay Time before Auto Restart Rated Motor selection Number of Motor Poles Rated Motor Slip Rated Motor Current in RMS Load Motor Current in RMS Motor Efficiency Load Inertia Carrier Frequency Control Mode selection PID Feedback Signal selection P Gain for PID Control I Gain for PID Control D Gain for PID Control Limit Frequency for PID Control Reference Frequency for Accel and Decel Accel/Decel Time Scale Power On Display H H I H H H4 H H6 H7 H8 HI HI I HI HI HI4 HI HI6 HI9 H H I H H H4 H H6 H7 H H I H H H4 H6 H7 H9 H4 H H I H H H4 H7 H7 I H7 to 99 () () to FU to [sec] () () FU to FU FU to FU FU to FU4 FU to FU FU to FU6 FU to FU (bit set) Bit : Output phase loss protection Bit : Intput phase loss protection () () () () (bit set) Bit : during Accel. Bit : after fault reset Bit : after instant power failure restart Bit : when FU is set to (). 8 to [%] to 9999 to 9999 to to 6 [sec].4 (.7kW).8 (.7kW). (.kw). (.kw) to to [Hz]. to 99.9 [A]. to 99.9 [A] to [%] to to [khz] (V/F) (Slip Compen) (PID) (I) (V) to 9999 to 9999 to 9999 to FU (Max Freq) (Delta Freq) (. sec) (. sec) ( sec) (Cmd. Freq) (Acc. Time) (Dec. Time) (Drv mode) 4 (Freq mode) (Step Freq ) 6 (Step Freq ) 7 (Step Freq ) 8 (Current) 9 (Speed) (DC link Vtg) (User disp) (Fault Display) (Motor direction) non non non non. [Hz]. [sec]. [Hz]. [Hz]. [Hz]. [Hz]. [Hz]. [Hz] [%]. [sec] 4 khz 6. [Hz]*

12 Starvert ig Code Description Keypad Display Setting Range Units Factory Default Adjustable during run FU7 FU74 FU7 FU76 FU79 FU8 FU8 FU8 FU84 FU8 FU86 FU87 FU88 FU89 FU9 FU9 FU9 FU9 FU94 FU99 User Display selection Gain for Motor Speed Display DB(Dynamic Braking)Resistor Mode selection Duty of Dynamic Braking Resistor Software Version nd Acceleration Time nd Deceleration Time nd Base Frequency nd V/F Pattern nd Forward Torque Boost nd Reverse Torque Boost nd Stall Prevention Level nd Electronic Thermal Level for minute nd Electronic Thermal Level for continuous nd Rated Motor Current Read Parameters into Keypad from Inverter Write Parameters to Inverter from Keypad Initialize Parameter Parameter Write Protection Return Code 4.Input / Output Group [I/] H7 H74 H7 H76 H79 H8 I H8 H8 H84 H8 H86 H87 H88 H89 H9 H9 I H9 H9 H94 (Voltage) (Watt) (Torque) to [%] [ne] [ne] (Ext.DBR) to [%] to 6 [sec] to 6 [sec] to FU (Linear) (Square) (User V/F) to [%] to [%] to [%] FU89 to [%] to FU88(maximum %). to 99.9 [A] () () () () () (All Groups) (DRV) (FU) 4 (FU) (I/O) to [%] [%]. E. [sec]. [sec] 6. [Hz]*. [%]. [%] [%] [%] [%].8 [A] Code Description Keypad Display Setting Range Units Factory Default Adjustable during run I/O I/O I/O I/O I/O4 I/O I/O6 I/O7 I/O8 I/O9 I/O I/O I/O I/O I/O4 I/O I/O6 I/O7 I/O I/O I/O I/O I/O4 I/O I/O6 I/O7 I/O8 I/O9 I/O Jump to desired code # Filtering Time Constant for V Signal Input V Input Minimum Voltage Frequency corresponding to V Input Minimum Voltage V Input Maximum Voltage Frequency corresponding to V Input Maximum Voltage Filtering Time Constant for I Signal Input I Input Minimum Current Frequency corresponding to I Input Minimum Current I Input Maximum Current Frequency corresponding to I Input Maximum Current Criteria for Analog Input Signal Loss Multifunction Input Terminal 'P' define 8,9,,,,,, 4,, 6(Reserved) Multifunction Input Terminal 'P' define Multifunction Input Terminal 'P' define Terminal Input Status Terminal Output Status Filtering Time Constant for Multifunction Input Terminals Jog Frequency setting Step Frequency 4 Step Frequency Step Frequency 6 Step Frequency 7 Acceleration Time for Step Frequency Deceleration Time for Step Frequency Acceleration Time Deceleration Time Acceleration Time Deceleration Time I I I I I I 4 I I 6 I 7 I 8 I 9 I I I I I I I I I I I 4 I I I I 6 I I 7 I I I I I I 4 I I 6 I 7 I 8 I 9 I to 99 to 9999 [ms] to I/O4 to FU I/O to [V] to FU to 9999 [ms] to I/O9 to FU I/O7 to [ma] to FU (ne) (Half of x) (Below x) (SpeedL) (SpeedM) (SpeedH) (XCELL) 4 (XCELM) (XCELH) 6 (Dcbrake) 7 (nd Func) (Up) (Down) (Wire) (Ext tripa) 4 (Ext tripb) 6 (Openloop) 7 (Maindrive) 8 (Analog hold) 9 (XCEL stop) Same as above Same as above (bit set) (bit set) to FU to FU FU to FU FU to FU FU to FU FU to FU to 6 [sec] to 6 [sec] to 6 [sec] to 6 [sec] to 6 [sec] to 6 [sec] , [ms]. [V]. [Hz]. [V] 6. [Hz]*, [ms] 4. [ma]. [Hz]. [ma] 6. [Hz]*. [Hz] 4. [Hz]. [Hz] 4. [Hz]. [Hz]. [sec]. [sec]. [sec]. [sec] 4. [sec] 4. [sec]

13 Read the manual and follow the safety instruction before installation or operation Do not the power supply to the drive output terminal (U, V, W) Before opening the cover, disconnect all power and wait at least minutes untill DC bus capacitors discharge. `Risk of Electric Shock`more than one disconnect switch is required to de energize the equipment before servicing. Dimension Code Description Keypad Display Setting Range Units I/O I/O I/O I/O4 I/O I/O6 I/O7 I/O8 I/O4 I/O4 I/O4 I/O4 I/O44 I/O4 I/O46 I/O47 I/O48 I/O49 I/O I/O99 Acceleration Time 4 Deceleration Time 4 Acceleration Time Deceleration Time Acceleration Time 6 Deceleration Time 6 Acceleration Time 7 Deceleration Time 7 FM (Frequency Meter) Output selection FM Output Adjustment Frequency Detection Level Frquency Detection Bandwidth Multifunction Output define (MO), 6, 8, 9, (Reserved) Fault Output Relay setting (A, B, C) Inverter Number Baud Rate I47 Operating selection at Loss of Freq. Reference Waiting Time after Loss of Freq. Reference Communication Protocol selection Return Code I I I I I 4 I I 6 I 7 I 8 I 4 I 4 I I 4 I 4 I 44 I 4 I 46 I 47 I 48 I 49 I to 6 [sec] to 6 [sec] to 6 [sec] to 6 [sec] to 6 [sec] to 6 [sec] to 6 [sec] to 6 [sec] (Frequency) (Current) (Voltage) (DC link Vtg) to [%] to FU to FU (FDT) (FDT) (FDT) (FDT4) 4 (FDT) (IOL) 6 (IOL) 7 (Stall) 8 (OV) 9 (LV) (OH) (Lost Command) (Run) (Stop) 4 (Steady) 7 (Search) (bit set) Bit : LV Bit : All Trip Bit : Auto retry to ( bps) (4 bps) (48 bps) (96 bps) 4 (9 bps) (ne) (FreeRun) (Stop). to [sec] (LG BUS) ~6(ModbusASCII) 7~9 (ModbusRTU) te: Parameters that are set by bit are ON () when the upper LED is lit. (F9, H9, H, I, I6, I4 are the parameters that are set by bit.) te: *marked default value changes depend on the main frequency setting in factory( / 6Hz) Dimension : mm(inch) ig VARIABLE FREQUENCY DRIVER Factory Default. [sec]. [sec] 4. [sec] 4. [sec]. [sec]. [sec]. [sec]. [sec] [%]. [Hz]. [Hz]. [sec] 7 Adjustable during run. CAUTION FUNC STOP RE H International system Co, Ltd Made In Korea SOURCE ACV /6Hz OUTPUT CAPACITY.kVA CURRENT A FRCQUENCY.4Hz SVIG W W 4 D Inverter SV4iG SV4iG SV8iG SV8iG SViG SViG SViG SV7iG SV4iG SV4iG4 SV8iG4 SViG4 SViG4 SV7iG4 SV4iG4 HP W W H H D (.94) (.94) (.) (.94) (.9) (.) (.9) (.9) (.9) (.) (.) (.) (.9) (.9) (.9) 88(.46) 88(.46) 8(4.6) 88(.46) 8(.4) 8(4.6) 8(.4) 8(.4) 8(.4) 8(4.6) 8(4.6) 8(4.6) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 8(.4) 7.(4.6) 7.(4.6) 7.(4.6) 7.(4.6) 7.(4.6) 7.(4.6) 7.(4.6) 7.(4.6) 7.(4.6) 7.(4.6) 7.(4.6) 7.(4.6) 7.(4.6) 7.(4.6) 7.(4.6).9(.).9(.).9(.94).9(.) (6.).9(.94) (6.) (6.) (6.).9(.94).9(.94).9(.94) (6.) (6.) (6.)

14 Starvert ig Dynamic Braking(DB) Resistors. Standard application Drive SV4iG SV8iG SViG SV4iG SV8iG SViG SViG SV7iG SV4iG SV4iG4 SV8iG4 SViG4 SViG4 SV7iG4 SV4iG4 Resistor capacity [W]. When the braking magnitude is high Resistor value[ ] Average braking torque[%] Enable duty[%] Continuous braking time[sec] Drive SV4iG SV8iG SViG SV4iG SV8iG SViG SViG SV7iG SV4iG SV4iG4 SV8iG4 SViG4 SViG4 SV7iG4 SV4iG4 Resistor capacity [W] Resistor value[ ] Average braking torque[%] Enable duty[%] Continuous braking time[sec] Drive SV4iG SV8iG SViG SV4iG SV8iG SViG SViG SV7iG SV4iG SV4iG4 SV8iG4 SViG4 SViG4 SV7iG4 SV4iG4 Options Resistor capacity [W] Resistor value[ ] Average braking torque[%] Enable duty[%] Continuous braking time[sec] Option Description DIN Rail base Remote keypad mounting fixture and cable Din rail mounting plate meter, meter and meter cable and mounting fixture. Peripheral devices Drive Models kw MCCB, ELB Magnetic Contactor SV4iG SV8iG SViG SV4iG SV8iG SViG SViG SV7iG SV4iG SV4iG4 SV8iG4 SViG4 SViG4 SV7iG4 SV4iG ABSa, EBS ABSa, EBS ABSa, EBS ABSa, EBS ABSa, EBS ABSa, EBS ABSa, EBS ABSa, EBS ABSa, EBS ABSa, EBS ABSa, EBS ABSa, EBS ABSa, EBS ABSa, EBS ABSa, EBS SMCP SMCP SMCP SMCP SMCP SMCP SMCP SMCP SMCP SMCP SMCP SMCP SMCP SMCP SMCP R,S,T (4) (4) (4) (4) (4) (4) (4).().() (4) (4) (4) (4) (4) (4) Wire, mm(awg) U,V,W Ground (4) (4) (4) (4) (4) (4) (4).().() (4) (4) (4) (4) (4) (4).().().().().().().().().() (4) (4) (4) (4) (4) (4) AC Input A A A A A A A 4A 4A 6A 6A A A A A AC Reactor.mH,.7A.mH,.7A.mH,.7A.mH,.7A.mH,.7A.mH, A.88mH, 4A.6mH, A.6mH, A 8.6mH,.8A 8.6mH,.8A 4.8mH, 4.8A.mH, 7.A.4mH, A.4mH, A DC Reactor 7.mH,.4A 7.mH,.4A 7.mH,.4A 7.mH,.4A 7.mH,.4A 4.mH, 9.A.9mH, A.98mH, 9A.98mH, 9A 8.6mH,.7A 8.6mH,.7A 6.4mH, 4.6A.66mH, 7.A 7.8mH, A 7.8mH, A

15 DB Resistor, Options & Peripheral Devices RFI Filters IG Series Footprint Filter Drive Models Power Code Current Tension Voltage Leakage Current Dimensions L W H Mounting Y X Weight Mount Output Chokes SINGLE PHASE SV4iG SV8iG SViG THREE PHASE SV4iG SV8iG SViG SViG SV7iG SV4iG SV4iG4 SV8iG4 SViG4 SViG4 SV7iG4 SV4iG4.4kW.8kW.kW.4kW.8kW.kW.kW.7kW 4.kW.4kW.8kW.kW.kW.7kW 4.kW FFGM FFGM FFGM FFGT FFGT FFGT FFGT6 FFGT A A A A A A 6A A (max.) VA VA VA (max.) VA VA VA 8VAC 8VAC.A.A.A.A 8A.A 8A.A 8A.A 7A.A 7A 7. X. X 4 7. X. X 4 7. X. X 4 7. X. X 4 7. X. X 4 7. X. X 4 7. X. X 4 7. X. X 4 9. X 8 9. X 9. X 9. X 8 9. X 9. X 9. X 9. X M4 M4 M4 M4 M4 M4 M4 M4 FS FS FS FS FS FS FS FS IG Series Standard Filter Drive Models Power Code Current Tension Voltage Leakage Current Dimensions L W H Mounting Y X Weight Mount Output Chokes SINGLE PHASE SV4iG SV8iG SViG THREE PHASE SV4iG SV8iG SViG SViG SV7iG SV4iG SV4iG4 SV8iG4 SViG4 SViG4 SV7iG4 SV4iG4.4kW.8kW.kW.4kW.8kW.kW.kW.7kW 4.kW.4kW.8kW.kW.kW.7kW 4.kW FEGT(X) FEGT(X) FEGT6(X) FEGT(X) FEGT(X) FEGT6(X) FEGT(X) (X) () Industrial environment EN 8 (A class) () Domestic and industrial environment EN 8 (B class) A A 6A A A 6A A (max.) VA VA (max.) VA VA VA 8VAC 8VAC.A.A.A 8A.A 8A.A 8A.A 7A.A 7A. X X 4. X X 4 X X 6 X X 6 7 X 4 X 6 X X 6 X X 6 4 X 4 4 X 4 8 X 76 8 X 76 8 X 6 8 X 76 8 X 76 FS FS FS FS FS FS FS FF Series (Footprint) FE Series (Standard) FS Series (output chokes) H H D H Y Y X W Y W X RED L CARGA W X L Type FS FS FS FS4 D W 8 H X 7 9 x 8 x 4 O INVERTER FF Series (Footprint) SHIELDED CABLE MOTOR FILTER FE Series (Standard) FILTER INVERTER SHIELDED CABLE MOTOR 4

16 Leader in Electrics & Automation Safety Instructions For your safety, please read user's manual thoroughly before operating. Contact the nearest authorized service facility for examination, repair, or adjustment. Please contact qualified service technician when you need maintenance. Do not disassemble or repair by yourself! Any maintenance and inspection shall be performed by the personnel having expertise concerned. HEAD OFFICE LG TWIN TOWERS, Yoidodong, Youngdungpogu, Seoul, 7, Korea Tel. (8)777464~4649 Fax. (8) , Specifications in this catalog are subject to change without notice due to continuous product development and improvement. 4. Global Network LG Industrial Systems Tokyo Office Japan Address: 6F, HigashiKan, Akasaka Twin Towers 7, chome, Akasaka, Minatoku Tokyo 7847, Japan Tel: 8898 Fax: LG Industrial Systems Dubai office UAE Address: P.O.Box46, API World tower, B, Sheikh Zayed road, Dubai, UAE. Tel: Fax: LGVINA Industrial Systems Co., Ltd Vietnam Address: LGIS VINA Congty che tao may dien VietHung Dong Anh Hanoi, Vietnam Tel: Fax: Dalian LG Industrial Systems Co., Ltd China Address:. Liaohexi Road, economic and technical development zone, Dalian, China Tel: Fax: LG Industrial Trading (Shanghai) Co., Ltd China Address: Room 777, 7th Floor Xinda Commercial Building 8, Xian Xia Road Shanahai, China Tel: Fax: LG Industrial Systems Beijing Office China Address: Room, F rth B/D, EAS XIAO YUN ROAD, Dong San Huan Bei Road, Chao Yang District, Beijing, China Tel: /4 Fax: sclim@mx.cei.gov.cn LG Industrial Systems Shanghai Office China Address: Room 777, 7th Floor Xinda Commercial Building 8, Xian Xia Road Shanahai, China Tel: Fax: sdhwang@lgis.com LG Industrial Systems Guangzhou Office China Address: Room, F, Zheng Sheng Building, 6, Tian He Bei Road, Guangzhou, China Tel: Fax: lgisgz@public.guangzhou.gd.cn Starvert ig. 7/() 4. Printed in Korea STAFF