Manual - Drive Dynamics
Contents
1. F11 18 t 00 Pre warning detection 0 responds to rated current of motor 1 responds to rated current of inverter Detectable Level of F11 19 20 0 200 0 130 0 Overload Pre alarm Detectable Time of F11 20 0 1 60 0s 5 0s Overload Pre alarm Pre alarm Temperature 5 F11 21 50 0 100 0 C 70 0 C of Inverter Overheat Detectable Level of F11 22 5 0 100 096 20 096 load loss Detectable Time of F11 23 0 1 60 0s 5 0s load loss Operation selection of 0 Null F11 24 instantaneous power 1 1 Valid failure Frequency deceleration F11 25 time of instantaneous 0 0 6000 0s 5 0s power failure Selection control of fast 0 Prohibit F11 26 M 0 current limit 1 Permit Auto Reset Times of F11 27 0 20 0 failure Auto Reset Interval of F11 28 0 1 100 0s 1 0s failure During the fault 0 No action auto resetting program F11 29 Of switch output 0 i 1 Action terminal is action selection of output fault Group F12 Multi Reference and Simple PLC Function F12 00 Reference 0 100 0 100 0 30 0 F12 01 Reference 1 100 0 100 0 100 0 19 FR200D Series Special Purpose Inverter for Elevator F12 02 Reference 2 100 0 100 096 0 096 A F12 03 Reference 3 100 0 100 0 0 096 A U00 Group Status Monitoring U00 00 Output Frequency 0 00 Fup 0 00Hz U2. PB Description AC Power Input Terminal connected to three phase 380V AC power Inverter AC output terminal connected to three phase AC motor Respectively to be positive and negative terminal of internal DC bus Braking resistor connection terminals one end connected to the other end of PB CD S Ground terminal connected to the earth 1 3 2 Control Circuit Terminals DI1 DI2 DI3 DI4 com Y1 Y2 GND AO1 AO2 485 485 R2A R2B R2C 24V PLC COM DI5 DIG DI7 HI 10V AI1 AI2 AI3 GND PE R1A R1B RIC Figure 1 4 Control Terminals Diagram Table 1 3 FR200D Inverter Control Circuit Terminal Functions Terminal Type Terminal Name Description Symbol Output 10V Power Supply Maximum 10V Power Output Current 10mA Generally use for 10V GND Supply power supply of external potentiometer resistance range of potentiometer 1 5kQ Output 24V power supply generally use for ower supply of digital input output terminal Power 24V COM 24V Power Supply FR n j R and external sensor maximum output Supply current 200mA Factory default in connection with 24V when using an external signal to drive External Power PLC DI1 DI7 PLC need to be connected to Input Terminal external power and disconnected with 24V power terminal Analog Input Input Range DC 0 10V 0 20mA Al1 GND Terminal 1 selected by AI1 AI2 toggle sw
3. Type F08 01 Motor 1 Rated Power 0 10 600 00kW Md fixed Type F08 02 Motor 1 Rated Voltage 60 660V fixed Type F08 03 Motor 1 Rated Current 0 1 1500 0A fixed Motor 1 Rated Type F08 04 20 00 Fmax Frequency fixed Motor 1 Rated Type F08 05 1 30000 Rotational Speed fixed 0 Y Type F08 06 Motor 1 Wirings 1 A fixed Motor 1 Rated Power Type F08 07 0 50 0 99 Factor fixed Asynchronous Motor 1 Type F08 08 0 001 65 535Q Stator Resistance R1 fixed Asynchronous Motor 1 Type F08 09 0 001 65 535Q Rotor Resistance R2 fixed Asynchronous Motor 1 Type F08 10 0 001 65 535mH Leakage Inductance fixed Asynchronous Motor 1 Type F08 11 0 1 6553 5mH Mutual Inductance fixed Asynchronous Motor 1 Type F08 12 0 1 1500 0A No load Field Current fixed Asynchronous Motor 1 F08 13 field weakeningcoefficie 0 0 100 0 8796 nt 1 Asynchronous Motor 1 F08 14 field weakeningcoefficie 0 0 100 0 7596 nt2 Asynchronous Motor 1 F08 15 field weakeningcoefficie 0 0 100 0 7096 nt 3 0 Null Parameters 1 Asynchronous Motor Static F08 30 0 Self identification Self identification 2 Asynchronous Motor Rotation 15 FR200D Series Special Purpose Inverter for Elevator Self identification F09 Group Motor 1VF Curve 0 Straight Line V F 1 Multipoint V F 2 1 2th power of the V F curve 3 1 4th power of the V F cu
4. sudden load is added overcurrent 3 Remove the added load during operation 4 Select an AC drive of 4 The AC drive model is of too higher power class small power class 26 FR200D Series Special Purpose Inverter for Elevator 1 Adjust the voltage to 1 The input voltage is too high normal range 2 An external force drives the 2 Cancel the external force motor during acceleration i Accel NP or install a braking resistor Err04 3 The acceleration time is too overvoltage hort 3 Increase the acceleration short 4 The braking unit and braking time 4 Install the braking unit and resistor are not installed J braking resistor 1 Adjust the voltage to 1 The input voltage is too high normal range 2 An external force drives the 2 Cancel the external force motor during deceleration Y Decel Pes 3 or install the braking resistor Err05 3 The deceleration time is too i overvoltage hort 3 Increase the deceleration short 4 The braking unit and braking time 4 Install the braking unit and resistor are not installed braking resistor 1 Adjust the voltage to 1 The input voltage is too high Constant speed normal range Err06 2 An external force drives the overvoltage 2 Cancel the external force motor during deceleration or install the braking resistor 1 Instantaneous power failure occ
5. For technical support abnormalities 1 The brake line failure or 1 Check the brake unit En23 Braking unit damage the brake pipe replace the brake pipe rr fault 2 An external braking resistor is 2 Increasing the braking too small resistor Module temperature The temperature sensor failure n Err24 f For technical support detection or cable break disconnection Check that the load is The AC drive running current is disconnected or the setting Err25 Load becomingO lower than F11 22 F11 22 and F11 23 is correct 29 FR200D Series Special Purpose Inverter for Elevator 1 The load is too heavy or 1 Reduce the load and locked rotor occurs on the check the motor and With wave E Err26 Pre motor mechanical condition current limit fault 2 The AC drive model is of too 2 Select an AC drive of small power class higher power class Inverter 1 Check the grid voltage 1 The grid voltage is too low Err27 soft start relay is M 2 Demand for technical 2 Rectifier module failure off support 1 The upper and lower Software E transmission module version re upload module Err28 parameters in the parameter compatibility parameters to pass down version of the control panel fault version mismatch 1 Inverter output circuit being i Troun eshoonng Frist peripheral problems grounded or short circuit 2 To increase the 2 The acceleration and CUM R
6. Installati Weight Ww W1 H H1 D on Kg Aperture FR200D 4T 0 7B FR200D 4T 1 5B 116 6 106 6 186 6 176 6 168 4 5 2 2 FR200D 4T 2 2B FR200D 4T 4 0B FR200D 4T 5 5B 146 131 249 236 177 5 5 3 2 FR200D 4T 7 5B FR200D 4T 011B 198 183 300 287 185 5 5 54 FR200D 4T 015B FR200D 4T 018B FR200D 4T 022B 255 176 459 443 220 7 15 5 FR200D 4T 030B ERAVID AT OSB 270 130 590 572 260 7 27 5 FR200D 4T 045B ER200D 4T 959B 357 230 590 572 260 7 37 FR200D 4T 075B FR200D Series Special Purpose Inverter for Elevator Chapter 2 Commissioning guide FFR200D series Inverter developed special for elevator industry controlmodes as below 1 Multi stage Speed Control Mode Multi stage speed control is a common mode in elevator application whose characteristic is strong anti jamming ability good suitability and easy to be realized But in typical multi stage speed control when different speed combinations are switched the acceleration and deceleration curves are the same and they affects each other so users can not attend everything during actual adjustment FR200D series inverter has been specially designed to solve this problem each speed combination corresponds to different acceleration and deceleration curve which make adjustment easier for users Brake Resistance A TR Jl N Three phase M J 380V J SS Groun
7. cancelled Err17 Motor 1 the motor and the inverter 1 check the connection 28 auto tuning fault FR200D Series Special Purpose Inverter for Elevator output terminals are not connected 2 The motor does not disengage the load 3 The electrical fault between the inverter and motor 2 The motor is disengaged load 3 Check the motor Communication 1 The PC is not working properly 2 The communication line is 1 Check the PC Connection 2 Check the communication Err18 overtime cable not normal error nm 3 The communication 3 F15 set communication parameters are set correctly parameters set incorrectly Check the PID feedback PID feedback PID feedback set value is less Err19 signal or set to an loss than F13 24 j appropriate value F13 24 Continuous v d Set the running time to reach reference F05 14 Err20 running time e this function Description reached 1 Is not installed or is not 1 a copy of the card is plugged parameter copy card properly installed Parameter 2 Parameter copy card Err21 parameters upload fault anomalies 2 for technical support 3 The control board La 3 for technical support abnormalities 1 Is not installed or is not 1 A copy of the card is plugged parameter copy card properly installed Parameter 2 Parameter copy card Err22 parameters download fault anomalies 2 For technical support 3 The control board p 3
8. inverter current reach H00 09 brake open current setting value Emergency Operation H00 12 0 00 50 00Hz 20 00Hz A Frequency When emergency signal input inverters will enter the emergency operating condition operating frequency is the setting value of function code on emergency operating status inverters will choose acce dece time 4 as the current acce dece time Overhaul Operation H00 13 0 00 50 00Hz 20 00Hz A Frequency When overhaul signal input inverter will run according to the overhaul operation frequency Emergency Signal 0 Elevator no run x moog Processing 1 UPS Power on and run i 0 Elevator no runs When there is the emergency signal input inverter no output 1 UPS Power on and run When there is emergency signal input inverter powered by UPS and output on emergency frequency s ANa FR200D Series Special Purpose Inverter for Elevator Chapter 4 Troubleshooting FR200D inverter provides a number of warning information and protection when a fault occurs the protective function is activated the inverter will stop output inverter fault relay contact and in the inverter displays the fault code on the display panel Before seeking service user can press the self examination tips in this section analyze problems and identify solutions If the problem still cannot be excluded seek services or contact the dealer you purchase the inver
9. Chapter 1 Product Information 3 1 1 Nameplate 1 2 FR200D series Specia 1 3 Product Terminal Configuration 1 4 Dimensions installation dimensions and weight Chapter 2 Commissioning guide Chapter 3 Function Parameters rene 3 1 The Basic Function Paramealtels cuscsece nece toco nre tb EY Ho ren eee Eu oS ERR Ce e EN M oH YR ee Eu eK UAE 12 Chapter 4 Troubleshooting eese en teen ten tenentes tanen tontos tn ttn tentata tontos sata sensa tn senten sa senten sunen 26 FR200D Series Special Purpose Inverter for Elevator Chapter 1 Product Information 1 1 Nameplate FRECON CE MODEL FR200D 4T 7 5B POWER 7 5kw IP20 INPUT AC3PH 380 480V 20 5A 50 60Hz OUTPUT AC 3PH 0 400V 17 0A 0 600Hz s w NUTINI VENT CHA TT 10118003214200140 FRECON ELECTRIC SHEN ZHEN Co LTD MADE IN CHINA Fig 1 1 Nameplate Model Instruction Model numbers on name plate consist of numbers symbols and letters to express its respective series suitable power type power level and other information FR200D 4T 7 5 B Brake unit None No Braking Unit B Built in brake unit Master series code of product FR200D Special Purpose Inverter for Elevator Adaptable Motor kW And Type of Motor 7 5 7 5kW Input voltage 2 220V 1595 30 4 380V 15 30 Figure 1 2 Product Model Naming Rules FR200D Series Special Purpose Inverter for Elevator 1 2
10. F11 01 100 0 200 096 150 096 x Overcurrent Stall Frequency Fall Time of F11 02 Constant Speed 0 0 6000 0s Mode 1 is Active 5 0s A Overcurrent Stall Overcurrent Stall Mode F11 03 n 0 1 100 096 3 096 A 2 Proportion Coefficient Overcurrent Stall Mode 0 000 1 000s 0 000 Integral F11 04 0 010s A 2 Integral Time Invalid 0 Null Control of Overvoltage F11 05 1 Overvoltage Stall Mode 1 1 x Stall 2 Overvoltage Stall Mode 2 Voltage of Overvoltage F11 06 Stall 120 0 150 096 130 096 x a Overvoltage Stall Mode F11 07 s 0 1 100 096 3 096 A 2 Proportion Coefficient Overvoltage Stall Mode 0 000 1 000s 0 000 Integral F11 08 0 010s A 2 Integral Time Invalid Ones Bus Undervoltage Protection Err07 0 Reporting faults and freely parking 1 Alarming and parking by deceleration mode 2 Alarm and continue running on fault frequency Selection of failsafe 3 Protection Invalid F11 10 03000 x action 1 Tens Input Phase protection Err09 like ones Hundreds Output Phase protection Err10 like ones Thousands Motor Overload Protection Err10 like ones Myriabit Inverter Overload Protection Err12 like ones F11 11 Selection of failsafe Ones External Input 00000 x 173 FR200D Series Special Purpose Inverter for Elevator action 2 Failure protection Err13 0 Reporting fa
11. driving ability Relay termina AC250V 3A COSS 0 4 Output normal open R2A R2C j DC 30V 1A termina normal close R2B R2C termina 485 dus 485 485 Communication Speed Terminals 4800 9600 19200 38400 57600 115200bps Commun icai 485 RS485 toggle switch on control board ication GND Communication setting the terminal matching resister Shield Ground It s use for grounding the shield of Shielded PE Shield Grounding terminal wire 6 FR200D Series Special Purpose Inverter for Elevator When connected to operation board the External Keyboard longest communication distance is up to Aid Interface 50m adopt the standard network cable Interface RJ45 UP DOWNL Parameter Copy OAD Card Interface 1 4 Dimensions installation dimensions and weight a 4 0 15kW Dimensions and wall mounting dimensions p y F 4 I rm re EL C lt a D E LLL x SS a 1 L _ SS am ae Sood SS i a 1 n 1 Cy L Wy 4 d W Figure 1 5 0 75 15kW Wall Installation Diagram b 18 5 75kW Dimensions and installation dimensions e 4 rd zem i wi f wW J Li W 4 Figure 1 6 18 5 30kW Wall mounting diagram FR200D Series Special Purpose Inverter for Elevator Table 1 4 Wall Mounting Size Table Model No Dimensions and installation size mm
12. 00 01 Setting Frequency 0 00 Fmax 0 00Hz Actual value of output U00 02 0 660V 0 0V voltage Actual value of output U00 03 0 0 3000 0A 0 0A current U00 04 Output Power 3000 0 3000 0kW 0 0kW U00 05 Output Rotation rate 0 60000rpm Orpm U00 06 DC Bus Voltage 0 1200V OV Synchronization U00 07 0 00 Fup 0 00Hz Frequency U00 08 PLC Stage 1519 1 U00 09 Program Running Time 0 0 6000 0s h 0 0s h U00 10 PID Given 0 60000 0 U00 11 PIDArithmetic Feedback 0 60000 0 U00 12 DI1 DI5 Input Status DI5 DI4 DI3 DI2 DI1 00000 U00 13 DI6 DI7 Input Status DI7 DI6 00 U00 14 Digital Output Status R2 R1 Y2 Y1 0000 U00 15 AN Input 0 0 100 096 0 096 U00 16 Al2 Input 0 0 100 0 0 0 U00 17 AI3 Input 100 0 100 0 0 0 Keyboard Potentiometer U00 18 0 0 100 0 0 0 Input U00 19 HI Pulse Input Frequency 0 00 100 00kHz 0 00kHz U00 20 A01 Output 0 0 100 096 0 096 U00 21 A02 Output 0 0 100 096 0 096 HO Pulse Output U00 22 0 00 100 00kHz 0 00kHz Frequency Temperature of Inverter U00 23 40 0 C 120 0 C 0 0 C Module U00 24 The Power on Time 0 65535min Omin U00 25 The Running Time 0 6553 5min 0 0min Cumulative Power on U00 26 0 65535h Oh Time U00 27 Cumulative Running Time 0 65535h Oh U00 28 Actual Count Value 0 65535 0 U00 29 Actual Length Value 0 65535m Om U00 30 Line Speed 0 65535m min Om Min 20 FR200D Series Special Purpose Invert
13. 096 40 096 A Brake Open H00 10 Frequency Holding 0 00 10 00s 0 30s x Time H00 15 Torque output delay 0 00 10 00s 0 20s x Running contactor H00 16 0 00 10 00s 0 20s x release delay Setting function code H00 01 H00 10 can well adjust the comfortable of elevators run stop exactly meaningof every function code shown as below Multi Step Speed H00 02 H00 05 00 06 FWDREV EEE Contactor output E Internal Operation Brake H0043 1H00 04 Hoo 16 Current H00 09 H00 05 Brake Open Frequency Rising H00 06 Brake Release Frequency Rising and H00 07 Brake Open Frequency Falling H00 08 Brake Release Frequency Falling have the same meaning rising group use for frequency adjusting on FWD falling group use for frequency adjusting on REV 0 open according to frequency H00 11 Brake Open Type 1 open according to frequency 0 x and current 0 Open according to frequency Criteria for judging the brake opening is inverters output reach to the setting frequency of H00 05 rising or H00 07 falling and then open the brake by setting time of H00 01 Brake Open Delay 1 Open according to frequency and current 24 FR200D Series Special Purpose Inverter for Elevator Criteria for judging the brake opening is inverters output reach to the setting frequency of H00 05 rising or H00 07 falling meanwhile
14. FR200D Series Special Purpose Inverter for Elevator Preface FR200D series special purpose inverter for elevator are developed for Construction Elevator Simple Passenger Elevator and Elevator Machinery based on the core control arithmetic of FR200 vector control inverters combined with the control requirements of elevator application When debugging the product please refer to the commissioning guide in this manual maintenance can refer to FR200 user manual IMPORTANT NOTES To illustrate the details of the products pictures in this manual based on products with outer casing or safety cover being removed When using this product please be sure to well install outer casing or covering by the rules and operating in accordance with the manual contents The illustrations in this manual are for illustration only and may vary with different products you have ordered The company is committed to continuous improvement of products product features will continue to upgrade the information provided is subject to change without notice If there is any questions when using please contact our regional agents or our customer service center 86 0755 33067999 For other products please visit our website http www frecon com cn FR200D Series Special Purpose Inverter for Elevator Contents laic M M PH 1 CONTE MS sss tessccccss ces nrc sciet NAN drove Lat RER RET 2
15. FR200D series Special Purpose Inverter Model Selection Table 1 1 FR200D series model table Saker Rated Rated l MINS C Input output Applicable motor KVA current current kW HP A A 3 Phase 380V 50 60Hz Range 15 30 FR200D 4T 0 7B 1 5 3 4 2 5 0 75 1 FR200D 4T 1 5B 5 0 4 2 1 5 2 FR200D 4T 2 2B 5 8 5 5 2 2 3 FR200D 4T 4 0B 11 9 5 3 7 4 5 FR200D 4T 5 5B 8 9 14 6 13 5 5 7 5 FR200D 4T 7 5B 11 20 5 17 7 5 10 FR200D 4T 011B 17 26 25 11 15 FR200D 4T 015B 21 35 32 15 20 FR200D 4T 018B 24 38 5 37 18 5 25 FR200D 4T 022B 30 46 5 45 22 30 FR200D 4T 030B 40 62 60 30 40 FR200D 4T 037B 57 76 75 37 50 FR200D 4T 045B 69 92 91 45 60 FR200D 4T 055B 85 113 112 55 70 FR200D 4T 075B 114 157 150 75 100 1 3 Product Terminal Configuration 1 3 1 Main Circuit Terminals a 0 75 30KW Main Circuit Terminals LEY ll fg Upload and download interfaces 5 868688668866 509 eococooooooo ess Control circuit terminals G B LED 1 H n 1 PP estime mierda Main circuit terminals E ine i ome 9a Figure 1 3 4 0 30kW Main Circuit Terminal Diagram FR200D Series Special Purpose Inverter for Elevator Table 1 2 Functions of Inverter Main Circuit Terminals Terminal Label R L1 S L2 T L3 U T1 V T2 W T3 ce
16. ding t _ Upload Run Stop 7 RIA 3 DH F S Z Download Run Stop Di2 R1B Brake Control Instruction eui _1 Multi segment 1 4 DI ono I j So 2 Multi segment2 pi a5 1 2 5 _I Enable Signal 4 DI5 R2A o d s J DI6 R2B Failure Contact Output COM 4 R2C 2 Inspection Running FR200 D inverter has internal inspection running mode when it s under multi stage speed control mode which has been designed according to the characteristics of the elevator inspection running if inspection input is effective inspection running speed will be adjusted by the setting of function code For example FR200 D will run at the target frequency of multi stage speed 3 and acceleration time is decided by the corresponding time curve of multi stage speed 3 During stall if inspection input signal is canceled first the system will decelerate to 0 during thedeceleration time of multi stage speed 3 until forward or reverse running command is canceled FR200D Series Special Purpose Inverter for Elevator Brake Resistance KM1 d PB KM2 R Ue Three phase S y M 30v T FR200D Grounding Upload Run Stop n RIA Download Run Stop p R1B Brake Control Instruction om Mulbsegment 1 b DB E 2 Multi segment 2 5i a9 2 5 Enable Signal DIS R2A o 7 i Inspecton Signal DI6 R2B Failure Contact Output COM R2C v t Be Positive anti
17. ency lower 0 Run by the lower frequency F01 11 than the frequency 1 After running time of lower limit 0 x control of lower limit frequency it will run on speed of 0 Running time of lower F01 12 AM 0 0 6000 0s 60 0s x limit frequency F02 Group Control of Run Stop 0 Operation Panel LED off Command Source 1 External Terminal LED on F02 00 0 x Selection of Run Start 2 Computer Communications LED flash F03 Group Acceleration Deceleration Time F03 00 Acceleration Time1 0 0 6000 0s 15 0s A F03 01 Deceleration Time1 0 0 6000 0s 15 0s A F03 02 Acceleration Time2 0 0 6000 0s 4 0s A F03 03 Deceleration Time2 0 0 6000 0s 4 0s A F03 04 Acceleration Time3 0 0 6000 0s 4 0s A 212 FR200D Series Special Purpose Inverter for Elevator F03 05 Deceleration Time3 0 0 6000 0s 4 0s A F03 06 Acceleration Time4 0 0 6000 0s 20 0s A F03 07 Deceleration Time4 0 0 6000 0s 20 0s A 0 Linear Accel Decel F03 10 Accel Decele curve Tcu ve Accel Decel 1 x F03 11 S curve Timel 0 0 6000 0s 1 0s x F03 15 S curve Time2 0 0 6000 0s 1 0s x F03 16 S curve Time3 0 0 6000 0s 1 0s x F03 17 S curve Time4 0 0 6000 0s 1 0s x F04 Group Digital Input Terminals Function of terminal 0 No function F04 00 1 Running forward FWD 1 x DI 2 Running reverse REV Function of terminal 3 Three wire control F04 01 DI2 4 JOG forward 2 x 5 JOG reverse Function of terminal 6 Coast to sto
18. er for Elevator U00 31 Output Torque 0 0 300 096 0 096 9 U01 Group Failure Record Err00 No Fault Err01 Accelerated Overcurrent Err02 Decelerated Overcurrent Err03 Constant Speed Overcurrent Err04 Accelerated Overvoltage Err05 Decelerated Overvoltage Err06 Constant Speed Overvoltage Err07 Bus Undervoltage Protection Err08 Short Circuit Protection Err09 Input Open Phase Err10 Output Open Phase Err11 Motor Overload Err12 Inverter Overload Err13 Fault protection of external input Err14 Overheat U01 00 Current Fault Category Err15 Memory Failure 0 O Err16 Cancel Autotuning Err17 Autotuning Failure Err18 485 Communication Timeout Err19 PID feedback disconnection on runtime Err20 running time arrives Err21 Parameter Upload Error Err22 Parameter Download Error Err23 Braking Unit Failure Err24 Disconnection fault of temperature sensor Err25 Lose load failure alarm of Inverter Err26 with wave current limit fault Err27 Soft start relay unclosed Err28 EEPROM Version HOA ee FR200D Series Special Purpose Inverter for Elevator Incompatible Err29 Instantaneous overcurrent Err30 Instantaneous overvoltage Output frequency of the U01 01 0 00 Fup 0 00Hz curre
19. g acceleration time deceleration time is too short 3 Adjust the manually 3 Manually torque boost or V F 7 Instantaneous curve not appropriate torque baost or VIF curve Err29 Des 4 Adjust the voltage to overcurrent 4 Voltage too low j 5 Start the running motor normal range 5 Select RPM track start or 6 Sudden load in the acce ro ess start after motor stopped p A 6 Cancel sudden load 7 Model selection of inverter 3 A 7 Select the inverter with power is too small larger power TRUE voltage is too high 1 Adjust the voltage to 2 There is external force drag 2 normal range the motor to run in dece i 2 Cancel external force or Instantaneous process f Err30 2 install brake resistor overvoltage 3 The deceleration time is too short 3 To increase the 4 No installation of braking deceleration time 4 Install braking resistor resistor 30
20. i2 R1B Brake Control Instruction DI3 4 RIC DI4 DI5 R2A DI6 R2B Failure Contact Output DI7 COM R2C ed mode analogue speed given mode In this mode reference speed applies analog input running command applies terminal input The following is the simple introduction of this mode Brake Resistance KM1 PB KM2 R Ue Three phase tS i i M 380V T FR200D Grounding TAN RIA Speed Given amp Tone R1B Brake Control Instruction Upload Run Stop om Ten RIC S 2 Download Run Stop piz Sg Enable Signal l og R2A g Failure Recovery P DI6 R2B Failure Contact Output COM R2C Wirings Figure Ir FR200D Series Special Purpose Inverter for Elevator Chapter 3 Function Parameters 3 1 The Basic Function Parameters Table 3 1 Basic Function Parameters Function MES Default Attrib Name Descriptions Code Value ute F00 Group System Parameters F00 00 User Password 0 65535 0 x 0 Null 1 Factory Reset Excluding motor parameters 2 Clear the record information of F00 04 Default Value Control fault 0 x 3 Backup user s current parameters 4 User s backup parameters were restored F01 Group Frequency Given Maximum Frequency 50 00H F01 08 20 00 600 00Hz x Fmax z Upper Limit 50 00H F01 09 Fdown Fmax x Frequency Fup Z Lower Limit F01 10 0 00 Fup 0 00Hz x Frequency Fdown Given frequ
21. itches on Analog Al2 GND Analog Input control board Input Impedance 250kQ for Input Terminal 2 voltage input 2500 for current input Analog Input Input voltage range DC 10 10V AI3 GND 9 P p d 3 Terminal 3 Input Impedance 250kQ Digital DI1 COM Digital Input Maximum input frequency 200Hz LE FR200D Series Special Purpose Inverter for Elevator Input Terminal 1 Input Impedance 2 4kQ Digital Input Voltage Range of level input 9 V 30V DI2 COM aa TUR p Terminal 2 Digital Input DI3 COM S Terminal 3 Digital Input DI4 COM aida Terminal 4 Digital Input DI5 COM epe Terminal 5 Digital Input DI6 COM MM Terminal 6 Digital Input Besides the features of DI1 DI6 DI7 also Terminal 7 or i DI7 HI COM can be the channel of high speed pulse high speed pulse input Maximum input frequency 100kHz input Analog Output AO1 GND Output range DC 0 10V 0 20mA Analog Terminal 1 selected by A01 A02 toggle switches on Output Analog Output AO2 GND control board Impedance requiredz10kQ Terminal 2 Open Collector Voltage Range 0 24V Y1 COM Output 1 Current Range 0 50mA Digital Open Collector T Apart from Y1 characteristics Y2 also can Output Output 2or Y2 HO COM be the channel of high speed pulse input high speed pulse i Maximum output frequency 100kHz output normal open R1A R1C termina normal close R1B R1C Contact
22. lay R1 Output Function Selection 0 No output 1 Drive is running 2 Fault output 3 Frequency level detection FDT1 output 4 Frequency level detection FDT2 output 5 Drive in OHz running 1 no output at stop 6 Drive in OHz running 2 output at stop 7 Upper limit frequency attained 8 Lower limit frequency attained 9 Frequency attained 10 Inverter is ready to work 11 Drive motor overloaded alarm 12 Inverter overheat warning 13 Current running time attained 14 Accumulative power on time attained 15 Consecutive running time attained 16 PLC cycle completed 17 Set count value attained 18 Designated count value attained 19 Length attained 20 Under load alarm 21 Braking output 21 F07 Group Analog and Pulse Output F07 00 AO1 Output Function Selection F07 01 AO2 Output Function Selection F07 02 Y2 HO Output Function Selection When used as HO 0 No Output 1 Output Frequency 2 Set Frequency 3 Output Current Inverter Rated Current 4 Output Voltage nverter Rated Voltage Output Power Bus Voltage 10V Keyboard Potentiometer 9 AI 10 AI2 11 AI3 12 HI Input 100 0 corresponds o N O O1 14 FR200D Series Special Purpose Inverter for Elevator 100 00kHz 13 Output Torque Absolute Value of the Torque F08 Group Motor 1 Basic Parameters
23. nt fault Output current of the U01 02 0 0 3000 0A 0 0A current fault U01 03 c of the current fault 0 1200V OV Cumulative runtime of U01 04 0 65535h Oh the current fault Former one fault U01 05 Like the latest one fault record 0 category Output frequency of the U01 06 0 00 Fup 0 00Hz former one fault Output current of the U01 07 0 0 3000 0A 0 0A former one fault Bus Voltage of the former U01 08 0 1200V OV one fault Cumulative runtime of U01 09 0 65535h Oh the former one fault Former two fault U01 10 Like the latest one fault record 0 categories Output frequency of the U01 11 0 00 Fup 0 00Hz former two faults Output current of the U01 12 0 0 3000 0A 0 0A former two faults Bus Voltage of the former U01 13 0 1200V OV two faults Cumulative runtime of U01 14 0 65535h Oh the former two faults H00 Group Elevator Special Group Special Inverter Function 0 Null H00 00 1 Enable 1 Valid H00 01 Brake Open Delay 0 00 10 00s 0 00s H00 02 Start Frequency 0 00 10 00Hz 5 00Hz Start Frequency Holding H00 03 i 0 00 10 00s 0 00s Time H00 04 Brake Release Delay 0 00 10 00s 0 20s Brake Open Frequency H00 05 at 0 00 10 00Hz 3 00Hz Rising 22 FR200D Series Special Purpose Inverter for Elevator Brake Release Frequency H00 06 0 00 10 00Hz 3 00Hz x Rising Brake Open Frequency H00 07 0 00 10 00Hz 3 00Hz x Falling Brake Release Frequency H00 08 0 00 10 00Hz 3 00Hz
24. p F04 02 DI3 7 Fault reset RESET 13 i EUG cS 8 Running suspended unction or termina 9 External fault input eee DM 10 Terminal UP Ls r 11 Terminal DOWN Fo4 04 Function of terminal 42 UP DOWN including A V 40 DIS key adjustment clear Function of terminal 13 Multi step frequency terminal 1 F04 05 14 Multi step frequency terminal 2 41 x DI6 15 Multi step frequency terminal 3 16 Multi step frequency terminal 4 17 Accel Decel time determinant 1 18 Accel Decel time determinant 1 19 Accel Decel disabled ramp stop not inclusive 20 Switch to auxiliary speed setting 21 PLC status reset 22 Simple PLC paused 23 Simple PLC paused 24 PID adjustment direction 25 PID integration paused 26 PID parameter switch Function of terminal 27 Swing frequency pause output F04 06 the currentfrequency 6 x DI7 28 Swing frequency reset output the central frequency 29 Run command switched to keypad contro 30 Run command switched to terminal control 31 Run command switched to communication control 32 Count input 33 Count clear 34 Length count 35 Length clear 36 DC brake input command at stop 13 FR200D Series Special Purpose Inverter for Elevator 37 Special drive enable 40 Elevator inspection signal 41 Elevator emergency signal F05 Group Digital Output Terminal F05 00 Y1 Output Function Selection F05 01 Y2 Output Function Selection F05 02 Re
25. ree phase winding is Err10 outputs are unbalanced when phase loss normal the motor is running 3 Contact the agent or 3 The drive board is faulty Frecon 4 The module is faulty 1 F11 17 is set improperly 1 Set F11 17 correctly 2 The load is too heavy or 2 Reduce the load and locked rotor occurs on the check the motor and the Err11 Motor overload E motor mechanical condition 3 The AC drive model is of too 3 Select an AC drive of small power class higher power class 1 The load is too heavy or 1 Reduce the load and locked rotor occurs on the check the motor and Inverter Err12 motor mechanical condition overload P 2 The AC drive model is of too 2 Select an AC drive of small power class higher power class External 1 External fault signal is input Err13 4 Reset the operation equipment fault via DI 1 The ambient temperature is 1 Lower the ambient too high temperature 2 The air filter is blocked 2 Clean the air filter 3 The fan is damaged 3 Replace the damaged Module E Err14 4 The thermally sensitive fan overheat resistor of the module is 4 Replace the damaged damaged thermally sensitive resistor 5 The inverter module is 5 Replace the inverter damaged module EEPROM of Replace the main control Err15 The EEPROM chip is damaged read write fault board Motor NE Since the identification process Press STOP RST key to Err16 auto tuning press STOP RST key reset
26. rve Motor 1VF Curve 4 1 6th power of the V F curve F09 00 3 Setting 5 1 8th power of the V F curve 6 2 0th power of the V F curve 7 VF Completed Separation Mode 8 VF Semi separation Mode 0 0 30 0 0 0 Auto Type F09 01 Motor 1 Torque Boost Torque Boost Fixed Motor 1 Cut off 50 00H F09 02 frequency of 0 00 Maximum Frequency z Torque Boost Motor 1MultipointV F F09 03 0 00 F09 05 0 00Hz frequency points1 Motor 1 Multipoint VF F09 04 0 0 100 0 0 096 Voltage Points 1 Motor 1 Multipoint V F F09 05 F09 03 F09 05 0 00Hz frequency points2 Motor 1 Multipoint VF F09 06 0 0 100 0 0 096 Voltage Points 2 Motor 1 Multipoint V F F09 07 F09 05 F09 09 0 00Hz frequency points3 Motor 1 Multipoint VF F09 08 0 0 100 0 0 096 Voltage Points 3 200 09 Motor 1 Multipoint V F F09 07 Rated Frequency of 50 00H i frequency points4 Motor z Motor 1 Multipoint VF F09 10 0 0 100 0 Ue 100 0 100 0 Voltage Points 4 VF Slip Compensation F09 11 0 0 300 0 0 0 Gain VF Stator Voltage drop F09 12 0 0 200 0 100 0 Compensation Gain VF Excitation F09 13 0 0 200 096 100 096 Compensation Gain VF Oscillation F09 14 f 0 0 300 0 0 0 Suppression Gain 16 FR200D Series Special Purpose Inverter for Elevator F11 Group Fault and Protection 0 Null Control of Overcurrent F11 00 1 Overcurrent Stall Mode 1 1 x Stall 2 Overcurrent Stall Mode 2 Protection current of
27. ter with my company Display Fault Name Possible Causes Solutions 1 The output circuit is cs ve 1 Eliminate external faults grounded or short circuited DUM 2 Increase the acceleration 2 The acceleration time is too short 3 Manual torque boost or V F time 3 Adjust the manual torque boost or V F curve curve is not appropriate 4 Adjust the voltage to Accel 4 The voltage is too low Err01 NS normal range overcurrent 5 The startup operation is 5 Select rotational speed performed on the rotating tracking restart or start the motor 6 sudden load is added during acceleration 7 The AC drive model is of too small power class motor after it stops 6 Remove the added load 7 Select an AC drive of higher power class 1 The output circuit is nA Bun 1 Eliminate external faults grounded or short circuited RES 2 Increase the deceleration 2 The deceleration time is too time short Decel 3 Adjust the voltage to Err02 3 The voltage is too low overcurrent normal range 4 A sudden load is added during deceleration 4 Remove the added load 5 Install the braking unit and 5 The braking unit and braking f braking resistor resistor are not installed 1 The output circuit is s n 1 Eliminate external faults grounded or short circuited 2 Adjust the voltage to 2 The voltage is too low Constant speed normal range Err03 3
28. transfer MCN Maintenance Commands If forward or reverse running command is canceled directly during inspection running FR200D will stop output immediately as shown in the following figure v gt x Positive anti transfer Maintenance N Commands 3 Power Failure Emergency Running In the using of elevator if the power is cut suddenly passengers may be kept in the cage FR200 D series inverters can support emergency UPS power running Both the main circuit of FR200D and the working are powered by UPS 10 FR200D Series Special Purpose Inverter for Elevator When receiving ARD terminal command inverter auto switched to ARD mode operation Logic diagram shown as below when grid power fa ilure the external control board will be switched to UPS power supply input voltage fall from 380V to 230V single phase Switch given frequency is the same with ARD frequency after that will run as operation terminal command keep ARD frequency please shield the input default phase of inverter right 190V KM3 Single phase 220V KM1 Three phase 380V Upload Run Stop Download Run Sto Multi segment 1 om z S 2 Multi segment 2 S S Enable Signal So Inspection Signal Emergency Power Signal 4 Analog Control Mode FR200D inverter has another commonly us now inverter undervoltage detection point switched to Brake Resistance PB KM2 R Ue is vt M T FR200D Grounding RIA DH P p
29. ults and freely parking 1 Alarming and parking by deceleration mode 2 Alarm and continue running on fault frequency Tens Memory Failure Err15 like ones Hundreds 485 communication timeout Err18 like ones Thousands PID feedback disconnection when running CErr19 like ones Myriabit running time arrives CErr20 like ones F11 12 Selection of failsafe action 3 Ones Disconnection Fault of Temperature Sensor Err24 0 Reporting faults and freely parking 1 Alarming and parking by deceleration mode 2 Alarm and continue running on fault frequency Tens Inverter load lost Err25 0 3 Hundreds Reserved Thousands Reserved Myriabit Reserved 00000 F11 14 When failure frequency selection of continue running 0 Running on current setting frequency 1 Running on setting frequency 2 Running on upper limit frequency 3 Running on lower limit frequency 4 Running on abnormal spare frequency F11 15 Abnormal Alternate Frequency 0 00 Fmax 0 00Hz F11 17 Protection time of Motor 30 0 300 0s 60 0s 18 Overload FR200D Series Special Purpose Inverter for Elevator Selection of Overload Ones selection of detection 0 always detection 1 detection only when constant speed Tens condition selection of
30. urs on the input power supply 2 The AC drive s input voltage 1 Reset the fault 2 Adjust the voltage to is not within the allowable Bus range Err07 normal range undervoltage 3 The bus voltage is abnormal Nr 3 Contact the agent or 4 The rectifier bridge and buffer Frecon resistor are faulty 5 The drive board is faulty 6 The main control board is faulty 1 The output circuit is na A are 1 Eliminate external faults grounded or short circuited 2 Install a reactor or an 2 The connecting cable of the output filter 3 Check the air filter and the 3 The module overheats Err08 Short circuit cooling fan 4 The internal connections motor is too long 4 Connect all cables properly 5 Contact the agent or become loose 5 The main control board is faulty Frecon 6 The drive board is faulty 1097 FR200D Series Special Purpose Inverter for Elevator 7 The inverter module is faulty 1 The three phase power input is abnormal 3 i 1 Eliminate external faults Power input 2 The drive board is faulty Err09 2 Contact the agent or phase loss 3 The lightening board is faulty FRECON 4 The main control board is faulty 1 The cable connecting the AC A 1 Eliminate external faults drive and the motor is faulty 2 Check whether the motor 2 The AC drive s three phase are Power output Th
31. x Falling H00 09 Brake Open Current 0 0 100 096 40 096 A Brake Open Frequency H00 10 0 00 10 00s 0 30s x Holding Time O open according to frequency H00 11 Brake Open Type 1 open according to frequency 0 x and current Emergency Operation H00 12 0 00 50 00Hz 20 00Hz A Frequency Overhaul Operation H00 13 0 00 50 00Hz 20 00Hz A Frequency Emergency Signal 0 Elevator no run H00 14 1 x Processing 1 UPS Power on and run H00 15 Torque output delay 0 00 10 00s 0 20s x Running contactor release H00 16 0 00 10 00s 0 10s x delay 3 2 H00 group function code detailed explanation Special Inverter 0 Null H00 00 1 x Function Enable 1 Valid 0 Null Standard Machine 1 Valid Special Purpose Inverter for Elevator HOO group parameter is valid H00 01 Brake Open Delay 0 00 10 00s 0 00s x H00 02 Start Frequency 0 00 10 00Hz 5 00Hz x Start Frequency H00 03 0 00 10 00s 0 00s x Holding Time H00 04 Brake Release Delay 0 00 10 00s 0 20s x Brake Open H00 05 0 00 10 00Hz 3 00Hz x Frequency Rising Brake Release H00 06 0 00 10 00Hz 3 00Hz x Frequency Rising Brake Open H00 07 0 00 10 00Hz 3 00Hz x Frequency Falling 23 FR200D Series Special Purpose Inverter for Elevator Brake Release H00 08 0 00 10 00Hz 3 00Hz x Frequency Falling H00 09 Brake Open Current 0 0 100
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