Function codes Technical data Essential Function codes for Quick basic set up Single phase input Three phase input Code Description Factory settings Comments/change to:- Inverter Type (CUB) 3A-1 5A-1 8A-1 11A-1 1A5-4 2A5-4 3A7-4 5A5-4 9A-4 FO1 Freq.reference 4=On-board 1=External 0-10v (max) to terminal 12 Output Ratings source potentiometer 2=External 4-20mA (max) to terminal C1 Nominal Applied Motor kW 0.4 0.75 1.5 2.2 0.4 0.75 1.5 2.2 4 FO2 RUN/STOP 2=RUN & STOP commands 1=Terminals only, FWD and REV Three Phase 200-230v 50/60Hz Three Phase 380-415v/50Hz 380-460/60Hz Rated voltage V command source via keypad only inputs active Rated low PWM Freq 3 5 8 11 1.5 2.5 3.7 5.5 9 Current high PWM Freq A 2.5 4.2 7 10 F04 Motor base Frequency 50.0Hz Frequency shown on motor rating plate (Hz) Overload capacity A 150% of rated output current for 1 min 150% of rated output current for 1 min FO5 Motor rated Volts 0=Motor V=Inverter Voltage shown on motor rating plate (V) 200% of rated output current for 0.5s 200% of rated output current for 0.5s at base frequency Input V at base frequency Input Ratings F11 Motor overload Nominal rated current of like-sized Required motor overload level (A)- Single Phase 200-240v 50/60Hz Three Phase 380-480v, 50/60Hz Rated voltage kW 4P motor (A) Reduce for smaller motor Fuse Rating A 10 16 20 32 6 10 10 16 20 P02 Motor capacity Nominal motor power (kW) Power shown on motor rating plate (kW) Rated Current A 5.4 9.7 16.4 24.8 1.7 3.1 5.9 8.2 13.0 P03 Motor rated current Rated current of P02 (A) Current shown on motor rating plate (A) Cable Sizes 2 Mains Supply mm 4 Additional function codes that may be changed for general NT application without DCR 2 Motor Cable mm 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 Code Description Factory setting Comments/change to:- 2 Earth Cable mm 4 FO3 Max. Frequency 50 Hz Maximum desired motor operating frequency 2 Braking resistor cable mm 2.5 (relating to maximum operating speed) Max Length (m) 50 50 50 50 50 50 50 50 50 FO7 Accelerating time 6.00 seconds Required time for motor to accelerate 0Hz to Screened Cable maximum frequency 160 Braking resistor 100 40 200 130 W 200 400 200 400 F08 Decelerating time 6.00 seconds Required time for motor to decelerate from Cooling Method Natural Cooling Fan Cooling Natural Cooling Fan Cooling maximum frequency to Hz Enclosure IP IP20 IP20 FO9 Torque boost * F09-0.0 TO 20.0%(Works in conjunction with F37) Weight Kg 0.6 0.8 1.7 2.3 1.1 1.2 1.7 1.7 2.3 F15 Frequency High limit 70.0Hz These values define the output frequency range for a given input range, ie-0 to 10V input Note 4: Fuse ratings and rated input currents are typical with no DCR. reference gives 20Hz-45Hz output when F16 Frequency Low limit 0.0Hz Note 5: Fuse and cable ratings are for guidance only. Local practise and regulations must take priority. F15=45 and F16=20 F26 PWM carrier 15kHz Reducing level gives noisier motor but less RF frequency interference and lower earth leakage from Alarm codes motor cable (and vice-versa) F37 Load selector 1 (HT load) F37=0 or 3 (Works in conjunction with F09) Code Name Code Name Code Name OC1 Overcurrent trip during Lin Input phase loss OLU Overload protection Additional function codes that may be changed for HT application acceleration protection OC2 Overcurrent trip during OPL Output phase loss Er1 Memory error Code Description Factory setting Comments/change to:- deceleration protection FO9 Torque boost * F09=0.0 (Auto boost) OC3 Overcurrent trip during OH1 Overheat protection Er2 Remote keypad (Works in conjunction with F37) steady speed for heat sink communications error F37 Load selector 1 (HT load) Best could be F37=2 (Auto boost) OU1 Overvoltage trip during OH2 External alarm Er3 CPU error But could be F37=1 or 4 (manual Boost) acceleration input trip (Works in conjunction with F09) OU2 Overvoltage trip during OH4 PTC thermistor for Er6 Operation protection deceleration motor protection P09 Motor slip 0.0% Most commonly acts to compensate for OU3 Overvoltage trip during dbH Overheat protection for Er8 RS485 compensation decreasing shaft speed as load increases steady speed braking resistor communication error Note 1: NT denotes normal or variable torque load such as a fan or centrifugal pump etc. LU Undervoltage protection OL1 Electronic thermal ErF Data save error HT denotes high/heavy or constant torque application, ie - mixer, hoist, screw feeder, p.d. pump, etc. overload relay during undervoltage Note 2: All other settings including: thermistor input, PID control, I/O configuration etc and for further full set information, please refer to Cub instruction manual. IMO Precision Controls Ltd. Note 3: *Factory set value depends upon rated power of Jaguar Cub/ model number. 1000 North Circular Road, Staples Corner, London NW2 7JP, United Kingdom Quick reference guide Tel: +44(0)20 8452 6444 Fax: +44(0)20 8450 2274 Email: imo imopc.com Web: www.imopc.com If in doubt - consult IMO or CUB instruction manualConnections Basic key operations Programming Mode Getting started Menu Menu Displays Main functions Example of changing a typical parameter F codes 1.F (Fundamental Function P02 (motor capacity) from say 0.75kW functions) to 0.55kW. This would be necessary if a Cub E codes 5A-1 (0.75kW / 230V 1ph inverter) or Cub 1.E (Extension terminal functions) 2A5-4 (0.75kW / 415V 3ph inverter) was to C codes be used to drive a 0.55kW motor. In this case it 1.C (Frequency control would be necessary to check / change P03 functions) (rated current) and other function codes. P codes 7-segment LED display shows In Run mode: 1 Data setting 1.P (Motor parameters) Selecting these codes enables data to be displayed or changed Hertz, Amps, Volts, kW, I/O signal status, run H codes START Connect mains, motor and earth time, rpm, PID values. In Program mode: 1.H (High performance cables as shown in the diagram. Menus, Function codes and their data. In Alarm mode: functions) Connect all necessary control Trip codes and alarm information. J codes 1.J (Application functions) circuits. Check all wiring for Motor RUN and STOP faults / errors. Switch power ON. keys active only when inverter is operating in Y codes keypad mode. 1.y (Application functions) Display flashes a frequency value from on-board pot, say 0.00 (Hz) or 2 Data 2.rEP Display only those function codes that have been changed from On-board frequency setting potentiometer. check factory set defaults. other value. 3 Drive 3.oPE Display Hz, rmp, A, kW, V(O/P), PID values etc. PRG/RESET key. Use to change operating monitor modes. In Run mode: press to enter program Press PRG/RESET key. Display 4 I/O check 4.i 0 Display drive control input and output status. mode. In Program mode: press to enter run mode. In shows 1.F (1 is flashing). Alarm mode: Resets a trip condition (after fault has 5 Maintenance 5.CHE Display maintenance information including accumulated hours been removed). Press UP key three times. Display check run time. FUNC/DATA key. In Run mode: press to change shows 1.P (1 is flashing). 6 Alarm 6.AL Display the last four alarm codes and running data at the time of display from Output frequency Motor current information last trip condition. (A) Power (P) Output voltage (V) Out. In Program 7 Data 7.CPy Feature for reading, writing and verifying data for transferring to Press FUNC/DATA key. Display mode: press to display function code value or to store / copy other drives of same type (remote keypad only). shows P 02 (2 is flashing). write data to memory. In Alarm mode: Displays If in doubt - consult IMO or CUB instruction manual information about alarm state shown on LED panel. Press FUNC/DATA key. Display UP/DOWN keys used to scroll through menus shows 0.75 (5 is flashing). and function codes, also used to increase/ decrease actual set value of function codes Press DOWN key until display shows (value must be stored in memory by pressing 00.55 (last 5 is flashing). FUNC/DATA key). When operating in keypad mode they are used to increase/decrease motor speed. Simultaneous Keying In Run mode: STOP + UP Press FUNC/DATA key until display keys together gives entry to or exit from jogging shows SAVE (last 5 is flashing). operation. In Program mode: STOP + DOWN keys together allows changes to special function codes DONE Display automatically moves to next F00 (Data protection) and H03 (Reset all function codes function number (P03 in this case) The above data is for basic reference only. to factory set default values). In Alarm mode: STOP + Press PRG/RESET key to escape. It is strongly recommended to use the correct EMC filter and screened/armoured motor cable (not shown). PRG/RESET keys together switches to program mode WARNING: THIS EQUIPMENT MUST BE EARTHED without resetting trip condition. If in doubt - consult IMO or CUB instruction manual If in doubt - consult IMO or CUB instruction manual