Melink Intelli-Hood Controls Reference Manual page 53

GE/Fuji FVR-C9S Series VFD
FUNC # SETTING
F00 1 DATA PROTECTION (0 = Allows Data Changing, 1 = Lock Settings)
F01 0 FREQUENCY COMMAND (0 = Frequency Setting with Keypad Arrow Keys)
F02 1 OPERATION COMMAND (1= Fwd Run Command Through Terminal Input, STOP key inactive)
F03 60 MAXIMUM FREQUENCY (in Hz) (Set to 60 for USA, 50 for EU)
F04 60 BASE FREQUENCY (in Hz) (Set to 60 for USA, 50 for EU)
F05 30 ACCELERATION TIME (in seconds)
F06 30 DECELERATION TIME (in seconds)
F07 1 TORQUE BOOST (1 = Normal Fan Application)
F08 1 ELECTRONIC THERMAL OVERLOAD RELAY OPERATION (1= Active for 4-Pole Motor)
F09 30 - 100% ELECTRONIC THERMAL OVERLOAD RELAY LEVEL (% = (Motor FLA)/(VFD Rated A)x100)
(Calculate Motor FLA as a Percentage of VFD FLA) [100 is Melink Default]
F10 1 RESTART AFTER MOMENTARY POWER FAILURE (1=Restart Active)
F11 0 GAIN FOR FREQUENCY SIGNAL (0= Maximum Signal at 10 VDC)
F12 50 DC BRAKE (Level)
F13 0 DC BRAKE (Braking Time) (0 = Inactive)
F14 1 STARTING FREQUENCY (in Hz)
F15 2 MOTOR SOUND (Higher C.F. = Lower Audible Noise + Greater Adverse Effects on Motor)
F16 -- FAULT MEMORY
F17 0 DATA INITIALIZATION (0 = Inactive, 1 = Reset to Factory Default Values)
F18 1 RETRY (1 = Number of Restart Attempts Fixed at 5)
F19 4 MOTOR CHARACTERISTICS (4 = Default)
F20 3 JUMP FREQUENCY RANGE
F21 0 JUMP FREQUENCY 1
F22 0 JUMP FREQUENCY 2
F23 0 JUMP FREQUENCY 3
F24 100 HIGH LIMITER (% of Max. Frequency)
F25 0 LOW LIMITER (% of Max. Frequency)
F26 0 BIAS FREQUENCY
F27 0 THR TERMINAL FUNCTION (0 = THR Terminal to be used for External Trip) (Jumper THR-CM)
F28 1 BX TERMINAL FUNCTION (1 = BX Terminal to be used for Mulitstep Speed)
F29 60 MULTI SPEED SETTING 1 (in Hz)
F30 60 MULTI SPEED SETTING 2 (in Hz)
F31 60 MULTI SPEED SETTING 3 (in Hz)
F32 85 METER ADJUSTMENT SCALE (0 = 6.5 v at Full Scale, 99 = 10.3 v at Full Scale)
F33 0 METER OUPUT SELECTION (0 = Output Frequency at FM Terminal)
Notes: 1. If problems with OC1 or OC2 fault, increase acceleration or deceleration times
or gradualy increase torque boost to about 4, if necessary.
2. Torque boosts greater than 1 could have restarting problems after a momentary
power loss for the C9 drives.
Program Function Code Settings
Electronic Motor Starter Application
Prog_C9.123
4-11
DESCRIPTION
06/23/00