  Automatic display of internal values
  Meaning of logic input 1
  Meaning of logic input 2
  Meaning of logic input 3
  Meaning of logic input 4
  Meaning of logic input 5
  Meaning of logic input 6
  Meaning of logic input 7
  Meaning of logic input 8
  Frequency input setting:0= analogue;1= digital encoder;2=digital f/s.
  Meaning of logic output 1
  Meaning of logic output 2
  Meaning of logic output 3
  Meaning of logic output 4
  Choose TRIGGER type 0 inputs 1= 1st alarm  2...63= analogue value
  Meaning of programmable analogue output 1
  Meaning of programmable analogue output 2
  Meaning of 14 bit analogue input A.I.1  0 = speed ref. 1 = torque ref. 2 = torque limit ref.
  Meaning of analogue input A.I.2 14 bit0 = speed ref. 1 = torque ref. 2 = torque limit ref.
  Meaning of analogue input A.I.3 14 bit0 = speed ref. 1 = torque ref. 2 = torque limit ref.
  Load final digital potentiometer reference value
  Run software
  Enable 14 bit analogue reference value A.I.1
  Enable 14 bit analogue reference value A.I.2
  Enable JOG digital speed reference value (P7)
  Enable digital potentiometer speed reference value
  Enable linear ramp
  Rounded ramp
  Stop with minimum speed
  Drive software authorisation
  Reset  alarms
  Enable 14 bit analogue reference value A.I.3
  Motor thermal switch ' Block drive ?
  Choose thermal curve
  Managing mains failure 0 = trying to work;  1 = recovery;  2= free;  3= emergency brake
  Automatic alarm reset when mains back on
  Invert reference signal software
  Enable soft start
  Enable defluxing
  Choose pulses\rev. FREQUENCY INPUT
  Enable 16 bit analogue speed reference value - if present
  Enable sensor and motor phase tests
  Enable self-settings
  Enable frequency speed reference value
  Reset alarm counters and save serial number
  Rectification bridge0 = diodes         1 = semicontrolled
  Enable motor  thermal probe management (PT100/PTC/NTC)
  C47 not used
  Configuration CAN Bus BAUD RATE0=1M  1=800K 2=500K 3 =250K  4=125K  5=50K 6=20K 7=10K
  Choose zero phase for SIMULATED ENCODER
  Invert channel B SIMULATED ENCODER
  Choose pulses\rev. SIMULATED ENCODER
  Enable FIELD-BUS reference values
  Enable locked run
  not used
  Choose value used for current relay 0=|I|/I.NOM.MOT 1=|Itorq|/I.torq nom 2=P/P.NOM.
  Type of overload 0=120% 30 ; 1=150%  30"; 2=200%  30 ; 3=200%  3 +155% 30
  Enable radiator heat probe management (PTC/NTC)
  Reset CAPTURE monitor
  Disable dynamic decoupling + feedforward
  Parameter bank active
  Read default parameters
  Read parameters from permanent memory
  Save parameters to permanent memory (FLASH)
  Enable current control
  Enable overlapped space loop
  Monitor TRIGGER edge 0=raising 1=falling
  Resolver carrier frequency
  Enable Sin/Cos Encoder self-setting
  Enable 2nd class filter on speed regulator
  C70 not used
  C71 not used
  C72 not used
  C73 not used
  C74 not used
  C75 not used
  C76 not used
  C77 not used
  C78 not used
  C79 not used
  C80 not used
  C81 not used
  C82 not used
  C83 not used
  C84 not used
  C85 not used
  C86 not used
  C87 not used
  C88 not used
  C89 not used
  C90 not used
  C91 not used
  C92 not used
  C93 not used
  C94 not used
  C95 not used
  C96 not used
  C97 not used
  C98 not used
  C99 not used