 Automatic display of internal values	[-1 63]
 Meaning of logic input 1	[-1 63]
 Meaning of logic input 2	[-1 63]
 Meaning of logic input 3	[0 3]
 Meaning of logic input 4	[-32 31]
 Meaning of logic input 5	[-32 31]
 Meaning of logic input 6	[-32 31]
 Meaning of logic input 7	[-1 63]
 Meaning of logic input 8	[-1 63]
 Frequency input setting:0 = analog; 1= digital encoder; 2=digital f/s ; 3=digital f/s 1 edge	[0 3]
 Meaning of logic output 1	[-32 31]
 Meaning of logic output 2	[-32 31]
 Meaning of logic output 3	[-32 31]
 Meaning of logic output 4	[-32 31]
 Choose TRIGGER type 0   inputs 1 = 1st alarm 2...63= analog value	[-31 63]
 Meaning of programmable analog output 1	[-63 64]
 Meaning of programmable analog output 2	[-63 64]
 Meaning of 14 bit analog input A.I.1 0= speed ref. 1= torque ref. 2= torque limit ref.	[0 2]
 Meaning of analog input A.I.2 14 bit 0= speed ref. 1= torque ref. 2= torque limit ref.	[0 2]
 Meaning of analog input A.I.3 14 bit 0= speed ref. 1= torque ref. 2= torque limit ref.	[0 2]
 Load final digital potentiometer reference value	[0.1]
 Run software	[0.1]
 Enable 14 bit analog reference value A.I.1 	[0.1]
 Enable 14 bit analog reference value A.I.2 	[0.1]
 Enable JOG digital speed reference value (P7)  	[0.1]
 Enable digital potentiometer speed reference value	[0.1]
 Enable linear ramp 	[0.1]
 Rounded ramp	[0.1]
 Stop with minimum speed	[0.1]
 Drive software enable	[0.1]
 Reset  alarms	[0.1]
 Enable 14 bit analog reference value A.I.3	[0.1]
 Motor thermal switch ' Block drive ?	[0.1]
 Choose thermal curve	[0 3]
 Managing mains failure 0= trying to work; 1= recovery; 2= free; 3= emergency brake	[0 3]
 Automatic alarm reset when mains back on	[0.1]
 Invert reference signal software	[0.1]
 Enable soft start 	[0.1]
 Start up type with or without  	[0 2]
 Choose pulses\rev. FREQUENCY INPUT 	[09]
 Enable 16 bit analog speed reference value - if present	[0.1]
 Enable sensor and motor phase tests	[0.1]
 Enable auto-tunings	[0 3]
 Enable frequency speed reference value	[0.1]
 Reset alarm counters and save serial number 	[0.1]
 Rectification bridge 0 = diodes         1 = semicontrolled	[0.1]
 Enable motor  thermal probe management (PT100/PTC/NTC)	[03]
 Enable smart brake	[0.1]
 CAN-BUS BAUD RATE setup 0=1M  1=800K  2=500K  3 =250K   4=125K   5=50K  6=20K  7=10K	[07]
 Choose zero phase for SIMULATED ENCODER	[03]
 Invert channel B SIMULATED ENCODER	[0.1]
 Choose pulses\rev. SIMULATED ENCODER	[011]
 Enable FIELD-BUS reference values	[0.1]
 Enable locked RUN	[0.1]
 Incremental or Absolute Simulated Encoder	[0.1]
 Choose value for current relay 0 = | I |/I NOM MOT 1 = I  / I   NOM	[2 = P / P NOM]
 Type of overload 0=120% 30 ; 1=150%  30"; 2=200%  30 ; 3=200%  3 +155% 30 	[0 3]
 Enable radiator heat probe management (PTC/NTC) 	[0.1]
 Reset CAPTURE monitor	[0.1]
 Disable dynamic decoupling + feedforward	[0.1]
 Parameter bank active 	[0.1]
 Read default parameters	[0.1]
 Read parameters from permanent memory	[0.1]
 Save parameters in permanent memory (FLASH)	[0.1]
 Enable current control	[0.1]
 Enable overlapped space loop 	[0.1]
 Intervention edge monitor TRIGGER 0 = up ;  1 = down	[0.1]
 Resolver carrier frequency	[-3,3]
 Enable Sin/Cos Encoder auto-tuning	[0.1]
 Enable 2nd order filter on speed regulator	[0.1]
 Enable frequency speed reference value decoded in time	[0.1]
 Enable theta_precision by-pass 	[0.1]
 Enable Braking Resistance Thermal Protection 	[0.1]
 Enable Safety STOP only like signaling	[0.1]
 Enable Incremental Encoder Time Decode	[0.1]
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