7.2.1.3 Outputs
The output parameters are used to assign functions to the drive outputs. This should
correlate to the signaling that the controller expects from the drive. Adjust the LO05-LO15
Output Functions as needed:
• LO05 Output Function O1
• LO10 Output Function O2
• LO15 Output Function RLY1
• LO20 Output Function Brake Control
7.2.1.4 Motor Data
The motor data parameters must match the motor nameplate and will be used to create
an equivalent motor model for the drive to function optimally. The motor data is used for
the motor and drive safety, the motor learn, and encoder learn if required. Adjust the
Motor Data Parameters (LM) as needed:
• LM01 Motor Power
• LM02 Motor Speed (RPM)
• LM03 Motor Current
• LM04 Motor Frequency
• LM05 Motor Voltage
• LM06 Motor Power Factor (only Induction Motors)
• LM07 Motor Torque (only adjustable for PM motors)
7.2.1.5 Encoder Data
The encoder data parameters relate to the encoder on the motor and are required for
motor to function properly. The encoder data is used by the drive to decipher the encoder
signal being sent over. Adjust the Encoder Data Parameters (LE) as needed:
• LE01 Encoder Interface (encoder type)
• LE02 Encoder 1 Pulse Number
• LE05 Encoder 1 Multiplier (2 for Induction Motors and 8 for PM Motors)
7.2.1.6 Machine Data
The machine data parameters are based on the physical aspects of the machine/motor.
Adjusting these parameters adjust how fast the motor is spinning. Adjust the Machine
Data Parameters (LN) as needed:
• LN01 Traction Sheave Diameter
• LN02 Gear Reduction Ratio (This should be 1 for a gearless motor)
• LN03 Roping Ratio
If the motor is geared and the gear ratio is not given or unclear, use LN05
Estimated Gear Reduction Ratio. This is calculated based on the motor data and
machine data input into the drive. The drive estimates what the LN02 should be.
Input the value of LN05 into LN02 as a starting point and adjust manually as
needed to match car speed.
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