Specifications

Code 02 – 02 (Stop Method) = ____________ (Default is 0 (Ramp Stop))
Choices: Ramp Stop (0) or Fast Stop (1)
Code 02 – 03 (Carrier Frequency) = 12 (KHz)
NOTE: EMI and heat generation are directly affected by carrier frequency. Acoustical
noise is inversely affected by carrier frequency. If the motor is located in a
space in which acoustical noise is not bothersome, set Code 02 – 03 to 2 KHz.
Code 02 – 04 (Reverse Operation) = 1 (Disable Reverse)
Code 02 – 05 (Operation Control Modes) = ____________ (Default is 0 (Fwd/Stop))
Choices: One Contact Start/Stop (0) or Two Contacts Start and Stop (2)
Code 03 – 00 (Multi-function Output Terminal (Relay Output)) = ____________ (Default
is 8 (Fault Indication))
Choices: No function (0), AC drive operational (1), Maximum output fre-
quency attained (2), Zero speed (3), Over-torque detection (4), Base-
block (B.B.) indication (5), Low voltage indication (6), Fault indication
(8), Desired frequency attained (9), PLC program running (10), PLC pro-
gram step completed (11), PLC program completed (12), PLC program
paused (13), Terminal count value attained (14), Preliminary count value
attained (15), Heatsink overheat warning (19), AC drive ready (20), or
Emergency stop indication (21).
Code 03 – 05 (Analog Output Signal) = ____________ (Default is 0 (Analog frequency
meter))
Choices: Analog frequency meter (0), Analog current meter (1), Output
voltage (2), Output frequency (3), Motor output speed command (4), or
Output power factor (5)
Code 04 – 04 (Multifunction Input MI1) = 20 (Emergency Stop)
Code 04 – 05 (Multifunction Input MI2) = ____________ (Default is 0 (Disabled))
Choices: Disabled (0), Multi-step speed 1 (1), Multi-step speed 2 (2),
Multi-step speed 3 (3), Multi-step speed 4 (4), External reset (5),
Accel/Decel speed inhibit (6), Increase frequency (11), Decrease fre-
quency (12), Counter reset (13), Run PLC program (14), Pause PLC pro-
gram (15), Emergency stop (N.O.) (19), Emergency stop (N.C.) (20), or
External start command (23)
Code 06 – 00 (Over-Voltage Stall Prevention) = 0 (Disabled)
Code 06 – 01 (Over-Current Stall Prevention During Acceleration) = 250 (%)
Code 06 – 02 (Over-Voltage Stall Prevention During Operation) = 250 (%)
Code 06 – 06 (Thermal Overload Relay) = 1 (Constant Torque Motor)
Code 06 – 07 (Thermal Characteristic) = 120 (Seconds)
Code 07 – 00 (Motor Rated Current) = ____________ (Motor Rated Current / Drive
Rated Current (in %))
NOTE: The setting of this parameter is very important, particularly when the motor HP
is less than the maximum rating of the drive. This parameter protects the under-
sized motor from drawing too much current, and possibly being damaged. If
the calculated value is less than 40 %, which is the default of Code 07 – 01,
Code 07 – 01 must be set first.
Code 07 – 01 (Motor No-load Current) = ____________ (Motor No-load Current / Drive
Rated Current (in %))
3-2
3.3 Standard Program Code Changes (continued)