User guide
Parameter Dictionary  Parameters 
ASCII 
DvcNet 
MACRO 
CAN/ECAT 
IDX:SUB 
Bank 
Type 
Description 
occurs.  
If clear: programs the drive to abort the current move and remain enabled when a tracking 
error occurs. 
10 
If set: programs the drive to latch a fault when output current is limited by the I
2
T algorithm.  
11 
FPGA failure. This bit is read-only. 
12 
Command input lost fault. If set: programs the drive to latch in the disabled state when the 
command input is lost. 
13 
Unable to initialize internal drive hardware. This bit is read-only. 
14 
If set, programs the drive to latch a fault when there is safety circuit consistency check 
failure. 
15 
If set, programs the drive to latch a fault when the drive is unable to control motor current. 
16 
If set, programs the drive to latch a fault when the motor wiring is disconnected (see Open 
Motor Wiring Check Current (0x19D). 
17-31 
Reserved. 
0xA8 
0xA9 
0x4A8 
0x2320 
RF 
INT16 
Digital Input Command Configuration. Defines the configuration of the digital input 
commands when the drive is running in a mode that uses them as a control source.  
The lower 8 bits control the PWM input configuration for controlling current and 
velocity modes. The upper 8 bits configure the digital inputs when running in position 
mode. 
Bits  Description 
0 
If set, use PWM in signed/magnitude mode. If clear, use PWM in 50% duty cycle offset 
mode. 
1  Invert the PWM input if set. 
2  Invert the sign input if set. 
3 
Allow 100% duty cycle if set. If clear, treat 100% duty cycle as a zero command, providing a 
measure of safety in case of controller failure or cable break. 
4  If set, use parameter 0xB6 as deadband for PWM input. 
5 
If set, allow longer PWM periods (up to 50ms). 
6 
For Feature Set C products, setting this bit will cause the Motor Hall Offset (0x4F) to be 
added to the angle calculated in UV mode. For Feature Set E products, see UV 
Configuration (0x180). 
7 
Reserved for future use. 
8-9 
Input pin interpretation for position mode (see below). 
Copley Controls  Page 36   










