Honeywell W7761A - Manual (Page 68)

EXCEL 10 W7761A INPUT/OUTPUT DEVICE
68 74-2699
Table C4. Configuration Parameters (Right Continued).
Share (SH), Map (MA), Direct Access (DA)
E-Vision (EV): Calibrate (C), Monitor (M),
Parameter (P), Schematic (S)
Hardware Configuration (HW),
Manual Point (MN), Test (TS)
SH MA DA EV HW MN TS Comments
X X DO5FlSpeed is how long it takes for the actuator motor to move one cycle of travel
from closed to open. This value would be required if DO5Type were configured to
either Float_Open or Float_Close.
X X DO6FlSpeed is how long it takes for the actuator motor to move one cycle of travel
from closed to open. This value would be required if DO6Type were configured to
either Float_Open or Float_Close.
X X DO7FlSpeed is how long it takes for the actuator motor to move one cycle of travel
from closed to open. This value would be required if DO7Type were configured to
either Float_Open or Float_Close.
X X DO8FlSpeed is how long it takes for the actuator motor to move one cycle of travel
from closed to open. This value would be required if DO8Type were configured to
either Float_Open or Float_Close.
X M X DO1PWMPeriod is a intermittent voltage pulse whose width varies in proportion to
the desired actuator position. The PWM signal has three parameters that have to be
configured in order for the output to function correctly. The period, is the overall pulse
lenegth in seconds. The percent_time (signal presence) is the zero percent position
of the actuator output. The actuator requires this signal (pulse width) sent once every
period, so that it knows that it is still connected to the controller and where the zero
position starts. The variable width (delta_time) portion is incremented in proportion to
the signal percentage. There are 255 increments available (for example 0.1 second).
Thus, the pulse width will be the minimum width (percent_time) plus the number of
increments (delta_time/ 255). The smallest time that can be used with the RIO
controller is 0.1 second. An example stroke at mid position is: 0.1 second
(percent_time) + 128 x 0.1 (255/0.5 - 50 percent position) = 12.9 seconds. The period
would equal the percent_time plus the delta_time (for example 0.1 seconds) + 255 x
0.1 seconds = 25.6 seconds.
X M X DO1PWMZero: Refer to the description for DO1PWMPeriod.
X M X DO1PWMFull: Refer to the description for DO1PWMPeriod.
X M X DO2PWMPeriod: Refer to the description for DO1PWMPeriod.
X M X DO2PWMZero: Refer to the description for DO1PWMPeriod.
X M X DO2PWMFull: Refer to the description for DO1PWMPeriod.
X M X DO3PWMPeriod: Refer to the description for DO1PWMPeriod.
X M X DO3PWMZero: Refer to the description for DO1PWMPeriod.
X M X DO3PWMFull: Refer to the description for DO1PWMPeriod.
X M X DO4PWMPeriod: Refer to the description for DO1PWMPeriod.
X M X DO4PWMZero: Refer to the description for DO1PWMPeriod.
X M X DO4PWMFull: Refer to the description for DO1PWMPeriod.
X M X DO5PWMPeriod: Refer to the description for DO1PWMPeriod.
X M X DO5PWMZero: Refer to the description for DO1PWMPeriod.
X M X DO5PWMFull: Refer to the description for DO1PWMPeriod.
(continued)