Curtiss-Wright | PG Drives Technology
SK77981-14
108 | R-net Technical Manual | Chapter 3 – Programming
MOTOR – PROFILED
12.14 COMPENSATION FACTOR
This allows different values of Compensation to be used across different profiles.
The programmable range is 0% to 200% in steps of 1%.
The programmed value adjusts the actual value of the parameter, Compensation.
For example, if Compensation was set to 100mOhms and Compensation Factor for a particular Profile was set to 150%, then an
effective value of 150mOhms would be used for that Profile. Likewise, if in another Profile, Compensation Factor was set to
80%, then an effective value of 80mOhms would result.
See section, Compensation for details of how to set that parameter. Compensation must be set accurately before making
adjustments to Compensation Factor.
WARNING:
Inappropriate values of Compensation and Compensation Factor could make the wheelchair uncontrollable and potentially
unsafe. Curtiss-Wright accepts no liability for losses of any kind resulting from inappropriate setting of either or both of these
parameters.
13
INHIBITS
INHIBITS EXPLAINED
Both the Power Module and the Intelligent Seating/light Module (ISM) each have two Inhibit Inputs. On the Power Module,
these are referred to as Inhibit 2 and Inhibit 3; and on the ISM, these are referred to as Inhibit 4 and Inhibit 5. For conne ction
details of these inputs, please refer to the Installation Chapter.
Each of these inputs can recognize four different input conditions (or states). This means that four different events can ori ginate
from a single input. See the following Speed Inhibit and Actuator I nhibit Examples.
The state of an Inhibit input is defined as a percentage and is set by the resistance connected to the input.
If the input is connected directly to 0V, then it is considered to be at 0%.
If the input is connected to 0V via a 10KOhm resistor or greater, then it is considered to be at 100%.
Each of the 99 steps between corresponds to 100Ohm. As an example, if the input is connected to 0V via a 4.7KOhm resistor,
then the input is considered to be at 47%.
Dependent on the state of an input, it is in one of four bands. The size of these bands is programmable via the parameters
Lower Level Threshold, Middle Level Threshold and Upper Level Threshold. These are shown in the following diagram.
Each of the Threshold Level parameters can be set between 0% and 100% in steps of 1%.
After the input bands have been defined, then each input can be linked to a speed limit or full drive inhibit via the paramet ers:
Assign, Speed Limit in Band 0, Speed Limi t in Band 1, Speed Limit in Band 2 and Speed Limit in Band 3.
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