InteliDrive Lite, SW version 1.9
ID-FLX-Lite-1.9r1 Reference Guide.pdf,
©ComAp – August 2015
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Input
Analog input: CU: AI1-AI9
AIO: AI1-AI4
PI function 1
Binary input: LoadRequest2 (optional)
Binary input: LoadRegDisable (optional)
PI function 3
Binary input: RegRequest2 (optional)
Binary input: R Reg Disable (optional)
Output
Analog output: Load Limit (plug-in module)
Analog output: ByRPMCtrlAout (plug-in module)
Setpoints
Load limit
:
Load Input
= Load
Load Bias
Load Request 1
Load Request 2
Load ReqRamp
Load UpLimit
Load DownLimit
Load Gain
Load Integral
Regulator
:
Reg Input
Reg Bias
Request
Request 2
Reg Gain
Reg Integral
6.9.3.2
Engine load limitation with analog output
Purpose: Protect the engine against overload by reducing the load.
Description: The engine load (e.g. feeder speed) is reduced when actual “Percentual load” (coming
from ECU) is over the
Load limit
:
LoadRequest1
(or
LoadRequest2)
setpoint. Load can be
continuously reduced by Analog output or switched between two levels by Binary output to keep the
Engine load on or below the limit.
Input
J1939
– Actual Load in %
Binary input: L Request 2 (optional)
Binary input: Reg Disable (optional)
Output
Analog output: Load LimitAnOut (plug-in
module)
Note: LoadLimitAnOut range = 0 - 10000
Setpoints
Load limit
:
Load Input
= Load
Load Bias