The programmable range is 0% to 100% in steps of 1%.
13.6 DEBOUNCE TIME
This sets a debounce time for the Inhibit input. Debounce is the amount of time the input must be stable before a new
condition is registered. This is particularly useful if mercury switches are being employed and eliminates the effect of
“splashing” across the contacts.
The programmable range is 0mS to 400mS in steps of 50mS.
INHIBITS - INPUTS – ISM
13.7 LOWER LEVEL THRESHOLD
This sets the level of the threshold between Band 0 and Band 1 for a particular Inhibit Input (Inhibit 4 or Inhibi t 5) on the ISM.
See Inhibits Explained for more details on ISM inhibits and bands.
The programmable range is 0% to 100% in steps of 1%.
13.8 MIDDLE LEVEL THRESHOLD
This sets the level of the threshold between Band 1 and band 2 for a particular Inhibit Input (Inhibit 4 or Inhibit 5) on the ISM.
See Inhibits Explained for more details on ISM inhibits and bands.
The programmable range is 0% to 100% in steps of 1%.
13.9 UPPER LEVEL THRESHOLD
This sets the level of the threshold between Band 2 and band 3 for a particular Inhibit Input (Inhibit 4 or Inhibit 5) on the ISM.
See Inhibits Explained for more details on ISM inhibits and bands.
The programmable range is 0% to 100% in steps of 1%.
13.10 DEBOUNCE TIME
This sets a debounce time for the Inhibit input. Debounce is the amount of time the input must be stable before a new
condition is registered. This is particularly useful if mercury switches are being employed and eliminates the effect of
“splashing” across the contacts.
The programmable range is 0mS to 400mS in steps of 50mS.
INHIBITS - DRIVE INHIBITS
13.11 ASSIGN
The R-net Power Module has five drive separate software Drive Inhibits. These are referred to as A, B, C, D and E; and each of
these can be initiated by any actual hardware inhibit input in the system. This functionality means that speed limits or driv e
inhibits can be triggered from 5 individual sources.
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