Digital Counter / Timer / Tach User Manual, 1st Ed.
1-800-633-0405
4-4
Mode N (
n
)
When the count present value PV counts up to the count
setting value SV2 Output 2 will turn ON. The count PV will
remain at the count SV2 regardless of additional input signals.
The leading edge of a “reset” input signal at RST1 will turn
Output 2 OFF, reset the count PV to 0, and prohibit an input
signal from incrementing the count PV. The trailing edge of the
“reset” signal at RST1 enables counting to begin.
The “reset” signal minimum pulse width is set by reset pulse
width parameter (
rtSr
).
RESET
999999
2
COUNT PV
OUT2
TIMER + COUNTER
Counter Input Mode UP
Counter Output Mode N
0
Mode C (
C
)
When the count present value PV counts up to the count
setting value SV2 Output 2 will turn ON momentarily for the
time set in the output pulse width parameter (
tout2
) and the
count PV will reset automatically to 0.
The leading edge of a “reset” input signal at RST1 will turn
Output 2 OFF, reset the count PV to 0 and prohibit an input
signal from incrementing the count PV. The trailing edge of the
“reset” signal at RST1 enables counting to begin.
The “reset” signal minimum pulse width is set by reset pulse
width parameter (
rtSr
).
RESET
999999
2
COUNT PV
OUT2
TIMER + COUNTER
Counter Input Mode UP
Counter Output Mode C
TTT
0
Mode R (
r
)
When the count present value PV counts up to the count
setting value SV2 Output 2 will turn ON momentarily for the
time set in the output pulse width parameter (
tout2
).
The count PV is prohibited from incrementing until the end of
the output pulse time (
tout2
) when the Output 2 turns OFF
and the count PV is reset automatically to 0.
The leading edge of a “reset” input signal at RST1 will turn
Output 2 OFF, reset the count PV to 0 and prohibit an input
signal from incrementing the count PV.
The trailing edge of the “reset” signal at RST1 enables counting
to begin. The “reset” signal minimum pulse width is set by reset
pulse width parameter (
rtSr
).
RESET
999999
2
COUNT PV
OUT2
TIMER + COUNTER
Counter Input Mode UP
Counter Output Mode R