33
H group (Related to data setting)
Display Name Description
H00 Selection of IN1 input function
Initial value: 0
(Refer to P.36 for display of input
state of IN1)
Reversion and operation of signal logic of sensor input 1 (IN1) are set. Time until
actual operation changes depending on setting times of ON delay timer 1and the
OFF delay timer 1.
0: When the terminal IN1 is connected to 0V (Low level), the OFF delay timer 1
works to stop the driving. The ON delay timer 1 works at the High level to
start the driving.
1: When the terminal IN1 is connected to 0V, the ON delay timer 1 works to
start the driving. The OFF delay timer 1 works at the High level to stop the
driving.
2: The terminal IN1 is used only to control the terminal P1. When connecting it
to 0V, the ON delay timer 1 works to turn on the terminal P1. The OFF delay
timer 1 works at the High level to turn off the terminal P1.
3: The terminal IN1 is used only to control the terminal P1. When connecting it
to 0V, the OFF delay timer 1 works to turn off the terminal P1 (The signal of
IN1 is reversed in logic and used for setting 2).
4: The terminal IN1 is used to control the terminal P1, and it stops with AND
with the terminal IN2. When connecting it to 0V, the ON delay timer 1 works
to turn on the terminal P1. The OFF delay timer 1 works at the High level to
turn off the terminal P1. (Refer to the sign *.)
5: The terminal IN1 is used to control the terminal P1, and it stops with AND
with the terminal IN2. When connecting it to 0V, the OFF delay timer 1
works to turn off the terminal P1 (The signal of IN1 is reversed in logic and
used for setting 4). (Refer to the sign *.)
*For the above 4 or 5, when both ON delay timers 1 and 2 are turned on,
driving is stopped, P0 is made OFF (High), in addition, P1 and P2 are turned
OFF. When either IN1 or IN2 is ON (the input of one or both turned OFF), the
OFF delay timer works, makes P0 ON (Low) at the same time with the drive
starting, and turns ON the corresponding P1 and P2. Please inquire of NTN
for the detailed operation.
6: When terminal IN2 is connected to 0V, OFF delay timer 1 works and stops
driving. When terminal IN1 is at High level, ON delay timer 1 works and
starts driving.
7: When terminal IN2 is connected to 0V, OFF delay timer 1 works and stops
driving. When terminal IN1 is connected to 0V, ON delay timer 1 works and
starts driving.
H01 ON delay timer 1
Initial value: 0.0 (second)
Set range:
0.0~60.0seconds
When data of H00 is 0 or 1, the time between when sensor 1 (IN1) stops to
confirm the work and when parts feeder starts driving is set.
When data of H00 is 2~5, the time between when sensor 1 (IN1) starts to confirm
the work and when terminal P1 turns ON is set.
When data of H00 is 6 or 7, the time between when sensor 1 (IN1) stops to
confirm the work and when parts feeder starts driving is set.
Note) It is effective only when the data selection (J02) of the driving method is 0, 1
or 3 (the use of the overflow detection sensor is selected).
H02 OFF delay timer 1
Initial value: 0.0 (second)
Set range:
0.0~30.0seconds
When data of H00 is 0 or 1, the time between when sensor 1 (IN1) stops to
confirm the work and when parts feeder starts driving is set.
When data of H00 is 2~5, the time between when sensor 1 (IN1) starts to confirm
the work and when terminal P1 turns ON is set.
When data of H00 is 6 or 7, the time between when sensor 1 (IN1) stops to
confirm the work and when parts feeder starts driving is set.
Note) It is effective only when the data selection (J02) of the driving method is 0, 1
or 3 (the use of the overflow detection sensor is selected).
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