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4
4 Instructions4.8.5 Timing
Assume that the key hold time of X10 is T seconds. The following table lists the relationships among D10,
D11, and n.
n D10 D11 (unit: 100 ms)
K0 (unit: s) 1 x T D11 = D10 x 10
K1 (unit: 100 ms) 10 x T D11 = D10
K2 (unit: 10 ms) 100 x T D11 = D10/10
Example 2:
M10
ǒT10 D10 Ǔ
M11
ǒT10 D11Ǔ
M12
ǒT10 D12 Ǔ
M19
ǒT10 D19Ǔ
M8000
ǒBIN K1X10 Z0 Ǔ
X0
ǒTTMR D100 K0Ǔ
X0
ǒPLF M100 Ǔ
M100
ǒMOV D100 D10Z0Ǔ
The TMR instruction is executed to write 10 time settings to D10
to D19 in advance. Because 100-ms timers are used, one-tenth of
the teaching data is the actual action time (in seconds).
A 1-digit DIP switch is connected to X10 to X13, and the BIN
instruction is executed to convert the value of the DIP switch to a
BIN equivalent, which is stored in Z0.
When X0 = ON, the time measured in seconds is stored in D100.
M100 indicates one scan cycle pulse that is generated when the
teaching timer's X0 button is released.
The number of the DIP switch is used as an indirectly designated
pointer, and then the content of D100 is transferred to D10Z0 (D10
to D19).
STMR: Special timer
◆
Overview
When driving conditions are met, the STMR instruction acquires four contacts with reference to the time
value S2 of the timer S1, including delayed switch-off after power-off, switch-on upon power-off and delayed
switch-off, switch-on upon power-on and delayed switch-off, and delayed switch-on after power-on and
delayed switch-off after power-off.
STMR S m D
Special timer Applicable model:
H3U
S Timer Timer number, in the range T0 to T199
16-bit instruction (7
steps)
STMR: Continuous
execution
m
Preset
time
Preset time of the timer, in the unit of 100 ms; value range:
1 to 32,767
D
Contact
head
address
Head address of four consecutive elements that store
contacts
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