CG emotron TSA Series User Manual

CG Drives & Automation, 01-5980-01r2 Functionality 125
Timer 1 Delay [6313]
This menu is only visible when “Timer Mode “[6312] is set
to “Delay”. When Timer 1 is triggered in menu [6311], the
set value in this menu will delay the activation of the Timer
1 output signal, T1Q.
Timer 1 T1 [6314]
This menu sets the “on” time for the “Alternate” and “On-
time” modes in menu [6312] (only visible when one of these
two modes has been selected).
If “Alternate” mode is selected and Timer 1 is triggered on
signal set up in [6311], the timer will automatically keep
switching from the “on” time ([6314] “Timer 1 T1”) to the
“off” time ([6315]”Timer 1 T2”). Hence the output signal
T1Q will alternate between active, “on”, and inactive, “off ”.
See Fig. 71.
If “On-time” mode is selected in [6312] and Timer 1 is
triggered in [6311], the timer will extend the activation (“on”
time) of the output signal T1Q to the set value in
[6314]“Timer 1 T1”. See Fig. 72.
Timer 1 T2 [6315]
In this menu the “off” time in the “Alternate” mode is set.
Timer 1 Value [6316]
This menu shows the actual value of the timer.
Timer 2 - 4 [632] - [634]
Refer to the descriptions for Timer 1.
8.6.4 SR Flip-flops [640]
The flip-flop function is a memory circuit that can be used to
store data concerning state. The output from a flip-flop is
dependent not only on its current input, but also on its state
at the moment this is received (hence previous input status
also matters).
The set/reset flip-flop circuit has two input signals, SET and
RESET, that control the state of an output signal, OUT.
When none of the input signals are active (i.e. both are =0),
the flip-flop will keep its current value.
When only one of the input signals is active (=1), this will
directly decide the status of the output signal. Consequently
if SET=1 (active) and RESET=0 (inactive), the SET
command is given to the output signal, OUT. This will result
in a signal change from inactive to active (=1), if not already
in an active state.
Conversely, if SET=0 (inactive) and RESET=1 (active), the
RESET command is given to the output signal, OUT,
causing this to be deactivated (=0).
Flip-flop priority mode
When both input signals are in an active state simultaneously,
i.e. SET=1 and RESET=1, a priority function decides which
signal will influence the output signal. There are three
different priority settings available for the flip-flop function,
selected in the menu for “Flip-flop Mode”. Examples of the
different priority settings are presented in Fig. 73.
Fig. 73 Programmable flip-flop modes.
Default: 0:00:00.0 (hours:minutes:seconds)
Range: 0:00:00.0–9:59:59.9
Default: 0:00:00.0 (hours:minutes:seconds)
Range: 0:00:00.0–9:59:59.9
Default: 0:00:00.0 (hours:minutes:seconds)
Range: 0:00:00.0–9:59:59.9
Read-only
6313 Timer1 Dly
Stp 0:00:00.0
6314 Timer1 T1
Stp 0:00:00.0
6315 Timer1 T2
Stp 0:00:00.0
6316 Timer1 Val
Stp 0:00:00.0
RESET
SET
OUT
RESET
SET
OUT
RESET
SET
OUT
Reset priority
Set priority
Edge controlled without priority

CG emotron TSA Series Specifications

General

Brand	CG
Model	emotron TSA Series
Category	Controller
Language	English