T
OUTPUT RELAY
SUPPLY
VOLTAGE
05
Delayed Pulse (0.5 second)
The time period T starts when the supply voltage is applied. At the end of the time period,
the output relay energises for 0.5sec before de-energising.
START
SUPPLY
VOLTAGE
With the supply voltage applied to the timer the output relay energises when the start
contacts are closed (rising edge). At the end of the time period T the relay de-energises.
07
Interval (Open to Start)
With the supply voltage applied to the timer the output relay energises when the start contacts
are opened (falling edge). At the end of the time period T the relay de-energises. During the
time period T re-closing and opening the start contacts does not effect the timer output.
08
Delay On Delay Off
With the supply voltage applied to the timer the time period T starts when the start contacts
are closed (rising edge). At the end of the time period T the relay energises. Once the start
contacts are then opened (falling edge) the time period T restarts and at the end of the time
period T the output relay de-energises. If the start impulse is shorter than the time period T
the output is energised for the time period T only.
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09
Bistable with Time Limit
With the supply voltage applied to the timer the output relay energises when the start
contacts are closed (rising edge). The output relay de-energises when the start contacts
are closed again (rising edge) or when the time period T passes. The length of the start
impulse is not critical.
10
Delay on De-Energise (Re-triggerable)
With the supply voltage applied to the timer the output relay energises when the start
contacts are closed (rising edge). When the start contacts are opened the timing starts
and at the end of the time period T the relay de-energises. If the start contacts are closed
again before the time period T has elapsed the output will remain energised. Once the start
contacts are opened again and time period T elapses the output relay will de-energise.
11
Delay on De-Energise (Non Re-triggerable)
With the supply voltage applied to the timer the output relay energises when the start
contacts are closed (rising edge). When the start contacts are opened the timing starts
and at the end of the time period T the output relay de-energises. If the start contacts are
closed again before the time period T has elapsed the output will still de-energise when the
time period T elapses.
12
Delay on Energise (Pulse to Start)
With the supply voltage applied to the timer the time period starts when the start contacts
are closed (rising edge). At the end of the time period T, the output relay energises and
remains energised until the supply voltage is removed. With the power supply to the timer
maintained, re-closing the start contacts has no effect on the output relay.
OUTPUT RELAY
SUPPLY
VOLTAGE
13
Output Permanently On
With the supply voltage applied to the timer the output relay permanently energises
indefinitely until the supply voltage is removed.
14
Output Permanently Off
With the supply voltage applied to the timer the output relay remains permanently
de-energised indefinitely.
OUTPUT RELAY
SUPPLY
VOLTAGE
0.5s
T
0.5s
06
Interval (Close to Start)
T
OUTPUT RELAY
T
START
SUPPLY
VOLTAGE
T
OUTPUT RELAY
T
START
SUPPLY
VOLTAGE
T
OUTPUT RELAY
START
SUPPLY
VOLTAGE
OUTPUT RELAY
T
T
T
T
START
SUPPLY
VOLTAGE
OUTPUT RELAY
T
T
T
START
SUPPLY
VOLTAGE
OUTPUT RELAY
T
T
START
SUPPLY
VOLTAGE
OUTPUT RELAY
T
