16
PN: 81127
Rev 4, 6/2017
Controls the modes to stop the Timer and turn the output off. Pressing the button will present to the user
with three selections: Current Actuate, Dry Contacts Normally Open/Closed, and Voltage
Applied/Removed, see the following descriptions.
2.3.1.4.1
Current Actuate Mode
Current Actuate Mode: Timer will initiate only when the output circuit is completed, and a threshold
current of approximately 10% of the selected test current is exceeded. Timer will continue to run until
output circuit opens and the current drops below threshold level or output is de-energized by the user.
2.3.1.4.2
Normally Closed Contact Opening
With the BINARY INPUT terminals connected to normally closed external contacts, output circuit will
remain energized and timer will continue to run until contacts open.
2.3.1.4.3
Normally Open Contact Closing
With the BINARY INPUT terminals connected to normally open external contacts, output circuit will
remain energized and timer will continue to run until contacts close.
2.3.1.4.4
Voltage Applied
With the BINARY INPUT terminals connected to an external monitoring circuit, output circuit will
remain energized and timer will continue to run until an AC or DC Voltage is applied.
2.3.1.4.5
Voltage Removed
With the BINARY INPUT terminals connected to an external monitoring circuit, output circuit will
remain energized and timer will continue to run until an AC or DC Voltage is removed.
2.3.1.4.6
Post Deb (Debounce time)
This setting is associated with the BINARY INPUT Terminals, and Normally Open Contacts closing.
The Debounce time is set in milliseconds. The trip contacts must stay closed for the duration of the
Debounce time setting for the time test to be true. If the contacts open in less than the set Debounce
time the timer will continue to run. Once the input condition is true then the time test will conclude.
The trip time displayed will be the total test time less the debounce time.
2.3.1.4.7
Post Volt Thres. (Voltage Threshold)
This setting is associated with the BINARY INPUT Terminals and Voltage Applied test applications.
To serve a wide range of test applications the BINARY INPUT has a programmable voltage
threshold. For typical test applications the binary input has a defaulted threshold of 5 volts. A higher
threshold voltage helps to eliminate false triggers due to a noisy source. Lower thresholds allow
stopping of timer from TTL voltage signals. The allowable voltage applied is 1 to 300 Volts AC or DC,
programmable in 1 Volt increments.
