American access system ADV-1000 Guide de l'utilisateur télécharger pdf (Page 405)

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The following list shows possible Output Inverter

field settings.

Output Settings

NormalNormal

Normal

• Relay defaults to a de-energized state.

• Pulsing the output energizes it for its designatedpulse time (or pulses the output

on). At the endof the pulse time, the output de-energizes. (The output responds

the same upon a valid egress, a valid card read, and/or a manual pulse command.

• Energizing a relay turns the relay on (LED on).

• De-energizing a relay turns the relay off (LED off).

• Normally Open circuit acts as a NO circuit. Normally Closed circuit acts as a

NC circuit.

InvertedInverted

Inverted

• Relay defaults to an energized state.

• Pulsing the output de-energizes it for its designated pulse time (or pulses the

output off). At the end of the pulse time, the output reenergizes. (The output

responds the same upon a valid egress, a valid card read, and/or a manual pulse

command.

• Energizing a relay turns the relay off (LED off).

• De-energizing a relay turns the relay on (LED on).

• Normally Open circuit acts as a Normally Closed circuit. Normally Closed

circuit acts as a Normally Open circuit.

Create an ADV for Each Output Point

You must configure an ADV for each of the output

[Control] points that you will be using. Outputs that

are used in conjunction with the door cannot be

added as ADVs.

5 Click the Add button in the ADV area of the

window to open the Abstract Device Record -

Control Point window (next illustration).

NOTE: Within the Abstract Device Records, output

points are considered "Control Points." Input points

are considered "Monitor Points," and Readers are

considered "Entrances."

Programming

1 2 ... 400 401 402 403 404 405 406 407 408 409 410 ... 776 777

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American access system ADV-1000 Guide de l'utilisateur Page 405

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