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Doors |
Define a door for any of the following purposes:
• An elevator door
• In/Out door
• Entry door for anti-passback.
• Exit door for anti-passback.
• Access door
You have the option to secure the door at all times, or only during defined schedules. The common locking devices used are electric door strikes, and electromagnetic locks. You can configure a door with a reader on one side or both sides. For doors equipped with two readers, you must define the outer reader as an entry reader and the inner reader as an exit reader.
1 - To edit a door, select the door, and click Edit.
2 - In the Primary language field, enter a name for the door.
3 - Optional: In the Secondary language field, enter a name in a different language.
4 - In the Lock information area, select an unlock schedule from the Unlock schedule list.
5 - If you select the First person in check box, the door remains locked until the first card is granted access, while an unlock schedule is valid.
6 - Set the Grace period counter for the time you want to permit a valid access before the scheduled unlock time.
7 - Enter the time you want the door to unlock in the Unlock time field.
8 - If you want to extend the unlock time, enter the time in the Extended unlock time field.
9 - Select the relay that you want to follow the lock output, from the Relay to follow lock output list.
10 - Choose the Fail-safe option, or the Fail-secure option in the Door lock field. Choose the appropriate option for your door type to lock the door when the power fails.
| Door lock | Lock type |
|---|---|
| Fail-safe | Strike lock |
| Fail-secure | Electromagnetic lock |
For each door, complete the following sections:
• Contact
• REX
• Keypad
• Multi-swipe
• Intrusion
• Association
• Comments
For an elevator, complete the following sections:
• Elevator
• Keypad
• Association
• Comments
A door contact monitors several door conditions, for example, door forced open, door open too long, and interlock options like mantrap. An interlock option ensures that the cardholder closes and locks one door, before the system grants the cardholder access to the second door. The door contact protects the investment made to control access to the door. The door lock, card reader, or keypad provide security and prevent unauthorized entry to a closed and, locked door. To define a door contact, complete the following steps:
1 - Select a contact from the Door contact list.
2 - Select a schedule from the Shunt schedule list. A shunt schedule outlines the time zone that you want the system to ignore the door.
3 - Select the Door open reading check box, if you want the system to read cards while the door is open. When you select the check box, EntraPass generates the “Access granted” event. If you clear the check box, EntraPass generates the event “Access granted – Door open”.
4 - Select the Door unlock reading check box, if you want the system to read cards while the door is unlocked manually by the operator or, by a valid unlock schedule. When you select the check box, the system generates the “Access granted – Door unlocked” event on access. If you clear the check box, EntraPass does not generate any event.
5 - Select the Unlock on access door open check box, if you want the system to unlock the door when a cardholder opens the door.
6 - In the Open time field, enter how long you want the door to remain open following a permitted access, or a valid request to exit request.
7 - In the Extended open time field, enter the extended time you want the door to remain open.
8 - Select the Pre-alarm door opened too long check box, if you want the door piezo to sound when half the defined open time passes. The piezo sounds until the door is closed.
9 - Enter the delay time before triggering the Pre-alarm door opened too long in the Delay field.
A signal from the REX device indicates that someone wants to exit through a controlled door. Motion detectors and push buttons provide the REX signal. You can configure doors with an unlock time reset, each time the primary or secondary REX is triggered. You can define two types of REX contacts, a primary and a secondary. The KT-400 and KT-1 controllers support the secondary REX feature. To define the REX options, complete the following steps:
1 - In the Primary REX options area, select a door contact from the REX contact list. This is the input the REX detector is connected to. This input must be local; it has to be one of the inputs on the controller operating the door.
2 - Select a schedule from the REX contact supervision schedule list. When the schedule is valid, the controller detects the REX signals originating from the exit contact. This option applies only to a door defined with a REX contact.
3 - Select a schedule from the REX bypass message schedule list. When the schedule is valid, events are not stored in archives. When the schedule is invalid, the system sends events to the gateway for archives.
4 - If you select the Unlock on REX check box, the door is unlocked if the controller validates the REX. Use this option on interior exit doors, shipping doors, and push doors used by delivery personnel. The system permits the exit and generates a “request to exit granted” event, rather than a “door forced open” event.
5 - If you select the Resettable REX function check box, the unlock time is restarted on a valid request to exit. Define open and unlock times in Doors in the Hardware Setup function. Select this option for high traffic doors, for example, manufacturing doors where many users need to exit during a short time, to prevent unwanted "door open too long" or "door forced open" events.
This function is available only if you select On door closing in the Relock on REX option.
6 - Choose On door opening or On door closing in the Relock on REX field.
If you select a keypad type, when defining the controller associated with the door, the keypad tab appears. To configure, which option permits access to a door, choose from the following options:
• Select Reader only if you want to grant access using only a reader. A reader only installation is the most common application.
• Select Reader or keypad if you want to grant access using a reader or a keypad. A keypad access is less secure than a reader access as the user may share their PIN and cannot permit further use, compared to lending a card and getting it back.
• Select Reader and keypad if you want to grant access using a reader and a keypad. You must define a valid “keypad schedule”. Adding a keypad to a reader increases the level of security.
• If you select a keypad option, the Card and pin schedule list appears. To limit the requirement for a PIN code, select a schedule.
Use multi-swipe to define the actions that result when a cardholder double swipes their card, or triple swipes their card. To define multi-swipe, click the Enable button and complete the following steps:
1 - Select a schedule from the Schedule list. The schedule applies to Double swipe parameters and Triple swipe parameters, and must be valid when the cardholder swipes the card a second time or third time for the corresponding action to occur.
2 - In the Double swipe parameters area, select one of the following action options to occur when the cardholder double swipes their card.
a - No action
b - Arming alarm system or partition: arms the door manually, or arms panel partitions. For a global gateway or a KT-NCC gateway, you must configure the door as an arming reader in one or more alarm systems. The system first verifies the swipe conditions, and then the arming conditions of the alarm system.
c - Toggle door lock: switches the lock from the current state to the alternative state. For example, if the door is in a locked state, it unlocks it. If the door is in an unlocked state, it locks it.
d - Tempo unlock door: temporarily unlocks the door for a specified time.
e - Toggle relay: switches the relay from the current state to the alternative state. For example, if the relay state is activate, it switches to deactivate; if the relay state is deactivate, it switches to activate.
f - Tempo activate relay: temporarily activates a relay, or group of relays, for a specified time.
g - Lock door: relocks the door after valid access.
h - Unlock door: unlocks the door after valid access.
i - Activate relay: activates the relay, only if the relay state is deactivate.
j - Deactivate relay: deactivates the relay, only if the relay state is active.
3 - If you select Toggle relay, Activate relay, or Deactivate relay, the Relay list appears. Select the appropriate relay from the list.
4 - In the Delay field, enter the maximum time between two card swipes. Two beeps sound to indicate a double swipe, three beeps sound to indicate a triple swipe. A long beep indicates denied entry.
5 - Select the Relock on access on double swipe check box to lock the door before executing the double swipe action.
6 - Complete steps 2 to 4 to define Triple swipe parameters.
Use intrusion to define the parameters for your intrusion device.
1 - Select a key from the Arming request keypad key list.
2 - Select an input from the Arming request input list.
3 - Select a schedule from the Arming request schedule list.
4 - Select an access level from the Arming access level list.
5 - Select an access level from the Disarming access level.
1 - In the Association area, select a graphic map from the Map list.
2 - Select a camera from the Camera/Video view list.
In the Comments pane, enter information that may be useful for identifying the door.
Editing a door