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<< Click to Display Table of Contents >> Navigation: Access Launchpad > Application > Access Control > Contact Schedules |
Location: Main Menu > Access Control > Contact Schedules
Contact Schedules define when IP locksets communicate with the Drawbridge server. These schedules are especially important for wireless or battery-powered locksets, as they control when the device “wakes up” to send and receive updates.
Unlike standard Schedules (used for access times), Contact Schedules are strictly about communication timing between hardware and the system.
•Communication Timing
oDetermines when locksets sync data (cards, access levels, events)
•Battery Optimization
oHelps extend battery life by limiting how often a lock communicates
•Lockset Behavior
oSome locksets only update during scheduled communication windows
Follow these steps to create a Contact Schedule:
1.Navigate to Access Control > Contact Schedules
2.Click “Create New”
3.Enter a Description
4.Select a Contact Schedule Type
5.Configure settings based on the selected type (Settings tab)
6.Click Save
Drawbridge provides several Contact Schedule types, each designed for different hardware and use cases:
•Lock communicates only when a designated “Communication User” credential is used
•Ideal for minimizing communication to only when needed
•Lock maintains constant communication with the server
•No additional configuration required
•Best for hardwired (PoE) locksets
•Lock communicates up to four times per day
•You define:
oSpecific days of the month
oSpecific times of day
•Lock communicates up to four times per day
•You define:
oSpecific days of the week
oSpecific times of day
•Lock alternates between:
oActive (online) period
oSleep (offline) period
•Configure:
oSleep duration (1–655,535 minutes)
•Useful for balancing responsiveness vs battery life
1.Go to Access Control > Contact Schedules
2.Select the Contact Schedule
3.Modify:
oDescription
oSchedule type
oTiming settings
4.Click Save
Contact Schedules are typically assigned to IP locksets and control:
•When new card data is downloaded
•When events are uploaded
•When configuration changes are applied
If a lock is offline (sleeping), updates will not occur until the next communication window.
•Use Always On for wired locks whenever possible
•Use scheduled communication for battery-powered locks to extend life
•Avoid overly infrequent communication if real-time updates are important
•Coordinate schedules with expected usage patterns (e.g., business hours)
•Test communication timing after setup
•Contact Schedules do not control door access times
•Delayed communication can result in:
oLate card updates
oDelayed event reporting
•Choosing the right schedule is a balance between:
oPerformance
oBattery efficiency
This is a BETA AI model. Verify all information.
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