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Advanced Access Control Course 3000

Advanced Access Control Course 3000. Access Control Configuration. EOL Resistor Table. EOL Resistor Table. Allows configuration of EOL resistor values for all Lenel alarm inputs 4 Default values Non supervised Supervised 4 Custom values Detectable resistance range

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Advanced Access Control Course 3000

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  1. Advanced Access ControlCourse 3000 Access Control Configuration CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  2. EOL Resistor Table CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  3. EOL Resistor Table • Allows configuration of EOL resistor values for all Lenel alarm inputs • 4 Default values • Non supervised • Supervised • 4 Custom values • Detectable resistance range • Basic = 51Ω (minimum) to 9,999Ω (maximum) • Advanced = 50Ω (minimum) to 25000Ω (maximum) CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  4. EOL Resistor Table Basic EOL Table Advanced EOL Table Common Values CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  5. EOL Resistor Table Cont. • Table Configuration • Standard pre-configured settings • Default normally open • Non supervised • Supervised • Default normally closed • Non supervised • Supervised CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  6. EOL Resistor Table Cont. • Custom configuration • Basic • Allows configuration of low and high range • Allows selecting N/O or N/C contact • Advanced • Input status and resistance ranges may be defined • Allows configuration of priority • During add or modify switching between basic and advanced will keep low and high values. • Default button • Sets configurations to standard values CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  7. Defined values Foreign 1K Ω Foreign 2K Ω Foreign Short Open Basic Configuration • Basic default values • Normal low range • 750 to 1250 Ω • Normal high range • 1550 to 2500 Ω CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  8. Defined values 0 Ω ∞ Ω Foreign 1K Ω Foreign 2K Ω Foreign Open Short Advanced Configuration • Advanced default values • Shorted loop • 0 (short) to 50 Ω • Foreign • 50 to 750 Ω • Inactive (secure) input • 750 to 1250 Ω • Foreign • 1250 to 1550 Ω • Active (alarm) input • 1550 to 2500 Ω • Foreign • 2500 to 10000 Ω • Open loop • 10000 Ω to ∞ (open) • Grounded input line • Input A or B grounded CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  9. Advanced Configuration Cont. • Resistance range • Positive number representing a resistance value in ohms • Drop-down selection • infinite resistance • shorted line • ground line A • ground line B CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  10. Advanced Configuration Cont. • Status options: • Inactive • Active • Fault – ground • Fault – short • Fault – open • Fault – foreign voltage (abnormal resistance) • Fault – non-settling (debounce time expires) CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  11. Advanced Configuration Cont. • Priority • Configures the priority of each monitored state and assign a priority to the reported event • Allowable range (low-high) • Used when the input is in a non-determined state and another determined state will take precedence CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  12. Debounce Time CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  13. Debounce Time Cont. • Debounce time • The amount of time (mS) required for the contact to remain stable and accurately report a change of state of the input • Configuration is relative time based on type of input • General purpose alarm input (alarm panel, reader interface alarm input) • REX • Door position switch CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  14. Debounce Time Cont. Debounce time 150 mS Contact Open Contact Bounce Contact Closed Time Reported Alarm = Alarm Restored CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  15. Debounce Time Cont. Debounce time 33 mS Contact Open Contact Bounce Contact Closed Time Reported Alarm = Fault – Non settling CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  16. Debounce Time Cont. • Debounce values • Default – used mainly for upgrading, and for hardware not supporting configurable values • Previous value used when upgrading • 1 ~ 33 mS (default for REX) • 2 ~ 67 mS • 3 ~ 100 mS (default for general purpose inputs and DPS) • 4 ~ 150 mS • 5 ~ 200 mS • 6 ~ 250 mS CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  17. Hold Time CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  18. Hold Time Cont. • Hold time • The hold time is intended to reduce multiple transaction events from sensors that are likely to have many transitions per incident • Intended for general purpose inputs • Extends the detection of the restored alarm • Configured in seconds CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  19. Hold Time Cont. Secure Incident 1 A single restored event will be generated at the end of each hold time 2 second hold time Single Alarm CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  20. Debounce & Hold Time Configuration • Configuration of Reader Controls, AUX inputs and Alarm Inputs • Assigning the EOL supervision configuration • Debounce Time • 1 lowest (33ms) • 6 highest (255ms) • Hold Time • In seconds (1-15) CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  21. Exit/Entry Delay CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  22. Exit/Entry Delay • Non-Latch Entry field • Checked/Non-latched mode • Unchecked/Latched mode • Entry Delay • Non-Latched mode = Alarm will be reported when the Entry Delay time expires • Adds false alarm prevention • Input must still be active at the end of delay time. CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  23. Exit/Entry Delay • Latched mode = Alarm will not be reported when the Entry Delay time expires if input is masked within the specified delay time • Valid access to a room with motion detectors • Used with Reader Command Programming, Arm/Disarm Areas or Manual Masking. CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  24. Exit/Entry Delay • Exit Delay • An active input will NOT be reported until the Exit Delay expires (count down starts after unmask action) • Useful for securing a room upon exit • Value is in seconds (0 to 32767) CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  25. Exit/Entry Delay Cont. CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  26. First Card Unlock CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  27. First Card Unlock Cont. • Referred to as ‘Snow Day’ functionality • The reader will change to unlock mode when the first badge is presented • Any badge • Authorized badge • Based on access level permission • May also be controlled through Timezone/Reader mode CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  28. First Card Unlock Cont. • Option enabled at each ISC • Enabled on a per reader basis • Default reader configuration • May also be manually changed from alarm monitoring • Reader mode timezone control • Specific times when functionality is enabled CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  29. First Card Unlock Cont. CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  30. First Card Unlock Cont. • First Card Unlock Authority • Reader optionally configured for First Card Unlock Authority Required • First card unlock authority controlled by access level assignment CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  31. First Card Unlock Cont. CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  32. First Card Unlock Cont. Timezone can be applied to determine when reader will switch to first card unlock mode. CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  33. First Card Unlock Cont. • Other features that can enable or disable First Card Unlock include: • Global I/O • Alarm Acknowledgment Actions • Guard Tours • Scheduler CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  34. Cipher Mode CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  35. Cipher Mode Cont. • Allows card data to be entered via the readers keypad • “Temporary” badge if employee forgets badge • Eliminates multiple badges for multiple facilities • May be revealed to a group of people • Reporting accountability would be lost • No physical credential • May be used when reader is set to card and PIN • Both cipher code and PIN must be entered CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  36. Cipher Mode Cont. CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  37. Cipher Mode Cont. • Magnetic card format must be assigned to the reader for format comparison • Card format used as template for badge information entered through keypad • All badge format information must be entered that is configured in the card format • Facility code, badge ID, issue code • * used to identify the start of data entry for cipher mode • # used for identify end of data entry for cipher mode CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  38. Cipher Mode Cont. Example 1 * - Determined by card format • Reader in card only mode • Enter *12312345601# at the reader keypad • * (start) • 123 facility code* • 123456 badge ID* • 01 issue code* • # (end) CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  39. Cipher Mode Cont. Example 2 * - Determined by card format • Reader in card and PIN mode • Enter *123456# 1234 at the reader keypad • * (start) • No facility code* • 123456 badge ID* • No issue code* • # (end) • PIN 1234 CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  40. Cipher Mode Cont. • Cipher mode will not operate in reader facility mode • Magnetic card format may be configured with just a badge ID • No facility code or issue code CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  41. I/O Linkage Local I/O Global I/O CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  42. New Terminology • Local I/O • Confined to a single access panel • Global I/O • System wide* • *Segmentation restricts the ability to configure Global APB, Mustering, and Guard Tour across segments CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  43. Local I/O CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  44. Local I/O • Functions operate at local level only • Up to 100 functions supported per ISC CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  45. Local I/O Cont. • Output of functions allow control of: • Alarm panel outputs • Reader outputs • Masking/unmasking of alarm groups • Opening/closing areas • Chain to function list • Access Panel callback • Two Man Area Control Activation • Reader unlock/set reader mode • Testing for active alarms in alarm group* • * - Used in conjunction with Alarm Group unmasking to provide intrusion detection panel functionality • Activate/deactivate time zone CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  46. Local I/O Cont. • Local I/O may be executed via. • Device linkage • Command Programming • Instant Commands • Area count • Alarm mask group count • Alarm Acknowledgment • Scheduler • Part of an Action Group • Action type CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  47. Local I/O Cont. • Device Linkage Inputs include: • All alarm points • Communications loss to downstream devices • Access activity • Workstation • Communication loss to host workstation running the panels LS Communication server CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  48. Local I/O Cont. • Input actions on state change can be configured to • Do nothing • Set true • Set false • Pulse CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  49. Local I/O Cont. CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

  50. Local I/O Cont. CR3000 - M05.01 - 6.4.500 TU 1 (Access Control Config)

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