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Tyco Fire & Security Technical Trainings

Tyco Fire & Security Technical Trainings. DSC PowerSeries Intruder Panels Chapter 3: Keypad Functions. Objectives. After successfully completing this training the student should be able of: Know the available [*] commands and their meaning Know how to program the Keypad function keys

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Tyco Fire & Security Technical Trainings

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  1. Tyco Fire & SecurityTechnical Trainings DSC PowerSeries Intruder Panels Chapter 3: Keypad Functions

  2. Objectives • After successfully completing this training the student should be able of: • Know the available [*] commands and their meaning • Know how to program the Keypad function keys • Know how to program the zone labels

  3. PowerSeries 64-Zone Full Message Keypad PK5500 8 language support Global partition status Full 32-character programmable phrases 5 programmable function keys Intuitive clock programming Input/Output terminal can be programmed to operate as a zone input, programmable output or as a low temperature sensor Individual FAP keys Multiple door chime per zone Adjustable backlight and keypad buzzer Wire channel Dual wall-mount and front cover tamper New AC status ICON RFK5500 includes all of the same features and supports 32 wireless zones and 16 wireless keys

  4. PowerSeries 64-Zone LCD Picture Icon Keypad PK5501 Enlarged keypad buttons 5 programmable function keys Input/Output terminal can be programmed to operate as a zone input, programmable output or as a low temperature sensor Individual FAP keys Multiple door chime per zone Adjustable backlight and keypad buzzer Wire channel Dual wall-mount and front cover tamper Easy-to-install mounting hinge Surface or single-gang box mount New AC status ICON RFK5501 includes all of the same features and supports 32 wireless zones and 16 wireless keys

  5. 16-Zone LED Keypad PK5516 5 programmable function keys Input/Output terminal can be programmed to operate as a zone input, programmable output or as a low temperature sensor Individual FAP keys Multiple door chime per zone Adjustable backlight and keypad buzzer Wire channel Dual wall-mount and front cover tamper Easy-to-install mounting hinge New AC status ICON RFK5516 includes all of the same features and supports 32 wireless zones and 16 wireless keys

  6. PowerSeries 8-Zone LED Keypad PK5508 5 programmable function keys Input/Output terminal can be programmed to operate as a zone input, programmable output or as a low temperature sensor Individual FAP keys Multiple door chime per zone Adjustable backlight and keypad buzzer Dual wall-mount and front cover tamper Easy-to-install mounting hinge New AC status ICON RFK5508 includes all of the same features and supports 32 wireless zones and 16 wireless keys

  7. PowerSeries 8-Zone LED Keypad LED5511Z Modern, slim-line portrait keypad Large, backlit buttons on keypad for trouble-free viewing and activation 4 programmable function keys Dual FAP keys Dual tamper support Zone input Wire channel

  8. PowerSeries 64-Zone Icon LCD Keypad LCD5511 Modern, slim-line portrait keypad Large, backlit buttons on keypad for trouble-free viewing and activation Intuitive symbols and backlit display Input/Output terminal can be programmed to operate as a zone input, programmable output or as a low temperature sensor 4 programmable function keys 8 partition support Dual FAP keys Wire channel New AC status ICON

  9. Installation - PK55XX/RFK55XX

  10. Installation - PK55XX/RFK55XX

  11. Installation - Wiring Before wiring the unit, ensure that all power (AC transformer and battery) is disconnected from the control panel. Connect the four Keybus wires from the control panel (red, black, yellow and green) to the keypad terminals. If programmed as an input, you can connect a device - such as a door contact - to the ‘P/Z’ terminal of the keypad. To connect the zone, run one wire from the device to the ‘P/Z’ terminal and the other wire from the device to the B (black) terminal. For powered devices, run the red wire to the R (positive) terminal and the black wire to the B (negative) terminal. If the ‘P/Z’ terminal is programmed as an output, the output follows the PGM programmed in Section [080]. (maximum load is 50mA).

  12. Language Selection • The keypad can be programmed to display messages and labels in different languages. Language can be selected before the keypad is enrolled on the system. Perform the following when in “Ready to Arm” mode or at the Installer Programming menu: • Press and hold both scroll keys [< >] simultaneously until language options are displayed. • Scroll to the desired language using the scroll keys [< >]. • Press [ ✱ ] to select the desired language.

  13. Function Keys Keypads have 5 programmable one-touch function buttons located in a column own the right-side of the keypad. These buttons can also be activated by pressing and holding number [1] through [5] respectively for 2 seconds. The default for these function buttons on the PK/RFK series keypads are as follows: [1] Stay Arm [2] Away Arm [3] Chime Enable/Disable [4] Fire/Reset - Command Output# 2 [5] Quick Exit

  14. Section [000] : Function Key Programming Enter the Installer Program. *8 5555 Press [000] to access to the numerical keypad Program options. Enter the number [1] to [5] to select the function key that you want to program. Insert the two digits number accordingly to the Option you desire to program for each key ([00] a [30]). Repeat steps 2 and 3 until you have programmed the five function Keys. Press twice the [#] key to exit the installer Program.

  15. Section [000] : Function Key Programming

  16. Arming Methods • The PowerSeries Panels supports 3 modes of arming: • Stay Arm • Away Arm • Night • Stay Arming • Arming in the ‘Stay’ mode indicates that all zone on the control panel are active with the except for ‘Stay/Away’ type zones. It is common to define motion detectors zones as ‘Stay/Away’ type zones. Arming in the Stay mode is typically performed when the user wishes the stay at home and have the ability to walk freely inside without causing alarms, yet still provided with perimeter protection. • Methods of arming in Stay Mode: • Access Code Entry or Quick Arm: After arming using any of these methods, the system will arm in the Stay mode if a delay (Delay 1 or Delay 2) type zone is not violated during the exit delay • Stay Function on Keypad or Key FOB* • *Arming with either of these methods will always arm in the ‘Stay’ mode, even if a delay type zone is violated during exit delay Arming

  17. Arming Methods • Away Arming • Arming in the ‘Away’ mode indicates that all zone on the control panel are active including ‘Stay/Away’ type zones. Arming in the Away mode is typically performed when the user wishes to arm system when leaving the location. • Methods of arming in Away Mode: • Access Code Entry or Quick Arm: After arming using any of these methods, the system will arm in the Away mode if a delay type zone is violated during the exit delay • Away Function on Keypad or Key FOB* • *Arming with either of these methods will always arm in the ‘Away’ mode, even if a delay type zone is not violated during exit delay • Note: If current armed in the Stay mode, the user may enter [*][1] to reactivate all Stay/Away type zones, placing the system in the Away mode.

  18. Arming Methods • Night Mode Arming • ‘Night Mode’ arming occurs when a [*][1] (Reactivate Stay/Away Zones) is performed on a system that was initially armed in the ‘Stay Mode’. All ‘Stay/Away’ types zones will become active, however all ‘Night’ zones will remain bypassed. • Note: Night zones are only active if the system was initially armed in the ‘Away Mode’

  19. Disarming The user must enter through a door programmed as Delay. Upon entering, the keypad emits a steady entry delay tone (and a pulsing tone during the last 10 seconds of entry delay) to alert the user to disarm the system. To disarm the system, enter a valid user code, present a proximity tag or use a wireless key. If an alarm occurred while the panel was armed, the keypad displays “Alarm in Memory” and the zone(s) that went into alarm during the armed period. Press the [#] key to return the keypad to the Ready state.

  20. [*] Commands • The following is a list of the [ ✱ ] commands available and a description of each: • [ ✱ ][1]: Bypass (disarmed state)/Reactivate Stay/Away Zones (armed state) • [ ✱ ][2]: Display Trouble Conditions • [ ✱ ][3]: Display Alarm Memory • [ ✱ ][4]: Door Chime Enable/Disable • [ ✱ ][5][Master/Supervisory Code]: User Code Programming and Proximity Tag Enrolment • [ ✱ ][6][Master/Supervisory Code]: User Functions • [ ✱ ][7][1/2]: Command Outputs 1 and 2 • [ ✱ ][8][Installer Code]: Installer Programming • [ ✱ ][9]: Quick Arm (disarmed state)/Quick Exit (armed state)

  21. [*][1] – Zone Bypass • Zone bypassing allows for a zone or series of zones to be ignored during the next arming. This command is performed when the system is disarmed. • Operation: • Bypass a single zone • Step 1 – [*][1] • Step 2 –Enter 2-digit zone number • Step 3 –Press [#] • Bypass multiple zones • Step 1 –[*][1] • Step 2 –Enter 2-digit zone number of first zone to bypass • Step 3 –Repeat step#2 for additional zones to be bypassed • Step 4 –Press [#] • Additional Bypass Commands: • Bypass Recall: Press [99]. The keypad will recall the last group of zones that were bypassed • Clear Bypass: Press [00]. The keypad will clear the bypass on all zones. • Save Bypass: Press [95]. The keypad will save which zones are manually bypassed. • Recall Save: Press [91]. The keypad will recall the bypassed zones that were saved.

  22. [*][1] – Reactivate Stay/Away Zones • This command incorporated previously bypassed zones into the system. This command may be performed when the system is armed in the ‘Stay’ mode. • Operation: • [*][1] while armed in the ‘Stay’ mode • Note: when performed, the system will initiate ‘Exit Delay’ (silent). This will allow for the users to leave the area of the reactivated zone or zones avoiding false alarms.

  23. [*][2] – System Troubles • Overview: • This command is used to display system troubles. • [1] - Service Required • [1] - Low Battery • [2] - Bell Circuit Trouble • [3] - General System Trouble • [4] - General System Tamper • [5] - General System Supervisory • [6] - RF Jam • [7] - PC5204 Low Battery Trouble • [8] - PC5204 AC Trouble

  24. [*][2] – System Troubles • [2] - AC Trouble: This trouble condition is generated when AC power is removed from the control panel • [3] - TLM Trouble (Telephone Line Monitor): This trouble condition is generated when the control panel loses the telephone line connection between RING/TIP (less than 3vdc) • [4] - FTC Trouble (Failure To Communicate): This trouble condition is generated when the control panel fails to report a signal to the central station • [5] - Zone Fault Trouble Including Fire Zones: A zone fault condition is generated due to any of the following: • Wireless - If a wireless device fails to report a status or supervisory signal within the wireless supervisory window • DEOL (Double End Of Line) - If a short circuit is detected. • Fire Zone - If an open circuit is detected.

  25. [*][2] – System Troubles • [6] - Zone Tamper Trouble: A zone tamper condition is generated due to any of the following: • Wireless - If the tamper on a wireless device is violated (cover is removed, device removed from backplate) • DEOL (Double End Of Line) - If a open circuit is detected • [7] - Wireless Device Low Battery Trouble: This trouble is generated when a low battery condition is detected on a wireless device • [8] - Loss of Time/Date Trouble: This trouble condition is generated when the internal clock (time/date) needs to be reset due to a loss of power (AC/DC)

  26. [*][3] – Alarm Memory • This command is used to display zones which were in alarm during the last armed state. • Operation: [*][3] • Notes: • alarm memory will be cleared when the system is rearmed. • If the alarm memory has been cleared, the event buffer can be used to display previous alarms • alarm memory is clear the next time the control panel is armed

  27. [*][4] – Enable/Disable Door Chime • This command is used to enable/disable the door chime feature. • Operation: [*][4] • Enabled = 3 beeps, ‘CHIME ON’ is displayed for 2 seconds • Disabled = 1 tone, ‘CHIME OFF’ is displayed for 2 seconds

  28. [*][5] – Access Code Programming • The following table identifies available user codes: • [01]-[39], [41]-[95] General User Codes arm, disarm • [40] Master Code all functions • Operation: • Adding/Editing User Code • Step 1 - Enter [*][5][Master Code] • Step 2 - Enter user code number • Step 3 - Enter new 4-digit code • Deleting User Code • Step 1 - Enter [*][5][Master Code] • Step 2 - Enter user code number • Step 3 - Enter [*]

  29. [*][5] – Access Code Programming • Access Code Attributes - Partitioning • Operation: • Step 1 - Enter [*][5][Master Code] • Step 2 - Enter [98] • Step 3 - Enter user code number • Step 4 - Enable/disable options [1] – [8] for required partition access for the selected user code

  30. Access Code Attributes - Code Options Access Code Attributes - Code Options Operation: Step 1 - Enter [*][5][Master Code] Step 2 - Enter [99] Step 3 - Enter user code number Step 4 - Enable/disable desired option Option [1] User can enter User Code Programming section with this code Option[2] Duress Reporting Code is sent whenever this code is entered

  31. Access Code Attributes - Code Options • Access Code Attributes - Code Options • Option [3] - Bypass • This option is only applicable when the toggle option 'Bypass Requires Code' is enabled (Section [015], Option [5] ON). If enabled, this access code may be used to enter the bypass mode. If this option is enabled (Bypass Requires Code), the user must enter a code with the 'Bypass' attribute enabled after entering [*][1] before the keypad will enter the bypass mode. • Option [4] - Escort5580 Access • This option is applicable when attempting to access an Escort5580 remotely. When the Escort5580 answers remotely, and the user has successfully entered the 3-digit 'Escort Access Code', the Escort5580 will prompt for an access code. The code entered must have this access code attribute enabled in order to gain access

  32. Access Code Attributes - Code Options • Access Code Attributes - Code Options • Option [7] - Bell Squawk On Access Code Entry • If enabled, a bell squawk will only be performed when an access code is used to arm/disarm. • Option [8] - One-Time User Code • If enabled and this user code performs a disarming, the system will delete the 4-digit user code the next time the control panel is armed. Any of the 32 user codes can be programmed to be one-time use codes.

  33. [*][6] – User Functions • Overview: This command allows the following features to be performed: • Set Time/Date • Enable/Disable Automatic Arming • Set Automatic Arming Time • System Test • Enable DLS Window • User Initiated Call-up • Operation: • Enter [*][6] + [Master Code]

  34. [*][6] – User Functions • [1] Program Time and Date: Enter the time and date using the following format [HH:MM] [MM/DD/YY]. Program the time using military standard (e.g., 8:00 pm = 20:00 hours). • [2] Auto-arm/Auto-disarm Enable/Disable: The keypad will emit 3 rapid beeps if the Auto-arm/disarm feature is now enabled and a steady 2-second tone if it is now disabled. • [3] Auto-arm Time/Day: Press the number corresponding to the day of the week (1=Sunday, 2=Monday etc.) followed by the autoarm time. Program the time using military standard (e.g., 8:00 pm = 20:00 hours). • [4] System Test: The panel will perform the following; activate the bell output, keypad buzzer and all keypad status lights for 2 seconds, test the backup battery and transmit a reporting code to the central station (if programmed). • [5] Enable DLS: The panel will temporarily enable DLS for 6 hours. • [6] User Initiated DLS: The panel will attempt to call the DLS computer. • [7] For Future Use • [8] User Walk Test - User walk test mode is initiated/terminated.

  35. [*][6] – User Functions - LCD Options • Additional LCD options are available when access the ‘User Functions’. These options are as following: • Event Buffer • Contrast * • Brightness * • Buzzer Volume* • * To adjust the options, use the keypad scroll buttons. When the desired option appears on the display press the [*] button to select. Use the scroll buttons to select the desired level. Press [#] to exit

  36. LCD Options – Event Buffer • The event buffer stores the last 500 events generated on the system. These events include: • Alarms/Restores • Troubles • Tests • [*] Commands • Viewing Events: • Step 1 – [*][6]+ [Master Code or Supervisory Code] • Step 2 – Press [*] when ‘View Event Buffer’ is displayed • Step 3 – The display will show the most recent event (Event 001) • Each event is display in 2 separate levels: • Level 1 – displays the number of the event (The most recent event is 000), followed by the partition label • Level 2 – displays the description of the events which occurred • Notes: • pressing [*] at any time will toggle between level 1 and level 2 of an event. • pressing the arrow keys (right/left) will scroll through events • when a new event is logged, the oldest event stored will be erased

  37. [*][7] – Command Outputs • This command provides the ability to activate/deactivate PGM outputs programmed as a ‘Command Output’ option. • Operation: • [*][7] + [1] or [*][7] + [1] + [Access Code] • [*][7] + [2] or [*][7] + [2] + [Access Code] • [*][7] + [1] or [*][7] + [3] + [Access Code] • [*][7] + [2] or [*][7] + [4] + [Access Code]

  38. [*][8] – Installer Programming • This command allows the user to enter ‘Installer Programming’. • Operation: [*][8] + [Installer Code] • Notes: • The default installer code is ‘5555’. • The system must be disarmed before entering installer programming • Attempting to enter installer programming while armed, the keypad will emit a long steady tone for 3 seconds after [*]8] is entered and the LCD keypad message ‘Function Not Available’ will also be displayed

  39. [*][9] – No-Entry Arming If armed using this method, all ‘Delay’ type zone will become instant (no entry delay) and all ‘Stay/Away’ type zone will be automatically bypassed Operation: [*][9] + [Access Code] Note: [*][1] may be used after arming in this mode if ‘Stay/Away’ zones are to be active

  40. [*][0] – Quick Arm/Quick Exit • [*][0] – Quick Arm: • This command is used to arm the control panel without using a user access code. • Operation: [*][0] • Note: this feature is performed while the system is disarmed • [*][0] – Quick Exit: • When performed, this command will enable a 2 minute window. During this window any one delay type zone (Delay 1 or Delay 2) may be violate and then restored once. • Operation: [*][0] • Notes: • this feature is performed when the system is armed • if the delay zone is not restored when the 2 minute window expires, entry delay will begin

  41. Local Keypad Programming • Local Keypad Programming: To access keypad programming, perform the following: • Step 1 – Enter Installer Programming • Step 2 – Enter [*] • Step 3 – Enter the 3-digit LCD programming section

  42. Programming Labels • Custom labels can be programmed for each zone to make operation of the system easier for the end user. Each label can up to 14 characters in length • Enter [*] [8] [Installer Code] to get into Programming • Press [*] to get into LCD Programming • Enter the 3 digit Section Label Number • Section [001] to [064] Zones 1 to 64 Labels • Note: Use Keypad 8 to Program all the labels to then be able to broadcast them to other keypads

  43. Programming Labels • Programming Labels (continued) • The keypad will display the presently programmed label • Use the arrow keys (<>) to move the underline bar underneath the letter to be changed • Press the number key [1] through [9] from one to four times to get the required letter or number [1] = A, B, C, 1 [4] = J, K, L, 4 [7] = S, T, U, 7 [2] = D, E, F, 2 [5] = M, N, O, 5 [8] = V, W, X, 8 [3] = G, H, I, 3 [6] = P, Q, R, 6 [9] = Y, Z, 9, 0 [0] = space

  44. Programming Labels • Programming Labels (continued) • Press the [*] key to bring up the LCD menu: • Save Saves the label • Change Case Changes between upper and lower case • ASCII Entry Allows you to enter special characters • Clear to End Clears label from underline bar to end • Clear Display Clears label • Scroll to the required option and press [*] to select it

  45. Global Label Broadcast • [998] Initiate Global Label Broadcast: All LCD programming is done per keypad. If more than one LCD keypad are present on the system, and the PC5400 receives labels, labels programmed at one keypad can be broadcast to all other LCD keypads. Perform the following procedure in order to broadcast labels: • Step 1 - Program one the Keypad 1 completely. • Step 2 - Make sure all LCD keypads are connected to the Keybus. • Step 3 - Enter Keypad Programming, then enter section [998] at the keypad that was programmed. The keypad will now broadcast all the information programmed to all the other LCD keypads on the system. • Step 4 - When the keypad is finished press the [#] key to exit.

  46. Users Display Masks

  47. Keypad Options

  48. Local Keypad Programming

  49. Summary What means the System Trouble Message “General System Trouble”? Is it possible to configure an User code for ONE use only? When is the Alarm Memory cleared? How can I see the event Buffer? What events are store in the Event Buffer? How can I Switch from Stay to Away mode arming?

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