POWERBRICKALARM TCP/UDP IP Alarm Panel Installation and Operation Manual

Transcription

1 POWERBRICKALARM TCP/UDP IP Alarm Panel Installation and Operation Manual Version 1.37a Firmware: 9.xx.xxx PowerBrick International PO Box Newton, Auckland 1021 New Zealand Phone: Help@powerbrick.net Web: Panel Account Number

2 Table of Contents About Powerbrick TCP/UDP IP Alarm Panel... 4 Powerbrick IP Alarm Panel Layout and Connections Diagrams... 5 Powerbrick IP Alarm Panel Circuit Board Wiring Layout... 5 Zone Configuration Diagrams... 6 Alarm Panel Output Configuration Diagrams... 8 Zone Connection Diagram... 9 Siren Output Connection Diagram Keypad Connection Diagram Nitewatch Connection Diagram Card Reader Connection Diagram Wireless Receiver Connection Diagram Solar Panel Connection Diagram Ethernet Connection Diagram Powerbrick IP Alarm Panel Setup Procedures and User Interface Control Areas Zones Users...25 Outputs Monitoring Network Account Info Follow Groups Cross Groups Auto-Arm Save Powerbrick IP Alarm Panel Alternative Keypad Setup Procedures Keypad hold down Commands Keypad Command Table Keypad Commands NiteWatch Setup Procedure Access Reader Access Reader Settings Access Reader Setup Procedure Wireless PIR, Smoke Detector, Door Contact and Key Fob Setup November 2017 The Quality Leader Page 2

3 Powerbrick IP Alarm Panel Utility Software Device Finder Electrical Specification Accessories Warranty Info Installer Registration Alarm Commissioning & Test Sheet November 2017 The Quality Leader Page 3

4 About Powerbrick TCP/UDP IP Alarm Panel The Powerbrick TCP/UDP IP Alarm Panel sends Contact ID messages in CSV format via multiple internet connections. Powerbrick can be configured as an eight to sixteen zone panel using both EOL resistor configurations (refer to the Zones Configuration Diagrams for more information) and wireless input devices. The panel can be configured with up to 16 Wired and/or wireless zones. The alarm panel has six individual outputs. Out 5 is labelled as Siren on the circuit board, supplies +13.8VDC and is a dedicated siren output. Out 1 and Out 2 are relay outputs each with a maximum 1.5A current rating. Out 3 and Out 4 are open-collector outputs each with a 250mA maximum current rating. (Refer to Alarm Panel Outputs Configuration Diagrams for more information). Out 6 is used to power and reset an internet gateway(s) and has a dedicated 1.5A output connector on the main PowerBrick module. The Powerbrick TCP/UDP IP alarm panel can be quickly and easily configured using the web accessed Graphical User Interface. Powerbrick s factory default IP address is Alternatively DCHP can be selected in programming for the router to assign Powerbrick its IP address. Alternatively launch PowerBrick Device Finder Tool ( 14 November 2017 The Quality Leader Page 4

5 Powerbrick IP Alarm Panel Layout and Connections Diagrams Powerbrick IP Alarm Panel Circuit Board Wiring Layout 14 November 2017 The Quality Leader Page 5

6 Zone Configuration Diagrams The following diagrams use Zone 1/9 as an example; this example applies to all other zones. Two resistor values, 3.3KΩ and 6.8KΩ, are used by the Powerbrick panel. Depending on how these two resistors are connected results in different resistances at the Zone s input terminal. N.O / N.C/ Loop Mode: Zone 1/9 Sensor (Contact) This is Normally Open or Normally Close mode. No resistor is required for this configuration. If the N.O/N.C mode and setting Inverted is chosen in programming, then zone inputs are left open in normal state and a short circuit will generate an alarm. If the N.O/N.C mode is chosen and Inverted is unselected in programming then these inputs need to be shorted in normal state and an open circuit will generate an alarm. Single Type (1) Mode and Single Type (2) Mode: Zone 1/9 3.3K Sensor (Contact) This diagram shows the connection for Single Type (1) mode and Single Type (2) mode. A 3.3KΩ resistor connects two zone inputs in the normal state. If Single Type (1) mode is chosen in programming then both a short circuit and an open circuit will generate an alarm. 14 November 2017 The Quality Leader Page 6

7 If Single Type (2) mode is chosen in programming then a short circuit generates a tamper and an open circuit generates an alarm. Balanced Mode: Zone 1/9 6.8K Tamper Sensor (Contact) 3.3K In Balanced Mode two resistors are used. Sensor (Contact) and Tamper are closed and a 6.8KΩ resistance appears at the Zone s two input terminals during a normal state. Sensor (Contact) open generates an alarm message. Tamper open generates a tamper message. Shorting the Zone s two input terminals generates a tamper message. Double Zone Mode: Double Zone Mode enables two sensors to be connected to the same zone input terminals doubling the number of zones to a maximum of wired zones to sixteen. The two sensors are closed in their normal state. 14 November 2017 The Quality Leader Page 7

8 Alarm Panel Output Configuration Diagrams Out1 & Out2 (relay outputs) COM N.C. N.O. Output 1 Internal Connections Output 2 COM N.C. N.O. Com N.C. N.O. Output 1 and Output 2 are relay outputs each with a maximum 1.5A current rating. By default, these outputs are not inverted in programming. The Com connects with the N.C (normally closed) port internally. When the output is activated, the internal relay switch disconnects the Com port from the N.C port and makes contact with the N.O (normally open) port. Out3 & Out4 (open collector outputs) Internal Connections Out3 Out4 Output 3 and Output 4 are open collector outputs and their internal circuitry is shown in the diagram above. These outputs can be used as switches for low power devices at 250mA maximum current rating. External circuitry and components such as a relay are required when switching high current device. Output 5 is marked as Siren on the circuit board and can be used to drive a piezo or trigger an external siren (See Siren Output Connection Diagram for more details). 14 November 2017 The Quality Leader Page 8

9 Output 6 is located on the main PowerBrick module and marked as Router Power This feature ensures the availability of gateway communications. By default, this output is used to power the internet gateway device. If gateway communications fail after the programmed number of retries, the 12vdc Power automatically disconnects momentarily to reset the Gateway modem and/or other gateway routers/switches. An important feature of this Router Reset output is that it works as a momentary switch. This prevents inadvertently turning off the gateway permanently. By Default Output 1 operates as a relay switch like Output 6. To disable the momentary feature of output 1, go to the Outputs tab and unselect Output 1 for the Gateway (1) Failed and Gateway (2) Failed events to latch its state. Detector Connection Diagram The Zone terminals can support a number of detection devices from simple door switch Loops to form C Relay sensors the most common being Passive infrared (PIR) and/or Smoke Detectors. Below are sample wiring diagrams but refer to the detector manufacture s wiring guide sheet for individual variations. 14 November 2017 The Quality Leader Page 9

10 Siren Output Connection Diagram The dedicated Siren terminals can supply a maximum 0.5 Amp current to an external device to power the siren and strobe. The N/C box tamper can be connected across terminals or to a normal instant Zone each method means that external interference of this device can be detected. When using the Internal battery with a different version of the outside box a separate 12vdc feed will need to be supplied form the PB300 Auxiliary 12vdc output terminals normally used to power Detectors. ( refer to the siren manual for details) Keypad Connection Diagram Connect the keypad to the Powerbrick panel as shown in the above diagram. GND wire is black; the B signal wire is blue; A signal wire is yellow and +V is red. 14 November 2017 The Quality Leader Page 10

11 NiteWatch Connection Diagram Connect the NiteWatch to the Powerbrick panel as shown in the above diagram. GND wire is black; the B signal wire is blue; A signal wire is yellow and +V is red Card Reader Connection Diagram Connect the Card Reader to the Powerbrick panel as shown in the above diagram. GND wire is black; the B signal wire is blue; A signal wire is yellow and +V is red 14 November 2017 The Quality Leader Page 11

12 Wireless Receiver Connection Diagram Connect the Wireless Receiver to the Powerbrick panel as shown in the above diagram. GND wire is black; the B signal wire is blue; A signal wire is yellow and +V is red Solar Power Regulator Connection Diagram Connect the Solar Power Panel/Regulator to the Powerbrick battery connector as shown in the above diagram. -VE wire is black; the +VE signal wire is Red. Mount Panel Due Facing Due North at approximately 45 degrees. 14 November 2017 The Quality Leader Page 12

13 Ethernet Connection Diagram General Overview 14 November 2017 The Quality Leader Page 13

14 Connect the Powerbrick panel to your Gateway/Router using an Ethernet cable. The gateway and the computer used to configure the Powerbrick panel must be in the IP address range of XXX. It is recommended that installers carry a local router with IP address with them to enable them to configure the Powerbrick panel on site. To enable external remote access to the Powerbrick panel, the customer s router must be port forwarded or UPnP enabled. The forwarded port of the router must match the web server port (defaulted as 80) of the Powerbrick panel to allow external remote access. Attach peripheral devices, configure the zones and outputs correctly, apply power to the unit and attach it to a network. Then connect to the Powerbrick panel using any compatible internet browser (Internet Explorer, Google Chrome, Firefox or Safari) on any computer, tablet or smart phone with an internet connection. Enter the Powerbrick s factory default IP address ( in your web browser and press Enter. A new window will prompt for Username and Password: The factory default is: Username: Installer Password: Installer Alternatively launch PowerBrick Device Finder ( locate the Powerbrick on the network (shown as above) and double click on it to open the connection. 14 November 2017 The Quality Leader Page 14

15 Powerbrick IP Alarm Panel Setup Procedures and User Interface Control The Control tab allows you to view the Powerbrick panel s status and switch its outputs by clicking the control buttons. Status The Powerbrick s status is displayed in the top section by the Mains, Battery, Gateway 1, Gateway 2, Aux Fuse and Siren Fuse icons. A green colour indicates that status is OK. When the icon is red a fault condition exists. Zones The Powerbrick has four Partitions and each Partition can be configured with up to four Areas. The factory default displays only Partition 1 Area A & D in the Control tab. Partition 2, Partition 3 and Partition 4 are not selected and are displayed as spare in dark grey. Click on any other available partitions to display their status. Click on the Partition 1 Area A button to arm or disarm this Area. When this button is green the panel is disarmed, when red the panel is armed. The panel cannot be armed if one or more zones within that Area have a fault condition (red zone colour) and not programmed for forced arming. 14 November 2017 The Quality Leader Page 15

16 All the configured zones (1,2,3,4,5,6,7,8-16) in of Partition 1 Area A are listed under the Partition 1 Area A button. A zone s status is indicated by its colour. Green indicates the zone is in its normal state. Red indicates the zone is alarmed or a fault condition exists. Click on an individual zone button to bypass that zone if it is bypass enabled. Output Buttons and Function Keys These buttons are displayed at the bottom of the screen. Function Key 1, Function Key 2 and Function Key 3 are mapped to the F1, F2 and F3 buttons on the keypad. Output 1, Output 2, Output 3, Output 4, Output 5 and Output 6 Work as toggle switches. Click on the BUTTON to turn on or off the outputs. Clicking the Fire, Medical or Panic buttons will send the fire, medical or panic messages to the Central Monitoring Station (CMS). The names of all displayed icons and buttons can be changed to more meaningful labels that better match their actual function. For example Zone 1 could be named Kitchen, Function Key 1 could be named Garage Door and Output 1 could be named Lights. See the Zones and Output Tabs to make these changes. 14 November 2017 The Quality Leader Page 16

17 Areas Click on the Areas tab to setup areas and zones. Click on one of the Partition buttons to view the Account Number, Partition Name, Area Name, Entry & Exit Period and Zones. Account Number Account Number is the Contact ID customer number normally supplied by the Central Monitoring Station. The account number can have up to 10 digits for each partition. Any alphanumeric characters can be transmitted via an Ethernet connection. Partition Name and Area Name Over-typing into these two text-input fields changes the Partition Name and Area Name to something more meaningful to users. Click the Save tab to keep the changes. Check the Select box to select that particular Area within that Partition. 14 November 2017 The Quality Leader Page 17

18 Entry & Exit Period Enter the delay periods for the Entry Zone and Exit Zone in these fields for each Area. Zones Click on a particular zone s check-box to select or deselect it from that Area. Click on the Advanced (if visible) link to display more options: Area B, Area C and Area D will be displayed on the screen. They can be selected and configured in the same way Area A is configured. Chime Inactivity The Chime Inactivity defines a period in seconds that the chime mode turns off and waits after a successful trigger. To use Chime mode on a keypad this function must be enabled. Press 5 on the keypad and hold until the keypad beeps twice to turn this mode on. Press 5 and hold again until the keypad beeps three times to turn off Chime mode on the keypad. Select Chime and Sound Keypad for that zone in the Zones Tab. In the Outputs tab, specify a Chime Activation Period greater than 0 second. Swinger Number & Swinger Period Swinger Number is the number of triggers for any zone within that Area before that zone is shut down. Enter a 0 to disable Swinger shutdown. Swinger Period is the period in seconds within which a programmed number of triggers can cause the Swinger shutdown. 14 November 2017 The Quality Leader Page 18

19 Knock Number & Knock Period Knock Number is the number of triggers for any zones within that Area before an alarm signal is generated. Enter a 0 to disable Knock Counting. Knock Period is the time in seconds within which a programmed number of triggers can generate an alarm signal. Last Exit Any zone can be set as a last exit zone. Triggering the last exit zone will cancel the exit period delay and activate the last exit period delay (in seconds). The Linked to check-boxes can be used in the following scenarios: Building A (Partition 1) and Building B (Partition 2) share a corridor (Partition 3) Select Partition 1, tick Linked to Partition 3 Select Partition 2, tick Linked to Partition 3 Now, Partition 3 is defined as a common partition. Partition 3 will be automatically armed only if both Partition 1 and Partition 2 are armed. Partition 3 will be automatically disarmed if either Partition 1 or 2 is disarmed or both are disarmed. 14 November 2017 The Quality Leader Page 19

20 Zones Click on the Zones Tab to configure the Zones (maximum 16) of the Powerbrick Panel: In the top-left corner of the Zones tab, a drop-down field allows individual zones to be selected and configured. Zone Name Change the Zone Name to something more meaningful to the user by over-typing the text input field and then clicking the Save tab. Tick the Select check-box to make that zone available. Click on the Advanced (if visible) link to display more options: 14 November 2017 The Quality Leader Page 20

21 EOL Setup Refer to the Zone Configuration Diagrams and choose only one EOL setup option that matches the physical connection on that zone (Only one EOL Setup option can be selected). - N.O/N.C.: no resistor needed. Un-tick the Inverted box (see Types in later section) if that zone is normally closed. Tick the Inverted box if that zone is normally open. - Single Type (1): one 3.3KΩ resistor is used. Both open circuit and short circuit will generate alarm messages. - Single Type (2): one 3.3KΩ resistor is used. Short circuit generates tamper message and open circuit generates alarm message. - Balanced: one 3.3KΩ resistor and one 6.8KΩ resistor connected in series. Sensor (contact) open generates an alarm message. Tamper open generates a tamper message. A short circuit also generates a tamper message. - Double: one 3.3KΩ resistor and one 6.8KΩ resistor connected in parallel. Using Zone1/9 as an example. If the sensor in series with a 3.3K resistor opens, a Zone 1 alarm message is generated. If the Sensor in series with a 6.8K resistor opens, a Zone 9 alarm message is generated. Shorting the zone s input terminals will generate tamper messages for both Zone 1 and Zone November 2017 The Quality Leader Page 21

22 Zone Outputs Tick Output check boxes to specify the output activation function(s) that are generated for each zone. Multiple check boxes can be ticked. For example, ticking Alarm (1), 24 Hour (1) and Tamper (1) will cause the panel to activate these output functions when the corresponding event(s) occur. Types 24 Hour Tick to select this zone as a 24 hour zone (eg. Tamper) Entry Zone Tick if this zone is to be an entry zone. The entry delay is defined in the Areas Tab. 14 November 2017 The Quality Leader Page 22

23 Entry Follow At least one zone must be defined as an entry zone to enable entry follow mode. Setup the follow group in the Follow Groups Tab. Exit Zone Tick if this zone is to be an exit zone (no alarm triggers during the exit period). The exit delay is defined in the Area tab. Last Exit Tick to set this zone as a last exit zone. When the last exit zone is activated, the last exit delay overrides the zone s exit delay. The last exit delay is defined in the Area Tab. Key Switch & Momentary/Arm/Disarm Tick Key Switch to use this zone as a key switch to arm or disarm the alarm panel. This zone will arm or disarm the Area and Partition to which it is assigned. Only one of the three options (Momentary/Arm/Disarm) can be selected: If Momentary is selected, the first trigger in this zone arms the panel, the second trigger disarms If Arm is selected, any trigger state in this zone arms the panel. If Disarm is selected, any trigger state in this zone disarms the panel. Sensor If the alarm is armed, triggering this zone will activate an output without an alarm condition. For instance, activate an external light without triggering the siren. Tamper 24 Hour Tick if this zone is used as a tamper and armed 24 hours. Bypassable Tick this box to enable this zone to be bypassed by either a user or by swinger shutdown. Inverted Tick this box to invert how this zone is triggered. If a zone s EOL setup has N.O/N.C. ticked a closed circuit is the normal state and an open circuit in that zone generates an alarm. If the inverted box is ticked an open circuit is the normal state and a closed circuit generates an alarm. 14 November 2017 The Quality Leader Page 23

24 Forced Arming Select this option to enable the panel to be armed even if this zone is triggered or faulty. Chime and Sound Keypad Tick these two boxes if you want this zone to be a Chime zone and the keypad to beep when this zone is triggered. Knock Count Tick this box to enable knock count on this zone. The knock number and period can be modified in the Area Tab. Swinger Tick this box to set the zone to swinger mode. The swinger number and period can be modified in the Area Tab. Crossed and Cross Group These fields are used to setup a Cross Group. Multiple zones must be triggered within a certain period to active the alarm (see Cross Groups tab for more information). 14 November 2017 The Quality Leader Page 24

25 Users User Codes You can set up to 30 end user codes for each PowerBrick alarm and assign each user a different username and password and a different level of system access authority. You cannot assign anyone a higher access authority to your own. User Codes 1 to 30 are defined as the final user codes by the Installer Code. The Default User code 1 is 1234 and the default web Login user1 and password user1 The Default Installer code is not set as default however the default web Login installer and password installer 14 November 2017 The Quality Leader Page 25

26 Outputs Click on the Advanced (if Displayed) link to view all the options in the Outputs tab. Select one of the four Partitions to configure the outputs for that Partition. Immediately below the four Partition buttons there are eight text-input fields for renaming Output 1, Output 2, Output 3, Output 4, Output 5, Output 6, Function Key 1, Function Key 2 and Function Key 3. Over-type into these text-input fields to rename the outputs and function keys to something more meaningful for the user. The events listed in the next section can be used to turn on or off Output 1, Output 2, Output 3, Output 4, Output 5 and Output 6 by ticking or un-ticking their respective check-boxes. Selected outputs can be inverted by ticking the inverted check-box. Specify the activation period in seconds for each output. Typing 0 in the Activation Period will set the Output to latch mode. The output selected for the Gateway (1) Failed and Gateway (2) Failed events will be momentary if the Activation Period for that output is set to 0. Simply tick the check-box beside each outputs name to trigger those outputs for that event. 14 November 2017 The Quality Leader Page 26

27 Monitoring Please Note: This section is only available to licensed unlocked versions of this device. Choose File, Restore, Backup The Powerbrick s settings can be backed up by clicking on the Backup button. Enter a name for the backup file in the popup window and click Save. The backup file is in.xml format. To restore from a backup file, click the Choose File button and select a saved file, then click the Restore button. 14 November 2017 The Quality Leader Page 27

28 Login and Password This Login and Password may be required by some Central Monitoring Stations. This information is used by the CMS to identify individual customers. Contact ID Events For each event a Contact ID code can be specified (normally no changes are required) and this will be transmitted to the monitoring station or as a SMS message for that event. The Powerbrick panel can be connected to two internet gateways simultaneously. The numbers in the Gateway (1), Gateway (2), columns indicate the reporting priority. A 1 indicates the first priority and 2, 3 or 4 indicate descending priority. Subsequent priorities are only attempted if a previous priority has been unsuccessful. If 0 is entered in a column, that event will not be transmitted via that pathway. Contact ID events: Reset: Sent to the central station each time the Powerbrick panel is powered on. Arm/Disarm (Full): sent to the CMS each time the panel is armed or disarmed. Arm/Disarm (Partial): sent to the CMS each time the panel is partially armed/disarmed. Fire: sent to CMS if a fire alarm is generated from the keypad (press and hold 9) or by clicking the Fire button in the Control tab. Medical: sent to the CMS if a medical alarm is generated from the keypad (press and hold 8) or by clicking the Medical button in the Control tab. Panic: sent to the CMS if a panic alarm is generated from the keypad (press and hold 7) or by clicking the Panic button in the Control tab. Duress: sent to the CMS if an arm or disarm under duress is generated from the keypad. Tamper: sent to the CMS if a tamper is triggered. 14 November 2017 The Quality Leader Page 28

29 Alarm: sent to the CMS when an alarm is generated. Communication Failed: sent to the CMS when a communication fail event has occurred. The Area and Zone code are used to identify the type of failures: Event 354 (Communication Failed) Area Zone Ethernet Link Fault Communication on Gateway1 IP1/IP2 Failed Communication on Gateway2 IP3/IP4 Failed RF Wireless Link Failed Battery: sent to the CMS if the low battery condition exists long enough to exceed the Low Battery Delay time. The Delay time is specified in seconds in the Delay Before Event field. Mains: sent to the CMS if the mains failure condition exists long enough to exceed the Mains Delay time. The Delay time is specified in seconds in the Delay Before Event field. RF Loss: wireless connection failure. Bypassed: sent to the CMS if a zone is bypassed. Remote: Sent to the central station when the Powerbrick panel is accessed for programming or operational control. Area sent will be 01 and the Zone will indicate the User Code; where 101 indicates the Installer code, 001 indicates User Code 1, 002 indicates User Code 2 and 000 indicates an Unauthorized User, when a username and password are entered incorrectly three times. Periodic Test (1) & Periodic Test (2): Sent to the central station when a periodic system test occurs for the selected paths at the scheduled time. 14 November 2017 The Quality Leader Page 29

30 Gateway (1) and Gateway (2) Setup Enter the correct IP Destination 1 address and the Destination Port 1 value of the central monitoring station to which Powerbrick is transmitting. This information can be obtained from your monitoring station. Two different IP Destinations and Destination Ports can be entered for each gateway. The IP1 First checkbox is checked to attempt IP 1 first and the Buzzer checkbox disables the Onboard buzzer for quite operation. This information can be obtained from your monitoring station. 14 November 2017 The Quality Leader Page 30

31 Network MAC Address This is the MAC address of your Powerbrick panel. If you have more than one Powerbrick on the same local network, you must ensure that each Panel has a unique MAC address. IP Address This is the IP address of the Powerbrick panel. The factory defaulted IP address is If you have more than one Powerbrick on the same local network, the IP address of each panel must be unique. It is recommended that installers carry a local router with IP address to enable configuration of the Powerbrick on site. Subnet Indicates which portion of the IP address is the network address. DNS Server This is the domain name server address. No changes required. Gateway (1) and Gateway (2) Indicates the gateways to which the Powerbrick is connected. (Non DHCP units) 14 November 2017 The Quality Leader Page 31

32 Remote Port This is the port number that is used by the remote computer to communicate with the Powerbrick panel (80 is the port number for web service by default). No changes required. Gateway (1) and Gateway (2) Sync When a router is powered on, it takes a short period to successfully connect to an outside network. The values in these fields specify the period after a router restart that the Powerbrick panel will wait before it checks gateway connectivity (do not make this value too short). The maximum number of permitted router resets within a defined period is recorded in the two adjacent fields. Time Out The time in x10 millisecond intervals that Powerbrick waits until a packet is considered to be lost and is re-sent. Change to a higher number for slow networks (500 works better for 3G). UPnP If your router is UPnP enabled and this box is checked, your router will forward incoming traffic for the port specified in Remote Port to the connected Powerbrick panel. This enables remote access to the panel. See the PowerBrick IP Product Utility Software Manual for how to check if your router is UPnP enabled. DHCP If this box is checked, the Powerbrick will automatically obtain an IP address from the gateway. If your Powerbrick panel is set to DHCP it is very unlikely its IP address will be the factory defaulted This means you can no longer type into your web browser to view and configure your device. To find the new IP address for your Panel use the Device Finder software (see Powerbrick IP Product Finder Software at Battery Saving Mode In case of mains failure, the Powerbrick panel and your router can be powered by the Powerbrick s backup battery. As routers will usually consume much more power than the panel, if the Battery Saving Mode box is checked, the Powerbrick panel will cut power to the router and only re-power it when it has a communication to send. 14 November 2017 The Quality Leader Page 32

33 Account Info The Installer Name, Monitoring Station and Site details can be entered in this page. 14 November 2017 The Quality Leader Page 33

34 Follow Groups The Follow Groups tab is used in the following scenarios: Scenario 1: Zone1 is an entry zone Zone2 follows Zone1 Zone3 follows Zone2 When Powerbrick is armed and entry Zone1, then Zone2 and then Zone3 are activated, then the entry delay timer will continue counting down without raising an alarm until the end of the entry delay period. Any other order of entry or other Zone activation will trigger an instant alarm. To configure follow groups for the Powerbrick panel, select one Group from the 8 available Groups (say Group1). In the Group1 option tick the check-box for Zone1 then select a second Group (say Group2). In the Group2 option, tick the check-box for Zone2. When the Follow Group has been set up, go to the Zones Tab. For Zone2 select Entry Follow and Follow Group1 and for Zone3 select Entry Follow and Follow Group2. 14 November 2017 The Quality Leader Page 34

35 Scenario 2: Zone1 is an entry zone Zone2 follows Zone1 Zone3 also follows Zone1 When Powerbrick is armed and entry Zone1, then Zone2 or Zone3 are activated, then the entry delay timer will continue counting down without raising an alarm until the end of the entry delay period. Any other order of entry or other Zone activation will trigger an instant alarm. To configure the Powerbrick panel for this scenario, select one Group from the 8 available Groups (say Group1). In the Group1 option tick the check-box for Zone1. Then, go to the Zones Tab. For Zone2 select Entry Follow and Follow Group1 and for Zone3 also select Entry Follow and Follow Group1. 14 November 2017 The Quality Leader Page 35

36 Cross Groups The Powerbrick panel supports 8 Cross Groups in total. A Trigger Period in seconds can be specified for each group. A value of 0 sets an indefinite trigger period. For instance, an alarm is to be raised if both Zone1 and Zone2 are triggered within 30 seconds. To achieve this select one Group (say Group1) from the Cross Groups tab. Tick the check-box for Zone1 and Zone2, then click the Save tab. Go to the Zones tab select Zone1, tick the Crossed check-box and enter 1 for the Cross Group. Click the Save tab. Then select Zone2, tick the Crossed check-box and also enter 1 for the Cross Group. 14 November 2017 The Quality Leader Page 36

37 Auto-Arm The Auto Arming tab allows Partitions and Areas to be selected to auto arm and/or disarm. The time used in this tab is in 24 hour format. The Pre-Alert allows a pre-alert time in seconds before the panel auto arms. During this period the keypad will generate an audible alert. Two Auto-Arm and Auto-Disarm schedules are available for each Partition and can be applied to each of four Areas within each Partition. To cancel an auto arm within the prealert period, hold down the 0 key on the keypad. Click on the Synchronize Time button to synchronize the Powerbrick Panel time with computer time. Save Use this tab to save any setting changes that have been made. Remember you must save any tab changes before clicking on a different tab. 14 November 2017 The Quality Leader Page 37

38 Powerbrick IP Alarm Panel Alternative Keypad Setup Procedures Keypad hold down commands - Hold down F1 for 2 seconds to send a Periodic Test 1 (602) to the monitoring station. - Hold down F2 for 2 seconds to send a Periodic Test 2 (603) to the monitoring station. - Hold down F3 for 2 seconds until two beeps are heard, then press 0 to change User Code 1 (factory default for User Code 1 is 1234). For instance, a user wants to change the default User Code 1 from 1234 to 5678: F3 (2 seconds) <beep><beep> # - Hold down 6 until two beeps are heard to turn off keypad beeping for panel fault - conditions. Hold down 6 until three beeps are heard to restore keypad fault beeping. For example, when installing a PB300 with no internet connection available, use this hold down command to silence keypad beeping for the no internet fault condition. Keypad Command Table Function Digit 1 Digit 2 Digit3 Digit4 Digit5 Digit6 Digit7 Digit8 Digit9 Quick arm all 0 # Quick arm A 1 # Quick arm B 2 # Quick arm C 3 # Quick arm D 4 # Arm All <n> <n> <n> <n> # Disarm All <n> <n> <n> <n> * Arm A 1 * <n> <n> <n> <n> # Arm B 2 * <n> <n> <n> <n> # Arm C 3 * <n> <n> <n> <n> # Arm D 4 * <n> <n> <n> <n> # Disarm A 1 * <n> <n> <n> <n> * Disarm B 2 * <n> <n> <n> <n> * Disarm C 3 * <n> <n> <n> <n> * Disarm D 4 * <n> <n> <n> <n> * Arm A (duress) 1 * <n1> <n2> <n3> <n4> <n3> <n4> # Arm B (duress) 2 * <n1> <n2> <n3> <n4> <n3> <n4> # Arm C (duress) 3 * <n1> <n2> <n3> <n4> <n3> <n4> # Arm D (duress) 4 * <n1> <n2> <n3> <n4> <n3> <n4> # Disarm A (duress) 1 * <n1> <n2> <n3> <n4> <n3> <n4> * Disarm B (duress) 2 * <n1> <n2> <n3> <n4> <n3> <n4> * Disarm C (duress) 3 * <n1> <n2> <n3> <n4> <n3> <n4> * Disarm D (duress) 4 * <n1> <n2> <n3> <n4> <n3> <n4> * 14 November 2017 The Quality Leader Page 38

39 Function Digit 1 Digit 2 Digit 3 Digit 4 Digit 5 Digit 6 Digit 7 Digit 8 Digit 9 Start Walk Test 5 # Zone Bypass 9 <Z> # (Two digit Zones) 9 <Z> <Z> # Assign Keypad to a 1 (hold) <P> # Partition or All 1 (hold) <0> # Make keypad accessible to all partitions Partitions Assign Keypad to 2 (hold) <A> # Areas Program Master 3 (hold) <0> # Master Keypad Program Slave Keypad 3 (hold) <1> # Slave Keypad Backlight 4 (hold) On/Off Chime Sounder On/Off 5 (hold) Keypad Fault Sound 6 (hold) On/Off Panic 7 (hold) Medical 8 (hold) Fire 9 (hold) Test (1) F1 (hold) Test (2) F2 (hold) Change User code F3 (hold) 0 See Previous Section Change Account F3 (hold) 1 See Previous Section Number Change IP address F3 (hold) 2 See Previous Section Force DHCP Mode Cancel Auto Arm 0 (hold) Display Control Status * Numbers on the LCD Keypad indicate: 1 Mains Off (OK) On (Faulty) 2 Battery Off (OK) On (Faulty) 3 Telco Off (OK) On (Faulty) 4 Ethernet Off (OK) On (Faulty) 5 Auxiliary Output Off (OK) On (Faulty) 6 Siren Fuse Off (OK) On (Faulty) 7 SMS Off (OK) On (Faulty 8 RF Off (OK) On (Faulty) Press any key to cancel system status fault attention beep Keypad Backlight On/Off This command is used to turn the Icon LCD keypad backlight on permanently. The backlight normally turns on when a key is touched and turns off after one minute. Leaving the keypad backlight on permanently will reduce the life of the backlight. Keypad Backlight ON/OFF Hold down 4 Key until three beeps means ON and two beeps means OFF 14 November 2017 The Quality Leader Page 39

40 Display Control Status If a fault condition exists, a triangular symbol with an exclamation mark will be flashing on the keypad s LCD. Press the * key to view fault conditions. Refer to the above control status table. Fault 2 indicates a battery fault condition. Press the 2 key to view any wireless detector with a battery fault. Replace the batteries in that detector. If no wireless zone is listed then the main alarm backup battery needs replacing. Fault 8 indicates an RF Fault condition. Press the 8 key to view the zone with the RF fault. Please note that if a keypad is connected to PB300 while the panel is already powered on then PB300 s control status will not be displayed correctly on this keypad. Activate zones or reboot the panel to synchronize PB300 PowerBrick panel with all keypads Other Keypad Sounds Keypad Silence Beeping Hold down 6 until two beeps are heard to turn off keypad beeping for panel fault conditions. Hold down 6 until three beeps are heard to restore keypad fault beeping to ON. For example, when installing a PB300 with no internet connection available, use this hold down command to silence keypad beeping for the no internet fault condition. Chime Sounder ON/OFF Hold down 5 Key until three beeps means ON and two beeps means OFF 14 November 2017 The Quality Leader Page 40

41 NiteWatch Setup Procedure NiteWatch is connected to the same terminals (+V, B, A, GND) as a standard alarm keypad. Each partition can auto-learn one NiteWatch. User Codes can be used to learn a NiteWatch. To assign user code 27 to a NiteWatch: - Go to the Users tab and select User Code 27 from the drop-down box. - Enter a user code for this user. This code can be a mix of any four alphanumeric characters, for example, Nw01. - Tick the Arm, Disarm, NiteWatch, NiteWatch Learn options. NiteWatch Disarm after Alarm can be selected if this function is required. Then save the settings. - Select the Partition and Area to which the NiteWatch is to be assigned (max 4 NiteWatch per partition). The four dipswitches on the NiteWatch unit represent the four partitions. Turn on the dipswitch that represents the required partition. NiteWatch is factory defaulted to Partition 1 (switch 1 on). - Then hold the Arm button on the NiteWatch for 5 seconds until it beeps. When the Arm button is released 2 beeps are heard for a successful learn or 1 long beep for a learn error. After a successful learn, refresh the Users tab screen to verify that the NiteWatch Learn option for User Code 27 has been automatically unchecked. - After the NiteWatch has been learnt successfully, press the Arm button to arm Powerbrick (and disarm if that function is enabled). Press the Emergency button to activate the alarm and/or send a panic message to the monitoring station. If a NiteWatch has previously been learnt to a different Powerbrick panel, then it must first be reset before it can be learnt again. To do a NiteWatch reset: - Hold down Arm + Left Emergency ( E ) for 5 seconds until a beep is heard. - When the buttons are released, 2 beeps indicate a successful reset. If not, power down the unit and power it up and retry the procedure. 14 November 2017 The Quality Leader Page 41

42 Access Reader Settings Select the Partition and Door to which the access reader is to be assigned using the dipswitches on the access reader unit. Switches 1 and 2 are used to select the partition as follows. 1 OFF 2 OFF Partition 1 1 ON 2 OFF Partition 2 1 OFF 2 ON Partition 3 1 ON 2 ON Partition 4 Switch 4 is used to select the door assigned to the reader as follows. 4 OFF Door 1 4 ON Door 2 The access reader is factory defaulted to Partition 1 and Door 1. Access Reader LED s and Buzzer The access reader s green and red LED s and buzzer are used to indicate the Powerbrick alarm and door status as follows. Armed Disarmed Partially Armed or Disarmed Arming Disarming Door Opening Unauthorised Card Green LED Slow Flash Fast Flash Red LED On Off On Flash Flash Buzzer Mimics Mimics Keypad Keypad 2 Beeps Long Beep 14 November 2017 The Quality Leader Page 42

43 Access Reader Setup Procedure Card Readers are connected to the same terminals (+V, B, A, GND) as a standard alarm keypad. The System code, Installer code and User Codes 1 30 can each have a unique Access Card or Tag. To assign an Access Card to a user, enter the card ID into the Access Card field for the selected user code in the Users tab. Then select the user s authority to Arm or Disarm the system and open doors. To open doors, check one or both Door (1) and Door (2) in the Users tab. Save these settings and go to the Outputs tab to choose which physical output Door (1) and Door (2) events are mapped to. Hold the card or tag against the card reader for few seconds to arm the system. Swipe the card to open the door and disarm the system if it is armed. Two short beeps and a flashing green LED indicate access has been granted. One long beep indicates access has been denied. 14 November 2017 The Quality Leader Page 43

44 Wireless PIR, Smoke Detector, Door Contact and Key Fob Setup Wireless PIR s, smoke detectors, door contacts have the 6 digit code inside the battery compartment door of the wireless device or on the rear of the key fob. For wireless detectors go to the Zones tab and select the required zone (9-16) for the wireless zone. Click on Advanced and enter the 6 digit code in the RFID field. In EOL Setup, RF Contact must be selected if that zone is a wireless door contact. If RF Supervision is enabled on the wireless device, then tick RF Supervision in EOL Setup. If the wireless device has supervision enabled it will send a signal to the panel within the specified time. If the panel does not receive a signal from that wireless device within that period, the panel will signal an RF Failed event. When RF is re-established, an RF Restore event is generated. When programming is completed it is recommended that wireless devices are activated to check that they have been learnt successfully. For wireless key fobs go to the Users tab and enter the 6 digit code in the RFID field. Wireless key fobs can be assigned to users 1 to 8. The key fob s 4 buttons can be used to arm and disarm the Powerbrick Areas and emulate keys F2 and F3 on the Powerbrick keypad. By Default The key is mapped to F3 on the PB300 keypad for output control. key will Nitearm Area D in a selected Partition. The 14 November 2017 The Quality Leader Page 44

45 Powerbrick IP Device Finder Software Powerbrick Device Finder PowerBrick Device Finder can be used to find any PowerBrick Ethernet compatible device on a local network. A typical scenario might be when the Powerbrick Panel is set to DHCP and you need to find the new IP address that has been assigned to the panel. Download the PowerBrick IP Device Finder Utility Software from and decompress the files. Click on Powerbrick Device Finder.exe to start the software. Powerbrick Ethernet compatible devices on the local network, their IP address, port number and firmware version will be displayed in the software window. Double click on any device name in that window and your browser will prompt for username and password to connect to that device. 14 November 2017 The Quality Leader Page 45

46 Electrical Specification AC Input 14.2V DC voltage from switch mode power supply Accessory Power 13.8V DC voltage, 500mA maximum current rating Siren Output 13.8V DC voltage, maximum 1.5 Amp current rating to non-inductive load Output 1, Output 2 and Output V DC voltage, maximum 1.5 Amp current rating to non-inductive load Output 3, Output V DC voltage, maximum 250mA current rating Battery 12 Volt, 7.0A/H 44A/H Siren Fuse, RS485 Keypad Bus Fuse and Battery Fuse 1.85 Amp resettable fuse 14 November 2017 The Quality Leader Page 46

47 Accessories Item Description Part Key Pad enunciator for PB-300 PB300KP Night Arm station for PB-300 PB300NW Prox Card reader for PB-300 PB300CR PB300TAG Wireless Receiver for PB-300 Wireless PIR Detector for PB-300 Wireless Smoke Detector for PB-300 Wireless Door Contact for PB-300 Wireless Remote for PB-300 PB300WR PB300WD PB300SK PB300DC PB300R 12 Volt Sealed Lead Acid 7 or 18AH Batteries PB-SLAB7 PB-SLAB18 DC/DC Convertor PB-SW5, PB-SW9, PB-SW18, PB-SW22 Solar Kit (140 Watt panel ) and Regulator PB-SOLAR1 14 November 2017 The Quality Leader Page 47

48 WARRANTY 1. Subject to clause 2 below, Powerbrick warrants this product against defects in materials and workmanship for a period of 24 months from the date of delivery to the purchaser as follows: (a) (b) Powerbrick will repair or replace free of charge any goods or part thereof found to be defective by reason of faulty material or workmanship. The purchaser must give Powerbrick notice of the alleged defect within 14 days of it becoming apparent and must return the defective goods or part thereof to Powerbrick. 2. This warranty does not apply or extend to: (a) (b) (c) (d) Any product altered or repaired by any person other than Powerbrick so as in Powerbrick s sole judgment to adversely affect the product. Damage, malfunction or failure arising from accident, misuse or misapplication, neglect, modifications, use of unauthorized replacement parts or accessories, exceeding the specific ratings, improper voltage or connection Of any wire to any part of the circuit board other than the terminal block. Any product where the rating label or serial number is removed or altered. Any consequential or indirect loss. Notice of Liability While every effort has been made to ensure the accuracy of this document, neither Powerbrick nor Micron Security Products Ltd nor any of its official representatives shall have any liability to any person or entity with respect to any liability, loss or damage caused or alleged to be caused directly or indirectly by the information contained in this manual. Should any error or inconsistency be found, please notify us. Powerbrick or Micron Security Products Ltd reserves the right to make changes to features and specifications at any time, without notification, in the interest of ongoing product development and improvement. Designed by PowerBrick International 14 November 2017 The Quality Leader Page 48

49 Installer Registration Form Request for Personal ID Number (P.I.N.) In an effort to safeguard the integrity of our clients electronic security system and protect the Alarm service provider s liability against unauthorised tampering, the following procedure is mandatory. The CMS requires that all alarm service technicians attending clients sites administered by our Alarm monitoring centre must establish positive ID using a personal code (or password) known only to each individual technician. (Global ID s not accepted). No programming access is allowed unless the installer is a holder of a Certificate of Approval which is processed by contacting CMS and annual payment of $120. Can you please photocopy this form and have each technician fill out the details below, then fax back to our Helpdesk ASAP. We appreciate your swift & professional co-operation in this matter. Alarm Company Name Technician Name SGe no. Yes, please send me information and Application forms for Security Guards Licence Mobile Number Selected PIN Code minimum of 6 digits alpha, numeric or combo Just in case you forget your PIN and require a new one Secret Question Secret Answer Signed Print Authorised signatory of Alarm Company Contact Phone ( ) Date / / 14 November 2017 The Quality Leader Page 49

50 Office Use Only: Site Address ALARM COMMISSIONING & TEST SHEET Contact Name Ph1 Ph2 Date of Install Ring CMS when arriving on site to confirm A/C no. & advise you will be testing later Monitoring Account Number Pre Commissioning Checklist: Cables terminated both ends and checked Detectors Internal Siren Other Devices Browser AC Mains Panel MAC Address: Panel IP Address: Commissioning Sequence 1. Connect power to 230VAC feed - check keypad lights up (press 1234* if siren sounds to silence) 1. Unset alarm by pressing 1234* on keypad check all zones have activated on keypad 2. Connect battery & close panel cover 2. Test the Emergency Buttons Panic press and hold 7 all sirens will sound, reset 3. Site must be all clear of people to Set alarm by by 1234* pressing 1234# on keypad exit building and wait until Medical press and hold 8, then press 1234* to exit beep stops cancel Fire Call press and hold 9, then press 1234* to 4. Enter building, move around in all active zones to test: Sirens sound Walk test the PIRs, check coverage by noting the LED lights up when it detects you Zone 1 Location Notes, monitoring Requests, etc. 2 Notes, monitoring Requests, etc. 3 Notes, monitoring Requests, etc. 4 Notes, monitoring Requests, etc. 5 Notes, monitoring Requests, etc. 6 cancel 7. Ring the monitoring station to agree all signals have been received and all clear 8. Advise customer to ring CMS for programming of user codes Detector Type 14 November 2017 The Quality Leader Page 50

51 Notes, Monitoring Requests, etc. 7 Notes, monitoring Requests, etc. 8 Notes, monitoring Requests, etc. 9 Notes, monitoring Requests, etc. 10 Notes, monitoring Requests, etc. 11 Notes, Monitoring Requests, etc. 12 Notes, monitoring Requests, etc. 13 Notes, monitoring Requests, etc. 14 Notes, monitoring Requests, etc. 15 Notes, Monitoring Requests, etc. 16 Notes, Monitoring Requests, etc. 14 November 2017 The Quality Leader Page 51

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