BENTEL SECURITY srl reserves the right to modify the technical specifications of this product without prior notice. via Florida - Z.I. Valtesino - 63013 GROTTAMMARE (AP) - ITALY INSTALLATION MANUAL: Digital communicator control panel Omnia8/Omnia4 ISTRUZIONI INGLESE INST. CEN.
CONTENTS INTRODUCTION 7 General features . . . . . . . . . . . . . . . . . . . . . . 7 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . 8 Omnia8 and Omnia4 systems . . . . . . . . . . . . . . . 9 PARTS 11 Main Unit . . . . . . . . . . . . . . . . . . . . . . . . 11 Keypad . . . . . . . . . . . . . . . . . . . . . . . . . 12 Digital key and key reader . . . . . . . . . . . . . . . 15 INSTALLATION 17 System mounting . . . . . . . . . . . . . . . . . . . . 17 Terminal board . . . .
PROGRAMMING 35 Customer data . . . . . . . . . . . . . . . . . . . . . . 36 Configuration . . . . . . . . . . . . . . . . . . . . . . 37 . . . . . . . . . . . . . . . . . . . . . . . . 38 Key readers . . . . . . . . . . . . . . . . . . . . . . . 38 Zones . . . . . . . . . . . . . . . . . . . . . . . . . . . 40 Keypads Zone table . . . . . . . . . . . . . . . . . . . . . . . 41 Types . . . . . . . . . . . . . . . . . . . . . . . . . . 41 Command zones . . . . . . . . . . . . . . . . . . .
PROGRAMMING FROM PC 65 Complete installation . . . . . . . . . . . . . . . . . . 65 Installation / Update . . . . . . . . . . . . . . . . . . . 65 Select Language . . . . . . . . . . . . . . . . . . . . . 66 Omnia 4-8 NormaCom2 program . . . . . . . . . . . . 66 File menu . . . . . . . . . . . . . . . . . . . . . . . . . 66 Programming menu . . . . . . . . . . . . . . . . . . . 68 Control menu . . . . . . . . . . . . . . . . . . . . . . . 69 Control panel . . . . . . . . . . . . . . . . . .
PROGRAMMING FROM KEYPAD 85 Restrictions . . . . . . . . . . . . . . . . . . . . . . . 85 Access to programming 85 . . . . . . . . . . . . . . . . Programming structure and modes . . . . . . . . . . 86 Programming Modes . . . . . . . . . . . . . . . . . . 87 Address tables . . . . . . . . . . . . . . . . . . . . . . 91 Keypads parameters (Addresses 1 through 9) . . . . . 91 Key readers 1 through 8 parameters (Addresses 10 through 34) . . . . . . . . . . . . . . .
INTRODUCTION General features Burglar control__r 8 input zones for Omnia8, and 4 input zones for Omnia4 programmable as: panel__ NO, NC, Balanced, Double Balanced, Instant, Delayed, Path, 24h, Duress, Fire, Double Pulse, Unbypassable, Chime, Test, Silent.
Overview The Omnia8 (8 zones) and Omnia4 (4 zones) burglar control panels are completely programmable. The operating principles of these control panels are identical, therefore, the instructions in this manual are valid for both systems. Omnia8 and Omnia4 This system has a Main Unit with a built-in communicator and one keypad. It and can control up to 16 remote devices (key readers and keypads). A maximum of 8 keypads can be connected ----including the one supplied.
Omnia8 and Omnia4 systems Basic system Omnia8 and Omnia4 both have a Main Unit, a built in Communicator and 1 keypad. Up to 16 remote devices can be connected to the system, with a maximum of 8 keypads, including the one supplied. Installation of the NormaVox2 voice recorder board enhances the system even further by providing Voice call management. OmniaMOD The OmniaMOD modem, and the necessary software will allow the installer to provide teleservice for the Omnia8 and Omnia4.
Figure 1 10 Parts of Omnia8 and Omnia4 Security System Control Panels Omnia8/Omnia4
PARTS The numbers in boldface in this manual normally refer to the parts illustrated in this chapter. The PARTS and DESCRIPTION columns in the following tables show the reference number and a brief description of each part. The LEDs column shows the LED indicators. The STATUS column shows the meaning of their ON/OFF status.
Keypad PARTS Figure 2 12 DESCRIPTIONS 16 LED indicators 17 Frontplate fastener (also M2.2 x 6.
Figure 3 PARTS Keypad Parts (internal parts) 13
LEDs off: Arm ON: off: Alarm slow flashing: fast flashing: off: ON: Trouble slow flashing: ON: Ready off: off: 24h slow flashing: fast flashing: off: Bypass ON: slow flashing off: ON: Program.
Digital key and key reader The key reader is an optional accessory, available in the following versions. BPI3GEW GEWISS BPI3GP GEWISS playbus BPI3-GN GEWISS noir BPI3 BPI3LIV BPI3INT BPI3LGT BPI3DEL DELTA BPI3-DN DELTA noir BPI3VI VIMAR idea BPI3VIB VIMAR bianco TICINO magic TICINO living TICINO international TICINO light BPI3-AVE AVE BPI3-AN AVE noir Figure 4 shows Eclipse/Sat system which is recommended for all types of installations.
Figure 4 Eclipse/Sat key reader/digital key Figure 5 Magic version key reader and digital key Figure 6 Wall mounting BPI/W key reader and digital key Security System Control Panels Omnia8/Omnia4
INSTALLATION System mounting Main Unit The Main unit can be installed anywhere on the protected premises. However, it should be within easy reach of all the connection cables, and should not be on view. Follow the steps in the installation instructions carefully, and refer to the illustration on page 10 and the diagram below. 1. Unfasten the screws 1 and remove the cover.
Keypads Keypads should be installed in places where access to the following options is required: Programming, Disarm by Duress code, Zone Bypass, Reset Alarm Memory and Enable Teleservice. Key readers do not provide the aforesaid options. Keypad mounting (refer also to the illustration on page 13) 1. Unfasten the screws 17 and remove the frontplate. 2. Push the tab 19 upwards to release the PCB. 3. Pass the cables though the cable hole 26. 4.
Terminal board Below is a detailed description of the Main Unit terminal board, keypads and key readers. Ø The Terminal column shows the terminal number and the identifier abbreviation of each terminal (in square brackets). Ø The DESCRIPTION column holds the description of the terminals. Ø The V column shows the voltage on the corresponding terminal. The I column shows the maximum current for each terminal. Refer to the note below the following table, for the meaning of the number in round brackets (1).
Keypad and Key reader Terminal 1 [+] 2 [C] 3 [R] 4 [-] DESCRIPTION Power supply: positive "Command" terminal to be connected to the corresponding terminal on the Main Unit "Answer" terminal to be connected to the corresponding terminal on the Main Unit Power supply: negative V 13.8 I - - - 0 - Flush mounting key readers have bus connection terminals only.
Connection of the control devices The control devices control both the basic and advanced options. The keypads control all the Omnia8 and Omnia4 options. The key readers control the basic options only: Arm/Disarm. Control devices: keypads and key readers Keypads and key readers have the same electrical connections. Both can be connected to the 4 wire parallel bus connected to Main Unit terminals 1[+], 2[C], 3[R] and 4[--].
The position of the dipswitch corresponds to the address, the following table shows 16 possible combinations. Dipswitch No.
Connection of Alarm sensors Omnia8 has 8 independent terminals for the connection of the sensors: 5[L1], 7[L2], 8[L3], 10[L4], 11[L5], 13[L6], 14[L7] and 16[L8]). These are connected to the 8 Zones of the Control panel. It is possible to connect sensors with Normally Closed Alarm contacts or sensors with Normally Open Alarm contacts. More than one sensor can be connected to each terminal.
Figure 11 Connection of a sensor to a balanced line Figure 12 Connection of a sensor with double balanced line Figure 13 Connection of three sensors on the same balanced zone Security System Control Panels Omnia8/Omnia4
Auxiliary control of sensors Some sensors have auxiliary control inputs for Memory and the Walk Test activation. Memory Allows identification of the sensor that generated Alarm status, and is particularly useful when more than one sensor is connected to the same line. Walk Test During disarmed status the Walk Test LED will be enabled. During armed status the Walk Test LED will be disabled (i.e. in the event of burglary intruders will not be aware of their detection).
Fire sensors To connect fire sensors to the Omnia8 burglar Control panel: 1. Program a Control panel Zone as a Normally Open 24h Zone. 2. Connect to the sensor repeat output. Figure 15 shows the connection of three rate-of-rise temperature or smoke detectors Bentel RT-101, RT-102, RF501t. + - The ground of the detector lines is powered by auxiliary output 24[O2]. This output must be programmed as Normally Closed, otherwise, it will not supply the Fire GND signal (refer to "PROGRAMMING").
Connection of signalling devices Signalling devices are: self-powered sirens, indoor sirens, telephone diallers, etc. Signalling devices can be classified as follows: Ø Intrinsic security devices activated by power failure on the specific terminal e.g. self-powered sirens. Ø Positive Alarm line devices activated by positive (12 V) on the terminal e.g. indoor sirens. Ø Negative Alarm line devices activated by ground on the specific terminal.
Balanced Tamper-line connection Omnia8 and Omnia4 have a balanced 24h Tamper line for the tamper microswitches of the Alarm system devices. Connect as follows: 1. Connect the tamper microswitches of all the security system devices in series. 2. Connect one end of the series to terminal 17[AS] and the other to terminal 18[ ]: connect the balance resistor to the last device. + The Tamper line does not identify the tampered device.
Ø Courtesy lamp (during Exit Time): connect a relay coil to a power supply terminal (e.g. 22[+B]) and to the Normally Open auxiliary output 24[O2] ---programmed for Exit Time signalling. Use the voltage free relay contacts to power the 230 V lamp. Telephone line connection In order to use the telephone communicator options, the telephone line must be connected to terminals 27 and 28 [LE]. If the telephone line is shared by another telephone device, it should be connected to terminals 29 and 30 [LI].
Power supply connection The Control panel is powered by the Mains (230 V/50 Hz) through an onboard power supply. The battery (13.8 V, 7 Ah max. not supplied) will supply the power during mains failure. Mains failure will be signalled as follows: Ø The TROUBLE LED on the Control Keypad will go ON. Ø Activation of one of the auxiliary outputs: 23[O1], 24[O2] ----if programmed for "TROUBLE" signalling. The cause of trouble must always be found and eliminated before the battery empties.
Stop signalling devices To stop the Alarm output (terminals [NO-COM-NC]): 1. Disarm all partitions. 2. Enter INSTALLER PIN (on any keypad). 3. Press . The current telephone call will stop, and the call queue will be cleared. Jumper 13 Signalling devices can also be stopped by short-circuiting the connector pins 13 on the Main Unit board. It may also be useful to connect a keylock switch, which will be able to stop the signalling devices in the event of trouble on the communication bus, etc.
Figure 20 Diagram of a typical installation
INSTALLATION 33
Typical installation A diagram of a typical installation of the Omnia8 Control panel can be found in the previous pages.
PROGRAMMING The optional Omnia4-8 NormaCOM2 software program (runs in WindowsTM environment) makes quick work of control panel programming. This chapter provides in-detail information on all Omnia8 and Omnia4 parameters and, should be referred to when programming via keypad. The parameters of each feature are grouped together in pages. The following paragraphs describe the programming pages as they appear in the program.
Customer data The Customer’s Address, City, Customer tel. num and Installation description are for Customer identification purposes only. The essential data ---Name, Control Panel type, Installation tel. num. and Customer code should be programmed as per below. The Firmware Release field shows the Firmware Release selected from the Options menu or downloaded from the connected control panel (refer to page 74). Name Enter the Customer’s name in this field.
Search button Use the Search button, on the Customer page, to assign the lowest Customer Code available. This method eliminates the possibility of code duplication. Last update This parameter will be updated automatically when changes are made to the customer data, and cannot be modified manually. Notes This button opens a window (notepad) for Customer notes. These notes will not appear in the Installation description field.
Configuration Setup Use the check boxes to select the required peripherals (box checked = peripheral in configuration; box cleared = peripheral not in configuration). Select the Details button to open the required Details window (Keypads or Key readers) and program the peripheral parameters, as follows. no. Description This is the device address and identifier number. This is the device label (maximum 16 characters). The label will identify the device in all the actions it is involved in. Keypads 1 ...
The Control panel can manage up to 16 devices (key readers or keypads, maximum 8 keypads including the one supplied), up to 128 digital keys and an unlimited number of clone digital keys (clones of digital key 128). The digital keys must be programmed via keypad, as per the instructions in the "Digital key" paragraph. The following paragraphs describe the key reader parameters.
Zones The Omnia8 Main unit has 8 Input zones (terminals [Lx]), whereas, the Omnia4 Main unit has 4 Input zones (terminals [Lx]). The zones can be programmed as Alarm or Command zones. Alarm zones Violation of an Alarm zone of an armed partition (refer to "Partitions") will activate: Ø the alarm output (terminals 19-20-21[NO-COM-NC]); Ø the Alarm zone no. event (no. indicates the zone identifier number).
Command zones Command zones can be programmed as either "Arm partitions" or "Switch partitions" zones. Violation or tamper of a Command zone programmed as "Arm partitions" will arm the partitions the zone is assigned to. Violation or tamper of a Command zone programmed as "Switch partitions" will switch the status of the partitions the zone is assigned to.
Duress This is a 24h zone type: in the event of an alarm it will disarm the system (silent attribute), and at the same time activate the communicator and dialler. This zone may be used for the connection of a "Silent alarm" button. Fire This is a 24h zone type, Normally Open (N.O. attribute) which can be used for fire sensor connection. Command zones Arm partitions Violation or tamper of an Arm partitions zone will arm the partitions the zone is assigned to.
Balanced 10K The zone will be in Standby status when it is connected to negative through a 10 K (10,000 ohm) resistor. The Control Panel will generate a tamper event if the zone switches to ground (negative). The Control Panel will generate a zone alarm if the zone is unbalanced (zone open). Double Balanced The zone will be in Standby status when it is connected to negative through two 10 K (10,000 ohm) resistors. The Control Panel will generate a zone alarm if one of the resistors disconnects.
Outputs The Main Unit has 2 programmable open-collector outputs of 0.1 A (terminals [O1] and [O2]). All the outputs can be programmed to supply the following signals: Armed partitions, Disarmed partitions, Trouble, Alarm Memory, Exit Time, Entry Time, Chime, Arming delay, Alarm and Tamper, Fire GND, Telephone Line Trouble. Outputs page The output programming table is as follows. Output Description This is the sequential number of the output on the main board.
Entry time The output will be activated during the Entry time of the partitions it is assigned to. Chime The output will be activated when a Chime zone is violated during disarmed status, of one or more of the partitions the zone is assigned to. + The output must be assigned to one or more of the partitions of the zone. Arming delay This output will be activated during the Arming delay of the partitions it is assigned to.
Times The Entry time, Exit time and Arming delay time of each partition can be programmed separately in this page. The Control panel can manage up to 4 partitions. The partition parameters are as follows. no. This is the non-modifiable partition identifier number (1 ...4) which will be used instead of the partition description (refer to following paragraph). Description This is a modifiable field for the partition name (maximum 16 characters).
Alarm Time Figure 26 This setting determines the alarm cycle time. Alarm Time: 0 through 99 minutes. The programmed time will be the same for all zones.
Codes This option opens the Codes page. The codes and digital keys give the Installer and User access to the system. Each code comprises: - PIN (4 to 6 digits) - Type (MAIN USER, USER, PATROL, DURESS, DISABLED) - Enabled Partitions - Type A Arming mode - Type B Arming mode 24 codes available The Control panel manages up to 24 codes. Codes 1 through 23 are for the users. Special code 24 is for the Installer (refer to "Installer Code" paragraph).
Code PIN programming Each Code Type must be programmed with a PIN (Personal Identification Number). When the Code PIN is entered on a keypad it will identify the User, and will allow access to the programmed options of the Code in question. + PIN programming via PC requires connection with the control panel (via serial or modem). To program Code PINs: Figure 27 1. Select the PIN button on the Codes page. 2.
Digital keys The Control panel can manage up to 128 different digital keys, and an unlimited number of clone keys (clones of digital key 128). Each digital key can be assigned a 16 character name in the Electronic Key page. The name will be used as the digital key identifier in all the operations it is involved in. no. Description This field is for the digital key description (maximum 16 characters). Enable This determines the status of the digital key.
Options The Control panel can be customized by means of the following options. False digital key signalling + Option enabled: false digital keys will generate an alarm. Option disabled: false digital keys will not generate an alarm. In both cases false digital keys will be unable to operate on the system. Immediate Mains Trouble signalling Option enabled: power failure will be signalled immediately. Option disabled: power failure will be signalled after 15 minutes blackout.
Arming Denied with Battery Trouble Option enabled: the system will not arm when the battery is low. Option disabled: the system will arm even when the battery is low. Disable Telephone line check Select this option when the control panel is not connected to the telephone line, in this way, the condition will not be signalled on the keypads (condition signalled on keypad by = ON and, during Trouble viewing = ON).
Timer The Control panel Timer controls Auto arming of partitions. There are two different ways of programming partitions: Weekly Daily Different arming times each day. The same arming times every day. 30 minute Overtime requests can be made until midnight (24.00). Overtime requests after midnight (24.00) will be ignored. e.g. Figure 30 If the control panel is programmed to Auto arm at 23.45, and a 30 minute Overtime request is made, the control panel will Auto arm at 24.00 i.e.
Telephone This page holds the 8 telephone numbers that Control panel manages, and the telephone line data. Dialling Disable Tone check If the Disable Tone Check is selected the control panel will dial the telephone numbers without checking for the dial tone. This option is useful when the Control panel is connected downstream to a switchboard with non-standard tones.
+ Customer Code + The Checksum and Extended options are not available for CONTACT ID. This code is the control panel identifier, and is usually assigned by the Central Station. The customer code can have 3 or 4 digits: 0 through 9 and characters A through F (hexadecimal digits). For Pulse protocols 0 is equivalent to A. CONTACT ID requires 4 digit codes. Teleservice The Teleservice parameters can be programmed in the Teleservice page.
Events Program the events in this page. Each event can activate one or both of the following: Ø the Digital Communicator (Pulse and DTMF); Ø the Voice Telephone Dialler. The events table is set out as follows: no. This column shows the identifier number of each event. Description This is a list of the Control panel events (refer to "Programming from keypad" for further details).
Figure 32 Events page PROGRAMMING 57
EVENT 01 : 04 05 : 12 13 14 15 16 17 18 : 25 26 27 28 29 30 31 32 33 34 : 37 38 : 41 42 : 45 58 Alarm Partition no. OCCURS when ... ... one of the zones assigned to the Partition is in alarm status1 ... the Zone is in alarm status1 Alarm Zone N.B. Only Events no. 5 (Alarm Zone no. 1), 6 (Alarm Zone no. 2), no. 7 (Alarm Zone no. 3) and 8 (Alarm Zone no. 4) are valid for Omnia4. ....
Special ... partition disarmed by: Command zone; Timer; PC (via modem) 46 Disarming : Partition no. 49 Partitions ... partition armed / disarmed by Code 50 : Armed/Disarmed by Code no. 65 Partitions ... partition armed / disarmed by a digital key 66 Armed/Disarmed : by Digital key 81 no. ... partition armed / disarmed, or Zone bypassed / unbypassed via 82 Command modem via modem 83 : 86 87 94 95 102 103 104 105 106 : 109 110 Reset Memory Partition no. Bypassed Zone no. Unbypassed Zone no.
Teleservice The parameters in the Teleservice window determine the answering mode to incoming calls. + The Control panel will answer incoming Teleservice calls only when the Teleservice option is enabled (refer to "Enable Teleservice" paragraph in the USER MANUAL). The Control panel will engage the line after the programmed Number of Rings, except when the Double call option is enabled.
Hour and Minutes Delay + Program the time (hour and minutes) for the Test event. Program the number of days that must expire before activation of the Test event. The delay will start when the programming phase, accessed by the Installer Code PIN, is quitted. The programmed Delay (numbers of days) will be applied each time the programming phase, accessed by the Installer Code PIN, is quitted.
Clock Use the clock window to set the Control panel clock. Clock Date The date must be entered in this field. + Dates before 1st January 1999 are not valid. Figure 34 62 The date and time (hour) must be entered in this field.
Installer code The installer Code PIN is of utmost importance as it can access and change, via remote or local PC or keypad, all the Control panel parameters (except User Code PINs). The Installer Code PIN can be changed via keypad, modem or PC. Current Installer Code PIN The Installer Code PIN (for downloading to the connected control panel) must be entered in the relevant field. If the entered Installer Code PIN does not match the programmed PIN ----the request for New Installer Code PIN will be revoked.
Security System Control Panels Omnia8/4
PROGRAMMING FROM PC The Omnia4-8/NormaCom2 Software allows local or remote programming (via modem) of the Control panel. Complete installation 1. Run Windows 3.1 or higher. 2. Run the SETUP.EXE program - disk no.1 of Bortland Database Engine. 3. Create the C:\IDAPI folder as per instructions. This folder contains the support files and must not be deleted or renamed. Installation / Update To install: 1. Run the INSTALL.EXE program - disk no.1 of Omnia4/8 and NormaCom2 panels management suite. 2.
Select Language To change the language in any of the Omnia4/8 NormaCom2 suite programs: Select Language from the Options menu or select the Language button (depending on the program). + Use the Translat program if the required language is not provided. Omnia 4-8 NormaCom2 program This program will store the programmed parameters on the database on the PC hard disk (Customer file). The data can be loaded, changed, and sent to control panels of the same type.
To load customer data: Double click on the required customer or Highlight the required customer then select the Open button Save + This option saves the data on the hard disk. Each customer file must have a different Customer code, otherwise, when an attempt to save data is made, the program will show the message <> YES or NO Ø YES saves the new data and deletes the customer file that was previously programmed with the same code.
Programming menu The programmed parameters must be copied onto the corresponding control panel. Local When this option is selected the Local connection will be used for data Loading/Sending to / from the control panel. Remote When this option is selected, the Remote connection via Modem will be active. Therefore, the Active Remote connection will be used for data Loading/Sending to / from the control panel.
Control menu Control panel The Control panel option opens a window (figure 37) for system monitoring and control (via serial or modem). Zones The Zones section shows the following data for each control panel zone. Ø No. - Identifier number Ø Description - description Ø Partitions - the partitions the zone is assigned to Ø Mem. - GREEN = no alarms memorized; RED = alarms memorized Ø Al. - GREEN = Zone in standby status; RED = Zone in alarm Ø Tam. - GREEN = Zone in standby status; RED = Tamper alarm Ø Byp.
Use the Arm/DisA. check boxes to arm / disarm the partitions. Arm / Disarm the partitions as follows. 1. Enter a valid User code in the User Code field (the code must be enabled for partition arming / disarming, and also enabled on the partitions to be armed / disarmed). 2. Select OK. 3. Use the Arm/DisA. check boxes to select the partitions to be armed / disarmed (box checked = Armed; box cleared = Disarmed). + 4. Tamper Select the Send button.
Buffer menu The date, time and description of each event will be logged in the Buffer (maximum of 128 events). The Load and Manage options from the Buffer menu manage the Control panel buffer and Customer buffer (as below). Load Select the Load option to open the Load buffer window (see figure 38). This window has 4 options ----Close - Load - Save - Print Close: select the Close button to quit the window and step back.
Modem menu The Modem menu is for programming and management of remote control panels, via the OmniaMOD modem. The Modem must be connected to a serial port of the PC (refer to "Connection of control panel to PC and Modem to PC"). Connecting To program and manage a remote control panel: 1. Select the Connecting option from the Modem menu to open the Connection Management window. 2. Enter the control panle telephone number in the Telephone Number field. 3.
The box at the bottom of the Connection management window provides connection status information, as per the following messages. Omnia/Norma MODEM v. x.xx Modem not recognized Receiving.... RING BACK RING NORMA ACK OMNIA ACK OMNIA8/4 ACK NORMACOM2 ACK Installer Code reading error Failed connection On-hook Setup modem Shows the version of the modem connected to the PC serial port. Modem not recognized on the selected serial port.
Buzzer: select the operating mode of the modem buzzer. The buzzer is for audible indication of data transfer through OmniaMOD and the Control panel. Buzzer settings: Ø Default ----the buzzer will be enabled until the connection between the modem and the panel is established Ø Enable ----the buzzer will be permanently enabled Ø Disable ----the buzzer will be disabled Rings: select the number of rings OmniaMOD must allow before answering an incoming call.
Connection of control panel to PC and Modem to PC Control panel PC connection The programmed parameters must be downloaded onto the memory of the corresponding control panel. Therefore, it is necessary to make a serial connection between the PC and the connector 7 of the control panel. Use a CVSER/9F9F serial cable (not supplied), or make the cable as per the following diagram.
Use the Send option from the Programming menu to download the programmed parameters to the Control panel: local downloading takes about 2 minutes, and remote downloading takes about 7 minutes. Use the Load option from the Programming menu to view the parameter programming of the connected Control panel: local loading takes about 2 minutes and remote loading takes about 7 minutes. To Send or Load specific programming pages: 1. Select the page. 2. Select the Send or Load button as required.
APPENDIX NormaVox2 vocal board The NormaVOX2 voice board (optional) sends voice messages (telephone dialler). Following are the instructions for its installation on the Control panel, and the programming instructions.
Record / Playback The control panel must be in Service mode (as per maintenance). Use the jumper 13 (refer to page 10) or insert a valid service digital key into any key reader: Service mode will be signalled by fast flashing on the PRG LED on the keypad. Select Message The 8 configurations (corresponding to the 8 messages) can be seen on the green LEDs at intervals of 1 second (see Message chart below). LED 1 is the nearest to the microphone. To select Message: 1. Hold down the buttons 42 and 43. 2.
Activation The Voice call will be sent when an event assigned to a telephone number programmed with a Voice message occurs. Below is the step by step Voice call procedure (see also figure 42). 1. The Control panel will engage the connected telephone line. 2. The Control panel will wait 10 seconds for the Dial Tone. ----If the dial tone is detected, the Control panel will go to step 3. ----If the dial tone is not detected the Control panel will hang up and step back to step 1.
Default programming The following table shows the Control panel default programming. Configuration Add. 01 02 ... 08 Add. 01 ... 16 Keypad in No. configuration Yes 1 Keypad 001 No 2 Keypad 002 " ... ... No 8 Keypad 008 Description 1 Yes Yes " Yes Partitions 2 3 Yes Yes Yes Yes " " Yes Yes Red Yellow 1 2 3 4 1 2 3 4 Yes Yes Yes Yes D D D D " " " " " " " " Yes Yes Yes Yes D D D D Key readers in No. Description configuration No 1 Key reader 001 " ... ...
Codes No.
Timer Prog. Partition Partition 001 Partition 002 Partition 003 Partition 004 Mon ----- Tue ----- Wed ----- Weekly Thurs ----- Fri ----- Sat ----- Sun ----- Daily ----- Telephone No. Num. 1 2 3 4 5 6 7 8 --------- Description Tel. number Tel. number Tel. number Tel. number Tel. number Tel. number Tel. number Tel. number 001 002 003 004 005 006 007 008 Type Telemonitoring Voice message Voice message Voice message Voice message Voice message Voice message Voice message Cust. Check Dis.
Alarm / Restoral Event Codes for CONTACT ID The following table shows the Alarm / Restoral Event Codes for CONTACT: the non-modifiable part of the code is shown in brackets.
´ Communicator cannot engage the telephone line For telemonitoring calls check that: Ø the alarm generating event is coded; Øthe Central Station telephone number, activated by the call generating event, is programmed properly. For voice calls check that: Ø the telephone number is programmed properly; Ø the telephone number is programmed as "Voice-call" and a voice-call message is programmed for the event in question.
PROGRAMMING FROM KEYPAD For in-detail information on the following parameters and options refer to the "PROGRAMMING" chapter. All the Control panel parameters can be programmed from the Keypad. Only the INSTALLER PIN and MAIN USER PINs can access the programming phase. + The Control panel will be out of service (alarm output disabled) during the programming phase. Restrictions The Installer can program all the control panel parameters, with the exception of Code PINs 1 through 23.
Programming structure and modes Structure The programming phase has two distinct phases ----signalled by LED L6. PHASE 1 ----ENTER PARAMETER ADDRESS ----LED L6 OFF Ø Phase 1 ----enter the Address of the parameter to be programmed (maximum 3 digits) then press . Access to PHASE 2 will be signalled by a long high-tone beep. Access Denied will be signalled by a long low-tone beep. Retry after the error beep. + Press to quit the programming phase.
Programming Modes There are three parameter programming modes: Single mode, Consecutive mode, Multi-field mode. Refer to examples A, B, C, and D. Use the parameter Address tables when programming parameters. The tables show: a brief description; the keys and/ or accepted values of each parameter. The programming mode is also shown (refer to example D). Single mode The u symbol shows the parameter can be programmed in Single mode only. 1. Enter the parameter Address then press 2.
Example A 1. Enter the Installer PIN. 2. Press . LED L7 will flash slowly to signal access to programming ----PHASE 1 3. Enter a valid Address e.g. Address 1 for Keypads in configuration. 4. Press . PHASE 2 ----LED L6 ON. 5. Setup the keypads in configuration (accepted keys 1 through 8). 6. Press 7. Repeat the procedure from step 3 for other parameters. to save and step back to PHASE 1. PHASE 1 active ----press PHASE 2 active ----press again to quit programming. + to quit programming.
10. Press to save parameter 62 and step to parameter 63 for Attributes Zone 1 (PHASE 2). 11. Program the Attributes for zone 1 (accepted keys 1 through 5). 12. Press to save parameter 63 and step to parameter 64 for Alarm cycles Zone 1 (PHASE 2). 13. Program the number of Alarm cycles for zone 1 (accepted values 0 through 15). 14. Press to save parameter 64 and step back to PHASE 1 step 3. If is pressed at step 3 ----programming will be quitted.
If is pressed at step 3 ----programming will be quitted. If is pressed after step 3 ----the current parameter will not be saved and the control panel will step back to PHASE 1 step 3. + Example D PRESS THE ENTER KEY TO SAVE THE ENTERED PARAMETER VALUE. For parameter 1 (keypads in configuration): the accepted keys (1 through 8), and a brief description can be found at the top of the KEYPAD table. The symbol u at the end of the row indicates that the parameter can be programmed in the Single mode only.
Address tables Keypads parameters (Addresses 1 through 9) KEYS Add.
Key readers 1 through 8 parameters (Addresses 10 through 34) KEY READERS IN ASSIGNED CONFIGURATION PARTITIONS KEYS 92 ARMING MODE A ARMING MODE B Green LED Amber LED ON= In configuration ON=Assigned OFF=Not in configuration OFF=Not Assigned Key reader 1 Partition 1 Partition 1 Partition 1 Key reader 2 Partition 2 Partition 2 Partition 2 Key reader 3 Partition 3 Partition 3 Partition 3 Key reader 4 Partition 4 Partition 4 Partition4 Key reader 5 - - - Key reader 6 - - - Key r
Add. Key Reader 5 parameters 23 Assigns partitions î 24 Amber LED - Arming mode A î 25 Green LED - Arming mode B u Data Add. Key Reader 6 parameters 26 Assigns partitions î 27 Amber LED - Arming mode A î 28 Green LED - Arming mode B u Data Add. Key Reader 7 parameters 29 Assigns partitions î 30 Amber LED - Arming mode A î 31 Green LED - Arming mode B u Data Add.
Add. Key Reader 12 parameters 45 Assigns partitions î 46 Amber LED - Arming mode A î 47 Green LED - Arming mode B u Data Add. Key Reader 13 parameters 48 Assigns partitions î 49 Amber LED - Arming mode A î 50 Green LED - Arming mode B u Data Add. Key Reader 14 parameters 51 Assigns partitions î 52 Amber LED - Arming mode A î 53 Green LED - Arming mode B u Data Add. Key Reader 15 parameters 54 Assigns partitions î 55 Amber LED - Arming mode A î 56 Green LED - Arming mode B u Data Add.
Add. 60 61 62 63 64 Zone 1 parameters Assigns partitions î type î balance type î attributes î alarm cycles u Data Add. 65 66 67 68 69 Zone 2 parameters Assigns partitions î type î balance type î attributes î alarm cycles u Data Add. 70 71 72 73 74 Zone 3 parameters Assigns partitionsî type î balance type î attributes î alarm cycles u Data Add. 75 76 77 78 79 Zone 4 parameters Assigns partitions î type î balance type î attributes î alarm cycles u Data Add.
Add.
Times ENTRY and EXIT times are in seconds (maximum 255 seconds). Alarm delay, PATROL and ALARM times are in minutes (maximum 99 minutes). Add. Partition 1 times 112 Exit Time in secondsu 113 Entry Time in seconds u 114 Arming Delay in minutes u Data Add. Partition 2 times 115 Exit Time in secondsu 116 Entry Time in seconds u 117 Arming Delay in minutes u Data Add. Partition 3 times 118 Exit Time in secondsu 119 Entry Time in seconds u 120 Arming delay in minutes u Data Add.
KEYS CALL TYPE EXTENDED CHECK-SUM Reserved - - Teleservice - - Voice message - - Customer Code: Keys through and superkeys through hexadecimal digits A, B, C, D, E and F. For Pulse protocols the corresponds to A. 98 Add. 126 127 128 129 Telephone number 1 telephone number (16 digits max.) î call type î checksum Y / N - extended Y / Nî customer code 4 digits u Data Add. 130 131 132 133 Telephone number 2 telephone number (16 digits max.
Add. 146 147 148 149 Telephone number 6 telephone number (16 digits max.) î call type î checksum Y / N - extended Y / Nî customer code 4 digits u Data Add. 150 151 152 153 Telephone number 7 telephone number (16 digits max.) î call type î checksum Y / N - extended Y / Nî customer code 4 digits u Data Add. 154 155 156 157 Telephone number 8 telephone number (16 digits max.
Teleservice telephone number and Callback Teleservice telephone number: press the number key that corresponds to the telephone number that will be used for Teleservice. Accepted keys through . Callback: use key to enable / disable this option. Key ON = Callback enabled Key OFF = Callback disabled Test event Period: program the number of days between each test event (dd = days) Hour: program the test event time (hh:mm = hours:minutes).
Add. Code 1 165 Code type î 166 Assigns partitions î 167 Arming mode A î 168 Arming mode B u Data Add. Code 2 169 Code type î 170 Assigns partitions î 171 Arming mode A î 172 Arming mode B u Data Add. Code 3 173 Code type î 174 Assigns partitions î 175 Arming mode A î 176 Arming mode B u Data Add. Code 4 177 Code type î 178 Assigns partitions î 179 Arming mode A î 180 Arming mode B u Data Add. Code 5 181 Code type î 182 Assigns partitions î 183 Arming mode A î 184 Arming mode B u Data Add.
Add. Code 10 201 Code type î 202 Assigns partitions î 203 Arming mode A î 204 Arming mode B u Data Add. Code 11 205 Code type î 206 Assigns partitions î 207 Arming mode A î 208 Arming mode B u Data Add. Code 12 209 Code type î 210 Assigns partitions î 211 Arming mode A î 212 Arming mode B u Data Add. Code 13 213 Code type î 214 Assigns partitions î 215 Arming mode A î 216 Arming mode B u Data Add.
Add. Code 18 233 Code type î 234 Assigns partitions î 235 Arming mode A î 236 Arming mode B u Data Add. Code 19 237 Code type î 238 Assigns partitions î 239 Arming mode A î 240 Arming mode B u Data Add. Code 20 241 Code type î 242 Assigns partitions î 243 Arming mode A î 244 Arming mode B u Data Add. Code 21 245 Code type î 246 Assigns partitions î 247 Arming mode A î 248 Arming mode B u Data Add. Code 22 249 Code type î 250 Assigns partitions î 251 Arming mode A î 252 Arming mode B u Data Add.
Add. 258 259 260 261 262 263 264 265 Timer Partition 1 arm at time Weeklyu arm at time Monday î arm at time Tuesday î arm at time Wednesday î arm at time Thursday î arm at time Friday î arm at time Saturday î arm at time Sunday u Data Add. 266 267 268 269 270 271 272 273 Timer Partition 2 arm at time Weekly u arm at time Monday î arm at time Tuesdayî arm at time Wednesday î arm at time Thursday î arm at time Fridayî arm at time Saturday î arm at time Sundayu Data Add.
Example To program 25 April 2001 - hh.mm = 12:45 from the Programming phase: 1. 2. Select then press Select then press . .
Add. Description xxx Telephone numbers v Event code v Voice message u ... ... The following table shows the list of Events that can activate the digital and voice communicators. Ø The Add. column shows the address of each event. Ø The no. column shows the identifier number of each event (corresponding to the identifier no. in the Events page in the software suite). Ø The TELEPHONE NUMBER columns are for the telephone numbers that will be dialled when the event occurs.
TELEPHONE NUMBER VOICE MESSAGES Use this row for the Telephone Numbers and Voice Messages Add. no.
TELEPHONE NUMBER VOICE MESSAGES Use this row for the Telephone Numbers and Voice Messages Add. no.
TELEPHONE NUMBER VOICE MESSAGES Use this row for the Telephone Numbers and Voice Messages Add. no.
+ If no key number is entered, and is pressed, the digital key number will correspond to the current number stored in the control panel memory. To program the digital key features: KEYS Setting options digital key valid on partition 1 Data digital key valid on partition 2 digital key valid on partition 3 digital key valid on partition 4 valid service digital key (for service mode) valid digital key (non-service) Ø Insert the digital key into the selected key reader and wait for the beep.
Only the MASTER control panel can change the identification number (1 through 128) of electronic keys. To configure a control panel as SLAVE: use a valid electronic key and follow Address 421 procedure. SLAVE control panels can program the options of valid electronic keys only. The factory default programming of the control panel is MASTER. Options (Addresses 423 to 425) Addresses 423 and 425 are for Options programming.
Events (Address 426) Address 426 is for automatic programming of the Contact ID Event Codes (refer toTable on page 106).
