CA60Plus Installation manual WARNING This manual contains information on limitations regarding product use and function and information on the limitations as to liability of the manufacturer. The entire manual should be carefully read.
Contents PART I. Installation of the CA60Plus alarm control panel...3 1. CA60Plus alarm control panel...4 2. LED60 and LED61 keyboards...5 3. CA60Plus control panel inputs and outputs...6 4. Connecting LED60 and LED61 keyboards...7 5. Using the PGM1, PGM2 and PGM3 programmable outputs...8 6. Using SIREN programmable output...8 7. Connecting sensors to CA60Plus control panel...9 8. Connecting the CA60Plus built-in digital communicator...11 9. Powering the CA60Plus control panel...11 10. Installation of the voice dialer - VD60...12 11. Proximity cards reader - PR62 - connection...13 PART II. Programming the software parameters for CA60Plus alarm control panel...14 0. User codes in the CA60Plus control panel...15 2. Zone programming...16 3. Programming the PGM and SIREN programmable outputs...20 4. Time periods...22 5. Engineer parameters...24 6. Communicator parameters...26 7. Programming Up/Down Load parameters...29 8. Programming the voice dialer - VD60...31 9. CA60Plus test modes...32 Supplement A LED61 keyboard for CA60Plus control panel...35 Supplement B Default programming table...36 Supplement C Additional information...39 Supplement D General connection scheme...42 Supplement E Example voice messages...43
PART I. Installation of the CA60Plus alarm control panel The CA60Plus Alarm control panel was designed and tested in compliance with electromagnetic compatibility standards. The following recommendations need to be observed for the proper performance of the alarm station: 1. Ensure the alarm system is properly earthed (grounded) 2. Insulate the high and low voltage cables and use different input openings on the box. 3. Avoid any loops of connecting wires within the very box and in their passage over or under the printed-circuit boarding. 4. Additional relays must not be placed in the CA60Plus Alarm control panel box as these may generate electromagnetic interference when switched. 4.1. Use only relays with good insulation between contacts and the winding. 4.2. Relays, connected to outputs with an open commutator, must be designed to accommodate a 12 V DC driving voltage and an impedance at the winding greater than 400Ω. 5. The cable connecting the control panel and the keyboard is quadruple. It is strongly recommended not to: 5.1. use this cable to make other connections connect to a telephone line, Flash-lamps control signals, sirens or relays. 6. Avoid channels or cable forms that contain high voltage cables when placing the connecting cables. This is very important in cases where such cables are being used to power electric motors, fluorescent lamps or triple-phase voltage. Where the above is not possible, use only shielded cables, where the shield is grounded only in the alarm system box. CA60Plus control panel Installation manual 3
1. CA60Plus alarm control panel CA60Plus alarm control panel metal box 1 PROG EXPAND 6 5 F - 0,63 A F1 BATT 2A F3 AUX 1A 1A F2 PGM RESET Communicator LED Radio transmitter 1 2 3 Transformer 230 Vac 50 / 60 Hz sec.: 17 V / 24 VA Battery 12V / 7 Ah 1 4 1 - Mounting openings 2 - CA60Plus control panel 3 - Mains supply terminal and fuse holder 4 - Signal cables openings 5 - Mains supply cable hole 6 - Self-security TAMPER button Fig.1 CA60Plus control panel 1 Unscrew (1) Remove cover (2) 1 2 1 Fig.1a CA60Plus control panel plastic box 4 CA60Plus control panel Installation manual
CA60Plus alarm control panel plastic box 6 2 2 Room for add. Modules Use to fix main power supply cable 6 Accumulator cable BATT F1 BATT 2A F3 AUX 1A 1A F2 PGM 1 PROG EXPAND RESET 3 Communicator LED Room for additional modules 1 - Center support opening (behind PCB) 2 - Support opening 3 - CA 864 control panel 4 - Mains power supply terminal 5 - Main cable opening 6 - Add. cable openings 7 - Mains power supply opening 8 - Tamper button for box self-protection 6 F - 0,63 A 6 5 6 4 12V / 7 Ah battery 2 Mains transformer 50 / 60 Hz 15-25 V / 50VA 6 2 8 7 Fig.1b CA60Plus control panel plastic box 2. LED60 and LED61 keyboards ARM P ROG D ISARM MEM 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 ON PROG CLEAR ENTER CLR 0 ENT a) Cover 1 1 1 1 1 - Mounting holes 2 - Cables hole 2 2 1 1 1 2 1?) Bottom Fig.2 CA60Plus LED keyboard CA60Plus control panel Installation manual 5
3. CA60Plus control panel inputs and outputs PROG EXPAND BATT F1 BATT F3 AUX 1A RESET A B A1 B1 2A 1A F2 PGM Communicator LED AC BATTERY 12 V / 7 Ah +AUX -AUX +PGM PGM1 PGM2 PGM3 SIREN Z2 COM Z3 Z4 COM Z5 Z6 COM RED GREEN YELLOW BLACK Fig. 3?? - power supply from 17 V/24 V A mains transformer Earth conductor to EARTH +AUX and -AUX - 13 V DC power supply to sensors consuming up to 1? +PGM - 13 V DC power supply to additional devices consuming up to 1? PGM1, PGM2 and PGM3 programmable outputs SIREN siren programmable outputs Z2, Z3, Z4, Z5 and Z6 zone inputs; ( Z1 zone is at the keyboard) COM total mass of the zones? and? connects the telephone line?1 and?1 connects the telephone device RED and BLACK keyboard power supply GREEN and YELLOW interface between the panel and the keyboard F1-2? battery fuse F2-1? fuse for powering sensors, programmable outputs and keyboards F3 - additional device 1? mains fuse 12 V, 7 Ah battery cables CA60Plus control panel inputs and outputs RESET jumper for hardware RESET and default parameter recovery Communicator LED LED for status indication of built-in digital communicator PROG terminal for programming by the manufacturer EXPAND terminal for expander modules (Voice dialer) 6 CA60Plus control panel Installation manual
4. Connecting LED60 and LED61 keyboards AR M DISA RM P ROG ME M 1 2 3 4 5 6 7 8 9 CLR 0 ENT 1 2 3 4 5 6 0 7 8 9 ON PROG CLEAR ENTER WHITE BLACK RED GREEN YELLOW BLACK ZONE 1 DETECTORS WIRES RED GREEN YELLOW BLACK CA60Plus control panel terminals Fig. 4 Connecting LED keyboard to CA60Plus control panel The producer has been equipped the LED60 Keyboard with a bundle of wires 20-cm long. The producer has been equipped the LED61 Keyboard with two wires 10-cm long for zone connection and terminals for the bus connection. These terminals are marked with the respective colors. The colors must be observed (see Fig. 4) when connecting the keyboards to the??60plus Control Panel. The LED60 and LED61 Keyboards zone cables are white and black in color. The zone in the keyboards does not have to be balanced. Where more than one keyboards are connected, the zone in each one shall be monitored individually. Nevertheless, activating any keyboard zone shall be regard as an activation of zone 1. No more than eight keyboards (irrespective of their type) can be connected to one control panel. Each keyboard must be assigned an individual address, by placing the jumper on the keyboard at its respective place (see Fig. 5). The individual address ensures TAMPER event identification, whenever the keyswitch of the respective keyboard is turned on. LED60 and LED61 Keyboards addresses are assigned with the help of a jumpers. Following the table (see Fig. 5) the respective address could be programmed. The JT jumper is shortened by default. The JT jumper must be placed where only one keyboard has been connected. Where more than one keyboards are connected, the JT jumper should be placed on the most distant one. The cable connecting the LED60 and the LED61 Keyboards to the CA60Plus Control Panel must be no longer than 100 m and have a cross-section of no less than 0.25 mm. Rev1.3 CA60Plus keyboard Rev. 2.3 GREEN YELLOW RED BLACK BLACK WHITE Addresses * JT* J0 J1 J2 0 0 0 1 0 0 1 0 0 0 1 1 0 1 0 0 0 1 0 1 0 1 1 0 0 1 1 1 1 0 0 0 * The JT jumper must be set in the most far unit in the bus. Fig. 5 LED60 and LED61 keyboard jumpers TAMPER J0 J1 J2 JT 0 = jumper is removed 1 = jumper is set CA60Plus control panel Installation manual 7
5. Using the PGM1, PGM2 and PGM3 programmable outputs The??60Plus Alarm Station PGM1, PGM2 and PGM3 outputs have a programmable active level. This allows them to be used to transmit control signals towards external devices (e.g. a block siren input) or to directly control low-powered external devices (e.g. relays, LED, etc.). The internal structure of all PGMs is the same and is shown in Figure 6 a). Figure 6 b) shows the connection of the relay and a light-emitting diode to the PGM. The active level of this connection is low. +12 VDC 1 kω PGMx terminal Permissible current: - from +12 V - up to 10 ma - towards GND - up to 100 ma For SIREN output the current supplied to GND is up to 1 A. B F2 CA60Plus COM Z2 SIREN PGM3 PGM2 PGM1 +PGM -AUX +AUX AC LED 1k RELAY Fig. 6 a) Internal structure of programmable PGMx output Fig. 6 b) Controlling light-emitting diode and relay using PGM1 and PGM2 outputs 6. Using SIREN programmable output The??60Plus Alarm Station SIREN output is designed to control a siren. The potential of the active level of the SIREN output is not being controlled. In inactive state the output will have a potential of +12 VDC, and in active state GND. The internal structure is identical to the one shown in Figure 6 a). It should be pointed out that the transmitter can pass through to GND electricity of up to 1 A. Fig. 7 shows how to connect SR110E and SR120 sirens using the SIREN output. B F2 CA60Plus COM Z2 SIREN PGM3 PGM2 PGM1 +PGM -AUX +AUX AC -12 V +12 V SR110E B F2 CA60Plus COM Z2 SIREN PGM3 PGM2 PGM1 +PGM -AUX +AUX AC BLK GND +12 V SR120 The BLOCK jumper in SR120 must be switched on. a) Connecting SR110E using a double-wire b) Connecting SR120 using a double-wire B F2 CA60Plus COM Z2 SIREN PGM3 PGM2 PGM1 +PGM -AUX +AUX AC BLK GND +12 V SR120 The BLOCK jumper insr120 must be removed. c) Connecting SR120 using a triple-wire Fig. 7 Controlling sirens using SIREN output 8 CA60Plus control panel Installation manual
7. Connecting sensors to CA60Plus control panel The security system is mounted with sensors with relay contacts. Fire alarm sensors supplied with relay outputs can also be used. Use the supplied 1 kω resistors to balance the zones. The balancing resistors are installed on the last sensor of the chain. The zones, which shall not be used, are terminated by way of the 1 kω resistor at the terminals of the CA60Plus Control Panel, irrespective of the chosen type of zone balancing. After the initial power up of the station, the zone balance type has to be programmed. By default only 1 balancing resistor is used. Figure 8 shows the possible options for connecting the sensors and for balancing the zones. Figure 9 shows the connection between a keyswitch and a fire detector with a relay at the base. The hardware implementation of zone 4 of the panel permits performance in pulse count mode. This mode counts short pulses 2 to 4 ms for a period of 20 seconds. The first pulse starts a 20-second countdown during which pulses are expected to be received. Their number is assigned at Address 28 of the engineer program. An alarm signal is emitted when this number is reached within the time of 20 seconds. Otherwise the pulse counter will be zeroed after the time of 20 seconds expires. Activating the pulse count mode will automatically start when a number other than 0 is keyed in at Address 28 of the engineer program. ZONE x RELAY 1 RELAY 2 RELAY n 1k COM TAMPER ZONE TAMPER 1 TAMPER 2 TAMPER n 1k COM?) Connecting Detectors with One Balancing Resistor 1k ZONE x COM RELAY 1 TAMPER 1 RELAY 2 TAMPER 2 RELAY n TAMPER n 1k b) Connecting Detectors with Two Balancing Resistors ZONE x RELAY 1 1k RELAY 2 1k RELAY n 1k 1k COM TAMPER 1 TAMPER 2 TAMPER n C) Connecting up to Four Detectors with Two Balancing Resistors Fig. 8 Options for connecting detectors to the CA60Plus control panel CA60Plus control panel Installation manual 9
ZONE x COM TAMPER ZONE COM Key-switch Must be normally closed. Tamper switch of the key-switch. 1k 1k Connecting key-switch with one balancing resistor 1k ZONE x COM Key-switch Must be normally closed. Tamper switch of the key-switch. 1k Connecting keyswitch with two balancing resistors B F2 CA60Plus COM Z2 SIREN PGM3 PGM2 PGM1 +PGM -AUX +AUX AC 1k The programmable output must be programmed as Fire Reset and the active status must be +12 VDC. COM NO GND +12 V Fire detector base Connecting a fire detector with a relay in the base in scheme with one balancing resistor B F2 CA60Plus COM Z2 SIREN PGM3 PGM2 PGM1 +PGM -AUX +AUX AC 1k 1k The programmable output must be programmed as Fire Reset and the active status must be +12 VDC. COM NO GND +12 V Fire detector base Connecting a fire detector with a relay in the base in scheme with two balancing resistors Fig. 9 Connecting a key-switch and a fire detector with relay in the base to a CA60Plus control panel 10 CA60Plus control panel Installation manual
8. Connecting the CA60Plus built-in digital communicator The telephone line is connected to A and B terminals on the CA60Plus Control Panel with no requirements to observe polarity (Fig. 10). The telephone device is connected to A1 and B1 terminals on the CA60Plus Control Panel with no requirements to observe polarity (Fig. 10). The parameters of the digital communicator are engineer programmed. It is not necessary to install additional components if the built-in communicator is not to be used. A B A1 B1 } } Telephone line Telephone device Fig.10 Connecting the CA60Plus built-in communicator 9. Powering the CA60Plus control panel The system should be powered-up only after it is installed and all necessary devices have been connected control panel, keyboard, sensors, etc. In order to set the station to the producer s default parameters place the Reset jumper on the CA60Plus Control Panel. Supply 220 V mains power. The keyboard emits a short sound signal and the light-emitting diodes on the display blink. Remove the Reset jumper. Use the red (+) and black (-) cables to connect the battery to the station. The normal status of the station (all sensors in the security system are inactive and there are no violated anti-tamper chains) is indicated on the keypad by a continuously lit green READY lightemitting diode. The station has now been programmed the producer default parameters. All light-emitting diodes will blink and a sound signal will be heard where the keyboard is open or incorrectly connected. Where there is an open zone or an open TAMPER for any zone, the light-emitting diode for the respective zone together with the MEMORY or TAMPER light-emitting diodes on the display will light up. NB! An open anti-sabotage chain (TAMPER) in the security system will sound the siren. To stop the siren key in code 0000. The respective zone light-emitting diode remains permanently lit whereas the TAMPER light-emitting diode will blink. Remove the failure the TAMPER light-emitting diode remains permanently lit. Key in code 0000 again to clear the alarm event from the memory. Any technical trouble in the panel will light up the Trouble indicator. To view these problems introduce the 0000 manager code and single-press ENTER. The display will indicate a list of current problems. The indications and their meaning are shown in Figure 11. LED Technical trouble 1 No 220 V power supply 2 Battery low 3 Fuse burned 4 No telephone line 5 No communication available 6 Active TAMPER within the system Fig. 11 TROUBLE mode indication CA60Plus control panel Installation manual 11
10. Installing the VD60 Voice Telephone Dialer into the??60plus PROG VD60 MIC SP EXPAND MSG? 1 A B A1 B1 RESET BUSY 2 2 MSG REC PLAY CA60Plus Fig. 12 Installing the VD60 Voice Telephone Dialer The VD60 Voice Telephone Dialer module supplements the??60plus Alarm Control Panel, which serves to transmit alarm event messages to the user, under the form of eight pre-recorded voice messages, of up to 5 sec. each. Two message types are supported by zone or by event (see Supplement E Table with Sample Voice Messages). Turn off the power supply in order to connect the PCB of the voice telephone dialer to the EX- PAND socket of the CA60Plus Control Panel (1). Fix the PCB onto the pre-mounted plastic spacers (2). The telephone line should be connected to terminals A and B of the??60plus Control Panel. Polarity need not be observed. The telephone device can be connected to terminals A1 and B1 of the??60plus Control Panel with no need of observing polarity. The voice dialer can simultaneously operate with the built-in digital communicator. The dialer has one LED status indicator PLAY/RECORD and BUSY, and one single digit LED display indicating the number of the current message. Use the MSG key to switch-over between messages. Use the PLAY key to reproduce messages when the REC jumper is turned off, or to record when it is turned on. A speaker (8-16 ohms) for listening to recorded messages can be connected to the SP socket. The voice dialer parameters can be engineer programmable. 12 CA60Plus control panel Installation manual
11. PR62 proximity cards reader - PR62 - connection PR62 addresses* JT* J1 J2 0 0 1 0 1 0 0 1 1 1 0 0 J1 J2 * The JT jumper must be set in the most far unit on the bus. JT* BLACK TA MPER YELL OW GREEN RED PGM LED Proxi CA62 Internal structure of built-in PGM +12 VDC 1 kω PGMx terminal Permissable currents: - from +12 V - up to 10 ma - towards GND - up to 100 ma The output activates for 2 seconds after the recognised card is drown back. LED indication: - green - the card is recognised or required action is done, - red - the card is not recognised or required action is rejected, - yellow (LED blinks) - ready. Two color LED indicator Lock Signal cables openings Mounting openings???. 13 PR62 proximity cards reader connection scheme The PR62 proximity card reader was designed to control security in the systems integrated within the CA60Plus Control Panel. The excellent card reading distance, the triple color indications, supplemented by the sound indicator, the integrated output, as well as the fine design, all make the PR62 any attractive supplement to the security system. The PR62 can be connected to the system bus of the CA60Plus together with the mounted keyboards. Up to four proximity readers can be included within one security system. Programming the various addresses onto the readers will provide identification by the TAMPER of each of these. The Table for Address Programming is provided in Fig. 13. The proximity-card enables to arm and disarm the system, as well as to control the electric lock via integrated output. The internal structure, and the permissible output currents, are provided in Fig. 13. It is possible that only proximity-card readers be included in a system without having an installed keyboard. In such systems this would hinder current programming of parameters and cards, as well as Log Review and Technical Trouble indications. Portable LED60, LED61 or LCD62 type keypads can be used to accomplish such tasks. Up to 17 cards can be assigned to one security system one card for each of the 16 users and one card for the main user. The main system user programmes the performance of the cards. Arming and/or disarming rights must be assigned for the respective user code. The user may not be designated a code combination. In such case the only means to control the security system would be the proximity-card. ADDRESS 76 NUMBER OF COMMUNICATION ATTEMPTS Assign the number of attempts to connect to the central station for telephone monitoring and the number of repetitions of voice messages at this address that the Control Panel will make in case of unsuccessful communication or failure to acknowledge voice messages. The value assigned at this address is the number of attempts to be made for each of the telephones configured at addresses 60 CA60Plus control panel Installation and 63 manual for the digital communicator, and at addresses 81, 82, 83 and 84 13for the voice dialer. (Example: if the assigned value is 4 and two telephone numbers, the number of attempts which will be made are 8 4 for each telephone
PART II. Programming the parameters for CA60Plus alarm control panel Carefully study this installation manual before programming the alarm station. The respective parameters can be configured from a keyboard or remote control connected to the system a personal computer via a telephone using the UDLManager program. Keyboard programming: The CA60Plus Alarm System engineer parameters programming mode can be only begin when the system is in disarmed mode. Keying in the system engineer code will initiate the CA60Plus Alarm System programming mode for the engineer parameters. After restoring the default parameters (RESET) the engineer code will remain 7777. The respective Alarm System parameters can be programmed after a double-digit address is introduced. Use the table with addresses in Supplement A and the detailed instructions about the addresses in the remaining part of the manual. The table with addresses provides the system RESET configuration. A detailed description of the possible parameters, the keypad display indicators and the necessary programming functions has been provided for each address. Each address has been provided default configurations after a software or hardware RESET has been carried out. The information entered for each address can be confirmed by pressing the ENTER button. When reviewing the programmed parameters it is recommended to exit any given address by single pressing the CLEAR button. This function will leave the introduced parameters unchanged. In case the programmer is disoriented in the engineer menu, it is recommended to exit the menu by double clicking the CLEAR button and to begin programming the station parameters from the start. Remote programming using the UDLManager program To access a UDLManager program system requires a system password and a station program password. After restoring the default parameters these passwords will be the same and are 1234. In order to provide access to the system from the central station enter the correct password of the central station at Address 71. A 24-hour period automatically begins after default parameters are restored during which the system is in remote programming standby mode. Following this period, the ring number parameter is zeroed, whereby the system will be locked for remote programming. This 24-hour period can be canceled by introducing a telephone number for connecting to the central station at Address 70. Detailed working instructions for the UDLManager program are provided in the built-in Help files. The details listed in this manual apply to all parameters for remote system programming. 14 CA60Plus control panel Installation manual
0. User codes in the CA60Plus control panel ADDRESS 00 MANAGER ACCESS TO USER CODE ATTRIBUTES NO YES DEFAULT : YES Manager access to user code authority is denied. Light-emitting diodes 1 to 6 do not light up. Manager access to user code authority is granted. Light-emitting diodes 1 to 6 light up. ADDRESS 01 ADDRESSES 02..16 USER CODE 1 ATTRIBUTES USER CODE 1 attributes are assigned at this address. The user code can have more than one attribute. Pressing a digital button with the respective number activates the given attribute. The light-emitting diode with the number of the pressed digit will light up to indicate the selection. Pressing the same digit again will inactivate it and the light-emitting diode with the number of the pressed digit will go out. Only those light-emitting diodes, which correspond to the assigned attributes, will remain lit at the end of the procedure. Pressing the ENTER button confirms the programmed attributes. 1 Disarm Authorizes this user code to Disarm the site. 2 Full ARM Authorizes this user code to Full ARM the site. 3 Stay ARM Authorizes this user code to arm those zones that have not been assigned a STAY attribute. 4 Force ARM Authorizes this user code to arm with open zones for which a FORCE attribute has been assigned. 5 Log Authorizes this user code to access log events. 6 Bypass Authorizes this user code to bypass zones in armed site. DEFAULT : Disarm, Full ARM, Stay ARM, Force ARM, LOG, BYPASS USER CODE 2..16 ATTRIBUTES The programming is the same as for Address 01. DEFAULT : codes 02 to 16 have been assigned the attributes Disarm, Full ARM, Stay ARM, Force ARM, LOG, BYPASS. However, no code combination has been introduced CA60Plus control panel Installation manual 15
2. Zone programming ADDRESS 20 ALARM DUAL TYPE OF ZONE BALAING The type of zone balancing is selected at this address. Every consecutive pressing of a digital button alternatively changes the type of balancing. Display indications are given in the table. One balancing resistor. Light-emitting diodes 1 to 6 light up. Two balancing resistors. Light-emitting diodes 1 to 6 do not light up. DEFAULT : ALARM ADDRESS 21 ZONE 1 TYPE AND ATTRIBUTES This address includes two submenus. The zone type is set in the first one and the zone attributes are set in the second one. Switching over from one submenu to the other is done with the help of the arrows. ZONE 1 TYPE SUBMENU Only one type can be selected for a given zone. Press the digital button, which corresponds to the number of the desired type. The indication is hexadecimal and is shown in the table. 0 UNUSED The zone is not being used No light-emitting diodes light up 1 Entry/Exit Entry/exit zone Light-emitting diode 6 lights up 2 FOLLOW Follow zone Light-emitting diode 5 lights up 3 INSTANT Instant alarm zone Light-emitting diodes 5 and 6 light up 4 24h Burglar 24-hour instant alarm zone Light-emitting diode 4 light up 5 FIRE 24-hour fire zone Light-emitting diodes 4 and 6 light up 6 PANIC 24-hour panic zone Light-emitting diodes 4 and 5 light up 7 TAMPER 24-hour tamper zone Light-emitting diodes 4, 5 and 6 lights up 8 MEDICAL 24-hour medical zone Light-emitting diode 3 light up 9 SWITCH 24-hour zone switch type Light-emitting diodes 3 and 6 lights up ZONE 1 ATTRIBUTE SUBMENU Any one zone can be assigned more than one attribute. Pressing a digital button with the respective number will activate a given attribute. The light-emitting diode with the number of the pressed digit will light up to indicate the selection. Pressing the same digit again will inactivate it and the light-emitting diode with the number of the pressed digit will go out. At the end of this procedure, the light-emitting diodes, which correspond to the assigned attributes only, will remain lit. 1 AUTOBYPASS Authorization for automatic Bypassing the zone after reaching the number of activations per armed mode as set in address 27. 2 BYPASS Authorization to Bypass a zone. 3 STAY The zone is not going to be armed in the STAY mode. 4 FORCE The zone will be bypassed if active when a Force type arm command is set. 5 DOUBLE DOUBLE KNOCK type zone 6 CHIME CHIME mode DEFAULT : Entry/Exit type with BYPASS and CHIME attributes Table 1 shows the types of zones and their attributes. 16 CA60Plus control panel Installation manual
ADDRESS 22 ZONE 2 TYPE AND ATTRIBUTES The programming is the same as for Address 21 DEFAULT : FOLLOW type with BYPASS and STAY attributes ADDRESS 23 ZONE 3 TYPE AND ATTRIBUTES The programming is the same as for Address 21 DEFAULT : INSTANT type with BYPASS and STAY attributes ADDRESS 24 ZONE 4 TYPE AND ATTRIBUTES The programming is the same as for Address 21 DEFAULT : INSTANT type with BYPASS and STAY attributes ADDRESS 25 ZONE 5 TYPE AND ATTRIBUTES The programming is the same as for Address 21 DEFAULT : PANIC type ADDRESS 26 DEFAULT : TAMPER type ZONE 6 TYPE AND ATTRIBUTES The programming is the same as for Address 21. ADDRESS 27 DEFAULT : 6 ADDRESS 28 DEFAULT : 0 NUMBER OF ACTIVATIONS PER ZONE FOR AUTO BYPASS MODE The number of activations in one arm mode, which have to be accomplished for a zone with an assigned AUTO/BPS parameter, are entered at this address. After reaching the indicated number of activations, the respective zone will be automatically bypassed. When disarmed and then again armed the respective zone will remain armed. NUMBER OF ACTIVATIONS IN ZONE 4 IN PULSE COUNT MODE The number of pulses for zone 4 in Pulse Count mode are entered at this address. Values of between 0 and 9 pulses can be entered here. The 0 value blocks the Pulse Count mode and the zone can then function with the regular time for detecting activation. The working algorithm for zone 4 in Pulse Count mode has been clarified in Item 7 on page 8. ADDRESS 29 ENABLING AND DISABLING FOR INSTANT TYPE ZONES Intrusion in any Instant type zone during exit time is allowed or disallowed at this address. Enabling this working mode would reduce the probability for a false alarm signal to be triggered off by mistake on behalf of the user. INSTANT ENABLE NO Disallows intrusion in INSTANT type zones during exit type. Light-emitting diodes 1 to 6 do not light up. YES Allows intrusion in INSTANT type zones during exit type. Light-emitting diodes 1 to 6 light up. DEFAULT : NO CA60Plus control panel Installation manual 17
Table 1. Types of zones and their attributes Entry/Exit type Provides time to arm and disarm the site. After arming, the sensor, which was triggered off in this zone, will not sound an alarm until the programmed EXIT TIME expires. No violation of the zone when in armed mode will sound an alarm before the programmed ENTRY TIME expires. A sound signal is activated from the keyboard buzzer during entry and exit time. FOLLOW type INSTANT type 24h Burglar type FIRE type PANIC type An alarm zone which is active only when the site is armed. The zone operates instantaneously and activates the programmable ALARM type outputs, the SIREN output and the communicator. Activating the zone during entry or exit time does not cause an alarm event. The MEMORY light-emitting diode and the light-emitting diode for the respective zone will light up when activated in armed mode. After disarming, these light-emitting diodes will continue to be lit until the user code is entered or until the next arming. Where the system is unarmed, the activation of the zone is indicated by the blinking of the respective light-emitting diode for the zone for the time that the zone remains open. An alarm zone which is active only when the site is armed. The zone operates instantaneously and activates the programmable ALARM type outputs, the SIREN output and the communicator. The MEMORY light-emitting diode and the light-emitting diode for the respective zone will light up when activated in armed mode. After disarming, these light-emitting diodes will continue to be lit until the user code is entered or until the next arming. Where the system is unarmed, the activation of the zone is indicated by the blinking of the respective light-emitting diode for the zone for the time that the zone remains open. Violation of INSTANT type zones during Exit Time can be authorized at Address 29. An alarm zone, which is active, irrespective of the arm mode. The zone operates instantaneously and activates the programmable ALARM type output, the SIREN output and the communicator. The MEMORY light-emitting diode and the light-emitting diode for the respective zone will light up when activated. After entering a legal code these lightemitting diodes continue to be lit until the user code is entered a second time or until the next arming. Allows connecting 12 V fire alert sensors to the system. These should avail of a normally closed relay output in inactive status. Any activation of the zone will trigger off the SIREN output, the programmable FIRE type outputs and the station communicator. Activating this zone will cause the MEMORY light-emitting diode to blink and the activated zone light-emitting diode to light up continuously, irrespective of the working mode of the station. The indication of the memory can be deleted by entering a legal user code, manager code or during the next arming. Silent Panic only the programmable PANIC type outputs and the station communicator can be activated. The respective light-emitting diode blinks while the zone is active. There is no memory indication. After a legal user code is entered, the MEMORY light-emitting diode and the activated zone light-emitting diode both light up continuously. Sound Panic the SIREN output, the programmable PANIC type outputs and the station communicator are activated. The sirens are instantaneously activated irrespective of the programmed time delay. Activating the zone will cause the MEMORY light-emitting diode and the activated zone light-emitting diode to light up continuously. The indication of the memory can be deleted by entering a legal user code, a manager code or during the next arming. 18 CA60Plus control panel Installation manual
TAMPER type MEDICAL type SWITCH type Where this zone type is assigned, the respective panel input is used to transmit the arming and disarming signal with the help of a keyswitch. Each pulse at the input changes the system arm mode alternatively. Arming is only possible in Full Arm mode. Arming will be anticipated only when the system is ready all zones are inactive. AUTOBYPASS attribute Assigning this attribute to the respective zone enables automatic bypass in Armed mode. The zone will be automatically bypassed following the number of activations indicated at Address 27 during one single arming. Any arming will nullify the assigned number of activations of the previous arming. This attribute is valid for the following zone types: Entry/Exit, Follow, Instant, 24h Burglar BYPASS attribute STAY attribute FORCE attribute DOUBLE attribute CHIME attribute Table 1. Types of zones and their attributes Activating this zone type triggers off the SIREN output, the programmable TAMPER type outputs and the station communicator. Any activation of the zone would trigger off a sound signal from the keyboard buzzer where the site has been disarmed and the TAMPER siren output has been programmed as SILENT. The TAMPER light-emitting diode and the light-emitting diode for the respective activated zone will permanently light up continuously when the zone is activated. The indication of the memory can be deleted by entering a legal user code or manager code. A continuously open TAMPER is indicated by a blinking TAMPER light-emitting diode. Assigning this zone type will set the programmable MEDICAL type outputs active and will start the communicator. The activated zone light-emitting diode will light up irrespective of the system status. The indication of the memory can be deleted by entering a legal user code, manager code or during the next arming. Assigning this attribute to the respective zone will authorize bypass of the zone on behalf of the system user or manager. This attribute is valid for the following zone types: Entry/Exit, Follow, Instant, 24h Burglar, Fire, Panic, Tamper, Medical, Keyswitch Assigning this attribute to the respective zone will authorize the respective Stay mode zone arming. This attribute is valid for the following zone types: Entry/Exit, Follow, Instant, 24h Burglar Assigning this attribute to the respective zone authorizes automatic bypass of the zone when in Force arm mode. This attribute is valid for the following zone types: Entry/Exit, Follow, Instant, 24h Burglar, Fire, Panic, Tamper, Medical Assigning this attribute to the respective zone authorizes DoubleKnock mode performance in the zone. A 3-min. time interval starts when the sensor in the zone is activated for the first time in armed mode. An alarm event is registered should a second sensor activation be recorded within this interval in the same or another zone. An alarm event will also be registered if no zone is restored within 15 seconds of the first activation of the zone sensor. This attribute is valid for the following zone types: Entry/Exit, Follow, Instant, 24h Burglar Activating a disarmed zone for which this attribute has been assigned will sound a specific signal from the keyboards. This attribute is valid for the following zone types: Entry/Exit, Follow, Instant, 24h Burglar, Fire, Panic, Tamper, Medical, Keyswitch CA60Plus control panel Installation manual 19
3. Programming the PGM and SIREN programmable outputs ADDRESS 31 PGM1 PROGRAMMABLE OUTPUT The events, which activate the programmable output, are programmed at this address. An arbitrary combination of events, which activate the programmable output, is allowed. The output is activated upon the occurrence of any of the programmed events and is restored when all programmed events are discarded. Press a digital button, which corresponds, to a given parameter. The parameter will have been selected when the light-emitting diode on the display with the respective number lights up. To switch from one parameter group over to another use the arrows. FIRST GROUP PGM1 PARAMETERS 1 ALARM It is activated when Entry\Exit, Follow and Instant type zones are violated while the system is in armed mode, or when the 24h Burglar type zone, irrespective of the arm mode, is violated. Output is restored after a legal user code is entered or following an interval of 1 min. 2 PANIC It is activated when the PANIC type zone is triggered or when PANIC is triggered from the keyboard. Output is restored after a legal code is entered. 3 TAMPER It is activated when TAMPER is triggered off in any zone, when a TAMPER type zone is triggered off or when TAMPER is triggered from the keyboard, irrespective of the arm mode. It is restored after activation is discarded. 4 FIRE It is activated when a FIRE type zone is triggered. It is restored after a legal code is entered. 5 FIRE RST It is activated for 4 sec. after a legal code is entered. 6?N/OFF It is activated by a command to arm. Output is restored after disarming. SECOND GROUP PGM1 PARAMETERS 1 MEDICAL It is activated when a MEDICAL type zone is triggered. Output is restored after all MEDICAL type zones are restored. 2 PS/Bypass It is activated right after a zone has been designated to be bypassed or when the zone has been assigned a Stay and Instant type arming. Output is restored after disarming. 3 AC LOSS It is activated when there is a loss of the 220 V mains supply.! If a delay for the indication of the mains supply loss has been set (at Address 47), the output shall be activated 30 minutes after supply loss! Output is restored after the mains supply is restored. 4 BAT LOW It is activated when the battery voltage falls below 11 V, in case of damage to the battery (BATT) fuse or if the battery is missing. It is restored after the level of battery charge reaches a value greater than 12.5 V. 5 FUSE It is activated when a fault occurs in any of the AUX or PGM fuses. It passes into inactive state when the fuse is restored. 6 POL +/- This attribute helps select the active level of the output. When - is set (the light-emitting diode is not lit) the active level is 0 V. At + the active level at the output is 12 V. DEFAULT : ON/OFF, POL + 20 CA60Plus control panel Installation manual
ADDRESS 32 PGM2 PROGRAMMABLE OUTPUT The programming is the same as for Address 31 DEFAULT : ALARM, TAMPER, POL + ADDRESS 33 PGM3 PROGRAMMABLE OUTPUT The programming is the same as for Address 31 DEFAULT : AC LOSS, BAT LOW, FUSE, POL + ADDRESS 34 ALARM TAMPER PANIC FIRE/ALW ON SQUAWK OFF SQUAWK PROGRAMMABLE SIREN OUTPUT The SIREN output can be activated by six events. The active level of this output is low (0 V) and cannot be programmed. An arbitrary combination of events is allowed to activate this output. It is restored after bell time expires, which can be programmed at Address 42, expires. It is activated when Entry\Exit, Follow and Instant type zones are violated while the system is in armed mode, or when the 24h Burglar type zone, irrespective of the arm mode, is violated. The output becomes inactive when a legal user or manager code is entered or after bell time expires. It is activated when TAMPER is triggered off in any zone or when a TAMPER type zone is triggered, irrespective of whether the site is armed or not. In case the event activating the siren output has not been selected, the keyboards shall emit a sound signal when TAMPER is triggered off. Output becomes inactive when a legal user or manager code are entered or after the bell time, assigned at Address 42, expires. It is activated when the PANIC type zone is triggered or when PANIC is triggered from the keyboard. Output becomes inactive when a legal user code is entered or after the bell time, assigned at Address 42, expires. A sequence of impulses is activated (1 second on, 1 second off) where the FIRE type zone is triggered. Output becomes inactive when a legal user code is entered. This event always activates the SIREN output and cannot be cancelled. It is singly activated for 1 second at the command to arm. It is activated twice for 1 second in a 1 second interval upon a disarm command. DEFAULT : ALARM, PANIC, TAMPER, FIRE/ALW CA60Plus control panel Installation manual 21
4. Time periods ADDRESS 40 PROGRAMMING EXIT TIME EXIT TIME Exit time is assigned to Entry/Exit type zones. A double-digit figure between 1 and 99 seconds is entered. For an interval of time, less than 10 seconds, the first digit must be 0. The indication is hexadecimal and the digits are displayed one by one. To view the introduced data, the digits can be browsed with the help of the arrows. DEFAULT : 45 seconds ADDRESS 41 PROGRAMMING ENTRY TIME ENTRY TIME Entry time is assigned to Entry/Exit type zones. A double-digit figure between 1 and 99 seconds is entered. For a time interval of less than 10 seconds, the first digit must be 0. The indication is hexadecimal and the digits are displayed one by one. To view the introduced data, the digits can be browsed with the help of the arrows. DEFAULT : 15 seconds ADDRESS 42 PROGRAMMING BELL TIME BELL TIME Duration is set for the bell time of the sirens. A double-digit figure between 0 and 99 minutes is entered. For a time interval of less than 10 seconds, the first digit must be 0. The indication is hexadecimal and the digits are displayed one by one. To view the introduced data, the digits can be browsed with the help of the arrows. DEFAULT : 3 minutes ADDRESS 43 BELL DELAY PROGRAMMING BELL DELAY TIME Delay is set for initiating the bell time of the sirens. A double-digit figure between 0 and 99 seconds is entered. For a time interval of less than 10 seconds, the first digit must be 0. The indication is hexadecimal and the digits are displayed one by one. To view the introduced data, the digits can be browsed with the help of the arrows. DEFAULT : 0 seconds ADDRESS 44 SET CLOCK SETTING THE BUILT-IN CLOCK The hours and minutes are set (HH:MM). The indication is hexadecimal and the digits are displayed one by one. To view the clock, the digits can be browsed with the help of the arrows. DEFAULT : 00:00 hours ADDRESS 45 SET DATE SETTING THE DATE The date and month are set (DD.MM). The indication is hexadecimal and the digits are displayed one by one. To view the date, the digits can be browsed with the help of the arrows. DEFAULT : 01.01 22 CA60Plus control panel Installation manual
ADDRESS 46 LF DELAY TELEPHONE LINE FAILURE INDICATION DELAY A delay of 0 to 99 minutes is set prior to indication of a telephone line failure (??). The indication has a hexadecimal expression. Two digits are entered. When a period is less than 10 minutes the first digit introduced must be 0. If no indication of a dead telephone line is needed, 00 is entered. DEFAULT : 00 minutes ADDRESS 47 AC DELAY 220 V AC POWER SUPPLY FAILURE INDICATION DELAY NO Disables 30 minutes indication delay for 220 V power supply failure in keyboards and message transmission via digital communicator. Light-emitting diodes 1 to 6 do not light up. YES Enables 30 minutes delay indication for 220 V power supply failure in keyboards and message transmission via digital communicator. Light-emitting diodes 1 to 6 light up. DEFAULT : NO ADDRESS 48 ENABLED DISABLED FIRE SIGNAL DURATION The duration of the alarm signal for a FIRE event is selected at this address. Programming this address affects the performance of the programmable SIREN output. Every click of a digital button alternatively changes the type of duration of the sound signal. The display indication is shown in the table. The FIRE signal duration is set at address 42 BELL TIME. The 1 to 6 LEDs light up. There is a FIRE alarm signal until a valid system user or master user code is introduced. The 1 to 6 LEDs do not light up. DEFAULT : DISABLED ADDRESS 49 ENABLED DISABLED TAMPER ALARM SIGNAL A sound alarm signal is enabled or disabled at this address for a TAMPER event when the system is not armed. Programming this address will not affect the TAMPER signal when the system is in armed mode. Programming this address will affect the performance of the programmable SIREN output. Every click of a digital button alternatively changes the enabled / disabled status. The display indication is shown in the table. Enabled sound alarm signal for TAMPER event, when the system is not armed. The 1 to 6 LEDs light up. Disabled sound alarm signal for TAMPER event, when the system is not armed. A TAMPER event is indicated by an interrupted sound signal emitted by the system keyboard. The 1 to 6 LEDs do not light up. DEFAULT : ENABLED CA60Plus control panel Installation manual 23
5. Engineer parameters ADDRESS 50 ENGINEER CODE CHANGE ENGINEER CODE DEFAULT : 7777 A new access code to the alarm station engineer parameters can be assigned at this address. The light-emitting diodes 3, 4, 5 and 6 on the keypad display light up. These go out one by one as the new code is entered. The new code has to be entered a second time. ADDRESS 51 NO YES BLOCKING THE HARDWARE RESET Disables or enables the hardware RESET of the alarm station. Specialized service is required where the hardware RESET is disabled and the engineer code is obscure. Hardware RESET is disabled. Light-emitting diodes 1 to 6 do not light up. Hardware RESET is enabled. Light-emitting diodes 1 to 6 light up. DEFAULT : YES ADDRESS 52 DEFAULT SETTINGS ADDRESS 53 DEFAULT MANAGER CODE RESTORING DEFAULT PARAMETERS (SOFTWARE RESET) Restoration of default settings of the station. The buttons 1, 2, 3, 4, 5, 6 are pressed in succession and confirmed with the ENTER button. RESTORING DEFAULT MANAGER CODE (PARTIAL SOFTWARE RESET) Restoration of the default manager code. Buttons 1, 2, 3, 4, 5, 6 are pressed in succession and confirmed with the ENTER button. The station restores the default 0000 manager user code. ADDRESS 54 QUICK ARM ENABLE AUTHORITY TO ARM USING A ONE PUSH-BUTTON (QUICK ARM) NO Arming disabled without legal user code. Light-emitting diodes 1 to 6 do not light up. YES Arming enabled without legal user code. Light-emitting diodes 1 to 6 light up. DEFAULT : YES ADDRESS 55 AUTHORITY CODE DURING AMBUSH (AMBUSH CODE) ENABLE AMBUSH CODE DEFAULT : YES NO Disabled ambush code. Light-emitting diodes 1 to 6 do not light up. YES Enabled ambush code. The code is made up by adding 1 to a legal user code. There is no carrying over for codes ending in the figure 9. For example, the ambush code for 1234 is 1235, and for 9999 it is 9990. Light-emitting diodes 1 to 6 light up. 24 CA60Plus control panel Installation manual
ADDRESS 56 ENABLE KBD BLOCK DEFAULT : NO ENABLED KEYBOARD BLOCKING IN CASE OF ACCESS CODE ERROR NO Disables keyboard blocking in case of access code mistake. Light-emitting diodes 1 to 6 do not light up. YES Enables keyboard blocking for 30 sec. following the triple introduction in sequence of a false code. Light-emitting diodes 1 to 6 light up. ADDRESS 57 TECHNICAL TROUBLE INDICATION MASK The mask for sound indication from the keyboard in Technical Trouble mode is assigned at this address. The mask for sound indication from the keyboard in Technical Trouble mode is assigned at this address. Only those light-emitting diodes whose numbers correspond to technical problems for which sound indications are available will light up on the display at the end of the procedure. 1 AC LOST Loss of 220 V mains supply. 2 BATT LOW Drop in battery charge, no battery or burnt out F1 battery fuse. 3 FUSE BLOWN Burnt out PGM fuse. 4 NO TEL LINE Loss of telephone line. 5 COMM ERROR Central station communication failure. 6 TAMPER Activated TAMPER within the system. DEFAULT : AC LOST, BATT LOW, FUSE BLOWN, NO TEL LINE, COMM ERROR, TAMPER CA60Plus control panel Installation manual 25
6. Communicator parameters The parameters of the built-in digital communicator are programmed at this group of addresses. Delete the queue of events to be sent to Address 93 by single pressing the 0 button before configuring communicator parameters. ADDRESS 60 ENTERING TELEPHONE NUMBER 1 FOR THE COMMUNICATOR Tel No 1 A telephone number is assigned for communicating with central station - No. 1. The indication is hexadecimal. The telephone number must not exceed 16 characters, including the pulse dialer (ON and 0 buttons), tone dialer (ON and 1 buttons), pause (ON and 2 buttons), wait DIAL tone (ON and 3 buttons) and delete telephone number (ON and 5 buttons) symbols. Dialing has been assigned a default tone signal DEFAULT : there is no number entered ADDRESS 61 ENTERING PANEL IDENTIFICATION NUMBER 1 PANEL ID 1 DEFAULT : 9999 Identification number for central station No. 1. Four digits are entered. Valid are symbols 0 to 9, A to F (SIA) and B to F (ADEMCO) ADDRESS 62 PROTOCOL 1 ENTERING PROTOCOL 1 NUMBER FOR THE COMMUNICATOR Enter central station No. 1 protocol number from the attached table. Valid are the symbols from 0 to 2, where: [0] User protocol dialer transmits a melody sound signal upon occurrence of an event listed on the bottom on page 26 [1] ADEMCO CONTACT ID see table with codes in Supplement B [2] SIA (Level 1) - see table with codes in Supplement B DEFAULT : 1 ADDRESS 63 ENTERING TELEPHONE NUMBER 2 FOR THE COMMUNICATOR Tel No 2 A telephone number is assigned for communicating with central station No. 2. The indication is hexadecimal. The telephone number must not exceed 16 characters, including the pulse dialer (ON and 0 buttons), tone dialer (ON and 1 buttons), pause (ON and 2 buttons), wait DIAL tone (ON and 3 buttons) and delete telephone number (ON and 5 buttons) symbols. Dialing has been assigned a default tone signal. DEFAULT : there is no number entered ADDRESS 64 ENTERING PANEL IDENTIFICATION NUMBER 2 PANEL ID 2 DEFAULT : 9999 Identification number for central station No. 2. Four digits are entered. Valid are symbols 0 to 9, A to F (SIA) and B to F (ADEMCO) 26 CA60Plus control panel Installation manual