Manual de instalador 1INTRODUCCIN A LA ORBIT-6La ORBIT-6 cubre las necesidades de seguridad de domicilios particulares,oficinas y pequeos negocios. Incorpora una memoria EEPROM que guarda, sinnecesidad de una fuente de alimentacin, los datos del funcionamiento delsistema y los parmetros programables.La programacin del sistema se puede realizar mediante cualquier teclado de laORBIT-6 o, preferiblemente, a travs de un teclado especial LCD programable,diseado especficamente. Se puede programar el sistema de forma remota y/olocal a travs del uso del software ORBIT de programacin remota de Rokonet.Caractersticas principales:Zonas (requieren una resistencia final de lnea de 2200 ohm) 6 zonas de Intrusin Programables. Tipos especiales: Zona 5 zona de incendio, Zona 6 zona de tamper. Una entrada de Zona de Panico fija en el teclado (excepto para el modelo RP206KL6). 3 Zonas de Emergencia en el Teclado (Pnico, Incendio, Mdica).Salida Audible de Alarma Campana/Sirena o Salida para altavoz programable.
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Rokonet WAVESYS Quick Start Instructions. Download Quick start instructions of Rokonet WAVESYS Security System for Free or View it Online on All-Guides.com. This version of Rokonet WAVESYS Manual compatible with such list of devices, as: WAVESYS, PROSYS 40, PROSYS 16, PROSYS 128.
Capacidad: 750 mA (mximo).Salidas Auxiliares para Alimentacin de Dispositivos Perifricos Capacidad 250 mA (mximo).Transmisor incorporado Comunicacin con al Central Receptora (dos nmeros telefnicos). Funciones de Programacin y lectura remotas. Llamada a telfonos privados.Teclados Hasta cuatro teclados de LEDs/LCD.Salidas Locales Una salida programable por transistor (colector abierto).Cdigos de Seguridad Dos cdigos de instalador.
Un cdigo maestro (de usuario). Nueve cdigos de usuario con atribuciones programables (todos puedenutilizarse como cdigo de antiintimidacin).Test Peridico Informe de test diario a la Central Receptora.Perifricos opcionales Expansor de cuatro salidas por rel.
Mdulo de grabacin de mensajes hablados.Memoria de incidencias Memoria de las 100 ltimas incidencias con fecha y hora.manual de instalador2INSTALACIONAntes de EmpezarAsegrese de que el trabajo va a desarrollarlo personal capacitado, con licenciapara realizar instalaciones de sistemas de seguridad.Montaje y conexin de la Unidad Central (ver figuras 1A, 1B en laspginas 28, 29 y 30)1. Monte la caja de metal de la ORBIT 6 en un lugar seco, cerca de un punto dealimentacin y con acceso a la lnea telefnica. Utilice las herramientasapropiadas para asegurar un montaje conveniente.2. Coloque el mdulo de la unidad central y atornllelo. Pase el cable elctrico atravs del orificio adecuado de la caja metlica. Para prevenir daos potenciales,asegrese de que no est conectado a la red de c.a. Y que la batera tampocoest conectada.
Vea las figuras 1A y 1B. El cableado incluye: Conexiones de Zonas cableadas. Conexiones de dispositivos que requieran alimentacin auxiliarininterrumpida (ej. IRs, Detectores de rotura de cristal).
Conexiones a detectores de incendio que requieran rearme. Conexiones a cualquier dispositivo audible externo (sirena, etc.).3. Si se utiliza la salida local, conctela a la salida UO/ECL. Este terminal estproporciona una salida de 70mA, capaz de manejar un rel de 12V.Si se utiliza el mdulo de expansin de salidas locales, conecte el terminalUO/ECL al terminal de entrada ECL del modulo de expansin. En este caso laprimera Salida Local en el mdulo de expansin se convertir en UO1. (verfiguras 1A y 1B).4. Conexin telefnica (lnea exterior y telfono asociado).5.
Conexiones al teclado(s) del sistema utilizando manguera de 4 hilos de 0.25mm2(hasta 100m) o 0.75mm2 (hasta 200m).6. ( 16.5 VAC, transformador 25 VA ).
No conecte an el transformador.7. Prepare la batera (12 VDC, 4 AH) pero, no la conecte todava.8. Todas las zonas estn supervisadas con una resistencia final de lnea.
Utilice lasresistencias de 2200 ohm incluidas.9. Cuando se utilice el teclado de 8 LEDs, las zonas 7 & 8 estn supervisadas conresistencia final de lnea. Monte las resistencias de 2200 ohmios si no las va autilizar. Para ms instrucciones de cableado del teclado de 8 LED, vea Figura 1Cen pgina 30.10. Si se utiliza armado por llave, utilice una llave con retorno.11. Para conectar el pulsador de pnico utilice los terminales WHT y GND/BLK.Nota: La mxima distancia entre el pulsador de pnico y el teclado es de 30m.
Manual de instalador 3DATOS TECNICOSCentralTransformador c.a. 25 VABatera recargable 12 V; 4 AhAlimentacin auxiliar 12 V c.c. 250 mA mximoSalida para Campana/ Altavoz 12 V c.c.
750mA mximoSalida Local Programable Colector abierto NPN 70mA mximoDimensiones de la caja: 260X218X83 mmPeso 1.84 kg.Central PCB (dimensiones / peso): 80X167 mm 0.17 kg.Fusible F1 Alimentacin Auxiliar 0.5 AFusible F2 Alimentacin Campana /Alt 1 AFusible F3 Batera 2 AFusible red c.a. (en la caja) Red c.a. 0.125 A (lento)TecladosTeclado 6 zonas Teclado 8 zonasConsumo de corriente: 18 mA tpico, 30 mA mximo 18 mA tpico, 30 mA mximoConexiones a la central: 4-cables de hasta 100 m 4-cables de hasta 100 mDimensiones: 110X130X25 mm 110X130X25 mmPeso: 0.19 kg. 0.19 kg.Modulo de Expansin de Salidas LocalesRel TransistorConsumo de corriente: 10mA tpico, 50mA max 10mA tpico, 15mA maxConexiones a la central: 4-cables hasta de 100mSalidas: 4 rels, 0.5 A, 24 V DC 4 col. Abierto 50 mA, 12V ccDimensiones: 53X85 mmPeso: 80 gr.Longitud Mxima de la Central al tecladoSeccin mm2 0.75 0.5 0.25Longitud Metros 200 166 100Tabla de Cableado de la Campana / Altavoz (Distancia en Metros)Max. Sec mm2Corriente mA1 0.75 0.5 0.25100 238 190 151 95300 79 0 37 30 23 15Detectores (Distancia en Metros)Max. Sec mm2Corriente mA1 0.75 0.5 0.2520 1195 945 750 47230 793 628 500 31440 597 472 375 236manual de instalador4PROGRAMACION DEL SISTEMAEl TecladoLa central Orbit-6 puede incorporar hasta 4 teclados,de tres tipos diferentes, dos en LEDs y/o uno enLCD, desde los cuales se puede acceder a cualquierfuncin de la central.
Adems de las funcionespropias del usuario, cada uno de los teclados sepuede utilizar para programar los parmetros delsistema.La introduccin de cdigos incorrectos generar 3tonos de error.Todos los valores de programacin local semuestran mediante los indicadores de zona delteclado en formato binario.Retorno a los Valores de Fbrica de la ORBIT-61. Se deben cablear y/o instalar fsicamente juntos la ORBIT-6 y por lo menos unteclado de LEDs.2. Retire totalmente la alimentacin del Sistema.3. Coloque el puente J1 (DEFAULT) de la ORBIT-6 sobre los dos pinescorrespondientes. (Vea Figuras 1A y 1B en pginas 27 y 28).4. Reponga la alimentacin (c.a.
Y/o batera).5. Despus de or un tono corto, quite el puente J1. Los valores de fbrica de laORBIT-6 quedan restablecidos.6.
Verifique que el LED de Alimentacin (POWER) est parpadeando.Dependiendo del estado del sistema, el LED Listo (READY)y los LED dezonas pueden estar o no encendidos.Introduccin a la ProgramacinPrimero, verifique que el puente de la placa base, J1 (DEFAULT), no est montado.La ORBIT-6 registra informacin en 86 direcciones programables.El dato almacenado en cualquier direccin est representado por nmeros y/oletras. Algunas direcciones requieren slo un dgito, mientras que la mayorarequiere dos.
Otros (aquellos que utilizan nmero telefnico y cdigos) tal vezrequieran varios.No es necesario introducir datos en las 86 direcciones. Muchas direcciones han sidoprogramadas con parmetros por defecto.La alimentacin puede ser totalmente retirada de la ORBIT-6, y su memoria noperder la informacin. Manual de instalador 5Programe su Orbit-6Mtodos de programacinLOCAL RequisitosDesde teclado de LEDs o LCD El teclado debe estar cableado a lacentral Orbit-6.La central debe estar alimentada.Programador OrbitFcil programacin de los parmetrosde la central con un men guiado en eldisplay LCDEl programador puede almacenarhasta diez plantillas y copiarlasdirectamente a la central.
Customer Information 1. The ORBIT-6(Model RP-206)complies with FCC Part 68 Rules. On the upper panel of this product is a label that contains, among other information, the FCC Registration Number and Ringer Equivalence Number (REN is 0.8B). If requested, this information must be provided to the Telephone Company.
An FCC compliant telephone connector is provided with this equipment. This equipment is designed to be connected to the telephone network or premises wiring using a connector, which is Part 68 compliant. If the ORBIT-6 (RP-206)is not operating properly, it may cause harm to the telephone network. If so, the Telephone Company will notify you in advance that a temporary discontinuance of service may be required.
If advance notice is not practical, you will be notified as soon as possible. Also, you will be advised of your right to file a complaint with the FCC if it is necessary. The Telephone Company may make changes in its facilities, equipment, operations, or procedures, which could affect the operation of the equipment. If this happens, the Telephone Company will provide advance notice in order to enable you to make the necessary modifications to maintain uninterrupted service. If the equipment is causing harm to the telephone network, the Telephone Company may request that the equipment be disconnected until the problem is resolved. Connection to telephone company-providedcoin service is prohibited.
Connection to party line service is subject to state tariffs. If trouble is experienced with the ORBIT-6 (RP-206),for repair and warranty information, please contact your supplier. For service centers please see back cover. FCC Warning This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to Part 15 of the FCC Rules.
These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: ∙ Reorient or relocate the receiving antenna. ∙ Increase the separation between the equipment and the receiver. ∙ Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
∙ Consult the dealer or an experienced Radio/TV technician for help. Changes or modifications to this unit not expressly approved by Rokonet, Ltd., could void the user's authority to operate the equipment. This equipment has been approved to Council decision 98/482/EC – “TBR 21” for pan-Europeansingle terminal connection to the Public Switched Telephone Network (PSTN). However, due to differences between the individual PSTNs provided in different countries, the approval does not, in itself, give an unconditional assurance of successful operation on every PSTN termination point.
In the event of problems, you should contact your equipment supplier in the first instance. 2 Installer Manual. Introduction to the ORBIT-6. 6 Main Features. 6 Installation.
7 Before You Begin. 7 Technical Data. 8 Installer Programming.
9 The keypad. 9 Restoring Factory Defaults to the ORBIT-6. 9 Introduction to Programming. 9 Programming your Orbit-6. 10 Viewing the Contents of a Location. 11 Locations Whose Contents Occupy More Than One Digit. 12 Audible Tones and Error Beeps.
12 How to program installer parameters. 12 A Programming Tutorial.
12 GENERAL SYSTEM PARAMETERS: Locations 00–05. 14 SYSTEM CODES: Locations 06-10.
15 SYSTEM TIME: Locations 11-13. 16 Intrusion Zone Types and Zone Sounds: Locations 14-21. 16 SPECIAL ZONE TYPES. 18 Utility Outputs: Locations 22-25. 19 Communication Parameters: Locations 20–21.
22 Digital Communicator Controls: Location 26. 22 Central Station Protocols: Location 27-28. 23 Understanding the Code Format. 24 Upload/Download Rings: Location 29. 25 System Controls: Location 30. 25 Periodic Test Time: Location 31.
27 Communicator Reporting Codes: Locations 32 through 85. INTRODUCTION TO THE ORBIT-6 The ORBIT-6 is intended to address the needs of many homes, offices, and small businesses. Its operation is designed around microprocessor and EEPROM (Electrically Erasable Programmable Read-OnlyMemory) technology, which stores, without the need for a source of power, the system’s operating program and its programmable parameters.
System programming may be performed from any ORBIT-6 keypad, or from a special LCD Programming Keypad designed specifically for that. Remote and local system programming is also possible through the use of Rokonet’s ORBIT Upload/Download software. INSTALLATION Before You Begin Be sure the actual work is performed by experienced personnel, licensed to carry out security system installations and capable of implementing all applicable requirements of the National Fire Protection Association (NFPA-70and NFPA-74),as well as any federal, state, and local codes–alongwith any safety guidelines and regulations which might apply. Mounting and Wiring the Control Panel (refer to figures 1A, 1B & 1C on pages 32, 33 & 34) 1. Mount the ORBIT-6’smetal cabinet at a protected dry location, near a source of unswitched AC Power, a good ground, and access to telephone service. Use the proper hardware (e.g.
Anchors, mollys, toggle bolts, etc.), as required, to insure a suitable mounting. Thread all electrical wiring through a convenient hole in the metal cabinet. To prevent potential damage, be sure that live AC power is NOT present and that the Standby Battery is NOT connected. Refer to Figures 1A and 1B.
Your wiring may include any and all of the following: ∙ connections to Hardwired Zones ∙ connections to devices requiring Uninterrupted Auxiliary Power (e.g. PIRs, Glass Break Detectors) ∙ connections to Smoke Detectors requiring Resettable Power ∙ connections to any External Sounders 3. If using Utility Output, connect the UO/ECL output, this terminal is designed to activate a low current device (e.g. A 12 VDC Relay, drawing no more than 70 mA). If using UO expansion module, connect the UO/ECL terminal to the ECL terminal input in the expansion module. In this case the first UO on the expansion module will become UO1. (see figures A1) 4.
Make connections from the RJ31X (or equivalent) telephone company interface. Make connections to the system’s keypad(s) by the correspnding wire colors. Make connections to AC Power (via a 16.5 VAC, 25 VA transformer). Do not plug in the transformer at this time. Have a Standby Battery ready (typically 12 VDC, 4 AH), but do not connect it at this time. All zone inputs are End Of Line supervised, use 2200 ohm resistors (supplied).
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When using 8 LED keypad, zones 7 & 8 are end-of-linesupervised. Use 2200 ohm resisters (supplied) when the zones are not in use. For further wiring instructions of the 8 LED keypad, refer to Figure 1C on page 34. If using a Key-switch,use a momentary key-switch.The receiver (if used) must give a pulse output and not on/off.
To connect the panic button use the white wire as (+) and the black wire as (-). Note: The maximum distance between the panic button and the keypad is 30 meters. INSTALLER PROGRAMMING The keypad The Orbit-6can support up to 4 keypads, with a choice of 3 styles, 1 LCD type and two LED types from which virtually all features may be accessed.
In addition to the functions it provides for the user, each of the keypads can be used by an installer to program the system parameters. An attempt to enter an incorrect series of keystrokes will result with 3 error beeps. All program location values (data) are displayed by zone indicators on the LED keypad in binary format.
Restoring Factory Defaults to the ORBIT-6 1. Your ORBIT-6 and at least one LED Keypad should already be wired together and/or physically installed 2.
Remove all power from the Printed Circuit 3. Place the ORBIT-6’sJ1 (DEFAULT) jumper over both corresponding pins. (See Figures 1A and 1B on page 32 and 33 ). Reapply power (AC and/or Standby Battery) to the PC Board. After a short beep is heard, remove the J1 jumper. The ORBIT-6’sdefault settings are now restored.
Check that the POWER LED is flashing. Depending on the state of the system, the READY LED and the Zone LEDs may or may not be lit. Introduction to Programming First, check that the panel’s J1 (DEFAULT) jumper is NOT covering both pins on the PC Board.
The ORBIT-6stores information in 86 programming locations. The data stored in any location is represented by numbers and/or letters. Some locations require just one digit, while most require two. Those used to store phone numbers and account numbers) may require several more digits. It is not necessary to enter data into all 86 categories. Many locations have been factory-programmedwith default parameters.
Note that power can be removed from the ORBIT-6,as its memory does not require a source of power to retain its information. Programming Methods Local Requirements LED or LCD keypads The keypad must be wired to the Orbit- 6 panel. Power must be applied to the Orbit-6. Orbit Programmer Easy programming of the control panel The programmer will be connected and parameters with menu driven LCD receive its power from the panel. The programmer can store up to 10 Orbit-6programming sets and copy it directly to the panel. The programmer supports both the Orbit-5and Orbit-6 panels.
Orbit UD. Local Up/Load Windows version from a The software must be installed and an personal computer. Orbit UD Adaptor cable is connected between the panel and the computer. Remote Requirements Orbit UD. Remote U/D Windows version from a The software and applicable modem personal computer. With configured access to a telephone line must be installed.
Compatible with Windows & NT. It’s often necessary to check the data stored in a memory location to be sure it’s correct. If improper data is found, it must be corrected in order to obtain the desired system response.
The data in a location can either be a number (from 0-9)or a letter (from A-F).Doing so takes advantage of the hexadecimal numbering system. For our purposes, the characters A through F will be referred to as hexadecimal digits. Whenever the Installer Programming mode is active, the first 4 keypad’s Zone LEDs (1-4)are used to reveal each digit in a selected location. By adding up the values assigned to the lit LEDs, the contents of any location can be determined. See table below.
ZONE LEDs ZONE LEDs. Locations Whose Contents Occupy More Than One Digit When a location contains more than one digit, they cannot be viewed simultaneously. As soon as a location is accessed, the first digit is displayed automatically. Additional digits (if they exist) can be displayed by pressing the following keys: Used to display the next digit in a location containing at least two digits; e.g. If 5-6-7-8is stored in a location, the “5” is displayed first; by pressing, the “6” will be displayed; continue this process to display the entire contents of the chosen location. Error beeps will be produced when it’s attempted to display digits which don’t exist Used to move backwards among the digits stored in a location containing at least two digits. Error beeps will be produced when it’s attempted to display digits which don’t exist Audible Tones and Error Beeps To confirm an operation, a single, long beep will be heard.
However, any improper use of the keypad resulting in an error or an unacceptable response will produce three rapid beeps. If heard, repeat the operation or exit the programming mode and try again.
How to program installer parameters 1. To enter the Installer programming mode: Press 4 digit Installer code followed by # (factory default 0 2 0 6) 2. To move to a new location: Press two digits of location followed by ARM 3. To enter data into the location: Press data digits (0 - 9 digits including hexadecimal A-F)followed by # 4.
To exit programming mode: Press 4 digit installer code followed by ARM A Programming Tutorial To get acquainted with some programming basics, a short tutorial has been prepared. It involves changing the Installer Code from the factory default of 0-2-0- 6 to a sequence of your own choosing. If you can master this operation, subsequent programming should be easy. GENERAL SYSTEM PARAMETERS: LOCATIONS 00–05 Location: 00 Default Enable: Def: 00 PURPOSE: to enable or disable the option of resetting the system to the factory defaults. 00 Enable the option of resetting the system to the factory defaults. 55 Disable the option of resetting the system to the factory defaults. Location: 04 Callback UD Phone # Enables greater security for remote Upload/Download operation.
This is a number to which the alarm company computer, equipped with the U/D software, will be connected. When a call is made from a computer, using U/D software, to the Orbit-6panel, the system will hang-upand call back using this UD phone number.
Up to 24 digits can be entered into the U/D phone number, include all the digits and functions as above in Location 02. To delete an existing phone number press #. Location: 05 Account Number Default: 0000 PURPOSE: to assign the system’s Central Station Account Number hexadecimal account numbers (those using 0 through 9 and A through F) are accepted by the ORBIT-6;use the key combinations below to enter hexadecimal digits “A” through “F”: hex digit press hex digit press Acct No. A STAY, 1 D STAY, 4 B STAY, 2 E STAY, 5 C STAY, 3 F STAY, 6 “0” will not send a digit to the central station, to send “0” use “A” digit SYSTEM CODES: LOCATIONS 06-10 Location: 06 Access Code Default: 5678 PURPOSE: to provide data security during Upload/Download operations this same Access Code must subsequently be entered into the corresponding account profile in the Upload/Download software (along with the Remote ID codes, see Location 07, below). Location: 07 Remote ID Code Default: 0001 PURPOSE: to provide data security during Upload/Download operations this same Remote ID Code must subsequently be entered into the corresponding account profile in the Upload/Download software.
Location: 08 Installer Code I Default: 0206 PURPOSE: the installer code is used by alarm company personnel authorized to modify the system’s parameters It is recommended to change the “factory default” Installer Code to one of your own choice. Location: 09 Installer Code II Default: 1206 Same as the Installer Code 1, but with a few limitations: It can't modify the 'default code', observe and modify the first installer's codes, modify any MS phone number, nor observe & modify MS lock code. Location: 10 Master Code Default: 1234 PURPOSE: to establish the keypad code for the system’s “chief user”; the Master Code provides the following special privileges: ∙ to enter, modify, and delete the remaining nine User Codes ∙ to set the system's internal clock ∙ to perform certain system functions and tests Note: the Master Code cannot be seen by the installer through the zone LEDs on the keypad. SYSTEM TIME: LOCATIONS 11-13 Location: 11 Exit Delay Default: 030 PURPOSE: to establish the system’s Exit Delay (the interval, in seconds, between entering a User Code at the keypad and when the system actually arms). Enter three digits between 001 and 255 seconds Location: 12 Entry Delay Default: 060 PURPOSE: to establish the system’s Entry Delay (in an armed system, the interval, in seconds, between the moment an entry door is opened and an alarm is triggered). Enter three digits between 001 and 255 seconds Location: 13 Bell Cutoff Time Default: 04 PURPOSE: to set the interval that the system’s external sounder(s) will operate before it shuts off automatically. Enter the number of minutes between 01 and 90 INTRUSION ZONE TYPES AND ZONE SOUNDS: LOCATIONS 14-21 Locations 14 through 21 are identical and are corresponding to Zones 1 through 6 or 8 (in the 8-zonekeypad), respectively.
Each of these locations contains two digits. ∙ the first digit: Contains the number used to represent the Type of Zone desired ∙ the second digit: Contains the number used to represent the sound produced when in alarm Note: 1. When using 6 zone keypad the system disregards zones 7 - 8. When using 8 zone keypad, zones 7 - 8 must be connected to an EOL resister when not in use. Locations: 14-21 Zone 1-8:(1 st Digit): Type Default: 1 st Digit Zone Type and Comments 0 Not Used All unused zones should be given this designation.
It is also used to disable a zone 1 24-Hour A violation of such a zone will always cause an instant intrusion alarm, regardless of the system’s armed/disarmed state 2 Instant (Intrusion) Causes an immediate intrusion alarm if violated when the system is in arm state. 3 Entry/Exit Delay If violated, a zone with this designation will not cause an intrusion alarm during the Entry and Exit Delay periods Exit (OPEN)/Entry 4 Such a zone behaves as described above in Entry/Exit Delay, except that if faulted at the time the system is armed, it will be bypassed and NOT prevent system arming. To avoid an intrusion alarm, however, it must be secured before the expiration of the Exit Delay period (Location 11). Location: 18 Zone 5: (2 nd Digit): Sound Default: External Sounder (Pulses) For fire zone the recommended (default) zone sound is “External sounder pulsed” However it is possible to change the zone sound and type to any of the ones provided in the previous list. Location: 19 Zone 6: Tamper Zone Zone 6 is reserved as a Tamper Zone. This zone can be programmed to any zone type (except Fire) including Tamper.
If the zone was programmed as Tamper, in violation, a Tamper Code report will be sent and the Tamper LED on the keypad (marked as 6/Tmp) will light up. UTILITY OUTPUTS: LOCATIONS 22-25 The ORBIT-6supports one open collector Utility Output (derived between the UO/ECL and AUX terminals) which can be used for switching an external device on or off.
Once the Utility Output is activated the device will be connected between AUX (+12V) and ground (0V). This connection is capable of switching light loads of no more than 70mA. Note: When activated the utility output is switched to the Negative Polarity. The “UO” can be also used to reset a “latched” Smoke Detector(s).
In that case the 12V power to the smoke detector will be supplied via the UO (see Figures 1A and 1B). The UO should be defined as AUX switch. If the Utility Output Expansion Module is being used, the same information in Location 22 is applicable for the programming of UO2 (Location 23), UO3 (Location 24), and/or UO4 (Location 25). It is not necessary to program all of the available “UOs”, unless they’re used. Note that when the Utility Output Expansion Module is employed, the original Utility Output on the Main Board (the UO/ECL terminal) is no longer available.
Important: In order to use the Utility Output Expansion you have to define the module in Location 30. 22 If more than one “UO” output is necessary, a Utility Output Expansion Module is available. Its four “UOs” (U01, UO2, UO3, and UO4) replace the ORBIT-6’s single “on-board ”UO”. The “UOs” on the Utility Output Expansion Module are relay-based, and allow a maximum current of 500 mAs. Refer to Figures 1A and 1B ( pages 32 and 33), for wiring instructions and additional information. The figure at the right, shows how a Utility Output on the “UO Expander” can be used to switch a table lamp on and off. Digit Event and Result 00 Not Active (default) UO offers no response to any system activity Arm Follow (Latch) 01 U0 is activated when the system is armed.
The activation occurs after the expiration of the exit/delay period. The U0 remains active (latched) while the system is armed.
When disarming the system the U0 deactivates (unlatches). Arm Follow (Pulse) 02 UO is activated when the system is armed. The activation occurs after the expiration of the exit/delay period. The UO is activated for several seconds (pulse), after which is deactivated.
Alarm Follow (Latched) UO is immediately activated when the system goes into any type of alarm (i.e. Intrusion, 03 fire, keypad-initiatedpanic) UO remains active (latched) for the duration of the alarm-evenafter the system’s sounder “times out” UO is deactivated when the system is disarmed 04 Alarm Follow (Pulse) UO is immediately activated for several seconds and then deactivated whenever the system goes into any type of alarm (i.e. Intrusion, fire, keypad-initiatedpanic) Zone 1 Alarm Follow (Latched) 05 U0 is immediately activated when an alarm occurs on Zone 1. U0 remains active (latched) for the duration of the alarm - even after the system sounder 'times out'. U0 is deactivated when Zone 1 goes into normal condition. 06 Zone 1 Alarm Follow (Pulsed) U0 is immediately activated for several seconds (pulsed) and then deactivates whenever Zone 1 goes into alarm.