This document is the programming guide for the ADEMCO VISTA-10P and VISTA-10PSIA security systems. It provides an overview of the various programming modes used to program the system, including data field programming, zone programming, output programming, and scheduling. Instructions are given for entering programming mode, navigating between data fields, and programming system options.
Installing and using the omni pcx enterprise pc installer v2.26 softwareNuno Torres
This document provides instructions for installing and using the OmniPCX Enterprise PC Installer V2.26 software. It describes how to install versions, patches, Linux on inactive partitions, and binaries on OmniPCX Enterprise Releases 5.1.x, 6.x and higher. The installation is performed using the setup.exe file and involves selecting options like installation type, call server type, and network configuration. The document also provides details on uninstalling, managing servers, and known restrictions for the software.
1. The ADEMCO 5828 and 5828V are wireless, bidirectional fixed-word keypads that can be used with LYNX and VISTA series residential alarm panels along with compatible transceivers.
2. The keypads operate on battery power when keys are pressed or AC power when connected to an adapter, displaying system status changes.
3. The 5828V adds voice announcements, a message center, and built-in microphone/speaker.
Lista de trucos para los samsung resetear un celular samsungJGamberGar
Este documento proporciona una lista de códigos secretos y trucos para desbloquear y reiniciar teléfonos Samsung. Incluye códigos para reiniciar la memoria, borrar aplicaciones y archivos, cambiar la configuración de red y desbloquear teléfonos. Algunos códigos son específicos de modelos como el Samsung V200 o X100, mientras que otros deberían funcionar en la mayoría de teléfonos Samsung. Se advierte que usar códigos como los de reinicio completo puede borrar todos los archivos y configuraciones guard
The document provides an overview of the SA571 compandor IC from ON Semiconductor. It discusses compandors and their basic functions of compression, expansion, and automatic level control. It then describes the key features of the SA571 chip, which can operate as both a compressor and expander with over 110dB of dynamic range. Finally, it outlines some common applications for compandors, such as in cellular radios, audio limiters, noise gates, and dynamic filters, and provides example circuit diagrams.
Honeywell Vista 15P Honeywell Vista 20P Programming GuideAlarm Grid
Alarm Grid Home Security http://www.alarmgrid.com/ has provided this pdf with the permission and courtesy of Honeywell.
Alarm Grid is a home security product and alarm monitoring company that loves its customers. We have a strong appreciation of the DIY community, and want to make sure that we not only provide the best products and services out there but we also want to make sure that resources like these Honeywell product pdfs are easily accessible so that or curious customers can find what they need when they need it.
Alarm Grid Home Security http://www.alarmgrid.com/ has provided this pdf with the permission and courtesy of Honeywell.
Alarm Grid is a home security product and alarm monitoring company that loves its customers. We have a strong appreciation of the DIY community, and want to make sure that we not only provide the best products and services out there but we also want to make sure that resources like these Honeywell product pdfs are easily accessible so that or curious customers can find what they need when they need it.
Alarm Grid Home Security http://www.alarmgrid.com/ has provided this pdf with the permission and courtesy of Honeywell.
Alarm Grid is a home security product and alarm monitoring company that loves its customers. We have a strong appreciation of the DIY community, and want to make sure that we not only provide the best products and services out there but we also want to make sure that resources like these Honeywell product pdfs are easily accessible so that or curious customers can find what they need when they need it.
Installing and using the omni pcx enterprise pc installer v2.26 softwareNuno Torres
This document provides instructions for installing and using the OmniPCX Enterprise PC Installer V2.26 software. It describes how to install versions, patches, Linux on inactive partitions, and binaries on OmniPCX Enterprise Releases 5.1.x, 6.x and higher. The installation is performed using the setup.exe file and involves selecting options like installation type, call server type, and network configuration. The document also provides details on uninstalling, managing servers, and known restrictions for the software.
1. The ADEMCO 5828 and 5828V are wireless, bidirectional fixed-word keypads that can be used with LYNX and VISTA series residential alarm panels along with compatible transceivers.
2. The keypads operate on battery power when keys are pressed or AC power when connected to an adapter, displaying system status changes.
3. The 5828V adds voice announcements, a message center, and built-in microphone/speaker.
Lista de trucos para los samsung resetear un celular samsungJGamberGar
Este documento proporciona una lista de códigos secretos y trucos para desbloquear y reiniciar teléfonos Samsung. Incluye códigos para reiniciar la memoria, borrar aplicaciones y archivos, cambiar la configuración de red y desbloquear teléfonos. Algunos códigos son específicos de modelos como el Samsung V200 o X100, mientras que otros deberían funcionar en la mayoría de teléfonos Samsung. Se advierte que usar códigos como los de reinicio completo puede borrar todos los archivos y configuraciones guard
The document provides an overview of the SA571 compandor IC from ON Semiconductor. It discusses compandors and their basic functions of compression, expansion, and automatic level control. It then describes the key features of the SA571 chip, which can operate as both a compressor and expander with over 110dB of dynamic range. Finally, it outlines some common applications for compandors, such as in cellular radios, audio limiters, noise gates, and dynamic filters, and provides example circuit diagrams.
Honeywell Vista 15P Honeywell Vista 20P Programming GuideAlarm Grid
Alarm Grid Home Security http://www.alarmgrid.com/ has provided this pdf with the permission and courtesy of Honeywell.
Alarm Grid is a home security product and alarm monitoring company that loves its customers. We have a strong appreciation of the DIY community, and want to make sure that we not only provide the best products and services out there but we also want to make sure that resources like these Honeywell product pdfs are easily accessible so that or curious customers can find what they need when they need it.
Alarm Grid Home Security http://www.alarmgrid.com/ has provided this pdf with the permission and courtesy of Honeywell.
Alarm Grid is a home security product and alarm monitoring company that loves its customers. We have a strong appreciation of the DIY community, and want to make sure that we not only provide the best products and services out there but we also want to make sure that resources like these Honeywell product pdfs are easily accessible so that or curious customers can find what they need when they need it.
Alarm Grid Home Security http://www.alarmgrid.com/ has provided this pdf with the permission and courtesy of Honeywell.
Alarm Grid is a home security product and alarm monitoring company that loves its customers. We have a strong appreciation of the DIY community, and want to make sure that we not only provide the best products and services out there but we also want to make sure that resources like these Honeywell product pdfs are easily accessible so that or curious customers can find what they need when they need it.
The Sysmac Studio software provides a unified design and operation environment for configuring, programming, simulating and monitoring automation systems. It supports configuration of EtherCAT networks and slave terminals, CPU/expansion racks, motion control, and programming of controllers using ladder logic, structured text and inline ST. System requirements include Windows OS, minimum memory and display specifications.
This document provides a user manual for KCam CNC control software version 4.0.25. It includes sections on getting started with KCam, descriptions of the pull down menus and their functions, supported G and M codes, hardware connections, and more. The manual provides concise explanations of how to use KCam's interface elements like the plot window, gcode editor, machine setups, port setup, and jogging controls to design, view, edit and run CNC programs. It also lists file formats KCam can import and export and provides a table of contents to help users navigate the manual.
Use this option to open the assistant window to help you configure each button.
Save cfg:
Use this option to save the current configuration.
12
POSSIBLE COMMANDS
Here are some useful commands that can be used in the string to send field of the Virtual Keyboard buttons, Serial Port, TCP Port and Files.
{ENTER} or {CR} - Send Carriage Return character.
{TAB} - Send Tab character.
{SPACE} - Send Space character.
{BS} - Send Backspace character.
{ASCII:XXX} - Send ASCII character code XXX (decimal).
{CTRL+A} - Send Ctrl-A character.
{DELAY:X
1. The document provides step-by-step instructions for configuring a point-to-point unframed TDMoIP connection between a Gmux-2000 unit and an IPmux-14(1) unit.
2. Key steps include loading the hardware configuration on the Gmux, setting the host IP and management parameters, configuring the E1 port and associated bundle, and establishing the connection between the bundles on the two units.
3. Rate limiting is applied on the connecting switch port between the IPmux and Gmux to simulate a network impairment that must be considered in the bundle configuration.
This document provides specifications for interfacing the Sysmex XE-2100 Automated Hematology Analyzer with a host computer. It describes the hardware communication specifications including the connector, signals, and format. It also describes the software data formats, including the text format, transmission procedures, error handling, and formats for analysis data and quality control data sent to the host computer.
Call Tracker by ICNS is very popular in the Caribbean and is used to track calls and produce a wide range of reports on PBXs from Avaya, Mitel, 3CX, Cisco, Nortel etc.
The document provides an overview of the Sepam software tool SFT2841, which can be used for parameter setting, local operation, and customization of Sepam devices. The SFT2841 kit includes the Sepam software CD, installation guide, and connection cable. The software allows users to configure Sepam hardware settings, protection functions, logic equations, mimic diagrams, and other parameters through a series of guided steps.
The SKT100 manual provides instructions for using a device to program transponders from various manufacturers including Texas Instruments, Atmel, Sokymat, and Phillips. The SKT100 can read and write transponder keys, recover lost keys using built-in calculators, and generate prepared keys. It connects to a computer via USB to be controlled with software that allows selecting the transponder type and performing operations like reading, writing, and cloning transponder data. The manual describes the software interface and provides step-by-step instructions for operating with different transponder types.
This document provides an overview and summary of Siemens S7-300 PLC programming. It covers the STEP 7 programming software, comparing CPU models and modules, addressing modules, loading memory, data types, and instructions for statement list programming, logic, math, timers, and more. Programming examples are also included at the end.
This document provides step-by-step instructions for installing and configuring SmartPOS 2.0. Key steps include:
1) Installing required software like Java JDK, restoring ERP and POS databases from backups, and setting up RabbitMQ.
2) Configuring the ERP system by creating a client, loading the chart of accounts, and defining organizations, warehouses, and accounts.
3) Synchronizing key master data between ERP and POS like business partners, products, and payment details using the client and organization IDs.
4) Configuring POS resources like payment and customer IDs to integrate with the ERP system.
Three modules for the remote inventory feature on Pandora FMS Enterprise. Get's information from CISCO devices like CPU, IOS version, Interfaces and other hardware info (version, s/n). For mo
Siemens catalog hmi-op7-17 operator panelDien Ha The
Tự Động Hóa Siemens,
Catalog Thiết Bị Điện Tự Động Hóa Siemens,
Catalog Phụ Kiện Tự Động Hóa Siemens,
Catalog Tự Động Hóa Siemens,
http://dienhathe.com,
Chi tiết các sản phẩm khác của Tự Động Hóa Siemens tại https://dienhathe.com
Xem thêm các Catalog khác của Tự Động Hóa Siemens tại https://dienhathe.info
Để nhận báo giá sản phẩm Tự Động Hóa Siemens vui lòng gọi: 0907.764.966
Tự Động Hóa Siemens,
Catalog Thiết Bị Điện Tự Động Hóa Siemens,
Catalog Phụ Kiện Tự Động Hóa Siemens,
Catalog Tự Động Hóa Siemens,
http://dienhathe.com,
Chi tiết các sản phẩm khác của Tự Động Hóa Siemens tại https://dienhathe.com
Xem thêm các Catalog khác của Tự Động Hóa Siemens tại https://dienhathe.info
Để nhận báo giá sản phẩm Tự Động Hóa Siemens vui lòng gọi: 0907.764.966
This document provides instructions for deploying IBM Sametime 9 on AIX 7.1, including preparing the environment, installing prerequisites like DB2 and Installation Manager, and configuring each Sametime component like Sametime Systems Console, Domino, Community Server, Proxy Server, Advanced Server, and Meetings Server. The steps provided include using SMIT to configure partitions, installing software packages and libraries, running setup/installation scripts, completing post-installation validation, and addressing common problems.
This document provides an overview of microprocessor systems and embedded devices at different levels. It discusses that at the high end, Intel Pentium 4 processors operate at 3.2GHz and consume over 100W, while low-power embedded devices consume as little as 250-300mW. Computer technology is experiencing dramatic changes with processors doubling in speed every 1.5 years, and memory and storage capacities increasing exponentially. Future computers are predicted to have processors operating at 5GHz with 4GB of memory and 2TB of storage. Embedded systems face challenges in power consumption, size, cost, reliability and meeting application-specific requirements.
The document discusses hardware and software co-design and provides examples including a data compressor, software modem, and personal digital assistants. It defines co-design as the concurrent development of hardware and software to meet performance criteria. Key concepts discussed are the integrated and concurrent nature of co-design. Motivations for co-design include available processor cores, large numbers of transistors, and hardware synthesis capabilities. The document also categorizes different types of co-design problems and components involved.
The document provides an overview of the Analog Devices Blackfin processor BF532. Some key points:
- The BF532 is a high-performance embedded processor designed for audio, video, automotive and other applications. It combines a 32-bit RISC instruction set with dual 16-bit MAC units and 8-bit video processing.
- It features a maximum clock speed of 600MHz, two 16-bit MACs, two 40-bit ALUs, four 8-bit video ALUs, and 148KB of on-chip memory. It supports interfaces like SPI, parallel ports, UART and has peripherals like timers and DMA.
- The document discusses the Blackfin architecture
This document provides installation and setup instructions for Realtek AC'97 audio drivers and applications. It describes inserting the installation CD and following prompts to setup, update, or remove the drivers. Additional details are provided for silent installation and version information. The history section lists changes made in previous driver versions.
Vizia rf + system programming and controlAlarm Grid
The document describes the Vizia RF+ home automation system, including its programming and control features. Key points:
- Vizia RF+ allows wireless control of lighting and appliances through remote controllers and programming devices.
- Programming requires a handheld remote controller or ThinkEssentials software to set up schedules, scenes, and network configuration.
- The system provides benefits like energy savings, multi-room lighting control, and integration of household devices.
The document provides product specifications for Leviton's ViziaRF+ plug-in modules for wireless home control systems. It describes three modules - a plug-in lamp dimming module, plug-in appliance module, and plug-in serial interface module. The lamp and appliance modules allow remote control of connected devices, including dimming and on/off switching. The serial interface module integrates the system with other home automation controllers.
The Sysmac Studio software provides a unified design and operation environment for configuring, programming, simulating and monitoring automation systems. It supports configuration of EtherCAT networks and slave terminals, CPU/expansion racks, motion control, and programming of controllers using ladder logic, structured text and inline ST. System requirements include Windows OS, minimum memory and display specifications.
This document provides a user manual for KCam CNC control software version 4.0.25. It includes sections on getting started with KCam, descriptions of the pull down menus and their functions, supported G and M codes, hardware connections, and more. The manual provides concise explanations of how to use KCam's interface elements like the plot window, gcode editor, machine setups, port setup, and jogging controls to design, view, edit and run CNC programs. It also lists file formats KCam can import and export and provides a table of contents to help users navigate the manual.
Use this option to open the assistant window to help you configure each button.
Save cfg:
Use this option to save the current configuration.
12
POSSIBLE COMMANDS
Here are some useful commands that can be used in the string to send field of the Virtual Keyboard buttons, Serial Port, TCP Port and Files.
{ENTER} or {CR} - Send Carriage Return character.
{TAB} - Send Tab character.
{SPACE} - Send Space character.
{BS} - Send Backspace character.
{ASCII:XXX} - Send ASCII character code XXX (decimal).
{CTRL+A} - Send Ctrl-A character.
{DELAY:X
1. The document provides step-by-step instructions for configuring a point-to-point unframed TDMoIP connection between a Gmux-2000 unit and an IPmux-14(1) unit.
2. Key steps include loading the hardware configuration on the Gmux, setting the host IP and management parameters, configuring the E1 port and associated bundle, and establishing the connection between the bundles on the two units.
3. Rate limiting is applied on the connecting switch port between the IPmux and Gmux to simulate a network impairment that must be considered in the bundle configuration.
This document provides specifications for interfacing the Sysmex XE-2100 Automated Hematology Analyzer with a host computer. It describes the hardware communication specifications including the connector, signals, and format. It also describes the software data formats, including the text format, transmission procedures, error handling, and formats for analysis data and quality control data sent to the host computer.
Call Tracker by ICNS is very popular in the Caribbean and is used to track calls and produce a wide range of reports on PBXs from Avaya, Mitel, 3CX, Cisco, Nortel etc.
The document provides an overview of the Sepam software tool SFT2841, which can be used for parameter setting, local operation, and customization of Sepam devices. The SFT2841 kit includes the Sepam software CD, installation guide, and connection cable. The software allows users to configure Sepam hardware settings, protection functions, logic equations, mimic diagrams, and other parameters through a series of guided steps.
The SKT100 manual provides instructions for using a device to program transponders from various manufacturers including Texas Instruments, Atmel, Sokymat, and Phillips. The SKT100 can read and write transponder keys, recover lost keys using built-in calculators, and generate prepared keys. It connects to a computer via USB to be controlled with software that allows selecting the transponder type and performing operations like reading, writing, and cloning transponder data. The manual describes the software interface and provides step-by-step instructions for operating with different transponder types.
This document provides an overview and summary of Siemens S7-300 PLC programming. It covers the STEP 7 programming software, comparing CPU models and modules, addressing modules, loading memory, data types, and instructions for statement list programming, logic, math, timers, and more. Programming examples are also included at the end.
This document provides step-by-step instructions for installing and configuring SmartPOS 2.0. Key steps include:
1) Installing required software like Java JDK, restoring ERP and POS databases from backups, and setting up RabbitMQ.
2) Configuring the ERP system by creating a client, loading the chart of accounts, and defining organizations, warehouses, and accounts.
3) Synchronizing key master data between ERP and POS like business partners, products, and payment details using the client and organization IDs.
4) Configuring POS resources like payment and customer IDs to integrate with the ERP system.
Three modules for the remote inventory feature on Pandora FMS Enterprise. Get's information from CISCO devices like CPU, IOS version, Interfaces and other hardware info (version, s/n). For mo
Siemens catalog hmi-op7-17 operator panelDien Ha The
Tự Động Hóa Siemens,
Catalog Thiết Bị Điện Tự Động Hóa Siemens,
Catalog Phụ Kiện Tự Động Hóa Siemens,
Catalog Tự Động Hóa Siemens,
http://dienhathe.com,
Chi tiết các sản phẩm khác của Tự Động Hóa Siemens tại https://dienhathe.com
Xem thêm các Catalog khác của Tự Động Hóa Siemens tại https://dienhathe.info
Để nhận báo giá sản phẩm Tự Động Hóa Siemens vui lòng gọi: 0907.764.966
Tự Động Hóa Siemens,
Catalog Thiết Bị Điện Tự Động Hóa Siemens,
Catalog Phụ Kiện Tự Động Hóa Siemens,
Catalog Tự Động Hóa Siemens,
http://dienhathe.com,
Chi tiết các sản phẩm khác của Tự Động Hóa Siemens tại https://dienhathe.com
Xem thêm các Catalog khác của Tự Động Hóa Siemens tại https://dienhathe.info
Để nhận báo giá sản phẩm Tự Động Hóa Siemens vui lòng gọi: 0907.764.966
This document provides instructions for deploying IBM Sametime 9 on AIX 7.1, including preparing the environment, installing prerequisites like DB2 and Installation Manager, and configuring each Sametime component like Sametime Systems Console, Domino, Community Server, Proxy Server, Advanced Server, and Meetings Server. The steps provided include using SMIT to configure partitions, installing software packages and libraries, running setup/installation scripts, completing post-installation validation, and addressing common problems.
This document provides an overview of microprocessor systems and embedded devices at different levels. It discusses that at the high end, Intel Pentium 4 processors operate at 3.2GHz and consume over 100W, while low-power embedded devices consume as little as 250-300mW. Computer technology is experiencing dramatic changes with processors doubling in speed every 1.5 years, and memory and storage capacities increasing exponentially. Future computers are predicted to have processors operating at 5GHz with 4GB of memory and 2TB of storage. Embedded systems face challenges in power consumption, size, cost, reliability and meeting application-specific requirements.
The document discusses hardware and software co-design and provides examples including a data compressor, software modem, and personal digital assistants. It defines co-design as the concurrent development of hardware and software to meet performance criteria. Key concepts discussed are the integrated and concurrent nature of co-design. Motivations for co-design include available processor cores, large numbers of transistors, and hardware synthesis capabilities. The document also categorizes different types of co-design problems and components involved.
The document provides an overview of the Analog Devices Blackfin processor BF532. Some key points:
- The BF532 is a high-performance embedded processor designed for audio, video, automotive and other applications. It combines a 32-bit RISC instruction set with dual 16-bit MAC units and 8-bit video processing.
- It features a maximum clock speed of 600MHz, two 16-bit MACs, two 40-bit ALUs, four 8-bit video ALUs, and 148KB of on-chip memory. It supports interfaces like SPI, parallel ports, UART and has peripherals like timers and DMA.
- The document discusses the Blackfin architecture
This document provides installation and setup instructions for Realtek AC'97 audio drivers and applications. It describes inserting the installation CD and following prompts to setup, update, or remove the drivers. Additional details are provided for silent installation and version information. The history section lists changes made in previous driver versions.
Similar to Honeywell vista-10p-programming-guide (20)
Vizia rf + system programming and controlAlarm Grid
The document describes the Vizia RF+ home automation system, including its programming and control features. Key points:
- Vizia RF+ allows wireless control of lighting and appliances through remote controllers and programming devices.
- Programming requires a handheld remote controller or ThinkEssentials software to set up schedules, scenes, and network configuration.
- The system provides benefits like energy savings, multi-room lighting control, and integration of household devices.
The document provides product specifications for Leviton's ViziaRF+ plug-in modules for wireless home control systems. It describes three modules - a plug-in lamp dimming module, plug-in appliance module, and plug-in serial interface module. The lamp and appliance modules allow remote control of connected devices, including dimming and on/off switching. The serial interface module integrates the system with other home automation controllers.
Leviton vrs15 1 lz installation manual and setup guideAlarm Grid
This document provides installation instructions and warnings for a Vizia RF + electronic scene capable switch. It can be installed in single pole or 3-way wiring configurations. The switch communicates via radio frequency and must be included in a Z-Wave network to operate. The instructions describe preparing the wires, connecting them correctly, testing and operating the switch, and include troubleshooting tips. Safety warnings are provided to avoid shock and ensure proper installation.
Leviton vrs05 1 lz installation manual and setup guideAlarm Grid
This document provides installation instructions for a Scene Capable Incandescent Switch. It contains warnings to turn off power before installation and identifies tools needed. It describes identifying wiring applications and preparing/connecting wires for single pole, 3-way, or 3-way with remote switches. Instructions are provided on mounting the switch, restoring power, including the switch in a Z-Wave network, troubleshooting, programming features, and warranty information.
This document provides product specifications for the Vizia RF + Scene Capable Receptacle, which replaces a regular wall receptacle to allow for wireless ON/OFF control of electrical devices plugged into the receptacle. It can be controlled remotely using Vizia RF + Controllers or other Z-Wave controllers. The receptacle provides features such as scene control of multiple lights with one button, wireless mesh networking, a tamper-resistant design, transient surge protection, and compatibility with home automation systems. It is designed for residential use in applications up to 7,500 square feet with 128 devices or less.
Leviton vrp15 z Installation Instructions and Setup GuideAlarm Grid
The Scene Capable Plug-In Appliance Module is a Z-Wave enabled device that can be used to remotely control electrical loads plugged into it via a Z-Wave wireless network. It allows loads to be switched on or off and can be programmed to respond to scenes. The module plugs into a standard wall receptacle and loads plug into the module. It provides reliable wireless communication through a mesh network topology and is easy to install without new wiring. The document provides instructions on including the module in a Z-Wave network and troubleshooting tips.
Leviton vrp03 z product manual and setup guideAlarm Grid
This document provides installation instructions for a Scene Capable Plug-In Lamp Dimming Module rated for 120VAC, 60Hz. It can control incandescent loads between 300W and 14W. The summary includes instructions to install the module by attaching the lamp to be controlled, attaching the module to a wall receptacle, and including the module in a Z-Wave wireless network using a programmer/remote. It also describes operating and troubleshooting the module.
Leviton vri10 1 lz product manual and setup guideAlarm Grid
The document provides installation instructions for a single pole or 3-way scene capable incandescent dimmer, including warnings to consult an electrician if unsure, only using the dimmer for incandescent or halogen fixtures, and that it is not compatible with standard 3-way switches. It details identifying the wiring configuration and connecting wires according to diagrams for single pole or 3-way installations. The instructions also cover including the dimmer in a Z-Wave network and testing operation before mounting in the wall box.
Leviton vri06 1 lz product manual and setup guideAlarm Grid
This document provides installation instructions for a single pole or 3-way scene capable incandescent dimmer. It contains warnings to only be installed according to electrical codes and by a qualified electrician. It also warns not to use the dimmer to control certain devices like fluorescent lights or motors. The instructions summarize identifying the wiring configuration, preparing the wires, and connecting the wires according to whether it is a single pole, 3-way with coordinating remote, or 3-way with matching remote installation. Diagrams illustrate the various wiring options and connection points on the dimmer and remote.
Leviton vrf01 1 lz product manual and setup guideAlarm Grid
This document provides installation instructions for a Leviton Vizia RF+ single pole or 3-way quiet fan speed control. It includes warnings, an introduction to Z-Wave technology, and step-by-step instructions for wiring the fan speed control in single pole or 3-way applications. The instructions also cover including the device in a Z-Wave network and advanced programming features for preset fan speeds and LED options.
This document provides installation instructions for a single pole or 3-way electronic low voltage dimmer. It includes wiring diagrams and steps for identifying the wiring type and preparing/connecting the wires for either a single pole, 3-way with coordinating remote, or 3-way with matching remote installation. The summary also describes features of the dimmer such as compatibility with other Z-Wave enabled devices and ease of installation without new wiring.
Leviton vrcz4 mr, vrcs4-mr, and vrc52-mr product specificationsAlarm Grid
The document provides product specifications for Leviton's ViziaRF+ combination devices, which allow for wireless control of lighting and home automation. The three devices summarized are: 1) A 4-button zone controller that controls up to four zones of lighting; 2) A 4-button scene controller that controls up to four lighting scenes; and 3) A 2-button scene controller that controls two lighting loads and scenes. All devices operate using Z-Wave wireless technology and allow integration of lighting control into homes.
The document provides product specifications for the ViziaRF+ line of wireless home control system controllers from Leviton Manufacturing Co. It includes:
- Descriptions of 6 controller models for remote control of lighting scenes and zones without wiring
- Details on setup and programming options using Z-Wave wireless technology
- Specifications on operating temperature and humidity ranges
- Diagrams of the controller models and wiring installations
- Information on ordering replacement faceplates and remote control accessories
Leviton vrcz1 installation manual and setup guideAlarm Grid
- The document provides instructions for including a 1-zone controller into a Z-Wave network using a Leviton Z-Wave programmer/remote. It involves placing the controller into programming mode, then selecting "include node" on the programmer/remote while standing close to the controller.
- After inclusion, the programmer/remote will assign a home ID, node ID and name for the controller. The document then provides instructions for updating the controller after all other devices have been included.
- The document outlines features of the 1-zone controller such as providing 3-way or 4-way control of lighting loads without traveler wires and two-way communication with dimming and brightness level LEDs.
The document provides installation instructions for a 1-scene controller. It outlines the steps to include the controller in a Z-Wave network using a programmer/remote, which includes putting the controller into programming mode, including it in the network while close to it, and updating the controller after inclusion. It also describes how to exclude the controller from the network and reset it to factory defaults if needed.
Leviton vp00 r 10z, vp00r-1lz, vp0sr-10z, vp0sr-1lz installation manual and s...Alarm Grid
This document provides installation instructions for Lutron 3-way or multi-location remote control devices. It includes warnings, tool requirements, wiring diagrams and step-by-step instructions for installing coordinating or matching remote devices in various 3-way, 4-way and multi-location circuit configurations. Maximum wire lengths and terminal identification is also provided.
Leviton dimmers, switches and fan speed controllersAlarm Grid
The document provides product specifications for Leviton's ViziaRF+ wireless lighting and home control system. It describes the system's wireless technology that creates a mesh network allowing command and control of lights, scenes and zones. Devices include dimmers, switches and a fan speed control that fit into standard wall boxes and provide local and remote control of various lighting loads. The system reduces energy usage and provides elegant lighting scenes and zones with one-button control.
Fluorescent dimmer for hi lume or eco-10 ballastsAlarm Grid
The document provides information about fluorescent dimmers from Leviton that are designed for use with Hi-lume or Eco-10 ballasts. It explains that when an energy saving lamp is used, the dimmer may not turn the lamp on due to the lamp not meeting the minimum wattage required by the ballast. It recommends ensuring the lamp type and wattage are compatible with the ballast in order for the dimmer to provide full on/off and dimming control.
Controlling z wave door locks with the vrc0 pAlarm Grid
This document provides recommendations for reliably controlling Z-Wave door locks with a VRC0P controller. It discusses challenges with battery-operated secure devices and outlines two key steps to ensure reliable communication: 1) Performing a rediscovery at -6dB or lower power level after inclusion, and 2) Completing RSS232 setup, reverse associations, and updating routes using installer tools. It also recommends incorporating a triggered delay when controlling multiple door locks simultaneously to avoid status updates colliding with control commands.
The document provides information on Leviton's Vizia+ collection of lighting controls and home automation products. It includes dimmers, switches, timers, and accessories that allow lighting and appliances to be controlled wirelessly. The Vizia+ products offer advanced lighting control features at a moderate cost and incorporate Z-Wave technology to enable wireless home automation functionality through scenes and zones. The document lists the various Vizia+ models and their specifications and features.
Monitoring and Managing Anomaly Detection on OpenShift.pdfTosin Akinosho
Monitoring and Managing Anomaly Detection on OpenShift
Overview
Dive into the world of anomaly detection on edge devices with our comprehensive hands-on tutorial. This SlideShare presentation will guide you through the entire process, from data collection and model training to edge deployment and real-time monitoring. Perfect for those looking to implement robust anomaly detection systems on resource-constrained IoT/edge devices.
Key Topics Covered
1. Introduction to Anomaly Detection
- Understand the fundamentals of anomaly detection and its importance in identifying unusual behavior or failures in systems.
2. Understanding Edge (IoT)
- Learn about edge computing and IoT, and how they enable real-time data processing and decision-making at the source.
3. What is ArgoCD?
- Discover ArgoCD, a declarative, GitOps continuous delivery tool for Kubernetes, and its role in deploying applications on edge devices.
4. Deployment Using ArgoCD for Edge Devices
- Step-by-step guide on deploying anomaly detection models on edge devices using ArgoCD.
5. Introduction to Apache Kafka and S3
- Explore Apache Kafka for real-time data streaming and Amazon S3 for scalable storage solutions.
6. Viewing Kafka Messages in the Data Lake
- Learn how to view and analyze Kafka messages stored in a data lake for better insights.
7. What is Prometheus?
- Get to know Prometheus, an open-source monitoring and alerting toolkit, and its application in monitoring edge devices.
8. Monitoring Application Metrics with Prometheus
- Detailed instructions on setting up Prometheus to monitor the performance and health of your anomaly detection system.
9. What is Camel K?
- Introduction to Camel K, a lightweight integration framework built on Apache Camel, designed for Kubernetes.
10. Configuring Camel K Integrations for Data Pipelines
- Learn how to configure Camel K for seamless data pipeline integrations in your anomaly detection workflow.
11. What is a Jupyter Notebook?
- Overview of Jupyter Notebooks, an open-source web application for creating and sharing documents with live code, equations, visualizations, and narrative text.
12. Jupyter Notebooks with Code Examples
- Hands-on examples and code snippets in Jupyter Notebooks to help you implement and test anomaly detection models.
Main news related to the CCS TSI 2023 (2023/1695)Jakub Marek
An English 🇬🇧 translation of a presentation to the speech I gave about the main changes brought by CCS TSI 2023 at the biggest Czech conference on Communications and signalling systems on Railways, which was held in Clarion Hotel Olomouc from 7th to 9th November 2023 (konferenceszt.cz). Attended by around 500 participants and 200 on-line followers.
The original Czech 🇨🇿 version of the presentation can be found here: https://www.slideshare.net/slideshow/hlavni-novinky-souvisejici-s-ccs-tsi-2023-2023-1695/269688092 .
The videorecording (in Czech) from the presentation is available here: https://youtu.be/WzjJWm4IyPk?si=SImb06tuXGb30BEH .
Unlock the Future of Search with MongoDB Atlas_ Vector Search Unleashed.pdfMalak Abu Hammad
Discover how MongoDB Atlas and vector search technology can revolutionize your application's search capabilities. This comprehensive presentation covers:
* What is Vector Search?
* Importance and benefits of vector search
* Practical use cases across various industries
* Step-by-step implementation guide
* Live demos with code snippets
* Enhancing LLM capabilities with vector search
* Best practices and optimization strategies
Perfect for developers, AI enthusiasts, and tech leaders. Learn how to leverage MongoDB Atlas to deliver highly relevant, context-aware search results, transforming your data retrieval process. Stay ahead in tech innovation and maximize the potential of your applications.
#MongoDB #VectorSearch #AI #SemanticSearch #TechInnovation #DataScience #LLM #MachineLearning #SearchTechnology
Nunit vs XUnit vs MSTest Differences Between These Unit Testing Frameworks.pdfflufftailshop
When it comes to unit testing in the .NET ecosystem, developers have a wide range of options available. Among the most popular choices are NUnit, XUnit, and MSTest. These unit testing frameworks provide essential tools and features to help ensure the quality and reliability of code. However, understanding the differences between these frameworks is crucial for selecting the most suitable one for your projects.
5th LF Energy Power Grid Model Meet-up SlidesDanBrown980551
5th Power Grid Model Meet-up
It is with great pleasure that we extend to you an invitation to the 5th Power Grid Model Meet-up, scheduled for 6th June 2024. This event will adopt a hybrid format, allowing participants to join us either through an online Mircosoft Teams session or in person at TU/e located at Den Dolech 2, Eindhoven, Netherlands. The meet-up will be hosted by Eindhoven University of Technology (TU/e), a research university specializing in engineering science & technology.
Power Grid Model
The global energy transition is placing new and unprecedented demands on Distribution System Operators (DSOs). Alongside upgrades to grid capacity, processes such as digitization, capacity optimization, and congestion management are becoming vital for delivering reliable services.
Power Grid Model is an open source project from Linux Foundation Energy and provides a calculation engine that is increasingly essential for DSOs. It offers a standards-based foundation enabling real-time power systems analysis, simulations of electrical power grids, and sophisticated what-if analysis. In addition, it enables in-depth studies and analysis of the electrical power grid’s behavior and performance. This comprehensive model incorporates essential factors such as power generation capacity, electrical losses, voltage levels, power flows, and system stability.
Power Grid Model is currently being applied in a wide variety of use cases, including grid planning, expansion, reliability, and congestion studies. It can also help in analyzing the impact of renewable energy integration, assessing the effects of disturbances or faults, and developing strategies for grid control and optimization.
What to expect
For the upcoming meetup we are organizing, we have an exciting lineup of activities planned:
-Insightful presentations covering two practical applications of the Power Grid Model.
-An update on the latest advancements in Power Grid -Model technology during the first and second quarters of 2024.
-An interactive brainstorming session to discuss and propose new feature requests.
-An opportunity to connect with fellow Power Grid Model enthusiasts and users.
Have you ever been confused by the myriad of choices offered by AWS for hosting a website or an API?
Lambda, Elastic Beanstalk, Lightsail, Amplify, S3 (and more!) can each host websites + APIs. But which one should we choose?
Which one is cheapest? Which one is fastest? Which one will scale to meet our needs?
Join me in this session as we dive into each AWS hosting service to determine which one is best for your scenario and explain why!
Programming Foundation Models with DSPy - Meetup SlidesZilliz
Prompting language models is hard, while programming language models is easy. In this talk, I will discuss the state-of-the-art framework DSPy for programming foundation models with its powerful optimizers and runtime constraint system.
Your One-Stop Shop for Python Success: Top 10 US Python Development Providersakankshawande
Simplify your search for a reliable Python development partner! This list presents the top 10 trusted US providers offering comprehensive Python development services, ensuring your project's success from conception to completion.
Skybuffer AI: Advanced Conversational and Generative AI Solution on SAP Busin...Tatiana Kojar
Skybuffer AI, built on the robust SAP Business Technology Platform (SAP BTP), is the latest and most advanced version of our AI development, reaffirming our commitment to delivering top-tier AI solutions. Skybuffer AI harnesses all the innovative capabilities of the SAP BTP in the AI domain, from Conversational AI to cutting-edge Generative AI and Retrieval-Augmented Generation (RAG). It also helps SAP customers safeguard their investments into SAP Conversational AI and ensure a seamless, one-click transition to SAP Business AI.
With Skybuffer AI, various AI models can be integrated into a single communication channel such as Microsoft Teams. This integration empowers business users with insights drawn from SAP backend systems, enterprise documents, and the expansive knowledge of Generative AI. And the best part of it is that it is all managed through our intuitive no-code Action Server interface, requiring no extensive coding knowledge and making the advanced AI accessible to more users.
Digital Marketing Trends in 2024 | Guide for Staying AheadWask
https://www.wask.co/ebooks/digital-marketing-trends-in-2024
Feeling lost in the digital marketing whirlwind of 2024? Technology is changing, consumer habits are evolving, and staying ahead of the curve feels like a never-ending pursuit. This e-book is your compass. Dive into actionable insights to handle the complexities of modern marketing. From hyper-personalization to the power of user-generated content, learn how to build long-term relationships with your audience and unlock the secrets to success in the ever-shifting digital landscape.
Dive into the realm of operating systems (OS) with Pravash Chandra Das, a seasoned Digital Forensic Analyst, as your guide. 🚀 This comprehensive presentation illuminates the core concepts, types, and evolution of OS, essential for understanding modern computing landscapes.
Beginning with the foundational definition, Das clarifies the pivotal role of OS as system software orchestrating hardware resources, software applications, and user interactions. Through succinct descriptions, he delineates the diverse types of OS, from single-user, single-task environments like early MS-DOS iterations, to multi-user, multi-tasking systems exemplified by modern Linux distributions.
Crucial components like the kernel and shell are dissected, highlighting their indispensable functions in resource management and user interface interaction. Das elucidates how the kernel acts as the central nervous system, orchestrating process scheduling, memory allocation, and device management. Meanwhile, the shell serves as the gateway for user commands, bridging the gap between human input and machine execution. 💻
The narrative then shifts to a captivating exploration of prominent desktop OSs, Windows, macOS, and Linux. Windows, with its globally ubiquitous presence and user-friendly interface, emerges as a cornerstone in personal computing history. macOS, lauded for its sleek design and seamless integration with Apple's ecosystem, stands as a beacon of stability and creativity. Linux, an open-source marvel, offers unparalleled flexibility and security, revolutionizing the computing landscape. 🖥️
Moving to the realm of mobile devices, Das unravels the dominance of Android and iOS. Android's open-source ethos fosters a vibrant ecosystem of customization and innovation, while iOS boasts a seamless user experience and robust security infrastructure. Meanwhile, discontinued platforms like Symbian and Palm OS evoke nostalgia for their pioneering roles in the smartphone revolution.
The journey concludes with a reflection on the ever-evolving landscape of OS, underscored by the emergence of real-time operating systems (RTOS) and the persistent quest for innovation and efficiency. As technology continues to shape our world, understanding the foundations and evolution of operating systems remains paramount. Join Pravash Chandra Das on this illuminating journey through the heart of computing. 🌟
Introduction of Cybersecurity with OSS at Code Europe 2024Hiroshi SHIBATA
I develop the Ruby programming language, RubyGems, and Bundler, which are package managers for Ruby. Today, I will introduce how to enhance the security of your application using open-source software (OSS) examples from Ruby and RubyGems.
The first topic is CVE (Common Vulnerabilities and Exposures). I have published CVEs many times. But what exactly is a CVE? I'll provide a basic understanding of CVEs and explain how to detect and handle vulnerabilities in OSS.
Next, let's discuss package managers. Package managers play a critical role in the OSS ecosystem. I'll explain how to manage library dependencies in your application.
I'll share insights into how the Ruby and RubyGems core team works to keep our ecosystem safe. By the end of this talk, you'll have a better understanding of how to safeguard your code.
Fueling AI with Great Data with Airbyte WebinarZilliz
This talk will focus on how to collect data from a variety of sources, leveraging this data for RAG and other GenAI use cases, and finally charting your course to productionalization.
leewayhertz.com-AI in predictive maintenance Use cases technologies benefits ...alexjohnson7307
Predictive maintenance is a proactive approach that anticipates equipment failures before they happen. At the forefront of this innovative strategy is Artificial Intelligence (AI), which brings unprecedented precision and efficiency. AI in predictive maintenance is transforming industries by reducing downtime, minimizing costs, and enhancing productivity.
leewayhertz.com-AI in predictive maintenance Use cases technologies benefits ...
Honeywell vista-10p-programming-guide
1. ADEMCO VISTA-10P
ADEMCO VISTA-10PSIA
Security Systems
Programming Guide
K0735PRV4 10/08 Rev. B
2. COMPATIBILITY: This Programming Guide is intended for VISTA-10P/VISTA-10PSIA controls with firmware revision 4.0 or
higher.
IMPORTANT: The Real-Time Clock must be set before the end of the installation. See procedure in the Setting the Real-
Time Clock section of this manual.
TABLE of CONTENTS
PROGRAMMING OVERVIEW ...................................................................................................................................3
DATA FIELD PROGRAMMING FORM .....................................................................................................................4
DIALER PROGRAMMING.............................................................................................................................5
SYSTEM STATUS REPORT CODES...........................................................................................................6
RESTORE REPORT CODES .......................................................................................................................7
OUTPUT AND SYSTEM SETUP ..................................................................................................................7
DOWNLOAD INFORMATION.......................................................................................................................8
PAGER OPTIONS.........................................................................................................................................8
MISCELLANEOUS SYSTEM FIELDS...........................................................................................................9
CONFIGURABLE ZONE TYPE OPTIONS ...................................................................................................9
KEYPAD OPTIONS.....................................................................................................................................10
CONFIGURABLE ZONE TYPES WORKSHEETS .....................................................................................11
∗56 ZONE PROGRAMMING MENU MODE............................................................................................................12
∗58 EXPERT PROGRAMMING MODE ...................................................................................................................13
WIRELESS KEY PROGRAMMING TEMPLATES ......................................................................................14
∗57 FUNCTION KEY PROGRAMMING MODE ......................................................................................................15
OUTPUT DEVICE PROGRAMMING OVERVIEW (*79/*80 MENU MODE) ............................................................15
∗79 OUTPUT DEVICE MAPPING............................................................................................................................16
*80 OUTPUT DEFINITION MODE...........................................................................................................................16
∗81 ZONE LIST PROGRAM MODE ........................................................................................................................18
*82 ZONE DESCRIPTOR PROGRAMMING MODE ...............................................................................................18
ADDING CUSTOM WORDS.......................................................................................................................19
ALPHA VOCABULARY LIST (For Entering Zone Descriptors)..................................................................20
SCHEDULING MODE..............................................................................................................................................21
∗29 COMMUNICATION DEVICE MENU MODE (Pass-Through Programming) .................................................22
UPLOADING/DOWNLOADING VIA THE INTERNET.............................................................................................23
SETTING THE REAL-TIME CLOCK .......................................................................................................................23
ZONE TYPE DEFINITIONS .....................................................................................................................................24
SYSTEM COMMUNICATION ..................................................................................................................................25
Report Code Formats..................................................................................................................................25
Ademco Contact ID®...................................................................................................................................26
TABLE OF DEVICE ADDRESSES ..........................................................................................................................27
UL NOTICES............................................................................................................................................................27
SIA QUICK REFERENCE GUIDE ...........................................................................................................................27
5800 SERIES TRANSMITTER INPUT LOOP IDENTIFICATION............................................................................28
SCHEDULE WORKSHEET .....................................................................................................................................29
*56 ZONE PROGRAMMING WORKSHEET ...........................................................................................................29
∗57 FUNCTION KEY PROGRAMMING WORKSHEET..........................................................................................30
∗79 RELAY MAPPING WORKSHEET ....................................................................................................................30
∗80 OUTPUT DEFINITIONS WORKSHEET ...........................................................................................................30
∗81 ZONE LISTS WORKSHEET .............................................................................................................................31
VARIOUS SYSTEM TROUBLE DISPLAYS ............................................................................................................31
–2–
3. PROGRAMMING OVERVIEW
You can program the system at any time, even at the installer's premises prior to the actual installation. Programming can
also be performed remotely from the installer’s office/home, using an IBM personal computer, a modem, and Compass
downloading software.
TO ENTER PROGRAMMING MODE:
Local programming requires the use of an alpha keypad connected to the keypad terminals on the control.
A. POWER UP, then depress [,] and [#] both at once, within 50 seconds of powering up (if ,98 was used to exit previously,
this method must be used to reenter program mode). OR
B. Initially, key: Installer Code (4 + 1 + 1 + 2) plus 8 + 0 + 0.
Data Field Programming Procedures
Task Procedure
Go to a Data Field Press [∗] + [Field Number], followed by the required entry.
Entering Data When the desired field number appears, simply make the required entry. When the last entry for a
field is entered, the keypad beeps three times and automatically displays the next data field in
sequence. If the number of digits that you need to enter in a data field is less than the maximum digits
available (for example, the phone number fields *41, *42), enter the desired data, then press [∗ ] to
end the entry. The next data field is displayed.
Review a Data Field Press [#] + [Field Number].
Data will be displayed for that field number. No changes will be accepted in this mode.
Deleting an Entry Press [∗] + [Field Number] + [∗]. (Applies only to fields ∗40–*44, *94, and pager programming fields)
Interactive Menu Mode Programming (∗29, ∗56, ∗57, ∗58, ∗79, ∗80, ∗81, ∗82)
∗
See respective sections in this document for programming procedures.
Press [,] + [Menu Mode No.] (for example, ,56). The alpha display keypad will display the first of a series of prompts.
The following is a list of the various Programming modes used to program this system:
Programming Mode… Used to …
Data Field Programming Program basic data fields used for setting the various system options.
Most of the data fields in this system have been programmed for specific default
values. However, some fields must be programmed for each particular
installation to establish its specific alarm and reporting features.
∗29 IP/GSM Programming Program the IP and/or GSM options from a keypad.
∗56 Zone Programming Assign zone characteristics, report codes, alpha descriptors, and serial numbers
for 5800 RF transmitters.
∗57 Function Key Programming Program each of the four alphabet function keys to perform one of several
system operations.
∗58 Zone Programming Assign zone attributes similar to ∗56 mode, but provides a faster programming
(Expert Mode) procedure and is intended for those more experienced in programming controls
of this type.
∗79 Output Device Mapping Assign device address of the 4204 Relay module and map the specific relays
∗80 Output Definitions Define up to 12 output definitions which can control the output relays mapped
using *79 Output Device Mapping mode.
∗81 Zone List Programming Create Zone Lists for relay zones, chime, night-stay, cross zones, and pager
zones.
∗82 Alpha Programming Create alpha descriptors for easy zone identification.
Scheduling Mode (code + [#] +64) Create schedules to automate various system functions.
Site-Initiated Download Installer code + [#] + 1 (perform while system is disarmed and in normal mode)
INITIALIZE DOWNLOAD and RESET DEFAULTS
,96 Press ∗96 while in Program Mode. This initializes the system for downloading and resets all the subscriber account
numbers and CSID.
,97 Press ∗97 while in Program Mode. This resets all data fields to the default values shown on the Program Form. Use
∗97 only if you wish to return to the original factory-programmed defaults. Do not press ∗97 to load defaults if any
programming has been done previously—data already programmed into the system will be changed!
TO EXIT PROGRAMMING MODE:
,98 Exits programming mode and prevents re-entry by: Installer Code + 8 + 0 + 0. If ,98 is used to exit programming
mode, system must be powered down, and method A above used to enter the programming mode.
See field *88 for other *98 Program mode lockout options.
,99 Exits programming mode and allows re-entry by: Installer Code + 8 + 0 + 0 or method A above.
SPECIAL MESSAGES
OC = OPEN CIRCUIT (no communication between Keypad and Control).
EE or ENTRY ERROR = ERROR (invalid field number entered; re-enter valid field number).
After powering up, AC, dI (disabled) or Busy Standby and NOT READY will be displayed after approximately 4 seconds.
This will revert to a “Ready” message in approximately 1 minute, which allows PIRS, etc. to stabilize. You can bypass this
delay by pressing [#] + [0].
If E4 or E8 appears, more zones than the expansion units can handle have been programmed. The display will clear after
you correct the programming.
–3–
4. DATA FIELD PROGRAMMING FORM
Where noted, certain fields have special settings when used with the VISTA-10PSIA (indicated by heavy borders and reverse type throughout
for easy identification).
SIA Guidelines: Notes in certain data fields give instructions for programming the VISTA-10P for False Alarm Reduction.
NOTE: Entry of a number other than one specified will give unpredictable results. Values shown in brackets are factory defaults.
∗20 Installer Code [4112] | | | ∗32 Fire Alarm Sounder Timeout [0]
4 digits, 0–9. Can perform all system functions except 0 = sounder stops at timeout programmed in field ∗33
cannot disarm unless it is used to arm system. 1 = no sounder timeout UL: must be “1” for fire install.
Select whether or not alarm sounding continues until
∗21 Quick Arm Enable [0]
manually turned off (ignores sounder timeout). If not
0 = no quick arm; 1 = allow quick arm (with [#] key) selected, sounding stops at timeout programmed in ∗33.
Select whether or not users can press the [#] key in place of This control complies with NFPA requirements for temporal
entering a security code when arming the system (e.g., to pulse sounding of fire notification appliances. Temporal
arm AWAY, press [#] + AWAY). If not selected, users must pulse sounding for a fire alarm consists of the following:
enter a security code to arm the system. In either case, the 3 pulses – pause – 3 pulses – pause – 3 pulses.
user code is always needed to disarm the system.
∗22 RF Jam Option [0]
∗33 Alarm Sounder (Bell) Timeout [1]
0 = none; 1 = 4 min; 2 = 8 min; 3 = 12 min; 4 = 16 min
0 = no RF Jam detection
1 = send RF Jam report upon detection of RF jamming signal UL: For residential fire alarm installation, must be set for a
Select whether or not the system sends an RF jam report if minimum of 4 min (option 1); for UL Commercial Burglary
an RF jamming signal is detected. installations, must be minimum 16 min (option 4)
UL: must be 1 if wireless devices are used Enter the desired alarm sounding time. Entering “0” lets
sounding continue until manually turned off.
∗23 Quick (Forced) Bypass [0]
∗34 Exit Delay [60] |
0 = no quick bypass UL: must be “0”
00 - 96 = 0 - 96 secs; 97 = 120 secs
1 = allow quick bypass (code + [6] + [#] )
SIA Guidelines: minimum exit delay is 45 seconds
Select whether or not the Quick Bypass command (code
+[6] + [#]) is active. Zones bypassed by this function will be
displayed after the bypass is initiated. VISTA-10PSIA: 45 - 96 = 45 - 96 secs; 97 = 120 secs
NOTE: Entries less than 45 will result in a 45-second delay.
∗24 RF House ID Code [00] |
Enter the desired time the system waits before arming
00 = disable all wireless keypad usage entry/exit zones. If the entry/exit door is left open after this
01–31 = house ID for 5827, 5827BD or 5804BD keypad time expires, an alarm will occur.
Enter the RF House ID, which identifies receivers and UL installations: For UL Commercial Burglar Alarm and UL
wireless keypads. If a 5827 or 5827BD Wireless Keypad or Residential Burglar Alarm installations with line security,
5804BD Transmitter is being used, a House ID code must total exit time must not exceed 60 seconds.
be entered, and the keypad set to the same House ID.
∗26 Chime By Zone [0]
∗35 Entry Delay #1 (zone type 01) [30] |
00 - 96 = 0 - 96 secs; 97 = 120 secs; 98 = 180 secs;
0 = no (chimes on fault of any entry/exit or perimeter zone
99 = 240 secs
when chime mode on);
SIA Guidelines: minimum entry delay is30 seconds
1 = use zone list (chimes on fault of specific zones
programmed in chime zone list 3 when Chime mode on; VISTA-10PSIA:
use *81 Menu mode to select zones) 30-96 = 30 - 96 secs; 97 = 120 secs; 98 = 180 secs;
Select if you want a list of specific zones to chime when 99 = 240 secs
faulted while the system is in Chime mode (use zone list 3 to NOTE: Entries less than 30 will result in a 30-second delay.
assign these zones; see ∗81 Zone List Programming section
for details). If not selected, all entry/exit and perimeter zones For UL Residential Burglary Alarm installations, must be
will chime when faulted and system is in Chime mode. set for a maximum of 30 seconds; entry delay plus dial
delay should not exceed 1 min. For UL Commercial
∗28 Access Code For Phone Module [00] |
Burglar Alarm, total entry delay may not exceed 45
00 = disable; UL: must be “00” for UL Commercial Burg. inst. seconds.
1st digit: enter 1–9; 2nd digit: enter # + 11 for ",", Enter the desired time within which the system must be
or # + 12 for "#". disarmed after opening an entry door. If this time expires
Enter a 2-digit access code for the 4286 Phone Module, if without disarming, an alarm occurs.
used. Example: If desired access code is 7∗ , 7 is the first
entry, and [#] + 11 (for ∗) is the second entry. ∗36 Entry Delay #2 (zone type 02) [30] |
NOTE: A “0” in either digit disables the phone module. See *35 Entry Delay 1 above for entries.
Use this entry for a secondary entry door. See *35 above for
∗29 Enable IP/GSM – Communication Device Menu explanation.
Mode (pass-through programming)
This is a Menu Mode command, not a data field. ∗37 Audible Exit Warning [1]
See ∗29 Menu Mode section later in this document.
0 = no; 1 = yes; SIA Guidelines: must be enabled (enter 1)
∗31 One Audible Alarm Per Zone [0] VISTA-10PSIA: Feature always enabled; field does not exist.
0 = unlimited sounding Select whether or not you want exit warning sounds, which
1 = one alarm sounding on bell output per zone consist of slow continuous beeps until the last 10 seconds,
then it changes to fast beeps. Sound ends when exit time
VISTA-10PSIA: If “0” selected, “alarm sounding per zone”
expires.
will be the same as the “number of reports in armed period”
set in field *93 (1 if one report, 2 if 2 reports, unlimited for
zones in zone list 7).
Select whether or not the system limits alarm sounding to
once per arming period for a given zone.
–4–
5. ∗38 Confirmation Of Arming Ding [0] ∗43 Primary Subs. Acct. No.
0 = no ding | | | / | | | | | [FFFF/FFFFFF]
1 = confirmation ding after arming system Enter 4 or 10 digits, depending on selection in *48 Report
2 = ding after arming from RF button or RF keypad only Format. See box above for entries. To clear, press *43*.
(except 5827/5827BD) Enter the primary subscriber account number.
UL: must be “1” for UL Commercial Burglar Alarm inst.
Select whether and when you want a confirmation of arming
∗44 Secondary Subs. Acct. No.
“ding” (1/2 second external sounder “ding”). | | | / | | | | | [FFFF/FFFFFF]
If “1” selected, ding occurs when closing report is sent, or at
See *43. To clear, press *44*.
the end of Exit Delay.
Enter the secondary subscriber account number
If “2” selected, ding occurs upon reception of the wireless
arming command. ∗47 Phone System Select [1]
∗39 Power Up In Previous State [1] DIALING NOT On WATS LINE USING WATS LINE
Pulse Dial 0 2
0 = always power-up in a disarmed state
Tone Dial 1 3
1 = assume the system status prior to power down
Select whether the system will be using pulse or tone
UL: must be “1” SIA Guidelines: must be enabled (enter 1)
dialing, and whether it is on a WATS line.
VISTA-10PSIA: Feature must be enabled (enter 1). ∗48 Report Format [77]
Select whether or not the system powers up in its previous 0 = 3+1, 4+1 ADEMCO L/S STANDARD Primary Second
state (if the system powers up armed and a zone is faulted, 1 = 3+1, 4+1 RADIONICS STANDARD
an alarm will occur 1 minute after power up). Note that if the 2 = 4+2 ADEMCO L/S STANDARD
previous state was armed Away or Stay, the system ignores 3 = 4+2 RADIONICS STANDARD
sensor changes for 1 minute, which allows time for sensors 5 = 10-digit ADEMCO CONTACT ID® REPORTING
such as PIRs to stabilize. 6 = 4+2 ADEMCO EXPRESS
7 = 4-digit ADEMCO CONTACT ID® REPORTING
DIALER PROGRAMMING 8 = 3+1, 4+1 ADEMCO L/S EXPANDED
Enter the number of digits shown. Do not fill unused spaces. Enter 9 = 3+1, 4+1 RADIONICS EXPANDED
0–9; #+11 for ','; #+12 for '#'; #+13 for a 2-second pause. If fewer Select the desired type of reports to be sent to the
than the maximum digits entered, exit the field by pressing [∗]. The primary/secondary numbers. Make selection from the table
next field number is displayed. in the Programming Guide. If “0” selected, all reports go only
∗40 PABX Access Code | | | | | to the primary number unless unsuccessful, then control will
attempt to dial secondary number.
Enter up to 6 digits. To clear entries, press ,40,. If call
waiting used, enter its cancel digits “∗ (#+11) 70” plus “# + ∗49 Split/Dual Reporting [0]
13” (pause). 0 = Standard/Backup reporting only (all to primary unless fail)
NOTES: See Backup Reporting note below.
1. The call waiting disable feature cannot be used on a PABX
Primary Phone No. Secondary Phone No.
line.
1 = Alarms, Restore, Cancel Others
2. Using call waiting cancel on a non-call waiting line will prevent
2 = All except Open/Close, Test Open/Close, Test
successful communication to the central station.
3 = Alarms, Restore, Cancel All
VISTA-10PSIA: If call waiting is used, enter call waiting 4 = All except Open/Close, Test All
disable digits as described above, and also set Call Waiting 5 = All All
Disable option in field *91. Backup Reporting: All reports are sent only to the primary
number unless unsussessful after 8 attempts. If unsuccessful,
Enter the PABX code, if used. If fewer than 6 digits, exit by the system makes up to 8 attempts to send all reports to the
pressing [∗], which advances to the next field. secondary number. If still unsuccessful after 16 attempts, the
Call Waiting: If the subscriber’s phone service has “call system displays “COMM FAILURE” message (FC for fixed-
waiting” (and is not using PABX), enter “*70” (“# + 11”) plus “# word keypads). Backup reporting is automatic only if there is
+ 13” (pause) as the PABX entry to disable “call waiting” a secondary phone number (field ∗42)
during control panel calls. If the subscriber does not have “call
waiting” and is not using PABX, make no entry in this field. ∗50 Burglary Dialer Delay [2, 0]
Important: 1. The call waiting disable feature cannot be Delay Time: Delay Time VISTA-10PSIA
used on a PABX line. 2. Using Call Waiting Disable on a 0 = no delay UL: must be “0” Delay Disable
non-call waiting line will prevent successful communication 1 = 15 seconds; 2 = 30 seconds; 3 = 45 seconds
to the central station. SIA Guidelines: delay must be minimum of 15 seconds
∗41 Primary Phone No. VISTA-10PSIA:
| | | | | | | | | | | | | | | | | | | Delay Time: 1 = 15 secs; 2 = 30 secs; 3 = 45 secs
Delay Disable:
∗42 Secondary Phone No. 0 = use delay set in entry 1
| | | | | | | | | | | | | | | | | | | 1 = dial delay disabled for zones listed in zone list 6 (use
zone list 6 to enter those zones that require dial delay
Enter up to 20 digits. To clear entries, press ,41, or ,42,
to be disabled; these zones ignore the setting in entry
respectively.
1)
Enter the primary phone and secondary phone numbers. If
you enter fewer than 20 digits, exit by pressing [∗]. To clear UL: Dial delay plus entry delay must not exceed one minute;
use zone list 6 to disable dial delay from appropriate zones,
entries from field, press ∗41∗.
if necessary.
NOTE: Entry of a number other than one specified will give
unpredictable results. Enter the desired delay time (none, 15, 30, or 45 seconds)
before a “BURGLARY ALARM” report is sent to the central
For fields *43- *44: Enter 0–9; #+11 for B; #+12 for C; #+13 for D;
station. This delay allows time for the subscriber to avoid
#+14 for E; #+15 for F. Enter [,] as the fourth digit if a 3-digit sending a false alarm if the alarm was inadvertently caused.
account number (for 3+1 dialer reporting format) is used. Enter 0 as This delay does not apply to zone type 24 alarms (silent
the first digit of a 4-digit account number for Nos. 0000-0999. Exit burglary) or to 24-hour zone types 6, 7, and 8 (silent panic,
field by pressing , (and press next field number) if only 3 digits are audible alarm, auxiliary alarm), which are always sent as
used. E.g., For Acct. B234, enter: #+11, 2, 3, 4 soon as they occur.
–5–
6. ∗53 SESCOA/Radionics Select [0] ∗59 Exit Error Report Code (continued)
If the system is not disarmed before entry delay expires, an
0 = Radionics (0-9, B-F), and all formats other than SESCOA “EXIT ALARM” message (VISTA-10PSIA: also zone alarm
1 = SESCOA (0-9 only reporting) message) will be sent to the central station if Exit Error
Select whether SESCOA format is used. Report Code is enabled. The keypad will display “EA” (fixed-
word ) or “EXIT ALARM” (alpha display), and alarm
∗54 Dynamic Signaling Delay [0] sounding continues until the system is disarmed (or timeout
Delay selectable from 0 to 225 secs in 15-sec increments. occurs).
0 = no delay (both signals sent); 1 = 15 secs; 2 = 30 secs, etc An Exit Alarm condition will also result if a fault occurs in an
UL: If using line security, must be 0. exit or interior zone within 2 minutes following the end of the
Intended for use with communication device on ECP (ex. exit delay, and an “EXIT ALARM” message will be sent to
LRR) reporting. Enter the desired time the panel should wait, the central station (except for VISTA-10PSIA, see field *69
per message, for acknowledgment from the first reporting Recent Closing report).
destination (see ∗55) before it attempts to send a message
to the second destination. Entering ”0” sends redundant
∗60 Trouble Report Code [10] |
reports to both Primary Dialer and the communication Sent if a zone has a trouble condition.
device. UL: Required for UL commercial burglar alarm installations
and for residential fire alarm installations
∗55 Dynamic Signaling Priority [0] ∗61 Bypass Report Code [00] |
0 = Primary Dialer first; 1 = Communication Device first. Sent when a zone is manually bypassed.
For UL Commercial Burglary installations that use a DACT UL: Required for UL commercial burglar alarm installations.
and LRR, this field must be “0”.
∗62 AC Loss Report Code [10] |
Intended for use with communication device reporting (field Enter the appropriate report code. Timing of this report is
∗29 must be enabled). random with up to a 4-hour delay. If AC restores before the
Select the initial reporting destination for messages as report goes out, there is no “AC LOSS” report.
follows: UL: Required for UL commercial burglar alarm installations
Primary Dialer First selected (0): and for residential fire alarm installations
• If acknowledged before delay expires (see ∗54), then ∗63 Low Bat Report Code [10] |
message will not be sent via communication device.
Sent when a low-battery condition exists in the system’s
• If not acknowledged before delay expires, message is
battery.
sent to both the Primary Phone No. and communication
UL: Required for UL commercial burglar alarm installations
device.
and for residential fire alarm installations
Communication Device (LRR) First selected (1):
• If acknowledged before delay expires, then message will ∗64 Test Report Code [00] |
not be sent to the primary dialer. Sent periodically to test that the communicator and phone
• If not acknowledged before delay expires, then message lines are operational
is sent to both Primary Phone No. and communication Use Scheduling mode to set periodic test reports or use the
device. following key commands to set schedule 2 to the stated
repeat option (first test report sent 12 hours after command):
∗56 -*58 Menu Modes installer code +[#] + [0] + 0 = test report sent every 24 hours
These are Menu Mode commands, not data fields. installer code +[#] + [0] + 1 = test report sent once per week
See Menu Mode sections later in this document. installer code +[#] + [0] + 2 = test report sent every 28 days
Each mode sets schedule 2 to the selected repeat option;
PROGRAMMING SYSTEM STATUS, & RESTORE REPORT first test report sent 12 hours after command.
CODES (∗59 - ∗68, ∗70 - ∗76, and ∗89):
∗ NOTE: Make sure the Real-Time Clock is set to the proper
For 3+1 or 4+1 Standard Format: Enter a code in the first box: 1– time before entering the test report schedule command to
9, #+10 for 0, #+11 for B, #+12 for C, #+13 for D, #+14 for E, #+15 ensure that test reports are sent when expected. (see
for F. Setting the Real-Time Clock section).
A 0 (not #+10) in the first box will disable a report. A 0 (not #+10) in UL: Required for UL commercial burglar alarm installations
the second box will result in automatic advance to the next field. and for residential fire alarm installations
For Expanded or 4+2 Format: Enter codes in both boxes (1st and ∗65 Open Report Code [0]
2nd digits) for 1–9, 0, or B–F, as described above.
A 0 (not #+10) in the second box will eliminate the expanded Enter the appropriate report code, which is sent upon
message for that report. A 0 (not #+10) in both boxes will disable disarming of the system.
the report. UL: Required for UL commercial burglar alarm installations
For Ademco Contact ID® Reporting: Enter any digit (other than 0) ∗66 Arm Away/Stay Rpt Code [0,0]
in the first box, to enable zone to report (entries in the second boxes
are ignored). Enter appropriate report code. Away Stay
A 0 (not #+10) in the first box disables the report. NOTE: “OPEN” reports not sent if associated closing report
UL installations: Program fields *59 - *76 as required by applicable is not enabled
UL Standards shown in each field. ∗67 RF Trans. Low Bat Report Code [00] |
SYSTEM STATUS REPORT CODES Sent when a wireless transmitter low-battery condition
exists.
∗59 Exit Error Report Code [0] UL: must be enabled if wireless devices are used.
See box above for entries. ∗68 Cancel Report Code [00] |
VISTA-10PSIA: [1] Always enabled.
VISTA-10PSIA: [10] Report enabled.
After arming the system, entry/exit and interior zones
Sent upon disarming of the system after an alarm was
remaining open after exit delay expires cause an alarm
reported.
sound at the keypad and external sounder (keypad also
displays “EXIT ALARM”), and entry delay begins. Disarming
before the end of the entry delay stops alarm sounding and
no message is sent to the central station. The keypad
displays “CA” (fixed-word) or “ALARM CANCELED” (alpha
display).
∗59 continued in next column
–6–
7. ∗69 Recent Closing Report Code [11] | ∗84 Auto Stay Arm [1]
0 = no, 1 = yes, auto stay arm enabled
VISTA-10PSIA: Always enabled. Field does not apply to other
If enabled, the system will automatically change AWAY
controls.
mode to STAY mode if the entry/exit door is not opened and
Similar to the Exit Error condition described in field *59, but closed within the exit delay time after a user arms in AWAY
occurs if any burglary zone is faulted within two minutes after mode from a wired keypad (non-RF device). An Opening
the initial exit delay expires. Disarming the system within the report followed by an Armed Stay report is sent to the
two minutes stops the alarm sound and displays " ALARM Central Station.
CANCELED " or "CA" and the faulted zone number. No If the door is opened and closed within the exit delay period,
message is sent to the Central Monitoring Station. the system remains in AWAY mode.
If the system is not disarmed within two minutes, the alarm Any RF device that arms the system AWAY overrides this
sound continues and a “recent closing” and a “zone alarm” feature and the system remains armed AWAY
message are sent to the Central Monitoring Station (after dial
delay expires). ∗85 Cross Zone Timer [0]
This option not for use in UL installations.
0 = 15 seconds 6 = 2-1/2 min #+12 = 8 min
RESTORE REPORT CODES 1 = 30 seconds 7 = 3 min #+13 = 10 min
∗70 Alarm Restore Rpt Code [0] 2 = 45 seconds 8 = 4 min #+14 = 12 min
3 = 60 seconds 9 = 5 min #+15 = 15 min
Sent when an alarm zone is restored to its non-faulted 4 = 90 seconds #+10 = 6 min
condition. 5 = 2 minutes #+11 = 7 min
UL: Required for UL commercial burglar alarm installations Assign cross zones on zone list 4, with *81 Menu mode.
and for residential fire alarm installations NOTE: Cross zoning takes effect only after Exit Delay expires.
∗71 Trouble Restore Rpt Code [00] | Select the maximum amount of time in which two cross
zones must be tripped in an armed system to send an alarm
Sent when a trouble in a zone is restored and code + OFF message to the Central Station. If only one cross zone is
performed. tripped during this time, a trouble message (CID code 380)
UL: Required for UL commercial burglar alarm installations. for that zone is sent to the Central Station.
∗72 Bypass Restore Rpt Code [00] | ∗86 Cancel Verify Keypad Display [1]
Sent when a zone that has been bypassed is unbypassed. 0 = no, 1 = yes
UL: Required for UL commercial burglar alarm installations Select whether “ ALARM CANCELED” is displayed on the
∗73 AC Restore Rpt Code [00] | LCD keypad under the following conditions:
• After the kissoff of the cancel message to the Central
Sent after AC power has been restored after an AC power Station, indicating a successful transmission.
outage.
UL: Required for UL commercial burglar alarm installations • When an alarm is successfully canceled before the
and for residential fire alarm installation Central Station received the Alarm message. E.g., if an
alarm is incorrectly triggered and the user presses code +
∗74 Low Bat Restore Rpt Code [00] | OFF before the dial delay time has expired, the message
will never go out to the CS.
Sent after a system low-battery condition is restored to
normal. • When the Cancel report is not enabled and the system is
UL: Required for UL commercial burglar alarm installations disarmed:
and for residential fire alarm installations a. before dialer delay expires (alarm report not sent)
message “Alarm Canceled” is displayed.
∗75 RF Trans. Lo Bat Rst Rpt Code [00] | b. after dialer delay expires message “Alarm Canceled”
is not displayed.
Sent when a trans. low battery is restored (new battery
installed). ∗87 Misc. Fault Delay Time [0]
UL installations: must be enabled if wireless devices are (used with Configurable Zone Type “digit 6”)
used. Required for UL commercial burglar alarm 0 = 15 seconds 6 = 2-1/2 min #+12 = 8 min
installations and required for residential fire alarm 1 = 30 seconds 7 = 3 min #+13 = 10 min
installations. 2 = 45 seconds 8 = 4 min #+14 = 12 min
∗76 Test Restore Rpt Code [00] | 3 = 60 seconds 9 = 5 min #+15 = 15 min
Sent when the Test mode is exited or upon timeout (4 hrs). 4 = 90 seconds #+10 = 6 min
UL: Required for UL commercial burglar alarm installations 5 = 2 minutes #+11 = 7 min
and for residential fire alarm installations UL: may only be used on non-burglar alarm/ non-fire alarm
zones when used in fire and/or UL burglar alarm
OUTPUT AND SYSTEM SETUP installation
∗77 Daylight Savings Time [3][11] | Enter the desired fault delay time. Used with zones assigned
to a configurable zone type with fault delay on (configurable
Start/End Month zone type digit “6”), and sets a zone response time of 15
0 = Disabled; 1-9 = January-September (1 = Jan, 2 = Feb, etc) seconds to 15 min. It can be assigned to zones with sensors
#+10 = October; #+11 = November; #+12 = December that provide a trouble indication when an oil tank is low, or
Enter the start and end month for daylight savings time, if similar applications for critical condition monitoring where a
applicable to the region. non-alarm response is desired.
∗78 Daylight Savings Time [2][1] | ∗88 Program Mode Lockout Options [0]
Start/End Weekend 0 = standard *98 installer code lockout
0 = disabled, 1 = first, 2 = second, 3 = third (reentry only by [∗] + [#] within 50 seconds after power up)
4 = fourth, 5 = last, 6 = next to last, 7 = third to last 1 = lockout [∗] + [#] reentry after *98 exit
Enter the start and end weekend for daylight savings time, if 2 = not used
applicable to the region. 3 = lockout local programming after *98 exit (reentry by
downloader only)
∗79 -*82 Menu Modes
These are Menu Mode commands, not data fields.
See Menu Mode sections later in this document.
–7–
8. ∗89 Event Log Full Report Code [00] | DOWNLOAD INFORMATION
See box above *59 for report code entries. ∗94 Download Phone No.
Sent when the event log is 80% full (if an event log enable is | | | | | | | | | | | | | | | | | | |
made in field ∗90). If the log becomes full, new messages
overwrite the oldest messages in the log. Enter up to 20 digits, 0–9; #+11 for ','; #+12 for '#'; #+13 for a
2-second pause. Do not fill unused spaces. If fewer than 20
∗90 Event Log Enables [3] digits, exit field by pressing ,. To clear entries, press ,94,.
NOTE:System messages are logged when any non-zero UL: downloading may be performed only if a technician is at
entry is made. the site.
0 = None Enter the downloading computer phone number.
1 = Alarm/Alarm Restore
2 = Trouble/Trouble Restore ∗95 Ring Count For Downloading [15]
4 = Bypass/Bypass Restore; 8 = Open/Close. NOTE: Do not enter “0” if using 4286 Phone Module.
Example: To select “Alarm/Alarm Restore”, and 0 = Disable Station Initiated Download;
“Open/Close”, enter 9 (1 + 8); to select all, enter #15. 1–14 = number of rings (1–9, # +10 =10, # +11 =11,
Select the types of events (up to 32 events) the system # +12 =12, # +13 =13, # +14 =14);
should log. The downloader operator can then upload the 15 = answering machine defeat (# +15 =15).
log and view or print out all or selected categories of the log. Refer to the chart below and program this field accordingly.
The downloader operator can also clear the log. The Event phone answer down-
log can also be viewed at an alpha keypad. The module machine loading Set field ∗95 to…
display/printout at the central station will show the date, yes no no 1-14 (not 0)
time, event, and description of occurrences yes yes no higher than number of rings set on
answer machine (e.g., if ans.
∗91 Option Selection [8, 0] machine is 4 rings, set this field to
5). This allows access to the phone
Options: 0 = None Options VISTA-10PSIA module if the answer machine is
1 = Bell Supervision Processing Call Wait Disable turned off.
NOTE: If Bell Supervision is selected, you must also cut yes no yes 1-14 (not 0)
the red PCB Bell Supervision jumper. yes yes yes 15 (bypasses answer machine†)
4 = AAV UL: must use ADEMCO UVCM module no no no 0
8 = Exit Delay Restart/Reset UL: must be disabled no yes no 0
#+12 = AAV and Exit Delay Restart/Reset no no yes 1-14
SIA Guidelines: Exit Delay should be enabled. no yes yes 15
† NOTE: If “15” is entered to bypass an answering machine, and a 4286 Phone
Module is included in the system, note the following: When calling in from an
VISTA-10PSIA: Options: Same as listed above. off-premises phone, the user should make the initial call, allow 1 or 2 rings
Call Waiting Disable: only, then hang up, then call again. The phone module will now seize the line,
0 = call waiting not used and 2 long tones sound, followed by the usual voice prompt for the access
1 = call waiting disable digits (*70) entered in field *40; code. If this procedure is not followed, phone module operation will not be
possible.
(when selected, the system dials the entry in field
*40 only on alternate dial attempts; this allows proper ∗96, *97 Initialize/Reset Defaults
dialing in the event call waiting service is later
(These are commands, not data fields.)
canceled by the user).
Select the desired options by adding the values of each ∗98, *99 Exit Commands
desired option. (These are commands, not data fields.)
“Exit Delay Restart/reset” option allows use of the [∗] key to PAGER OPTIONS
restart the exit delay at any time when the system is armed The system can send various reports to a pager.
STAY or INSTANT. This feature also enables automatic exit To program pager reporting, do the following:
delay reset, which resets exit delay if the entry/exit door is 1. Enter the appropriate information in the Pager data fields that
re-opened and closed before exit delay time expires after follow.
arming AWAY. Automatic Exit Delay Reset occurs only 2. Enable Pager Delay, if desired, in field *172
once during an armed AWAY period. 3. Make sure appropriate user open/close pager reports are
IMPORTANT: AAV should not be used when Paging or enabled using the user attribute command.
Alarm Reports are sent to a secondary number unless the 4. If using latchkey pager report, define the latchkey report
monitoring zone option is used (which pauses calls). schedule using Scheduling mode (master code + [#] [6] [4] then
Otherwise, the call to the secondary number by the select event type “03”). System must be armed for the Latchkey
communicator after the alarm report will prevent the AAV report to be sent.
from taking control of the telephone line, and the AAV 5. If using a function key to manually send a message to a pager,
“Listen in” session cannot take place. see Function Keys section to program the appropriate function.
6. If reporting zone alarms and troubles to a pager, use *81 Zone
∗93 Reports In Armed Period [1,0] List menu mode to assign the zones associated with each pager
Per Zone (Swinger Suppression) Restrict VISTA-10PSIA
(zone lists 9).
Restrict Report Pairs: Report Pairs Unlimited ∗160 Pager 1 Phone No.
0 = Unlimited Reports Reports Enable
| | | | | | | | | | | | | | | | | | |
1 = 1 report pair
2 = 2 report pairs SIA Guidelines: Must be set for 1 or 2. Enter up to 20 digits. 0–9; #+11 = ','; #+12 = '#'; #+13 = 2-
sec pause.
VISTA-10PSIA: Enter the pager phone number. If you enter fewer than 20
Restrict Report Pairs: 1 = 1 report pair; 2 = 2 report pairs digits, exit by pressing [∗] and next field number. To clear
Unlimited Reports Enable: entries from this field, press ∗160∗
0 = restrict reports to the setting in entry 1
1 = unlimited reports for zones listed in zone list 7; (use
zone list 7 to enter those zones that require unlimited
reporting; these zones ignore the setting in entry 1)
Select the number (0, 1, or 2) of alarm/alarm restore
message pairs per zone allowed to be sent to the central
station in an armed period. Applies to burglary zones only.
–8–
9. ∗161 Pager 1 Characters CONFIGURABLE ZONE TYPE OPTIONS
| | | | | | | | | | | | | | | The system allows you to define a custom zone type, based on the
options described below. This configurable zone types can be
Enter the optional prefix characters, up to 16 digits. programmed via the downloader or from a keypad using data fields
0–9; #+11 = ','; #+12 = '#'; #+13 = 2-second pause. *182-*183 described below.
Enter up to 16 optional characters, which may be sent as a
Configurable Zone Type Options
prefix to the 7-digit system status code sent to Pager 1 (if
used). Phone number in field *160 must be entered. If fewer Auto Restore (entry 2) Faults on zones set for this option are
than 16 characters, exit by pressing [∗] and next field cleared; restore messages sent upon
number. To clear entries from this field, press ∗161∗. restoral of faults.
For example, these optional 16 characters may be Vent Zone (entry 2) Zones set for this option are ignored
composed of the following: if faulted when arming the system,
• paging company PIN number, subscriber account but are protected if the zone is later
number, ∗ (enter # + 11 to send ∗), # (enter # + 12 to send restored (e.g., an open window can
#), pause (enter # + 13 to allow a 2-second pause; some be ignored when arming, but if the
paging systems require pause) window is later closed, it will be
protected; opening the window again
• Any special character(s) the end user may decide to causes an alarm.)
transmit
The format for the 7-digit system status code is defined as Bypass Disarmed (entry 4) Zones set for this option can be
follows: bypassed only while the system is
Pager Format: XXX-YYYY where: disarmed.
XXX = 3-digit event code: 911 = Alarm Bypass Armed (entry 4) Zones set for this option can be
811 = Trouble bypassed when the system is armed.
101 = Opening (disarm) Dial Delay (entry 6) Alarms on zones set for this option
102 = Closing (arm AWAY) participate in dial delay central station
YYYY = 4-digit user or zone number (depending on type reporting, if system dial delay enabled
of event). in field *50.
The first digit is “1,” followed by the 3-digit user or zone
Fault Delay (entry 6) Faults on zones set for this option are
number, or “0,” followed by a 3-digit device address number.
delayed by the time set in field *87.
Example 1. Pager displays: 9 1 1 – 1 0 0 4 : an alarm
Do not use this option if using
(911) caused by a fault in zone 4 (1004).
entry/exit delay for this zone type.
Example 2. Pager displays: 1 0 2 – 1 0 0 5 : a closing–
system arming (102) by User 5 (1005). Faults Display (entry 7) Selects how faults on zones set for
this zone type are displayed.
∗162 Pager 1 Report Options [0]
Power Reset/Verification Selects whether the system resets
0 = no reports sent (entry 7) power (when user enters code +
1 = Opens/closes all users OFF), and whether the system
4 = All alarms and troubles performs alarm verification when a
5 = All alarms / troubles, and opens/closes for all users fault occurs on these zones.
12 = Alarms / troubles for zones entered in zone list 9 Use Entry Delay (entry 8) Selects whether to use the system’s
13 = Alarms / troubles for zones entered in zone list 9, and entry delay times.
opens/closes for all users
Enter the types of reports to be sent to the pager. Use Exit Delay (entry 8) Selects whether to use the system’s
Open/close reports go to pager only when arming exit delay time.
(close)/disarming (open) from a keypad using a security Interior Type (entry 8) Zones set for this option are treated
code; auto-arming/disarming, arming with assigned button, same as standard zone type 4
and keyswitch arming do not send pager messages. (bypasses when armed STAY, faults
displayed).
∗172 Pager Delay Option For Alarms [3]
Alarm Sounds (entry 9) Selects the type of alarms sound for
0 = none, 1 = 1 minute, 2 = 2 minutes, 3 = 3 minutes zones set for this zone type.
Enter the desired pager delay for alarms.
Bell Timeout (entry 9) Alarm sounding on zones set for this
option remain for the duration set in
MISCELLANEOUS SYSTEM FIELDS fields *32/*33.
∗177 Device Duration 1, 2 [0] [0] Fire Zone (entry 9) Zones set for this option respond in
the same manner as if programmed
(used in *80 Menu mode-Device Actions 5/6) 1 2
for zone type 9. Do not set fire zones
0 = 15 seconds 6 = 2-1/2 min #+11 = 7 min to respond as a “fault” in entries 1-6.
1 = 30 seconds 7 = 3 min #+12 = 8 min
2 = 45 seconds 8 = 4 min #+13 = 10 min Trouble Sounds (entry 10) Selects the type of trouble sounds for
3 = 60 seconds 9 = 5 min #+14 = 12 min zones set for this zone type (periodic
4 = 90 seconds #+10 = 6 min #+15 = 15 min beeps = once every 30 seconds;
5 = 2 minutes trouble beeps = rapid beeping).
Enter the desired duration for output action options 5 Chime Enable (entry 10) Zones set for this option cause a
(duration 1) and 6 (duration 2) programmed in ∗80 Output chime when Chime mode is on.
Function Programming.
∗181 60 Hertz AC Operation [0]
0 = 60 Hz; 1 = 50 Hz
Select the type of AC power applied to the control (option is
used for Real-Time Clock synchronization).
–9–
10. ∗182 Configurable Zone Type 90 KEYPAD OPTIONS
To enable keypads:
1. Set desired address at keypad (refer to keypad’s instructions for
1 2 3 4 5 6 7 8 9 10 setting the address). Keypads are identified by predefined
(0-9, #+10=10, #+11=11, #+12=12, #+13=13, #+14=14, addresses (starting at address 16). Options for keypad 1,
#+15=15). address 16, are set by the factory and cannot be changed.
UL: Do not configure zones as a fire alarm or UL burglar 2. Use data field program mode to enable keypad addresses and
alarm zone. enable sound options in fields *190-*196 as shown in the table
above.
Enter the appropriate value for each entry, 1-10, based on
3. Set the following keypad-related data fields as required by the
the charts provided on the next page. Each entry is the
installation: *21 Quick Arm Enable
sum of the values of its selected options
*23 Forced Bypass
To calculate the value for each entry, add the values of the *84 Auto STAY Arm
selected options in each of the entry’s columns shown in NOTE: Each keypad must be assigned a unique address.
the respective chart (one option per column). For example, Keypads programmed with the same address will give
to program entry 2 for “alarm response to short,” “auto unpredictable results.
restore on,” but not a “vent zone,” enter 5 (“1” for alarm
short + “4” for auto restore-yes + “0” for vent zone-no). ∗190 Keypad 2 Device Address 17 [0] [0]
IMPORTANT: Be careful when selecting combinations of Enable: 0 = disabled; 1 = enabled Enable Sound
options for configurable zone types. Contradictory options Sound: 0 = no suppression
can cause unpredictable results. 1 = suppress arm/disarm and E/E beeps
2 = Suppress chime beeps only
3 = suppress arm/disarm, E/E, and chime beeps
∗183 Zone Type 90 Report Codes Select whether or not a keypad is used, and enter the
IMPORTANT: Use existing Contact ID® codes, if desired sound option for the keypad.
appropriate, or define unique codes in CID code range Enable Sound
750-789. See note in installation instructions. ∗191 Keypad 3 Device Address 18 [0] [0]
90 ALARM ID: XXX
TROUBLE ID: XXX ∗192 Keypad 4 Device Address 19 [0] [0]
Enter the desired 3-digit Contact ID® report codes for
alarms and troubles occurring on zones assigned to this ∗193 Keypad 5 Device Address 20 [0] [0]
zone type. Enter the codes sequentially (all 6 digits). When
entering digits, [#] moves cursor back, [∗] moves forward. ∗194 Keypad 6 Device Address 21 [0] [0]
Press [∗] when done to continue.
NOTE: Zone alarm report codes and trouble report code ∗195 Keypad 7 Device Address 22 [0] [0]
(∗60) and relevant restore codes must be enabled in order
to report configurable zone type codes. ∗196 Keypad 8 Device Address 23 [0] [0]
∗197 Exit Time Display Interval [0]
0 = no display; 1-5 = seconds between display refresh
Select whether or not keypads display the exit time
remaining after arming the system, with display updates at
the interval selected (i.e. if the exit delay is 30 seconds and
“2” is selected in this field, the keypad display refreshes
every 2 seconds, displaying 30, 28, 26, 24, etc.).
An interval greater than “1” may be necessary for some
older keypads to allow users time to enter key presses
between display updates.
FIXED-WORD KEYPAD NOTE: If using 2-digit display
keypads (e.g. 6150RF), do not use exit times greater than
the 96-second delay option. Using a longer delay time may
cause end-user confusion because 2-digit display keypads
cannot display times greater than “99.” If longer exit time is
required by the installation, it is recommended that the Exit
Time Display option be disabled (“0”).
∗199 ECP Fail Display [0]
0 = 3-digit display (“1” + device address)
1 = 2-digit fixed-display as “91”
Select the 2-digit or 3-digit ECP Fail display, based on the
type of keypads being used. The 3-digit display option
displays ECP faults as “1” plus the device address (00-30) of
the device causing the fault (e.g., faults on device 07 display
as “107”), and is intended for Alpha keypads and/or 3-digit
Fixed-Word Display keypads.
The 2-digit Fixed-Word Display displays ECP faults for all
devices as “91” on 2-digit displays, and “191” on 3-digit or
Alpha keypads. It is intended for 2-digit display keypads
(e.g., certain 6128 series keypads)
– 10 –
11. CONFIGURABLE ZONE TYPES WORKSHEETS
Configurable zone type 90 can be programmed via downloader software or from a keypad using data fields*182-*183.
Programming Configurable Zone Type options involves making 10 entries in data field *182, where each entry represents the
sum of the values of the various options shown in the tables below. Use field *183 to program a Contact ID report code for
this zone type.
ENTRY 1 (See note 4 for RF zones) ENTRY 2 (See note 4 for RF zones) Entries for Fields *182
Response when system disarmed and zone is: Auto Entry Zone Type 90 (field *182)
Intact EOL Open Shorted Restore Vent Zone 1
RF zone normal RF zone N/A RF zn off-normal 2
0 = normal 0 = normal 0 = normal 0 = no 0 = no 3
1 = alarm 4 = alarm 1 = alarm 4 = yes 8 = yes 4
2 = trouble 8 = trouble 2 = trouble
5
3 = fault 12 = fault 3 = fault
Entry 1 = EOL + Open Entry 2 = Short + auto restore + vent zone 6
7
ENTRY 3 (See note 4 for RF zones) ENTRY 4 (See note 4 for RF zones) 8
Response when armed STAY and zone is: Byp. when Byp. when 9
Intact EOL Open Shorted disarmed armed 10
RF zone normal RF zone N/A RF zn off-normal
0 = normal 0 = normal 0 = normal 0 = no 0 = no To calculate the value for each entry:
1 = alarm 4 = alarm 1 = alarm 4 = yes 8 = yes Simply add the values of the selected options
2 = trouble 8 = trouble 2 = trouble in each of the entry’s columns (one option per
3 = fault 12 = fault 3 = fault column). For example, to program Entry 2 for
Entry 3 = EOL + Open Entry 4 = Short + byp. disarmed + byp. armed “alarm response to short,” “auto restore on,”
but not a “vent zone,” enter 5 (“1” for alarm
ENTRY 5 (See note 4 for RF zones) ENTRY 6 (See note 4 for RF zones) short + “4” for auto restore yes + “0” for vent
Response when armed AWAY and zone is: Dial Delay Fault Delay zone no).
Intact EOL Open Shorted (see field *50) (see field *87)
RF zone normal RF zone N/A RF zn off-normal
0 = normal 0 = normal 0 = normal 0 = no 0 = no
1 = alarm 4 = alarm 1 = alarm 4 = use delay 8 = use delay
2 = trouble 8 = trouble 2 = trouble
3 = fault 12 = fault 3 = fault see note 1
Entry 5 = EOL + Open Entry 6 = Short + dial delay + fault delay INTACT OPEN SHORTED
EOL
ENTRY 7 ENTRY 8
ZONE-003-V0
Zone Conditions Represented
Display Faults Power Reset/ Use Entry Use Exit Respond as in Entries 1-6
Verification Delay 1/2 Delay Interior Type
0 = show alarms 0 = no 0 = no 0 = no 0 = no NOTES:
when armed 4 = power reset 1 = delay 1 4 = use exit 8 = yes 1. Do not use the “fault delay” option with a
& disarmed after fault 2 = delay 2 delay configurable zone type if it is set for an
1 = don’t show (by code + OFF) see note 2 entry or exit delay, otherwise
alarms when 12 = verification unpredictable results may occur.
armed (show (see zone 2. To create an interior type zone, select
alarms, trbles, type 16) “respond as interior zone type” (entry 8,
faults when interior type = yes), and set zone
disarmed) response to “fault” in entries 3-4 to ensure
3 = never show fault displays; do not set as “normal,”
any alarms, “alarm,” or “trouble.”
trbles, faults 3. Do not set fire zones to respond as a
Entry 7 = fault display + power Entry 8 = entry delay 1/entry delay 2 + exit delay + “fault” (entries 1-6), otherwise faults will
reset/verification interior zone type not display unless the [∗] key is pressed.
ENTRY 9 ENTRY 10 4. RF Zones: The “open” option in entries 1,
3, and 5 is not applicable for RF zones.
Alarm Sounds Use Bell Respond as Trouble Chime when
Use the “intact EOL” option for normal RF
Timeout Fire Zone Sounds Chime Mode On zone conditions and “shorted” for off-
0 = none 0 = no 0 = no 0 = none 0 = no normal RF zone conditions.
1 = steady 4 = yes 8 = yes 1 = periodic 4 = yes
keypad beep
2 = steady bell see fields *32, see zone type 2 = trouble
and keypad *33 09; see note 4 beeps
3 = pulsing bell
and keypad
Entry 9 = alarm sounds + bell timeout + fire zone Entry 10 = trouble sounds + chime
– 11 –
12. ∗56 ZONE PROGRAMMING MENU MODE
(press *56 while in Program mode)
Use ∗56 Zone Programming to program zones, zone types, report codes, enroll 5800 RF Wireless Transmitter serial
numbers, and identify the type of loop input device(s). This mode can also be used to enter alpha descriptors for programmed
zones; however, we recommend entering descriptors in menu mode ,82 (Alpha Descriptor Programming) after all zone
programming has been completed.
∗58 Expert Programming Mode offers a faster method of zone programming for those who have had previous experience in
programming control panels of this type.
SET TO CONFIRM? We recommend that you select “yes” to confirm the programming of every transmitter.
If selected, a prompt appears after entering the serial and loop numbers to confirm each transmitter)
0 = NO 1 = YES
Enter Zn Num. Enter the zone number being programmed:
01-06 = wired zones; 09-24 = wireless zones; 49-56 = button zones
(00 = Quit) 10 91 = addr. device report enable (Enter a report code for zone 91 to enable addressable device reporting.
92 = duress report enable (Enter a report code for zone 92 to enable duress reporting)
95, 96, 99 =emergency zones
00 to quit; [∗] to continue
Summary Screen for the selected zone is displayed.
Zn ZT P RC In: L “IN: L” = input type and loop; “HW: RT” = basic wired zone configuration (EOL, NO, NC) and response time
10 00 1 10 RF: 1 [∗] to continue
Each zone must be assigned to a zone type (list below), which defines the way in which the system
10 Zone Type responds to faults in that zone. Enter the desired zone type from the list below. If 00 is entered, Delete Zone
Perimeter 03 ? is displayed.
00 = Not used 07 = 24-Hr Audible 20 = Arm–STAY*
01 = Entry/exit #1 08 = 24-Hr Aux 21 = Arm–AWAY*
02 = Entry/exit #2 09 = Fire 22 = Disarm*
03 = Perimeter 10 = Interior w/Delay 23 = No Alarm Resp*
04 = Interior Follower 12 = Monitor Zone 24 = Silent Burglary
05 = Trouble Day/Alarm Night 14 = Carbon Monoxide 77 = Keyswitch
06 = 24-Hr Silent 16 = Fire w/Verify 81 = AAV Monitor Zone
*5800 button-type transmitters only 90 = Configurable
Enter the report code for this zone, which consists of 2 hexadecimal digits, each in turn consisting of two
10 Report Code numerical digits. For example, for a report code of “10,” enter 01 and 00.
1st 01 2nd 00 10 For Contact ID®, entering any non-zero entry as the first digit enables the report code for this zone.
1-9, 10 for 0, 11 for B, 12 for C, 13 for D, 14 for E, 15 for F
00 to disable;
[∗] to continue
This prompt appears only for zone numbers 01-06.
02 HARDWIRE TYPE Enter the desired hardwire type:
EOL 0 0 = EOL; 1 = NC; 2 = NO
[∗] to continue
This prompt appears only for hard-wired zones 01-06 (zone 02 is used as an example in display).
02 Response Time Enter the desired response time for this zone:
1 0 = 10mSec; 1 = 350mSec; 2 = 700mSec; 3 = 1.2 seconds
[∗] to continue
This prompt is skipped for zones 1-6.
10 INPUT TYPE All of the RF transmitters have one or more unique factory-assigned input loops (ID codes). Each of the
RF TRANS 3 input loops requires its own programming zone (e.g., a 5804's four button inputs require four programming
zones).Select the desired input type for the transmitter zone being programmed (some transmitters have
more than one input loop, each requiring its own zone; e.g., a 5804's four inputs requires four zones).
3 = RF (supervised RF transmitter; sends fault, restore, and low-battery signals, and sends periodic check-
in signals; transmitter must stay within receiver's range)
4 = UR (unsupervised RF transmitter; sends fault, restore, and low-battery signals, but does not send
periodic check-in signals; transmitter may be carried off-premises)
5 = BR (unsupervised button type RF transmitter; sends fault and low battery signals when activated, does
not send restore or check-in signals; transmitter may be carried off-premises)
[∗] to continue
NOTES:
• For basic wired zones, the Input Device type is automatically displayed as HW and cannot be edited.
For wireless transmitters, enroll the serial number and loop number.
10 INPUT S/N: L 1. a. Transmit two open/close sequences. If using a button-type transmitter, press and release the button
A022-4064 1 twice, but wait about 4 seconds before pressing the button the second time.
OR
b. Manually enter the 7-digit serial number printed on the label of the transmitter.
Press the [∗] key to move to the “L” position, then enter the loop number (see Loop Identification chart
on back cover).
If desired, you can press the [C] key to copy the previously enrolled serial number (used when
programming a transmitter with several input loops). The cursor moves to the loop number position.
c. To delete an existing serial number, enter 0 in the loop number field. The serial number will change to
0's. If 0 was entered in error, simply re-enter the loop number or press [#], and the serial number will
return to the display.
2. Press [∗] to continue. The system now checks for a duplicate serial/loop number combination.
– 12 –
13. If the serial/loop number combination is not a duplicate in the system, a display showing the serial number
10 INPUT S/N L and loop number entry appears.
A022-4064 1 [∗] to continue
This prompt will only appear if you answered “Yes” at the “SET TO CONFIRM” prompt.
XMIT TO CONFIRM The system now enters a confirmation mode so that the operation of the actual programmed input can be
PRESS , TO SKIP confirmed.
Activate the loop input or button that corresponds to this zone.
[∗] to continue
If the serial number transmitted does not match the serial number entered, a display similar to the one
Entd A022-4063 1 shown appears. If the loop number does not match, it will also be displayed.
Rcvd A022-4064 1 If so, activate the loop input or button on the transmitter once again. If a match is not obtained (i.e., summary
display does not appear), press the [#] key twice and then enter (or transmit) the correct serial number.
[∗] to continue
If the serial number transmitted matches the serial number entered, the keypad will beep 3 times
Zn ZT RC In: L and a summary display will appear, showing that zone's programming. Note that an “s” indicates
10 03 10 RF: 1s that a transmitter’s serial number has been enrolled.
[∗] to accept the zone information and continue
If you want to program descriptors for the zone now, enter 1 (yes) and refer to the *82 Descriptor
PROGRAM ALPHA? Programming section for procedures.
0 = NO 1 = YES 0 To program descriptors later, enter 0 (no).
[∗] to continue
If 0 (No) was entered at the Program Alpha prompt, the system will return you to the ZONE NUMBER
E N TE R Z N N U M. prompt. Repeat these steps for each zone in the system.
( 0 0 = Q U I T) 1 1 When all zones have been programmed, enter 00 as the zone number to quit.
[∗] to continue
Completing Zone Programming
When you have finished programming all zones, test each zone using the system’s TEST mode. Do not use the Transmitter
ID Sniffer Mode for checking wireless transmitting devices, as it will only check for transmission of one zone on a
particular transmitter, NOT the zones assigned to each additional loop.
NOTE: Following the successful enrollment of each wireless device, note the device serial number in the appropriate column
on the ENROLLED TRANSMITTERS worksheet in the Programming Form; then enter the other information (zone number,
zone type, loop number, etc.) relevant to that device.
∗58 EXPERT PROGRAMMING MODE
(press ∗58 while in Data Programming mode)
SET TO CONFIRM? We recommend that you select “yes” to confirm the programming of every transmitter.
If selected, a prompt appears after entering the serial and loop numbers to confirm each transmitter)
0 = NO 1 = YES
A summary screen will appear, showing zone 1’s currently programmed values.
Zn ZT RC HW: RT
Enter the zone number being programmed, then press [∗]. In this example, zone 10 is being entered
01 09 10 EL 1 (see Zone Number prompt in *56 Menu Mode for zone numbers).
[D] = for assigning wireless key programming templates (see Wireless Key Programming Templates section
Zn ZT RC IN: L below); lets you choose from a series of preset templates for easy programming of wireless key zones
00 = quit (when all zones have been programmed, press “00” to quit this menu mode)
10 00 10 RF – [∗] to continue
A summary screen with the selected zone’s current programming appears.
Zn ZT RC IN: L Begin programming zone information as follows:
10 00 10 RF 1 Enter Zone Type (ZT; see Zone Types listed in *56 Menu Mode “Zone Type” prompt), Report Code (RC; 0-9
only; use *56 mode to enter hex codes), and Input Device Type (IN)* sequentially (Loop Number (L) is
entered at the next prompt).
• Use the [A] (Advance) and [B] (Back) keys on the keypad to move the cursor within the screen.
• Use the [C] key to copy the previous zones attributes.
* If HW (hardwired) or AW (Auxiliary) is entered for Input Device Type, the display will be similar to the
prompt shown, except that HW or AW will be under “IN”.
Press [∗] to save the programming and continue. If needed, press the [#] key to back up without saving.
For wireless devices (input types RF, UR, BR), continue to the serial number/loop number prompt.
For wired devices, return to the initial summary screen prompt to begin programming the next zone.
Manually enter the serial number (found on the transmitter label), by typing digits in the “X” locations, using
10 INPUT S/N: L the [A] (advance) or [B] (back) keys as required.
A XXX- XXX – OR
Transmit two open/close sequences. If using a button-type transmitter, press and release the button twice,
but wait about 4 seconds before pressing the button the second time.
If you want to copy the previous zone’s serial number, press the [C] key.
Zn ZT P RC In L
Press [∗] to advance to the loop number, then enter loop number.
10 03 1 10 RF: 1s Press [∗] to accept the existing serial and loop number and continue to the “Confirm” prompt described in
*56 Menu mode above.
If necessary, press [#] to back up and re-enter or edit the serial number.
If the serial number transmitted matches the serial number entered, the keypad will beep 3 times and a
summary display will appear, showing the programmed information for that zone.
Press [∗] to begin programming the next zone. See first “Summary Screen” prompt paragraph.
– 13 –