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.
Honeywell Vista 15p Honeywell Vista 20P Install 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.
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.
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 document discusses NFPA 72 and NFPA 101, which provide minimum requirements for fire alarm systems and life safety from fire. NFPA 72 defines signal initiation, transmission, notification and annunciation for fire alarm systems to provide notification, summon aid and control safety functions. NFPA 101 aims to protect occupants from initial fire development and improve survivability for those near the fire. The document outlines requirements for visible signaling, including candela ratings and placement of strobes in corridors and sleeping areas. Synchronization of multiple appliances is also addressed.
Fire basics 1-4-risers_thru_power_supplies_08grantlerc
Fire alarm systems are installed to detect and notify people of emergencies to allow safe evacuation. NFPA 72 provides standards for fire alarm system components, functions, and performance. It classifies systems and defines key terms. Fire alarm systems have initiating devices, notification appliances, a control panel, and they transmit signals to a supervising station in some cases. Systems must be designed according to occupancy requirements and approved by the AHJ. They require both primary and secondary power supplies, and the secondary battery must be capable of powering the system for 24 hours plus additional time.
Honeywell Vista 15p Honeywell Vista 20P Install 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.
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.
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 document discusses NFPA 72 and NFPA 101, which provide minimum requirements for fire alarm systems and life safety from fire. NFPA 72 defines signal initiation, transmission, notification and annunciation for fire alarm systems to provide notification, summon aid and control safety functions. NFPA 101 aims to protect occupants from initial fire development and improve survivability for those near the fire. The document outlines requirements for visible signaling, including candela ratings and placement of strobes in corridors and sleeping areas. Synchronization of multiple appliances is also addressed.
Fire basics 1-4-risers_thru_power_supplies_08grantlerc
Fire alarm systems are installed to detect and notify people of emergencies to allow safe evacuation. NFPA 72 provides standards for fire alarm system components, functions, and performance. It classifies systems and defines key terms. Fire alarm systems have initiating devices, notification appliances, a control panel, and they transmit signals to a supervising station in some cases. Systems must be designed according to occupancy requirements and approved by the AHJ. They require both primary and secondary power supplies, and the secondary battery must be capable of powering the system for 24 hours plus additional time.
This document provides an overview of fire alarm system fundamentals based on current NFPA codes. It defines key components of fire alarm systems including the fire alarm control panel, initiating devices, notification appliances, transmitters and receivers, and control functions. It also outlines the classification of fire alarm systems, why they are installed, and what topics will be covered, including a review of NFPA 72.
This document provides installation and operation instructions for the Fibaro Smoke Sensor. It includes:
1) Details on how to include the sensor in a Z-Wave network either automatically or manually and exclude it from the network.
2) An overview of the sensor's operation modes, smoke and temperature detection functionality, and ability to detect lack of Z-Wave range.
3) Guidelines for installing the sensor properly and configuring its sensitivity level.
The document discusses fire alarm system fundamentals and requirements based on NFPA 70 and NFPA 72 standards. Key points include requirements for initiating devices to be compatible with listed control units, emergency functions not interfering with alarm operations, alarm activation within 10 seconds of detection, and zoning, annunciation, monitoring, and limitations of fire alarm systems and components.
The InnovairFlex D2 2-wire photoelectric duct smoke detector has a pivoting housing that fits both square and rectangular ducts. It senses airflow from 100-4,000 feet per minute and has improved resistance to false alarms. The detector's modular design simplifies installation and maintenance in harsh duct environments. Accessories include remote test stations and annunciators for flexible system integration.
The Pyrotector Model 30-3003 is an explosion-proof smoke detector designed for hazardous industrial and commercial locations. It uses a photoelectric sensor with an infrared light source and light sensing cell to detect smoke. The detector has self-checking circuitry to maintain sensitivity and can detect both slow and fast fires. It provides alarm and trouble relay contacts and is suitable for use in hazardous areas like combustible storage facilities, chemical plants, and refineries.
The document summarizes key sections from NFPA 72 regarding fire alarm systems. It outlines chapters that cover fundamentals, circuits, inspection/testing, initiating devices, and notification devices. For chapter 10 on fundamentals, it provides details on signal priority, distinctive signals for different alarm types, equipment performance requirements, annunciation zoning, integrity monitoring of components, and documentation requirements. Installation and equipment must comply with NFPA 70 and 72 standards unless otherwise indicated.
This document outlines an agenda for a course on fire alarm systems. It discusses initiating devices and protected premises fire alarm systems. The document reviews NFPA 72 chapter 17 which covers performance, selection, use and location of detectors. It provides requirements for smoke and heat detectors including total coverage, partial coverage, and non-required coverage. General requirements are also outlined such as not installing devices in inaccessible areas and supporting them independently of their circuit.
The document provides an overview of fire alarm systems, including their components and wiring styles. It discusses the main purpose of fire alarm systems to detect fires and notify occupants. The key components include the fire alarm control panel, initiating devices like detectors and manual pull stations, and notification appliances like horns, bells and strobes. It describes the National Fire Protection Association circuit classifications and wiring styles for initiating device circuits and notification appliance circuits.
Smokeless Flares
Smokeless flares incinerate flammable hazardous vent gas with the assistance of supplemental high-velocity air or steam to prevent the formation of soot or smoke. Excessive injection of air or steam reduces combustion efficiency, resulting in the release of hazardous VOC gases. Meanwhile, inadequate injection of air or steam results in the formation of undesirable soot and smoke. Although modern flares are designed for high flow rates associated with an emergency condition, they most commonly operate at high-turn-down, low-flow rates, making it challenging for the flare to operate at optimal combustion efficiency.
Pilot Monitor
Flammable vent gases are ignited by a pilot flame when released into the atmosphere by refineries, natural gas processing plants, and petrochemical plants. The proper incineration of these gases is a critical safety and environmental concern. Therefore, it is essential to confirm that the pilot is lit at all times. Monitoring via a thermocouple is common, however, failures frequently occur and replacements can require costly process shutdowns. Remote sensing IR technology (PM) is the superior alternative.
Flame Intensity Monitors
Williamson Flame Intensity Monitors (FI) are the single-wavelength sensors of choice for a variety of flare applications where the more sophisticated dual-wavelength flare products are not appropriate or are not required.
Aditgroup present the different fire alarm detector for the security purpose. Here user gets the Duel Heat detector, Manual call point, Smoke Alarm, Optical smoke detector etc.
The Hochiki ACD-V is a multi-sensor device that detects smoke, heat, and carbon monoxide. It has a low profile, supports various operational modes, and uses digital communication to provide fast response times. The sensor uses light scattering to detect smoke and thermistors to detect heat, while a separate cell detects carbon monoxide levels. It can be installed securely using a locking base and is compatible with Hochiki fire alarm control panels.
This document provides specifications for a pre-action/deluge control system for a fire protection project. It includes a description of the system components, specifications for the control panel, and details on installation and programming requirements to meet applicable codes and standards. The control panel shall be a Notifier RP-2001 which can support up to 6 initiating circuits, 4 output circuits, 3 relays, and include features such as cross-zone detection, dual hazard operation, and adjustable discharge timers.
This document provides 10 hints for making successful noise figure measurements. It discusses selecting an appropriate noise source, minimizing extraneous signals, reducing mismatch uncertainties, using averaging to minimize display jitter, avoiding non-linearities, accounting for mixer characteristics, using proper measurement corrections, choosing the optimal measurement bandwidth, accounting for path losses, and accounting for temperature variations of measurement components. The document is intended to help minimize uncertainties in noise figure measurements across a range of performance levels.
The INFRA noise and vibration monitoring system is being used to measure vibration levels along a section of railway in Sweden that is undergoing expansion. The measurements are being conducted to determine appropriate noise mitigation strategies. The INFRA system allows for unattended, long-term monitoring of vibration at multiple locations simultaneously. The data is transmitted remotely and can be analyzed to identify the causes of any disturbances. The system is well-suited for this project due to its ability to accurately measure low-frequency vibrations from passing trains and differentiate them from other vibration sources. The results will help inform decisions on noise mitigation to minimize disturbances for over 100 nearby properties.
The document discusses a portable, wireless video security system called VideoFIED that provides instant alerts of intrusions without needing AC power or wired connections. The system includes portable P-Cam devices that can be installed anywhere and act as remote sentries using integrated motion sensors and cameras with illuminators. When motion is detected, a video alarm is sent over the cellular network to a monitoring station. The entire system is weatherproof and battery powered, providing surveillance anywhere for up to 4 years without needing trenching or wires.
SenseTek Bandweaver Road Tunnels Linear Heat Detection-dtsHans Bronkhorst
with the FireLaser DTS Distributed Temperature Sensing Technology you have the solution for high reliability and effective fire detection in road tunnel infrastructure. SenseTek is a specialized partner for Bandweaver in the Netherlands and can offer full support on the fiber optic thermal detection. email to sensetek@senstek.nl
The document provides information on the SD355(A) Series Addressable Photoelectric Smoke Detectors. It summarizes that the detectors use photoelectric sensing to provide open area protection when used with Fire-Lite's Addressable Fire Alarm Control Panels. They have two-wire SLC loop connections, rotary decimal addressing, and LEDs that indicate local alarm. The detectors can be surface mounted or installed in electrical boxes and are constructed of fire-resistant plastic.
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.
This document discusses fire detection and alarm systems. It covers the design requirements based on building standards, planning the system based on building type and size, selecting the type of coverage needed, configuring zones within the premises, guidelines for zone configuration, types of alarm detection systems including conventional and addressable, and addressing techniques for detectors. The overall purpose is to provide early warning of fires and allow firefighting actions before situations get out of control.
This document provides an overview of fire alarm system fundamentals based on current NFPA codes. It defines key components of fire alarm systems including the fire alarm control panel, initiating devices, notification appliances, transmitters and receivers, and control functions. It also outlines the classification of fire alarm systems, why they are installed, and what topics will be covered, including a review of NFPA 72.
This document provides installation and operation instructions for the Fibaro Smoke Sensor. It includes:
1) Details on how to include the sensor in a Z-Wave network either automatically or manually and exclude it from the network.
2) An overview of the sensor's operation modes, smoke and temperature detection functionality, and ability to detect lack of Z-Wave range.
3) Guidelines for installing the sensor properly and configuring its sensitivity level.
The document discusses fire alarm system fundamentals and requirements based on NFPA 70 and NFPA 72 standards. Key points include requirements for initiating devices to be compatible with listed control units, emergency functions not interfering with alarm operations, alarm activation within 10 seconds of detection, and zoning, annunciation, monitoring, and limitations of fire alarm systems and components.
The InnovairFlex D2 2-wire photoelectric duct smoke detector has a pivoting housing that fits both square and rectangular ducts. It senses airflow from 100-4,000 feet per minute and has improved resistance to false alarms. The detector's modular design simplifies installation and maintenance in harsh duct environments. Accessories include remote test stations and annunciators for flexible system integration.
The Pyrotector Model 30-3003 is an explosion-proof smoke detector designed for hazardous industrial and commercial locations. It uses a photoelectric sensor with an infrared light source and light sensing cell to detect smoke. The detector has self-checking circuitry to maintain sensitivity and can detect both slow and fast fires. It provides alarm and trouble relay contacts and is suitable for use in hazardous areas like combustible storage facilities, chemical plants, and refineries.
The document summarizes key sections from NFPA 72 regarding fire alarm systems. It outlines chapters that cover fundamentals, circuits, inspection/testing, initiating devices, and notification devices. For chapter 10 on fundamentals, it provides details on signal priority, distinctive signals for different alarm types, equipment performance requirements, annunciation zoning, integrity monitoring of components, and documentation requirements. Installation and equipment must comply with NFPA 70 and 72 standards unless otherwise indicated.
This document outlines an agenda for a course on fire alarm systems. It discusses initiating devices and protected premises fire alarm systems. The document reviews NFPA 72 chapter 17 which covers performance, selection, use and location of detectors. It provides requirements for smoke and heat detectors including total coverage, partial coverage, and non-required coverage. General requirements are also outlined such as not installing devices in inaccessible areas and supporting them independently of their circuit.
The document provides an overview of fire alarm systems, including their components and wiring styles. It discusses the main purpose of fire alarm systems to detect fires and notify occupants. The key components include the fire alarm control panel, initiating devices like detectors and manual pull stations, and notification appliances like horns, bells and strobes. It describes the National Fire Protection Association circuit classifications and wiring styles for initiating device circuits and notification appliance circuits.
Smokeless Flares
Smokeless flares incinerate flammable hazardous vent gas with the assistance of supplemental high-velocity air or steam to prevent the formation of soot or smoke. Excessive injection of air or steam reduces combustion efficiency, resulting in the release of hazardous VOC gases. Meanwhile, inadequate injection of air or steam results in the formation of undesirable soot and smoke. Although modern flares are designed for high flow rates associated with an emergency condition, they most commonly operate at high-turn-down, low-flow rates, making it challenging for the flare to operate at optimal combustion efficiency.
Pilot Monitor
Flammable vent gases are ignited by a pilot flame when released into the atmosphere by refineries, natural gas processing plants, and petrochemical plants. The proper incineration of these gases is a critical safety and environmental concern. Therefore, it is essential to confirm that the pilot is lit at all times. Monitoring via a thermocouple is common, however, failures frequently occur and replacements can require costly process shutdowns. Remote sensing IR technology (PM) is the superior alternative.
Flame Intensity Monitors
Williamson Flame Intensity Monitors (FI) are the single-wavelength sensors of choice for a variety of flare applications where the more sophisticated dual-wavelength flare products are not appropriate or are not required.
Aditgroup present the different fire alarm detector for the security purpose. Here user gets the Duel Heat detector, Manual call point, Smoke Alarm, Optical smoke detector etc.
The Hochiki ACD-V is a multi-sensor device that detects smoke, heat, and carbon monoxide. It has a low profile, supports various operational modes, and uses digital communication to provide fast response times. The sensor uses light scattering to detect smoke and thermistors to detect heat, while a separate cell detects carbon monoxide levels. It can be installed securely using a locking base and is compatible with Hochiki fire alarm control panels.
This document provides specifications for a pre-action/deluge control system for a fire protection project. It includes a description of the system components, specifications for the control panel, and details on installation and programming requirements to meet applicable codes and standards. The control panel shall be a Notifier RP-2001 which can support up to 6 initiating circuits, 4 output circuits, 3 relays, and include features such as cross-zone detection, dual hazard operation, and adjustable discharge timers.
This document provides 10 hints for making successful noise figure measurements. It discusses selecting an appropriate noise source, minimizing extraneous signals, reducing mismatch uncertainties, using averaging to minimize display jitter, avoiding non-linearities, accounting for mixer characteristics, using proper measurement corrections, choosing the optimal measurement bandwidth, accounting for path losses, and accounting for temperature variations of measurement components. The document is intended to help minimize uncertainties in noise figure measurements across a range of performance levels.
The INFRA noise and vibration monitoring system is being used to measure vibration levels along a section of railway in Sweden that is undergoing expansion. The measurements are being conducted to determine appropriate noise mitigation strategies. The INFRA system allows for unattended, long-term monitoring of vibration at multiple locations simultaneously. The data is transmitted remotely and can be analyzed to identify the causes of any disturbances. The system is well-suited for this project due to its ability to accurately measure low-frequency vibrations from passing trains and differentiate them from other vibration sources. The results will help inform decisions on noise mitigation to minimize disturbances for over 100 nearby properties.
The document discusses a portable, wireless video security system called VideoFIED that provides instant alerts of intrusions without needing AC power or wired connections. The system includes portable P-Cam devices that can be installed anywhere and act as remote sentries using integrated motion sensors and cameras with illuminators. When motion is detected, a video alarm is sent over the cellular network to a monitoring station. The entire system is weatherproof and battery powered, providing surveillance anywhere for up to 4 years without needing trenching or wires.
SenseTek Bandweaver Road Tunnels Linear Heat Detection-dtsHans Bronkhorst
with the FireLaser DTS Distributed Temperature Sensing Technology you have the solution for high reliability and effective fire detection in road tunnel infrastructure. SenseTek is a specialized partner for Bandweaver in the Netherlands and can offer full support on the fiber optic thermal detection. email to sensetek@senstek.nl
The document provides information on the SD355(A) Series Addressable Photoelectric Smoke Detectors. It summarizes that the detectors use photoelectric sensing to provide open area protection when used with Fire-Lite's Addressable Fire Alarm Control Panels. They have two-wire SLC loop connections, rotary decimal addressing, and LEDs that indicate local alarm. The detectors can be surface mounted or installed in electrical boxes and are constructed of fire-resistant plastic.
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.
This document discusses fire detection and alarm systems. It covers the design requirements based on building standards, planning the system based on building type and size, selecting the type of coverage needed, configuring zones within the premises, guidelines for zone configuration, types of alarm detection systems including conventional and addressable, and addressing techniques for detectors. The overall purpose is to provide early warning of fires and allow firefighting actions before situations get out of control.
This document discusses simplex fire alarm systems and their components. It describes how fire alarm systems can identify fires through manual or automatic detection, alert occupants to evacuate, and transmit alarm signals. The key components discussed include the network display unit for monitoring the system, various types of detectors like smoke, heat, duct and modules, manual call points, notification devices, and the fire alarm control panel for operating the system. Reasons for regular inspection, testing and maintenance of life safety systems are also provided.
This document provides information about a Zipato smoke sensor, including:
- It uses Z-Wave 500 series technology for wireless communication and includes a smoke detector, sound alarm, and tamper switch.
- It has a range of 30 meters indoors, 70 meters outdoors, and can connect to other Z-Wave devices as a repeater.
- It requires a CR123A lithium battery and includes instructions for installation, setup, testing and configuration through a Z-Wave controller.
Protecting Electrical Cabinets With Firetracenjgrant
Firetrace systems provide effective fire protection for machinery control cabinets and electrical cabinets. They quickly detect fires using detection tubing located near potential ignition sources. This allows the extinguishing agent to be discharged directly onto the fire. Installation is simple as no additional piping or structural changes are needed. Firetrace systems can be integrated with fire alarms and help prevent costly damage from electrical cabinet fires.
This document provides instructions and information for installing and operating a smoke alarm, including:
- Recommended locations for installing smoke alarms in homes, including near bedrooms and stairways.
- Locations to avoid such as kitchens, garages, and areas subject to temperature extremes.
- Instructions for installing the smoke alarm on ceilings or walls and testing it weekly.
- Information on nuisance alarms from cooking smoke and how to temporarily silence the alarm.
- Maintenance instructions including replacing batteries annually and cleaning the alarm yearly.
Central stations that receive monitoring signals from multiple alarm companies can spread costs across companies, keeping monitoring costs lower than if serving a single company. Upon receiving an alarm, the central station dispatches authorities according to written instructions for that account. Fire alarm signals take priority and must be processed within 90 seconds of receipt. Central stations can obtain certifications for monitoring fire and burglar alarm systems up to high security grades. Backup systems and power are required to ensure no loss of signal.
Kidde smoke alarm 0916,44037502,21006655 english,spanish 8200898 bToy Hut
This document provides installation and operation instructions for a 9 volt battery operated smoke alarm with a "HUSH" control feature. It includes recommendations for optimal smoke alarm placement in homes and mobile homes. Instructions are provided for installing the smoke alarm, inserting the battery, testing the alarm, and using the "HUSH" control to temporarily silence nuisance alarms.
This document provides instructions for installing and operating a smoke alarm, including recommended locations for installation, how to test the alarm, replace batteries, and clean the alarm. It notes that smoke alarms have limitations and may not detect all fires, so both ionization and photoelectric alarms are recommended for maximum protection. It also emphasizes the importance of regular testing and maintenance to ensure proper operation.
This document provides important limitations and installation precautions for an Expandable Emergency Evacuation System. It summarizes that while fire alarm systems can detect fires early, they do not ensure protection from fire damage or guarantee warning. Smoke and fire can spread in ways detectors cannot sense. Additionally, the system requires proper installation and maintenance to function correctly.
Basics of fire alarm systems and bildge alarm systems in sri lanka navy crafts. Also included spares what are using and construction of photoelectric smoke detector.
This document provides a summary of key guidelines from BS 5839 Part 1:2002 for the design and installation of fire alarm systems, including:
- Categories of fire alarm systems based on intended level of life or property protection.
- Guidelines for placement, spacing and height of smoke and heat detectors.
- Requirements for sound levels and locations of sounders and visual alarms.
- Cable and wiring specifications including use of fire-resistant materials.
- Zoning guidelines to limit the effects of faults and support evacuation.
- Documentation and certification requirements.
Ceasefire provides wireless fire alarm systems including smoke detectors, control panels, sirens, and repeaters to detect fires quickly. The smoke detectors use photoelectric sensors to detect smoke and have features like battery life indicators. The control panel collects data from various sensors and identifies events to report to monitoring stations. Wireless sirens provide loud alarms in multiple locations. Repeaters extend the range of communication between devices. Standalone alarms also quickly detect smoke with features like escape lights and long battery life.
The document discusses fire detection and alarm systems. It provides details on:
1) The purposes of fire detection systems which are to detect fires, notify occupants, summon assistance and initiate suppression systems.
2) The basic components of systems including input devices like manual pull stations and detectors, and output devices like alarms and controls.
3) Different types of detectors like heat, smoke and gas detectors and their functions.
4) Factors to consider for detector placement like area size and layout.
5) Conventional and addressable microprocessor-based systems and their advantages.
6) Approvals and standards required for fire detection systems.
Why are fire detection & alarm system is required in buildings?Shubham .
Why are fire detection and alarm systems required?
Detect fire in the areas.
Notify building occupants to take evasive action to escape the dangers of a hostile fire.
Summon organized assistance to initiate or assist in fire control activities.
Initiate automatic fire control & suppression systems & to sound alarm.
Supervise fire control & suppression systems to assure operational status is maintained Initiate auxiliary functions involving environmental, utility & process controls
The document discusses fire alarm sensing circuits and components. It states that fire alarm circuits must be installed according to NFPA 72 and also adhere to the NEC. It also notes that an EOL module is typically required after the last sensor to provide power supervision. Smoke detectors are required in bedrooms, hallways, and each level of a residence near stairwells. The document also discusses the two basic types of fire alarm sensors - waterflow and electrical - providing details on components like waterflow switches, air pressure switches, and heat detectors.
This document discusses fire detection and alarm systems. It describes why such systems are required, including to detect fires, notify occupants, summon assistance, and initiate suppression systems. It provides a block diagram of system components, including input devices like manual pull stations and detectors, as well as output devices like audible alarms and visual strobes. The document discusses various types of detectors in detail, including heat, smoke, flame, and gas detectors. It also covers conventional and addressable microprocessor-based fire alarm systems.
DETECTORS
Thermal detectors thermal detectors are temperature-activated sensors to initiate an alarm.
Fixed-temperature type
Rate-of-rise (ror) type
Combination type
Smoke detector it is a device that senses smoke. They are quicker to respond than thermal detectors.
Photoelectric type
Ionization type
Flame detector It is used to detect the direct radiation of a flame in the visible,infrared, and ultraviolet ranges of the spectrum.
Infrared detector
Ultraviolet detector
Photoelectric detector
Flame flicker detector
FireTecPro provides ultra-compact and rapid fire detection systems for switch and server cabinets. It detects fires quickly through smoke detection and optional air sampling. When a fire is detected, it shuts down power and extinguishes the fire using gases like FM200 or NOVEC 1230 that are harmless to equipment. FireTecPro units can fit into cabinets as small as 2HE and include optional features like remote monitoring and alerting capabilities.
Manuel Détecteur de fumée Everspring SF812Techologis
The document provides information about including or excluding a smoke detector from a Z-Wave network. It describes:
1) Inside the detector is a link key used for inclusion, exclusion, association, and reset. When first powered, it flashes to indicate it has no node ID.
2) The detector can be included in any Z-Wave network and act as a repeater. Inclusion allows remote operation when the detector is triggered.
3) The basic Z-Wave functions like inclusion, exclusion, association, and reset are described along with the actions and LED indicators for each function.
Similar to Honeywell Vista 21IP Install 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.
As we navigate through the ebbs and flows of life, it is natural to experience moments of low motivation and dwindling passion for our goals.
However, it is important to remember that this is a common hurdle that can be overcome with the right strategies in place.
In this guide, we will explore ways to rekindle the fire within you and stay motivated towards your aspirations.
ProSocial Behaviour - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
Procrastination is a common challenge that many individuals face when it comes to completing tasks and achieving goals. It can hinder productivity and lead to feelings of stress and frustration.
However, with the right strategies and mindset, it is possible to overcome procrastination and increase productivity.
In this article, we will explore the causes of procrastination, how to recognize the signs of procrastination in oneself, and effective strategies for overcoming procrastination and boosting productivity.
You may be stressed about revealing your cancer diagnosis to your child or children.
Children love stories and these often provide parents with a means of broaching tricky subjects and so the ‘The Secret Warrior’ book was especially written for CANSA TLC, by creative writer and social worker, Sally Ann Carter.
Find out more:
https://cansa.org.za/resources-to-help-share-a-parent-or-loved-ones-cancer-diagnosis-with-a-child/
Aggression - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
Understanding of Self - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
1. ADEMCO VISTA SERIES
VISTA-21iP / VISTA-21iPSIA
Security Systems
Installation and Setup Guide
K14488V2 6/09 Rev. A
2. RECOMMENDATIONS FOR PROPER PROTECTION
The Following Recommendations for the Location of Fire and Burglary Detection Devices
Help Provide Proper Coverage for the Protected Premises.
Recommendations For Smoke And Heat Detectors
With regard to the number and placement of smoke/heat detectors, we subscribe to the recommendations
contained in the National Fire Protection Association's (NFPA) Standard #72 noted below.
Early warning fire detection is best achieved by the installation of fire detection equipment in all rooms
and areas of the household as follows: For minimum protection a smoke detector should be installed
outside of each separate sleeping area, and on each additional floor of a multi-floor family living unit,
including basements. The installation of smoke detectors in kitchens, attics (finished or unfinished), or in
garages is not normally recommended.
For additional protection the NFPA recommends that you install heat or smoke detectors in the living
room, dining room, bedroom(s), kitchen, hallway(s), attic, furnace room, utility and storage rooms,
basements and attached garages.
In addition, we recommend the following:
• Install a smoke detector inside every bedroom where a smoker sleeps.
• Install a smoke detector inside every bedroom where someone sleeps with the door partly or
completely closed. Smoke could be blocked by the closed door. Also, an alarm in the hallway outside
may not wake up the sleeper if the door is closed.
• Install a smoke detector inside bedrooms
where electrical appliances (such as
KITCHEN portable heaters, air conditioners or
BEDROOM BEDROOM TV ROOM KITCHEN DINING BDRM
DINING humidifiers) are used.
LIVING ROOM
BDRM • Install a smoke detector at both ends of a
BEDROOM
hallway if the hallway is more than 40
LIVING ROOM BEDROOM
feet (12 meters) long.
• Install smoke detectors in any room where
Smoke Detectors for Minimum Protection an alarm control is located, or in any room
Smoke Detectors for Additional Protection where alarm control connections to an AC
BEDROOM Heat-Activated Detectors source or phone lines are made. If
detectors are not so located, a fire within
TO
BEDROOM BR BEDROOM the room could prevent the control from
KTCHN
reporting a fire or an intrusion.
GARAGE
LVNG RM . CLOSED
DOOR THIS CONTROL COMPLIES WITH NFPA
BASEMENT REQUIREMENTS FOR TEMPORAL PULSE
floor_plan-001-V1 SOUNDING OF FIRE NOTIFICATION
APPLIANCES.
Recommendations For Proper Intrusion Protection
For proper intrusion coverage, sensors should be located at every possible point of entry to a home or
commercial premises. This would include any skylights that may be present, and the upper windows in
a multi-level building.
In addition, we recommend that radio backup be used in a security system so that alarm signals can
still be sent to the alarm monitoring station in the event that the telephone lines are out of order (alarm
signals are normally sent over the phone lines, if connected to an alarm monitoring station).
ii
3. Table Of Contents
Section 1. Features and Installation Highlights........................................................................................ 1-1
Capabilities and Functions ............................................................................................................................................... 1-1
Compatible Devices ........................................................................................................................................................... 1-2
Important Installation Highlights (Installer Please Read)............................................................................................. 1-2
Section 2. Mounting and Wiring the Control ............................................................................................. 2-1
Installing the Control Cabinet and PC Board ................................................................................................................. 2-1
Cabinet and Lock......................................................................................................................................................... 2-1
Mounting the PC Board Alone (no RF Receiver) ....................................................................................................... 2-1
Mounting Board with RF Receiver ............................................................................................................................. 2-1
AUXILIARY DEVICE CURRENT DRAW WORKSHEET ........................................................................................ 2-2
AC Power, Battery, and Ground Connections ................................................................................................................. 2-3
1361 Transformer ........................................................................................................................................................ 2-3
1361X10 Transformer ................................................................................................................................................. 2-3
Battery Connections .................................................................................................................................................... 2-3
Battery Saver Feature................................................................................................................................................. 2-3
Earth Ground............................................................................................................................................................... 2-3
Sounder (Bell) Connections .............................................................................................................................................. 2-4
Basic Connections........................................................................................................................................................ 2-4
Supervised output ....................................................................................................................................................... 2-4
Connecting the Keypads and Other Addressable Devices .............................................................................................. 2-4
Connections.................................................................................................................................................................. 2-4
Supplementary Power (optional) ................................................................................................................................ 2-4
Keypad Notes............................................................................................................................................................... 2-5
Optional VISTA-GSM Module .................................................................................................................................... 2-5
Table of Device Addresses................................................................................................................................................. 2-5
Hardwire Zones and Zone Expansion .............................................................................................................................. 2-6
Hardwire Zones ........................................................................................................................................................... 2-6
Double-Balanced Zones ............................................................................................................................................... 2-6
Zone Doubling.............................................................................................................................................................. 2-6
Smoke Detectors .......................................................................................................................................................... 2-6
Smoke Detector Notes ................................................................................................................................................. 2-7
4219/4229 Expansion Zones........................................................................................................................................ 2-7
Installing the RF Receiver and Wireless Transmitter Zones.......................................................................................... 2-8
Compatible Receivers .................................................................................................................................................. 2-8
Receiver Connections .................................................................................................................................................. 2-8
RF Receiver Notes ....................................................................................................................................................... 2-8
Installing a 5800TM Module....................................................................................................................................... 2-9
Installing the Transmitters ........................................................................................................................................ 2-9
Transmitter Battery Life ............................................................................................................................................ 2-9
Installing a Keyswitch .................................................................................................................................................... 2-10
Keyswitch Connections ............................................................................................................................................. 2-10
Keyswitch Notes ........................................................................................................................................................ 2-10
Connecting Relay Modules, Powerline Carrier Devices and Output Triggers ............................................................. 2-11
4204/4229 Relay Modules.......................................................................................................................................... 2-11
Powerline Carrier Devices ........................................................................................................................................ 2-11
On-Board Triggers..................................................................................................................................................... 2-12
Phone Line/Phone Module, Audio Alarm Verification (AAV), and Internet (IP) Connections .................................... 2-13
Phone Line ................................................................................................................................................................. 2-13
4286 Phone Module ................................................................................................................................................... 2-13
Phone Module Problems............................................................................................................................................ 2-13
Audio Alarm Verification Connections ..................................................................................................................... 2-14
Internet (IP) Connection ........................................................................................................................................... 2-17
VISTA-GSM Module Installation ................................................................................................................................... 2-17
General Information.................................................................................................................................................. 2-17
Mounting the Module ................................................................................................................................................ 2-17
IP/GSM Status LEDs ................................................................................................................................................ 2-19
Signal Strength (RSSI).............................................................................................................................................. 2-19
Signal Strength (RSSI) and Status LEDs ................................................................................................................ 2-19
Status Indicator Switch............................................................................................................................................. 2-19
Signal Strength and Status LED locations – Status LED Functions Table........................................................... 2-20
iii
4. Section 3. Programming Overview ............................................................................................................. 3-21
About Programming........................................................................................................................................................ 3-21
Mechanics of Programming ............................................................................................................................................ 3-21
Data Field Programming Procedures ....................................................................................................................... 3-21
Interactive Mode Programming (∗56, *57, ∗58, ∗79, ∗80, ∗81, ∗82) ........................................................................ 3-22
Loading Factory Defaults/Initializing for Download ............................................................................................... 3-22
Exiting the Programming Mode ............................................................................................................................... 3-22
Zone Type Definitions ..................................................................................................................................................... 3-22
Section 4. Data Field Programming ............................................................................................................. 4-1
About Data Field Programming ....................................................................................................................................... 4-1
System Setup Fields (∗20 – ∗29)....................................................................................................................................... 4-1
Zone Sounds & Timing (∗31–∗39)..................................................................................................................................... 4-1
Dialer Programming (∗40 – ∗50) ...................................................................................................................................... 4-2
System Status Report Codes ............................................................................................................................................ 4-4
Miscellaneous System Fields............................................................................................................................................ 4-5
Pager Programming Fields ............................................................................................................................................... 4-7
Miscellaneous System Fields............................................................................................................................................ 4-8
Configurable Zone Type Fields ......................................................................................................................................... 4-9
Touch Screen Keypad (AUI) Enable............................................................................................................................... 4-11
Keypad Programming Fields .......................................................................................................................................... 4-11
Section 5. Menu Mode Programming ........................................................................................................... 5-1
Zones and Partitions ......................................................................................................................................................... 5-1
About Zone Programming (∗56 and ∗58 Menu Modes).................................................................................................... 5-1
✱56 Zone Programming Procedure .................................................................................................................................. 5-1
Completing Zone Programming........................................................................................................................................ 5-4
∗58 Expert Programming Mode Procedures .................................................................................................................... 5-4
Wireless Key Programming Templates............................................................................................................................ 5-6
About Output Device Programming (*79/*80 Menu Mode) ............................................................................................ 5-8
Programming Output Devices .......................................................................................................................................... 5-8
*79 Menu Mode: Output Device Mapping........................................................................................................................ 5-8
*80 Menu Mode: Defining Output Functions................................................................................................................. 5-10
About Zone Lists (*81 Menu Mode) ................................................................................................................................ 5-12
Zone List Programming .................................................................................................................................................. 5-13
About Function Keys (*57 Menu Mode) ......................................................................................................................... 5-14
Programming Function Keys.......................................................................................................................................... 5-14
About Descriptor Programming (*82 Menu Mode)........................................................................................................ 5-15
Programming Zone Descriptors (Menu Mode ∗82) ........................................................................................................ 5-15
Adding Custom Words (will not be annunciated by 4286 Phone Module).................................................................... 5-16
∗29 Menu Mode for IP and GSM Module Programming ............................................................................................... 5-18
IP/GSM Diagnostic Commands (∗29 Menu Mode)......................................................................................................... 5-23
Registering the Control with AlarmNet......................................................................................................................... 5-25
Upload/Download via the Internet ................................................................................................................................. 5-25
Programming Installer and User Schedules.................................................................................................................. 5-26
Section 6. System Communication and Operation ................................................................................... 6-1
Panel Communication with Central Station.................................................................................................................... 6-1
Report Code Formats ........................................................................................................................................................ 6-1
Ademco Contact ID® ......................................................................................................................................................... 6-3
System Security Codes...................................................................................................................................................... 6-4
Panic Keys ......................................................................................................................................................................... 6-6
Setting the Real-Time Clock............................................................................................................................................. 6-6
Various System Trouble Displays .................................................................................................................................... 6-7
Section 7. Testing the System......................................................................................................................... 7-1
About Test Procedures ...................................................................................................................................................... 7-1
System Test ....................................................................................................................................................................... 7-1
Checking Transmitter Enrollment (Sniffer Mode) .......................................................................................................... 7-1
Go/No Go Test Mode.......................................................................................................................................................... 7-2
Dialer Communication Test and Periodic Test Reports .................................................................................................. 7-2
Automatic Standby Battery Tests .................................................................................................................................... 7-2
Section 8. Specifications & Accessories....................................................................................................... 8-1
Security Control ................................................................................................................................................................ 8-1
Compatible Devices ........................................................................................................................................................... 8-1
5800 Series Transmitter Input Loop Identification......................................................................................................... 8-3
Section 9. Regulatory Agency Statements .................................................................................................. 9-1
Section 10. Limitations and Warranty ....................................................................................................... 10-1
iv
5. S E C T I O N 1
Features and Installation Highlights
Features and procedures apply to both the VISTA-21iP and VISTA-21iPSIA, except where differences
are noted.
SIA Installations: The VISTA-21iPSIA is a certified SIA-compliant control that meets SIA
specifications for False Alarm Reduction. The VISTA-21iP is not certified as SIA-compliant, but can
be programmed for False Alarm Reduction. To program for False Alarm Reduction, follow the SIA
Guidelines noted in the applicable programming fields.
NOTE: Throughout this manual, device model numbers are ADEMCO model numbers unless
otherwise noted.
Capabilities and Functions
Feature/Function Description
Partitions • 2 partitions, can protect two independent areas
• Common zone option allows either partition to arm, while leaving a common area
(ex. lobby or foyer) disarmed for access into the other partition.
Zones Up to 48 protection zones plus 16 keyfob zones (zones 49-64) for total of 64 zones:
• 8 basic hardwired zones (zones 1-8) with optional zone-doubling feature
• Up to 40 additional wired zones (zones 9-48) using up to 5 4219/4229 modules
• Up to 40 wireless transmitter zones (5800 series; zones 9-48)
• Up to 4 configurable zone types
Security Codes Up to 48 Security Codes, with separate authority levels and partition access
One-button arming Dedicated keys can arm the system.
Schedules Up to 32; can control devices and/or auto-arm/disarm
Keypad macros Up to 4; activated by wired keypads
Paging Up to 4 pagers; certain system conditions can report to pagers; can use a dedicated
key on keypads to send a signal to a pager
Event Logging 100 events; log display is done via Compass Downloader software or installer/master
code at Keypad
Zone descriptors Can assign for all zones (for alpha display keypads and/or 4286 Phone Module).
Bell supervision Optional, detects external sounder wiring short (when in alarm) or open (when bell is
off); causes a trouble condition, keypad display, and sends a report to the central
monitoring station, if enabled.
RF jam detection Optional, for wireless systems detects a condition that may impede proper RF
reception (i.e., jamming or other RF interference); causes keypad display, and sends a
report to the central monitoring station (if trouble reporting is enabled).
Telephone Line Built-in option can monitor the telephone line voltage and can cause a local display,
Monitoring or a display and trouble/alarm sound
Downloading via • Via Standard Phone Line: Using an IBM compatible computer, Compass
Phone Line or downloading software, and a compatible HAYES or CIA modem specified by
Internet Honeywell.
• Via Internet: Supports upload/download programming capability via the Internet
using the AlarmNet network and Compass downloading software. This allows site
maintenance independent of central station monitoring, and modification to sites
globally via the Internet. Also see Internet Reporting below and Internet
Connection on the next page.
Internet Reporting Primary telephone number messages can be reported over the Internet via hardwired
high speed Internet connection and/or via an optional on-board VISTA-GSM module
(using the wireless GSM/GPRS digital cellular network). The Internet connection and
optional module are collectively referred to as the Internal IP/GSM Device.
1-1
6. Installation and Setup Guide
Compatible Devices
Device Limits Notes
Addressable Keypads 8 6150 Fixed-Word Keypad, 6160 Alpha Keypad, 6150V Fixed-Word
Display Voice Keypad, 6160V Alpha Display Voice Keypad,
6150RF Keypad/Transceiver
Touch Screen (AUI) 4 Touch Screen (AUI) devices are in addition to the 8 addressable
Devices keypads. E.g., Symphony, 6270
4219, 4229 Zone Up to 5 for Zone numbers are predefined according to the device addresses
Expander Modules up to 40 used. See Expander Module Addresses table in Wiring section and
exp. zones set addresses accordingly.
5800 Series Wireless Up to 40 RF Uses 5881/5883 Series Receivers/Transceivers.
zones
Output relays and/or Up to 16 Use any combination of 4204, 4229 and or Powerline Carrier
Powerline Carrier Devices.
Devices (X-10 type) Map output devices via *79 Menu mode.
On-Board Triggers 2 Can be used to reset 4-wire smoke detectors.
Output functions Up to 48 Program output functions via *80 Menu mode.
4286 Phone Module Partition 1 Provides access to the system via on premises or off-premises
only phones for arming, disarming, etc., plus control of relay outputs
and Powerline Carrier devices.
Audio Alarm Using AAV Use ADEMCO UVS or Eagle Model 1250; can be used in
Verification module conjunction with an output trigger to permit voice dialog between
an operator at the central station and a person at the premises.
Alternatively, the AVS system can be used to provide AAV via
phone line.
Alarm output 12VDC, 2 Can drive the compatible sounders; steady output for
AMP output burglary/panic, or temporal pulse (3 pulses – pause – 3 pulses –
pause – 3 pulses. . .) for fire. Uses current limiting circuitry for
protection.
Auxiliary Power Output See note. 12VDC, 600 mA maximum; uses circuit protection.
Backup Battery See note. Rechargeable (sealed lead-acid type) 12VDC, 4AH minimum.
Internet Connection See note. Internet connection is made via an on-board Ethernet connector
and Optional VISTA- for high speed (broadband) hardwire connections, and/or use of
GSM Module the optional on-board VISTA-GSM module.
AC Power Supply See note. Plug-in 120VAC transformer, ADEMCO 1361 (1361CN in
Canada) or, if using Powerline Carrier devices, ADEMCO
1361X10 Transformer Module
NOTE: All devices and accessories used in a Canadian installation must be Listed for use in Canada.
Important Installation Highlights (Installer Please Read)
• This system uses addressable keypads and Zone Expander Modules (see Table of Addresses in
Section 2. Mounting and Wiring – Wiring the Keypads and Other Addressable Devices).
• Keypads must be set for addresses 16-23 (first keypad is address 16, which is different from
previous controls) and programmed in data fields *190-*196.
• Zone Expander Modules must be set for specific addresses (07-11), based on the zone numbers used.
• 4204 Relay Modules must be set for specific addresses (12-15).
• This control will not power-up unless AC power is connected (will not power-up on battery alone).
However, once the system is powered up, it will operate on battery power in the event of AC loss.
• Relays have two programming menu modes: Use *79 Menu mode to map module addresses and
device (output) numbers. Use *80 Menu mode to define the output functions.
• This system supports programmable function keys. Use *57 Menu mode to define the function
keys.
• This system provides various paging features. Refer to the Programming Overview section for a
summary on pager programming.
1-2
7. S E C T I O N 2
Mounting and Wiring the Control
Installing the Control Cabinet and PC Board
Cabinet and Lock 1. Mount the control cabinet to a
sturdy wall in a clean, dry area,
PUSH
which is not readily accessible to ON LOCK
CHECK UNTIL IT
the general public, using fasteners POSITION
SNAP
TAB
IS SEATED
SECURELY
or anchors (not supplied) with the LOCKED
PUSH
four cabinet mounting holes.
ADEMCO
ADEMCO
VISTA-GSM Module Note: If
using the VISTA-GSM module SNAP
with this control, take signal
cab_lock_snap-001-V0
UNLOCKED TAB
strength into consideration when
CABINET DOOR
choosing a mounting location. BOTTOM STEP 1 STEP 2
Refer to the VISTA-GSM Module
Installation section for details on Figure 1. Installing the Cabinet Lock
signal strength.
2. Remove cabinet door, then remove the lock knockout from the door. Insert the key into
the lock.
3. Position the lock in the hole, making certain that the latch will make contact with the
latch bracket when the door is closed. When correctly positioned, push the lock until
the snap tabs hold it securely.
The cabinet can be secured without a lock by using 2 screws in the cover's edge.
Mounting the PC Board Before installing the cabinet's contents, remove the metal cabinet knockouts required for
Alone (no RF Receiver) wiring entry. Do not remove the knockouts after the circuit board has been installed.
1. Hang two short mounting clips (provided) on the raised cabinet tabs (see Detail B).
2. a. Insert the top of the circuit board into the slots at the top of the cabinet. Make sure
that the board rests on the correct row (see Detail A).
b. Swing the base of the board into the mounting clips and secure the board to the
cabinet with the accompanying screws (see Detail B).
CABINET
CIRCUIT
BOARD
CIRCUIT
BOARD CABINET
DETAIL A 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
SIDE VIEW + +
OF BOARD
SUPPORTING DETAIL B
SLOTS SIDE VIEW
OF MOUNTING
CLIPS
pcb_mount-012-V0
Figure 2. Mounting the PC Board
Optional VISTA-GSM Module Note: Refer to the VISTA-GSM Module Installation section
later in this manual for instructions on mounting this optional module.
Mounting Board with RF • Do not mount the cabinet on or near metal objects. This will decrease RF range and/or
Receiver block RF transmissions from wireless transmitters.
• Do not locate the cabinet in an area of high RF interference (revealed by frequent or
prolonged lighting of the LED in the receiver (random flicker is OK)
1. a. Remove the receiver board from its case, then insert the top of the board into the
slots at the top of the cabinet, as shown in Detail A in Figure 3 on the next page.
Make sure that the board rests on the correct row of tabs.
b. Swing the base of the board into the mounting clips and secure it to the cabinet
with the accompanying screws.
c. Insert the top of the control's board into the slot in the clips and position two clips
at the lower edge of the board.
d. Swing this board into place and secure it with two additional screws.
2. Insert grounding lugs (supplied with the receiver) through the top of the cabinet into
the left-hand terminals of the antenna blocks (at the upper edge of the receiver board)
and secure them to the cabinet top with the screws provided (see Detail B).
3. Insert the receiver's antennas through the top of the cabinet, into the blocks' right-
hand terminals, and tighten the screws.
2-1
8. Installation and Setup Guide
CABINET A B
CABINET
BOARD
RECEIVER CIRCUIT BOARD SUPPORTING
SLOTS
+ +
CIRCUIT
BOARD
MOUNTING
CLIP
CONTROL
CIRCUIT
BOARD
DETAIL A
MOUNTING SIDE VIEW
CLIP OF BOARD -
SUPPORTING SLOTS
INSTALLATION WITH RECEIVER CIRCUIT BOARD
ANTENNA
(2)
SCREW
(2)
GROUNDING
LUG
(2)
WHITE BLACK RED
MOUNTING MOUNTING MOUNTING
CLIP CLIP CLIP
NOTE
A COMBINATION OF THESE MOUNTING CLIPS HAS BEEN ANTENNA
INCLUDED IN YOUR INSTALLATION KIT. MOUNT
(2 PLACES)
USE THE APPROPRIATE CLIPS FOR MOUNTING.
IF NO RF RECEIVER IS USED, MOUNT THE PC BOARD USING DETAIL B
EITHER THE WHITE OR BLACK CLIPS, WHICHEVER ARE ANTENNA AND GROUNDING
INCLUDED IN THE CONTROL PANEL'S HARDWARE KIT. LUG INSTALLATION
pc_mount-001-V1
Figure 3. Mounting the PC Board and RF Receiver
AUXILIARY DEVICE CURRENT DRAW WORKSHEET
DEVICE CURRENT No. UNITS TOTAL CURRENT
6150 Fixed-Word Keypad 40mA/70mA**
6160 Alpha Keypad 40mA/150mA**
6150V Fixed-Word Display Voice Keypad 60mA/160mA**
6160V Alpha Display Voice Keypad 60mA/190mA**
8132/8142 Series AUI (Symphony) 150mA/400mA**
6270 Touch Screen Keypad 180mA/280mA**
5881/5882 RF Receiver 60mA
5883 Transceiver 80mA
4219 Zone Expander 30mA
4204 Relay Unit 15/180mA‡
4229 Zone Expander/Relay Unit 30/100mA‡
4286 Phone Module 300mA
*
(Current available from Aux. terminals = 600 mA max.)† TOTAL =
*If using hardwire devices such as PIRs, refer to the specifications for that particular unit's current draw.
** Values are for standby/alarm; alarm for keypads means armed with backlighting on and sounder on
†In UL installations, maximum current draw from the Auxiliary Output and the Alarm Output combined must not exceed 600 mA (500 mA max from Aux. Output).
‡Values are for relays OFF/relays ON.
CALIFORNIA STATE FIRE MARSHALL (CSFM) AND UL RESIDENTIAL FIRE
24-HOUR BATTERY BACKUP REQUIREMENTS
The California State Fire Marshal and UL have regulations which require that all residential fire alarm control panels must be
provided with a backup battery which has sufficient capacity to operate the panel and its attached peripheral devices for 24 hours in the
intended standby condition, followed by at least 4 minutes in the intended fire alarm signaling condition. This control panel can meet
these requirements without using a supplementary power supply, provided that the panel’s auxiliary power and bell output currents
are limited as indicated below.
OUTPUT LIMITATIONS AND CORRESPONDING REQUIRED BATTERIES
OUTPUT CURRENT LIMITATIONS BATTERY INFORMATION
Output Current Total Maximum Auxiliary Current Battery Capacity Recommended Battery
To Use (Amp/Hrs) (Yuasa Model No.)
600mA maximum total of 45mA 4AH NP4-12 (or ADEMCO 467)
auxiliary power plus bell 160mA 7AH NP7-12
output currents 200mA 8AH NP4-12 (two) ‡
425mA 14AH NP7-12 (two) ‡
500mA 17.2AH NPG18-12
‡ NOTE: Use two batteries, connected in parallel. Obtain an Ademco Battery Harness Kit SA5140-1. (Both batteries will fit inside the cabinet.)
2-2
9. Programming Overview
AC Power, Battery, and Ground Connections
1361 Transformer Connect the 1361 Transformer (1361CN in Wire Run Chart
Canada) to terminals 1 and 2 on the Distance from control Wire Size
control board. See Wire Run Chart for Up to 50 feet # 20
wire size to use. 50–100 feet # 18
• Use caution when wiring the
100-250 feet # 16
transformer to the control to guard
1
against blowing the transformer fuse
2 (the fuse is non-replaceable).
TO 1321X10-001-V0
TERMINALS
1 AND 2
• Wiring to the AC transformer must not exceed 250 feet using 16 gauge wire. The
voltage reading between terminals 1 and 2 of the control must not fall below 16.5VAC
or an “AC LOSS” message will be displayed.
• Do not plug the transformer into the AC outlet until all wiring connections to the
control are complete. As a safety precaution, always power down the control when
making such connections.
1361X10 Transformer 1. Splice one end of a 3-conductor cable 8-PIN TRIGGER CONNECTOR
1 3 4 5 6 7 8
KEY
(required if using to the wire ends of the SA4120XM-1
Powerline Carrier devices) Cable.
2. Connect the SA4120XM-1 cable plug
(YELLOW)
OUTPUT 18 (GREEN)
(ORANGE)
(PURPLE)
(BLACK)
(BLUE)
(RED)
1361X10 TRANSFORMER
to the 8-pin connector on the control
AC AC SYNC COM DATA
(see the Summary of Connections
OUTPUT 17
1 2 3 4 5
+12 AUX.
diagram for location of the 8-pin
GND (-)
AC
SYNC
AC
COM
DATA
Sy
Outnc
put Sign
TO
connector).
Com al
mon X1
0
Dat
a 8-PIN
CONNECTOR SA412OXM
3. Connect the other end of the CABLE
1 3-conductor cable to the 1361X10 1 2
2 CONTROL
Transformer, as shown in Figure 4. BOARD
TERMS.
1361X10-001-V0
Canadian Installations: See
TO
TERMINALS Powerline Carrier Device section for
1 AND 2
connections to the PSC04 X-10 Interface Figure 4. 1361X10 Transformer Connections
and trigger pins.
Battery Connections 1. Place the 12-volt backup battery in the cabinet.
2. After all connections to the control are completed and AC power has been applied,
connect the red and black flying leads on the control board to the battery. Do not
BLACK
attach these leads to the battery terminals until all connections are completed.
RED
UL For UL installations and Residential fire installations, refer to the chart on page 2-2
at left for the correct battery size required to meet the mandatory standby time.
batt_conn-001-V0
CONNECT
FLYING LEADS
AFTER AC POWER
IS APPLIED
Battery Saver Feature The battery will disconnect from the system after its voltage decreases below 9VDC.
This assists the control panel in recharging the battery when AC is restored.
IMPORTANT: The panel will not power up initially on battery power only. You must
plug the transformer in first, and then connect the battery.
Earth Ground • This product has been designed and laboratory-tested to ensure its resistance to
damage from generally expected levels of lightning and electrical discharge, and does
not normally require an earth ground.
CONNECT • If an earth ground is desired for additional protection in areas of severe electrical
D
AR PROPER
activity, terminal 25 on the control board, or the cabinet, may be used as the ground
BO
OL EARTH
NTR GROUND
connection point. The following are examples of good earth grounds available at most
CO IF
25
DESIRED installations.
Metal Cold Water Pipe: Use a non-corrosive metal strap (copper is recommended) firmly
secured to the pipe to which the ground lead is electrically connected and secured.
earth_gnd-001-V0
AC Power Outlet Ground: Available from 3-prong, 120VAC power outlets only. To test
the integrity of the ground terminal, use a 3-wire circuit tester with neon lamp
indicators, such as the UL Listed Ideal Model 61-035, or equivalent, available at most
electrical supply stores.
2-3
10. Installation and Setup Guide
Sounder (Bell) Connections
Basic Connections Make sounder connections to alarm output terminals 3 (+) and 4 (–).
• The 12VDC sounder output activates when an alarm occurs.
3
4 • Total current drawn from this output cannot exceed 2 amps (going beyond 2 amps will
overload the power supply, or may cause the electronic circuit protecting the sounder
output to trip).
• You must install a battery, since the battery supplies this current.
ALARM OUTPUT Supervised output
10.5 - 13.5 VDC
2A MAX. 1. Cut the red Bell Supervision Jumper located above terminals 4 and 5 on the PC board.
spkr_conn-001-V0 2. Connect a 2k ohm resistor across the terminals of the last sounder. See Figure 5.
This control complies with NFPA requirements for temporal pulse sounding of fire notification
appliances. Temporal pulse sounding for a fire alarm consists of: 3 pulses – pause – 3 pulses –
pause – 3 pulses–etc..
UL TERMINALS ON
CONTROL BOARD
EXTERNAL ALARM
SOUNDER
• Use only UL Listed sounding devices for
UL installations. _
• Bell supervision is required for fire alarm 4 _
2000
ALARM
installations. OUTPUT
OBSERVE
POLARITY
OHM
EOL
• The total current drawn from the alarm TERMINALS
+
+ RESISTOR
3
output and the auxiliary power output,
combined, cannot exceed 600 mA. In
addition, the sounding device must be a
2
UL Listed audible signal appliance rated IF BELL SUPERVISION IS ENABLED
(RED JUMPER ON CONTROL BOARD IS CUT)
to operate in a 10.2-13.8 VDC voltage CONNECT A 2000 OHM RESISTOR ACROSS
sounder-001-V0
THE EXTERNAL SOUNDER AS SHOWN BY
range, and must be mounted indoors. THE DOTTED LINE.
CUT RED JUMPER ON CONTROL
BOARD TO ENABLE BELL DO NOT CONNECT THE RESISTOR AT THE
(SOUNDER) SUPERVISION. ALARM OUTPUT TERMINALS THEMSELVES!
Figure 5. Sounder Wiring (Supervised)
Connecting the Keypads and Other Addressable Devices
Connections Connect keypads and other addressable devices (4204, 4219, 4229, 4286, 5881, etc.) to
the control’s keypad terminals as shown on the Summary of Connections diagram. The
4_
5+
6 IN
system supports up to 8 keypads, which can be assigned to partitions in any
7 OUT
combination (see program fields *190-*196).
BLACK
RED
GREEN
YELLOW
AR
MED
Use the Table of Device Addresses to determine the appropriate address for each device.
RE
AD
Y
Determine wire size using the Wire Run Chart on the following page. For single 4-wire
runs, determine the current drawn by all units, then refer to the Wiring Run chart to
determine the maximum length that can be safely used for each wire size.
conn-001-V0
Supplementary Power Use supplementary power if the SUPPLEMENTARY
(optional) control’s aux. power load for all POWER SUPPLY
CONTROL TERMINAL STRIP
+ –
devices exceeds 600mA (suggested AUX. AUX. DATA DATA
– + IN OUT
UL Use a UL Listed,
power supply: AD12612). Connect 4 5 6 7
as shown in Figure 6. Be sure to
battery-backed supply for
UL installations. The battery connect the negative (–) terminal
supplies power to these on the power supply unit to
keypads in case of AC terminal 4 (AUX –) on the control.
power loss.
TO KEYPAD GRN WIRE
TO KEYPAD RED WIRE
TO KEYPAD GRN WIRE
TO KEYPAD RED WIRE
TO KEYPAD BLK WIRE
TO KEYPAD YEL WIRE
TO KEYPAD BLK WIRE
TO KEYPAD YEL WIRE
IMPORTANT:
The battery-backed power IMPORTANT: Keypads MAKE THESE
supply should have enough powered from supplies that do CONNECTIONS
power to supply the not have a backup battery will DIRECTLY TO
keypads with the UL SCREW
supp_pwr_supply-V0
required minimum standby not function if AC power is lost. TERMINALS AS
Make sure to power at least one SHOWN.
power time.
keypad in each partition from
the control’s auxiliary power
output. Figure 6. Using a Supplementary Power Supply
2-4