1) The document provides installation and setup instructions for the Honeywell 5808W3 photoelectric smoke/heat detector with a built-in wireless transmitter.
2) It must be tested regularly according to NFPA 72 standards and enrolled in the control panel by transmitting its serial number before it can operate in the system.
3) Testing involves using the recessed test switch or canned smoke to trigger the alarm and verify a strong signal is received by the control panel.
Analogue sensor and digital addressing
Provide real time algorithm to the control panel
360 degree visual indicator
The TX7110 Intelligent Fixed and Rate of Rise Heat Detector is reliable for application in places where may have high dust level or smoky environments, making a normal smoke detector undesirable.
The unit manufactured base on the sensitivity requirement of EN 54 part 5, European Standard.
The unit is aesthetically pleasing with unobtrusive design that will complement modern building designs. The unit incorporates an intelligent processor that provides inbuilt A/D converter, and Self-Diagnosis and History log. https://www.vedardsecurity.com/heat-detector-addressable-en545-compliance-tx7110-lpcb-cert-p-3
The smoke detector Z-Wave detects fire and smoke emissions. In case of emergency, it gives an audible alert and sends an alarm signal to the Z-Wave network
The document discusses a multisensor device that can detect motion, door/window status, temperature, and light levels. It provides instructions on installing, setting up, and using the sensor as part of a smart home automation system or security system. The sensor supports Z-Wave networking and can trigger lights, heaters, fans and other devices based on its readings.
The document provides instructions for installing and operating an IM20-ZWAVE magnetic contact sensor. The sensor detects when a door or window is opened and closed, and sends alarm signals via Z-wave. It supports wireless networking and battery monitoring. The summary provides installation instructions, specifications, operating modes, sensor reports, and configuration settings for things like light turn-off time and sensor report frequency.
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.
Manual Outdoor motion detector Z-Wave Plus - PhilioDomotica daVinci
The motion sensor uses Z-Wave wireless technology to detect motion. It can be included in a Z-Wave network to remotely control devices. The sensor detects motion using a PIR sensor and supports two operation modes. It can associate with other devices and report events wirelessly. The device settings can be configured including sensitivity, detection interval, and auto reporting frequency.
SenseTek is de specialist op het gebied van bijzondere branddetectie. Waar de mogelijkheden van reguliere detectiesystemen ophouden, beginnen de mogelijkheden van onze systemen. SenseTek Fire & Security Solutions Amsterdam. Handboek voor de installateur van beam detectie. Fireray 3000.
The SP816 is an outdoor motion detector that uses a PIR sensor to detect movement and a light sensor to detect ambient light levels. It can communicate with other Z-Wave devices to control lighting. It has adjustable timers to control how long lights stay on after detecting motion. The motion detector can be included into a Z-Wave network to communicate with a controller and other devices.
Analogue sensor and digital addressing
Provide real time algorithm to the control panel
360 degree visual indicator
The TX7110 Intelligent Fixed and Rate of Rise Heat Detector is reliable for application in places where may have high dust level or smoky environments, making a normal smoke detector undesirable.
The unit manufactured base on the sensitivity requirement of EN 54 part 5, European Standard.
The unit is aesthetically pleasing with unobtrusive design that will complement modern building designs. The unit incorporates an intelligent processor that provides inbuilt A/D converter, and Self-Diagnosis and History log. https://www.vedardsecurity.com/heat-detector-addressable-en545-compliance-tx7110-lpcb-cert-p-3
The smoke detector Z-Wave detects fire and smoke emissions. In case of emergency, it gives an audible alert and sends an alarm signal to the Z-Wave network
The document discusses a multisensor device that can detect motion, door/window status, temperature, and light levels. It provides instructions on installing, setting up, and using the sensor as part of a smart home automation system or security system. The sensor supports Z-Wave networking and can trigger lights, heaters, fans and other devices based on its readings.
The document provides instructions for installing and operating an IM20-ZWAVE magnetic contact sensor. The sensor detects when a door or window is opened and closed, and sends alarm signals via Z-wave. It supports wireless networking and battery monitoring. The summary provides installation instructions, specifications, operating modes, sensor reports, and configuration settings for things like light turn-off time and sensor report frequency.
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.
Manual Outdoor motion detector Z-Wave Plus - PhilioDomotica daVinci
The motion sensor uses Z-Wave wireless technology to detect motion. It can be included in a Z-Wave network to remotely control devices. The sensor detects motion using a PIR sensor and supports two operation modes. It can associate with other devices and report events wirelessly. The device settings can be configured including sensitivity, detection interval, and auto reporting frequency.
SenseTek is de specialist op het gebied van bijzondere branddetectie. Waar de mogelijkheden van reguliere detectiesystemen ophouden, beginnen de mogelijkheden van onze systemen. SenseTek Fire & Security Solutions Amsterdam. Handboek voor de installateur van beam detectie. Fireray 3000.
The SP816 is an outdoor motion detector that uses a PIR sensor to detect movement and a light sensor to detect ambient light levels. It can communicate with other Z-Wave devices to control lighting. It has adjustable timers to control how long lights stay on after detecting motion. The motion detector can be included into a Z-Wave network to communicate with a controller and other devices.
The document provides specifications for a Z-Wave multi-sensor device. It includes details on the device's library and command classes, Z-Wave network operation including button functions and LED indicators, association groups and commands, wakeup settings, battery information, sensor readings for temperature, humidity, light and UV, notification types, manufacturer information, and configuration parameters.
The document provides installation instructions for a Smart Smoke Sensor in 3 sentences:
The smoke sensor should be installed in the center of the ceiling at least 30cm from lights and 15cm from walls. It can be mounted on sloping ceilings up to 90cm from the top of the ceiling. The installation steps include rotating the bracket out of the base, removing the battery strip to power on the sensor, and fitting the sensor into the bracket.
This document provides information about a Z-Wave compatible smoke detector, including instructions for inclusion into a Z-Wave network, descriptions of its operating modes like alarm, low battery, and testing modes, and details about its configuration parameters and associations with other Z-Wave devices.
El detector de apertura Aeotec de Aeon Labs de Gen5 proporciona a su red Z-Wave toda la inteligencia requerida por un sistema de domótica y alarmas moderna
Mini 2 zones Conventional Fire Alarm Control Panel is designed for building fire security, office fire security, factory fire security and master.
It has 2 zones display of detector status and alarm status such as fault, alarm. It has silence, manual sound, panel mute etc. for panel operation.
The mini fire alarm control can work with 2 wire or 4 wire smoke detector, heat detector, Gas sensor. It works with max. 60 fire detectors and manual call points and max. 16 sounders.
There are 16 zones conventional fire alarm control panel and addressable fire alarm control panel with full range alarm detectors and compound detectors such as Smoke and heat detector, smoke and CO detector, Gas and CO detector, Gas with solenoid valve.
For more information and technical guide for home and business alarm security, please feel free to check web www.vedardalarm.com
The Orvibo Allone lets you control your IR controllable devices (such as TV, DVD player, air conditioner, ...) from your smartphone, wherever you are on WiFi or 4G networks. Your smartphone will become a universal IR remote.
1. The document provides information about the Sensoair Z-Wave CO2 Sensor, including its features, specifications, and how it operates within a Z-Wave network.
2. As a Z-Wave device, it can join and leave a Z-Wave network and communicate with other Z-Wave devices as either a sensor or controller.
3. It measures carbon dioxide levels and reports them to the primary Z-Wave controller, and can control other devices through associations.
Manual Opening Detector with temeperature sensor Z-Wave Plus Version 2- FibaroDomotica daVinci
FIBARO Door/Window Sensor 2 is a fully compatible Z-Wave PLUS device that detects the opening of doors, windows, and other openings through the separation of the sensor body and a magnet. It has built-in temperature sensing and tamper detection. The device can be installed on doors, windows, and more using adhesive strips and has LED indicators and buttons to control and reset the device.
This smoke detector combines a 10-year smoke detector with a Z-Wave module to allow wireless alarm reporting and control of an indoor siren. It can detect smoke and send alarm messages to other Z-Wave devices. The battery in the Z-Wave module will need replacement before the 10-year battery in the smoke detector itself. The device can be included and excluded from a Z-Wave network by pressing the inclusion button, and supports secure communication between Z-Wave devices.
This device is a Z-Wave carbon monoxide sensor that can be included in a Z-Wave network to wirelessly report carbon monoxide levels and alarm conditions. It combines a certified carbon monoxide detector with a Z-Wave module. When carbon monoxide levels reach certain thresholds, the sensor will send an alarm to the central controller and can trigger other Z-Wave devices. The sensor can also report tamper detection, low battery, and malfunctions.
Eurotronic Spirit Radiator Thermostat Head Z-Wave Plus ManualDomotica daVinci
1. The document provides instructions for installing and operating the Spirit Z-Wave Plus energy-saving thermostat.
2. It describes including the thermostat in a Z-Wave network by putting the primary controller into inclusion mode and pressing the thermostat's boost button.
3. The thermostat can be mounted on radiator valves with integrated or additional adapters and includes buttons for temperature adjustment, modes, and a display for feedback.
StellaZ is a wireless thermostat valve control that can operate in four modes to control temperature. It includes with Z-Wave controllers and can be installed on radiator valves using adapters. The device wakes up periodically to report temperature and can be controlled remotely via Z-Wave to adjust temperature setpoints or directly control the valve opening percentage.
This document provides information about a Z-Wave water meter sensor with firmware version 3.0. The sensor fits into water meters from Sensus and transmits meter readings via the Z-Wave network on a timed or delta change basis. It uses a lithium battery that provides an estimated 10 years of battery life. The sensor can be included and excluded from a Z-Wave network by placing a magnet on it for 3 seconds until the LED blinks red. It supports configuration of parameters like the reading reporting interval and wakeup interval to communicate with controllers.
1) The document provides instructions for replacing the battery in a Fibaro Smoke Sensor smoke detector. It describes detaching the sensor from its cover, removing the old battery, inserting a new battery while observing polarity, and reattaching the sensor to the cover.
2) The Fibaro Smoke Sensor is an optical smoke detector that detects smoke and sends alarm signals via sound, light, and Z-Wave commands. It can also monitor temperature and send warnings if thresholds are exceeded.
3) The instructions describe testing the sensor after battery replacement by performing a self-test where the sensor checks its operation and signals via light and sound.
Sensative Door Window Sensor Strip Z-Wave Plus User ManualDomotica daVinci
Strips is a Z-Wave magnet sensor that can be installed invisibly in windows and doors to detect their opening and closing. It communicates with a Z-Wave controller to monitor the home remotely. The document provides instructions on adding Strips to a Z-Wave network, planning its placement, mounting it correctly for optimal functionality and range, and includes details on its LED signals and configuration parameters.
Door sensor multisensor 4_ in_1 Zipato Z-Wave PlusDomotica daVinci
This document provides information about Zipato trademarks, product names, notices, electromagnetic compatibility, safety, and the specifications, features, and operation of the Zipato Multisensor 4 in 1 device. It includes sections on trademarks, notices, EMC compliance, safety precautions, introduction to the product, specifications, technical specs, models and frequencies, installation instructions, packaging contents, features, and troubleshooting. The document is the product manual for the Zipato Multisensor 4 in 1, a Z-Wave enabled multi-sensor device.
This document provides an operating manual for the FIBARO Smart Implant device, which allows connecting various wired sensors to a Z-Wave network. The manual describes:
1) Main features of the device including supporting up to 6 temperature sensors and 2 each of analog, binary, and button inputs.
2) Installation instructions for connecting different sensor types like temperature, humidity, analog, binary, and buttons.
3) Instructions for adding the device to a Z-Wave network manually or via SmartStart and removing it from the network.
4) Details on the device's operation including button functions, menus, resetting, and testing.
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 provides instructions for installing, commissioning, and maintaining Horstmann S1xxR smart electricity meters and associated smart metering equipment as part of a UK smart metering trial. It describes the equipment, safety considerations, installation process including selecting tariff configurations and assessing wireless signal strength, and commissioning steps for adding a home energy monitor and gas unit to the meter's network. Maintenance instructions are also provided for servicing, changing equipment, and removing the system.
This document summarizes the Cardox technology provided by ATD Pressure Gas System for removing material build-up and blockages in industrial processes. Cardox uses pressurized carbon dioxide gas to blast away unwanted deposits in a safe and effective manner. It has been used for over 60 years in various industries like steel, cement, pulp and paper. The document explains how the Cardox tubes work and the advantages they provide over alternative methods like reducing downtime and increasing worker safety.
El grupo de investigación propone un recurso llamado Fabulatic que presenta cuentos, fábulas e historietas de manera animada para estudiantes de primaria. Fabulatic tiene como objetivo mejorar la comprensión lectora mediante preguntas sobre las lecturas.
The document provides specifications for a Z-Wave multi-sensor device. It includes details on the device's library and command classes, Z-Wave network operation including button functions and LED indicators, association groups and commands, wakeup settings, battery information, sensor readings for temperature, humidity, light and UV, notification types, manufacturer information, and configuration parameters.
The document provides installation instructions for a Smart Smoke Sensor in 3 sentences:
The smoke sensor should be installed in the center of the ceiling at least 30cm from lights and 15cm from walls. It can be mounted on sloping ceilings up to 90cm from the top of the ceiling. The installation steps include rotating the bracket out of the base, removing the battery strip to power on the sensor, and fitting the sensor into the bracket.
This document provides information about a Z-Wave compatible smoke detector, including instructions for inclusion into a Z-Wave network, descriptions of its operating modes like alarm, low battery, and testing modes, and details about its configuration parameters and associations with other Z-Wave devices.
El detector de apertura Aeotec de Aeon Labs de Gen5 proporciona a su red Z-Wave toda la inteligencia requerida por un sistema de domótica y alarmas moderna
Mini 2 zones Conventional Fire Alarm Control Panel is designed for building fire security, office fire security, factory fire security and master.
It has 2 zones display of detector status and alarm status such as fault, alarm. It has silence, manual sound, panel mute etc. for panel operation.
The mini fire alarm control can work with 2 wire or 4 wire smoke detector, heat detector, Gas sensor. It works with max. 60 fire detectors and manual call points and max. 16 sounders.
There are 16 zones conventional fire alarm control panel and addressable fire alarm control panel with full range alarm detectors and compound detectors such as Smoke and heat detector, smoke and CO detector, Gas and CO detector, Gas with solenoid valve.
For more information and technical guide for home and business alarm security, please feel free to check web www.vedardalarm.com
The Orvibo Allone lets you control your IR controllable devices (such as TV, DVD player, air conditioner, ...) from your smartphone, wherever you are on WiFi or 4G networks. Your smartphone will become a universal IR remote.
1. The document provides information about the Sensoair Z-Wave CO2 Sensor, including its features, specifications, and how it operates within a Z-Wave network.
2. As a Z-Wave device, it can join and leave a Z-Wave network and communicate with other Z-Wave devices as either a sensor or controller.
3. It measures carbon dioxide levels and reports them to the primary Z-Wave controller, and can control other devices through associations.
Manual Opening Detector with temeperature sensor Z-Wave Plus Version 2- FibaroDomotica daVinci
FIBARO Door/Window Sensor 2 is a fully compatible Z-Wave PLUS device that detects the opening of doors, windows, and other openings through the separation of the sensor body and a magnet. It has built-in temperature sensing and tamper detection. The device can be installed on doors, windows, and more using adhesive strips and has LED indicators and buttons to control and reset the device.
This smoke detector combines a 10-year smoke detector with a Z-Wave module to allow wireless alarm reporting and control of an indoor siren. It can detect smoke and send alarm messages to other Z-Wave devices. The battery in the Z-Wave module will need replacement before the 10-year battery in the smoke detector itself. The device can be included and excluded from a Z-Wave network by pressing the inclusion button, and supports secure communication between Z-Wave devices.
This device is a Z-Wave carbon monoxide sensor that can be included in a Z-Wave network to wirelessly report carbon monoxide levels and alarm conditions. It combines a certified carbon monoxide detector with a Z-Wave module. When carbon monoxide levels reach certain thresholds, the sensor will send an alarm to the central controller and can trigger other Z-Wave devices. The sensor can also report tamper detection, low battery, and malfunctions.
Eurotronic Spirit Radiator Thermostat Head Z-Wave Plus ManualDomotica daVinci
1. The document provides instructions for installing and operating the Spirit Z-Wave Plus energy-saving thermostat.
2. It describes including the thermostat in a Z-Wave network by putting the primary controller into inclusion mode and pressing the thermostat's boost button.
3. The thermostat can be mounted on radiator valves with integrated or additional adapters and includes buttons for temperature adjustment, modes, and a display for feedback.
StellaZ is a wireless thermostat valve control that can operate in four modes to control temperature. It includes with Z-Wave controllers and can be installed on radiator valves using adapters. The device wakes up periodically to report temperature and can be controlled remotely via Z-Wave to adjust temperature setpoints or directly control the valve opening percentage.
This document provides information about a Z-Wave water meter sensor with firmware version 3.0. The sensor fits into water meters from Sensus and transmits meter readings via the Z-Wave network on a timed or delta change basis. It uses a lithium battery that provides an estimated 10 years of battery life. The sensor can be included and excluded from a Z-Wave network by placing a magnet on it for 3 seconds until the LED blinks red. It supports configuration of parameters like the reading reporting interval and wakeup interval to communicate with controllers.
1) The document provides instructions for replacing the battery in a Fibaro Smoke Sensor smoke detector. It describes detaching the sensor from its cover, removing the old battery, inserting a new battery while observing polarity, and reattaching the sensor to the cover.
2) The Fibaro Smoke Sensor is an optical smoke detector that detects smoke and sends alarm signals via sound, light, and Z-Wave commands. It can also monitor temperature and send warnings if thresholds are exceeded.
3) The instructions describe testing the sensor after battery replacement by performing a self-test where the sensor checks its operation and signals via light and sound.
Sensative Door Window Sensor Strip Z-Wave Plus User ManualDomotica daVinci
Strips is a Z-Wave magnet sensor that can be installed invisibly in windows and doors to detect their opening and closing. It communicates with a Z-Wave controller to monitor the home remotely. The document provides instructions on adding Strips to a Z-Wave network, planning its placement, mounting it correctly for optimal functionality and range, and includes details on its LED signals and configuration parameters.
Door sensor multisensor 4_ in_1 Zipato Z-Wave PlusDomotica daVinci
This document provides information about Zipato trademarks, product names, notices, electromagnetic compatibility, safety, and the specifications, features, and operation of the Zipato Multisensor 4 in 1 device. It includes sections on trademarks, notices, EMC compliance, safety precautions, introduction to the product, specifications, technical specs, models and frequencies, installation instructions, packaging contents, features, and troubleshooting. The document is the product manual for the Zipato Multisensor 4 in 1, a Z-Wave enabled multi-sensor device.
This document provides an operating manual for the FIBARO Smart Implant device, which allows connecting various wired sensors to a Z-Wave network. The manual describes:
1) Main features of the device including supporting up to 6 temperature sensors and 2 each of analog, binary, and button inputs.
2) Installation instructions for connecting different sensor types like temperature, humidity, analog, binary, and buttons.
3) Instructions for adding the device to a Z-Wave network manually or via SmartStart and removing it from the network.
4) Details on the device's operation including button functions, menus, resetting, and testing.
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 provides instructions for installing, commissioning, and maintaining Horstmann S1xxR smart electricity meters and associated smart metering equipment as part of a UK smart metering trial. It describes the equipment, safety considerations, installation process including selecting tariff configurations and assessing wireless signal strength, and commissioning steps for adding a home energy monitor and gas unit to the meter's network. Maintenance instructions are also provided for servicing, changing equipment, and removing the system.
This document summarizes the Cardox technology provided by ATD Pressure Gas System for removing material build-up and blockages in industrial processes. Cardox uses pressurized carbon dioxide gas to blast away unwanted deposits in a safe and effective manner. It has been used for over 60 years in various industries like steel, cement, pulp and paper. The document explains how the Cardox tubes work and the advantages they provide over alternative methods like reducing downtime and increasing worker safety.
El grupo de investigación propone un recurso llamado Fabulatic que presenta cuentos, fábulas e historietas de manera animada para estudiantes de primaria. Fabulatic tiene como objetivo mejorar la comprensión lectora mediante preguntas sobre las lecturas.
Este documento presenta información sobre los aditivos químicos utilizados en el cemento. Incluye enlaces a recursos sobre los diferentes tipos de aditivos químicos del cemento y sus usos, así como información sobre un diplomado de cementación de pozos impartido por el Centro de Educación Integral y Capacitación Profesional El Shaddai & Adonai.
El documento resume información sobre dos obras del patrimonio arquitectónico chileno: la Sotaca ubicada en Huara, Tarapacá construida en el siglo XVI por una población Caranga usando piedra volcánica, paja y barro, con estilos colonial español e incaico. También describe el Fuerte de Chiu-Chiu en Calama, Antofagasta del siglo XVII construido por una población atacameña con adobe y madera de cactus y estilo colonial español.
Este documento trata sobre la devolución de cuotas enteradas sin justificación legal ante el Instituto Mexicano del Seguro Social. Explica que las cuotas de seguridad social en México tienen una fuente de financiamiento tripartita entre el patrón, trabajador y gobierno. También describe los principales factores que generan cuotas enteradas sin justificación legal, como errores del patrón o aplicación indebida de facultades por parte del Instituto. Finalmente, resume los derechos a solicitar la devolución de cuotas enteradas sin just
Este documento resume las nuevas declaraciones de precios de transferencia que entrarán en vigor en México en 2016 como parte de las acciones contra la erosión de la base imponible y traslado de beneficios (BEPS) de la OCDE. Se introducirán tres nuevas declaraciones informativas: la declaración maestra, la declaración local y la declaración país por país. También se establecen los sujetos obligados a presentar estas declaraciones y las sanciones por no cumplir con los nuevos requisitos.
This document reports on a study examining how transforming growth factor beta (TGFβ) regulates osteoblast differentiation. The key findings are:
1) TGFβ inhibits osteoblast differentiation by upregulating the intermediate filament protein vimentin, which suppresses the transcription factor ATF4. ATF4 normally activates the osteoblast marker gene osteocalcin.
2) TGFβ stimulates vimentin expression post-transcriptionally through the PI3K/Akt/mTOR signaling pathway rather than the canonical Smad pathway.
3) Inhibiting vimentin or lacking ATF4 reduces TGFβ's ability to suppress osteoblast differentiation and osteocalcin expression. This establishes
El documento trata sobre los derechos fundamentales relacionados con Internet. Explica que Internet es una red global que permite la comunicación e intercambio de información entre personas de todo el mundo. También define los derechos humanos y fundamentales, y discute si el acceso a Internet debería considerarse un derecho fundamental. Finalmente, introduce el concepto de brecha digital y cómo esta puede crear desigualdades entre quienes tienen y no tienen acceso a la tecnología.
Cliqur is an all-in-one classroom management system created by Yusef Abdulla and Christopher Birsan that aims to increase student participation. The system allows teachers to take attendance, pose questions to the class, and conduct polls to get real-time feedback. If awarded prize money, the founders will use the funds to cover hosting, develop new features, and market the platform to more schools. Their goal is to create a nonprofit education tool supported by advertisement revenue generated from user traffic on the platform.
El documento analiza las relaciones comerciales entre México-Canadá, México-Estados Unidos y Estados Unidos-Canadá. Describe que México y Canadá son socios comerciales importantes, con más de $34 mil millones en comercio bilateral en 2014 impulsado por el TLCAN. También describe las relaciones históricas asimétricas entre México y Estados Unidos, así como el crecimiento del comercio bilateral a pesar de conflictos pasados. Finalmente, destaca que Estados Unidos y Canadá son los mayores socios comerciales, con $652
Las herramientas de Google como Gmail, Drive, Docs, Calendar, Maps, y Hangouts permiten la colaboración y el compartir de archivos y comunicación entre estudiantes y profesores. Estas herramientas están disponibles las 24 horas del día los 7 días de la semana y permiten revisar el progreso individual y grupal de una manera fácil.
El documento proporciona información sobre varios buscadores web populares como Google, Bing, Yahoo y Ask. Explica que Google es posiblemente el buscador más conocido y usado, con acceso a más de 128 mil millones de páginas web. También describe que Bing ofrece búsquedas seguras y sugerencias relacionadas, mientras que Yahoo permite búsquedas independientes de imágenes, videos y noticias. Ask se basa en preguntas en lenguaje natural para brindar respuestas a usuarios.
This document discusses life after foster care for those who were adopted out of the system. It touches on adjusting to adoptive families, whether the individual felt part of the adoption decision, and if there was anything they wish was done differently during the foster care experience. The document also covers reclaiming family traditions, current accomplishments, and future goals.
Charles Darwin nació en 1809 en Inglaterra. Creció en una granja y observó de cerca la cría y domesticación de animales. Estas experiencias lo llevaron a interesarse por la variación entre organismos y cómo ésta podría conducir a la evolución de las especies. Más tarde, Darwin publicó sus ideas sobre la selección natural en El Origen de las Especies en 1859.
El documento describe los teléfonos inteligentes, incluyendo que son dispositivos móviles con mayor capacidad de almacenamiento y funcionalidad que los teléfonos convencionales. Explica que tienen pantallas táctiles y soporte de correo electrónico. También cubre los principales diseños, innovaciones e innovaciones de marcas populares como Apple, Samsung y otros.
Iconographs sells authentic celebrity autographs to collectors all over the world. To ensure authenticity, Iconographs specializes in sending its own representatives to acquire autographs in person from celebrities directly.
The document discusses the return of the vintage "foxy flare" jeans style in Fall 2011 and its predicted comeback again in Fall 2014. It describes the colors that will be featured, including navy, teal, tangerine, and crimson reds. The style is meant to be bright, fun, and evoke the 1970s with embroidered cowboy shirts and jeans making a return. The document envisions a woman wearing the flared jeans going to a club called Chill City to dance and "shake her groove thing" while showing off her cool, flowing full denim style.
This short note wishes Bryant Karl Terrell a happy birthday from his grandparents Felicia Campbell and Fred Lakes. It is a birthday greeting from his grandparents wishing him a happy birthday. The note identifies Bryant Karl Terrell as the recipient of the birthday wishes and names his grandparents Felicia Campbell and Fred Lakes as the ones extending the birthday greeting.
The document provides installation and maintenance instructions for the System Sensor 1400 dual-chamber ionization smoke detector. It describes the general specifications and operation of the detector including that it utilizes state-of-the-art sensing chambers, has an LED indicator light, and can be tested using its recessed test switch or an external test module. The document provides guidelines for installing the detector including wiring, mounting, and making it tamper resistant. It also describes testing and maintenance procedures for the detector.
Evespring ST812 Z-Wave flood sendor manual in EnglishDomotica daVinci
The Flood Detector is a Z-Wave enabled device that is compatible with any Z-Wave network. It uses a tamper switch to be included in a network and supports associations with up to five other nodes. When triggered, it will flash an LED, beep, and transmit signals to associated nodes. It uses three AA batteries and has a low battery indication of flashing its red LED every 30 seconds.
Omni Guard 660 Flame Detector PresentationMustafa Ali
This document provides an overview and instructions for operating and maintaining OmniGuard Model 660 UV flame detectors. It describes the key features and functions of the flame detectors including microprocessor control, adjustable settings, relay configurations, testing procedures, and troubleshooting tips. Maintenance involves periodically cleaning the optical surfaces to ensure proper functionality.
The 5809 wireless heat detector from Honeywell offers expanded fire detection through both rate-of-rise and fixed temperature sensing. It can detect a rapid rise in temperature of 15 degrees F or more per minute or a temperature rising above 135 degrees F. The detector is powered by a lithium battery and transmits alarm, supervisory and low battery messages wirelessly to the control panel. It is ideal for hard to wire locations and requires no wiring for fast and easy installation.
This document provides installation and setup instructions for a 5808W3 photoelectric smoke/temperature detector with a built-in wireless transmitter. The detector has two LEDs and a sounder to indicate its status. It must be tested and maintained regularly according to NFPA 72 standards. The detector incorporates an optical smoke sensing chamber, advanced microprocessor, and piezoelectric horn. It transmits alarm, tamper, maintenance, and low battery messages to the wireless control panel.
4 in 1 multi sensor Philio PSM02 (motion, door/window, temperature, lightness)Domotica daVinci
The slim multi-sensor PSM02 has 4 sensors (PIR, door/window, temperature, and illumination) and uses Z-Wave wireless technology. It can be included in a Z-Wave home automation network to remotely control devices. When motion, door, temperature, or light changes are detected, it will report to the network. It has different operating modes (test, home automation, security) and can be configured via the Z-Wave controller.
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.
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1. General Information
Before installing detectors, please thoroughly read these installation
instructions and Guide for Proper Use of System Smoke Detectors
(A05-1003-002), which provides detailed information on detector
spacing, placement, zoning, wiring, and special applications. Copies
of this manual are available from Honeywell.
NOTICE: This manual should be left with the owner/user of
this equipment.
IMPORTANT: This detector must be tested and maintained regularly
following NFPA 72 requirements.
General Description
The 5808W3 photoelectronic smoke/heat detector with built-in
wireless transmitter is intended for use with wireless alarm systems
that support 5800 series devices. Refer to control/communicator
installation instructions for compatibility. The 5808W3 smoke/
heat detector can be used with any 5800 series wireless receiver/
transceiver for residential installations. For commercial installations,
the 5881ENHC or the 5883H receiver is required. The transmitter can
send alarm, tamper, maintenance (when control panels are equipped
to process maintenance signals), and battery condition messages to
the system’s receiver. The maintenance signal fully complies with the
sensitivity test requirement specified in NFPA 72, 10.4.4.2.4 and is
approved by UL. Refer to the wireless system’s instructions for the
maximum number of transmitters that can be supported.
The 5808W3 incorporates a state-of-the-art optical sensing chamber
and an advanced microprocessor. The microprocessor allows the
detector to automatically maintain proper operation at factory
calibrated detection levels, even when sensitivity is altered due to the
presence of contaminants settling into the unit’s smoke chamber. In
order for this feature to work properly, the chamber must never be
opened while power is applied to the smoke detector. This includes
cleaning, maintenance or screen replacement. All models also feature
a restorable, built-in, fixed temperature (135°F) thermal detector and
is also capable of sensing a pre-freeze condition if the temperature is
below 41°F.
The 5808W3 contains a piezoelectric horn which generates the ANSI
S3.41 temporal pattern in an alarm condition. In alarm, a message
is also sent to the wireless control panel. The alarm message is
transmitted every 4 seconds until the smoke or heat condition has
cleared and the detector has reset. During an alarm condition,
pressing the detector’s test switch will silence the piezoelectric horn
for 5 minutes. Once the detector has reset, a RESTORE message is
transmitted to the control panel. The built-in Drift Compensation
algorithm automatically maintains the sensitivity of the detector.
Once the detector reaches its limit of compensation, it transmits a
maintenance signal to the panel. The mounting base installation is
simplified by the incorporation of features compatible with drywall
fasteners or other methods that provide a method for securing the
detector in place.
5808W3 Photoelectronic Smoke/Temperature
Detector with Built-in Wireless Transmitter
INSTALLATION AND SETUP GUIDE
I56-2768-005R
Two LEDs and a sounder on the detector provide local visual and
audible indication of the detector’s status:
Table 1: Detector LED Modes
Green LED Red LED
Piezoelectric
Horn
Power Up
Blinks every
5 sec
Blinks every
5 sec
Off
Normal (standby)
Blinks every
10 sec
Off Off
Out of Sensitivity Off
Blinks every
5 sec
Off
Freeze Trouble Off
Blinks every
10 sec
Off
Smoke Alarm Off
Blinks every
1 sec
Temporal Pattern
Thermal Alarm Off
Blinks every
4 sec
Temporal Pattern
Low Battery Off
Blinks every
45 sec
Chip every 45
sec after LED
blinks for 7 days
During initial power-up, the red and green LEDs will blink
synchronously once every 5 seconds. It will take approximately 20
seconds for the detector to finish the power-up cycle (see Table 1).
After power-up has completed and the detector is functioning normally
within its listed sensitivity range, the green LED blinks once every
10 seconds. If the detector is in need of maintenance because its
sensitivity has shifted outside the listed limits, the red LED blinks
once every 5 seconds. When alarm has been activated by smoke, the
red LED blinks every 1 second. During a thermal alarm condition
(>135°F) the red LED blinks once every 4 seconds. The LED indication
must not be used in place of the tests specified under Testing. In a
freeze trouble condition, the red LED will blink once every 10 seconds
(refer to Table 1). If the detector senses a low battery condition, the
red LED blinks once every 45 seconds.
To measure the detector’s sensitivity, the i3 Series Model SENS-RDR
Infrared Sensitivity Reader tool (see Figure 4) should be used. Refer to
instruction manual D100-98-00 for proper use of the SENS-RDR.
Low Battery Detection
The 5808W3 is powered by a single 3-volt CR123A or DL123A Lithium
battery (included). The detector checks for a low battery at least
every 65 minutes. If a low battery is detected, the transmitter sends
a low battery message to the control panel, which beeps and displays
the detector’s zone number. In addition, the red LED of the 5808W3
will blink every 45 seconds and the test switch will be disabled. This
condition will exist for a minimum of 7 days, and then the detector’s
horn will “chirp” about every 45 seconds. Pressing the test switch
during this time will silence the chirps for 12 hours. The battery
should be replaced BEFORE the chirps begin. Be sure to replace the
battery with a fresh one.
- 1 -
2. Battery Installation and Replacement
To replace the battery:
1. Remove the detector from its mounting base by twisting the detector
counterclockwise. Remove the battery, and dispose properly.
2. To ensure proper power-down sequence, wait a minimum of 20
seconds before installing new battery.
3. Install a new 3-volt CR123A Lithium battery in the battery
compartment. Follow the polarity diagram inside the compartment.
4. Reinstall the smoke detector onto the mounting base by turning
the detector clockwise.
5. Test the detector as described in the TESTING SIGNAL
STRENGTH section of this manual. The green LED should blink
about once every 10 seconds to indicate normal operation. If the
battery is not installed correctly, the smoke detector will not
operate and the battery may be damaged. If the detector does not
appear to be sending a signal during any of the tests, check for
correct battery installation and for a fully charged battery.
TEST SWTICH
RED LED
GREEN LED
S0289-00
Figure 1. 5808W3 Wireless Smoke/Heat Detector
Programming
The smoke detector must be enrolled in the control panel before it can
operate in the system. The 5808W3 smoke/heat protection zone must
be enrolled as Loop 1 and “Input Type” 3 (supervised RF).
If programmed, this smoke detector is capable of monitoring the
additional conditions of Maintenance (transmitted as Loop 2), and
Low Temperature (transmitted as Loop 3). Tamper is transmitted
as Loop 4, but does not require programming. To take advantage of
the value added features of Maintenance and Low Temperature, you
must program each loop as a separate zone in the 5800 series wireless
compatible panel.
1. Enter the control’s Zone Programming mode.
2. Enter the zone number to be programmed.
3. Enter the applicable zone type when prompted. Program
• Loop 1 (Heat/Smoke) as a Fire zone (type 9 or 16),
• Loop 2 (High/Low Maintenance) as a 24-Hr. Trouble zone (type
19), and
• Loop 3 (Freeze Warning Sensor) as a 24-Hr. Aux. zone (type 8).
NOTE: Loop 2 High/Low Maintenance is supported only on
commercial control panels such as the Vista-128FBP.
4. When prompted, enter Input Type 03 (3 on some controls)
– Supervised RF Transmitter.
5. When prompted for the serial number, transmit from the detector
by activating the tamper switch. To do this, hold the base of the
detector in one hand, and rotate the detector counter-clockwise
on the base until it snaps open. Then return to clockwise position
until the detector snaps into place.
6. When the serial number is displayed, transmit from the detector
a second time by activating the tamper switch again as described
in Step 5. The current loop number (4) will begin to flash.
7. Manually change the loop number to the desired loop number for
the zone (according to the application).
8. When programming for this zone is complete, program other
zones for the transmitter as necessary (except for Tamper Loop
4, which does not require programming).
WARNING: The fire protection zone enrolled must always be
Loop 1. Otherwise, fire annunciations will not be reported by the
control.
9. Exit Programming mode when programming is complete, and
test the detector. Refer to the Testing Section.
See the control unit’s installation instructions for further details.
Mounting
First, determine the best location for the smoke detector, one that
provides a strong wireless transmission path and proper smoke
detection.AGOOD TRANSMISSION PATH MUST BE ESTABLISHED
FROM THE PROPOSED MOUNTING LOCATION BEFORE
PERMANENTLY INSTALLING THE DETECTOR. To check, perform
the test described in the TESTING SIGNAL STRENGTH section of
this manual. Prior to mounting the detector to the mounting base,
you must “enroll” the detector’s serial number into the system (see
the PROGRAMMING section). To mount the detector, perform the
following steps:
1. Once a suitable location has been determined, install the
mounting base on the ceiling or on the wall (if local ordinances
permit). Use the two screws and anchors provided.
2. Turn the detector in a clockwise direction in the mounting base
until it clicks into place.
3. Test the detector immediately after completing the installation
(as described in the TESTING section of this manual) and refer
to the control system’s instructions for additional information
concerning the use of wireless smoke detectors.
DIRECT MOUNT HOLES
TAMPER RESISTANT TAB
(CUT OFF SMALL TAB TO ACTIVATE
TAMPER RESIST FEATURE)
TAMPER RELEASE TAB
S0290-00
Figure 2. Detector Mounting Base
S0162-01
Figure 3. Mount Detector Across Ceiling Panel Support
DO NOT attach the detector to removable ceiling
panels. Attach the detector across panel support as
shown in Figure 3.
- 2 -
3. Dust covers are an effective way to limit the entry of dust into the
smoke detector sensing chamber during construction. However, they
may not completely prevent airborne dust particles from entering the
detector. Therefore, it is recommended that the detectors be removed
before beginning construction or other dust producing activity. When
returning the system to service, be sure to remove the dust covers
from any detectors that were left in place during construction.
Smoke detectors are not to be used with detector guards unless the
combination has been evaluated and found suitable for that purpose.
Tamper Protection
This detector has a built-in tamper switch that will cause a CHECK
signal to be displayed at the console of the alarm system if it is
removed from its mounting base. The 5808W3 detector includes a
tamper-resistant feature that prevents removal from the mounting
base without the use of a tool. To engage the tamper-resistant feature,
cut the small plastic tab located on the mounting base (Figure 2), and
then install the detector. To remove the detector from the base once it
has been made tamper resistant, use a small screwdriver to depress
the square tamper release tab, located on the skirt of the mounting
base, and turn the detector counterclockwise.
Testing the Sensor
NOTE: Before testing, notify the central station that the smoke
detector system is undergoing maintenance, in order to prevent
unwanted alarms.
During initial power-up, do not use SENS-RDR or canned smoke to
test the detector. The SENS-RDR and canned aerosol can be used
after power-up sequence has completed. Detectors must be tested
after installation and following periodic maintenance. The 5808W3
may be tested as follows:
A. Test Switch
1. A recessed test switch is located on the detector housing (see
Figure 4).
2. Push and hold the recessed test switch for a minimum of 5
seconds. Use a small screwdriver or Allen key with maximum
diameter of 0.18 inch (the alarm panel will trigger and then the
smoke detector will go into alarm. If the tool is removed from the
recessed switch the sounder will shut off.)
If the detector is within the listed sensitivity limits, the LED on
the detector should blink once per second and the horn should
sound within 3 seconds.
POSITION SENS-RDR AT AN ANGLE ON
THE OVAL AREA OR AT THE CHAMBER
OPENING BY THE WORD “PAINT”
RECESSED
TEST
SWITCH
LED
PUSH RECESSED
SWITCH WITH A
0.18˝ MAX.
DIAMETER TOOL
S0308-00
Figure 4. Recessed Test Switch Opening and SENS-RDR Position
B. Smoke Entry Test
A canned smoke agent may be used to test the detector. Refer to the
manufacturer’s instructions for proper use of the canned smoke. HSI
brand canned smoke has been tested and approved for use with this
type of smoke detector.
C. Direct Heat Method (Hair dryer of 1000-1500 watts)
Direct the heat toward either side thermistor. Be sure to hold the
heat source about 12 inches from the detector to avoid damage to the
plastic. The detector will reset only after it has time to cool.
Smoke detection testing is recommended for verifying system
protection capability.
A detector that fails to activate with any of these tests should first be
cleaned as outlined in this manual’s MAINTENANCE section. If the
detector still fails to activate, return for repair.
Testing Signal Strength
NOTE: Remove battery tab before installation.
This test should be performed in accordance with NFPA 72 inspection,
testing and maintenance requirements to determine a strong
communication path with the control panel.
1. Activate the wireless system’s GO/NO GO TEST mode from
the keypad.
2. Depress and hold the smoke detector’s TEST switch. If the
detector has not previously detected a low battery condition
and it is within proper sensitivity limits, the detector should
immediately transmit an alarm signal to the control panel.
The built-in horn will start to sound about 2.5 seconds after
depressing the button.
3. The wireless system’s keypad should emit at least three audible
sounds when the alarm transmission is received and will display
the transmitting detector’s zone number.
4. When the console has received the test signal, release the TEST
switch. The horn will immediately stop and a few seconds later
the detector’s zone number will clear from the console display.
5. If the console does not respond as noted, check the polarity of the
battery and be sure it is fresh. If this is an initial installation,
try moving the detector to another location that provides proper
reception. Also be sure that the detector has been “enrolled” by
the control panel (see PROGRAMMING). Then, repeat the test.
6. Turn off the system’s TEST mode from the keypad (security
code + OFF).
Testing Programmed Loops
This test should be performed before installation to ensure that all
loops intended to be used have been programmed and are operational
in the system.
1. Activate the system’s TRANSMITTER ID SNIFFER mode from
the keypad (see the control panel’s instructions). All programmed
wireless zones will be displayed, one by one, on the system
keypad. Make sure all smoke detector zones are displayed in
the sequence. (If they are not, recheck that all zones have been
properly programmed.)
2. With the detector mounted to the bracket, press the smoke
detector’s TEST switch. All zones associated with the smoke
detector should disappear from the keypad on the next display
cycle. This means that the system has received a transmission
from each loop you programmed.
3. When testing is complete, enter the Installer code + the OFF key
to exit TEST mode.
When all system testing has been completed, notify the central station
that the system is back on line.
- 3 -