Garden lighting with intrusion detection wireless alarm. Swimming pool or garden, yard security protection equipment wireless solar power perimeter security system.
The document discusses different types of proximity sensors including optical, inductive, reed switch, inductive magnetic, and capacitive sensors. It provides diagrams and descriptions of how each sensor type works, including notes on their sensing ranges, target materials detected, and factors that influence performance. The end of the document covers standard symbols used for sensors and connections to control systems.
The document provides specifications for the Honeywell IS2535 PIR intrusion detector. It is a passive infrared detector that operates on the verified intrusion principle using PIR. It has an operating temperature range of -10°C to 55°C and detects motion between 1-10 ft/sec. The detector provides detection, signal processing, and an alarm relay within a single enclosure and has adjustable sensitivity settings.
This document summarizes the specifications of a high resolution infrared bullet camera. It has a 1/3" Sony Super HAD II image sensor, providing 600 TVL resolution. With 42 infrared LEDs, it can capture images in total darkness up to a range of 35-40 meters. The camera has a weather resistant IP66 housing and is CE, FCC, and RoHS certified.
This document summarizes several electronic fire alarm circuit designs. It describes a thermistor-based circuit that uses a thermistor as a heat sensor whose resistance decreases with increasing temperature. When the thermistor gets hot, it causes an alarm to sound. A low-cost circuit is also presented that uses a transistor as a fire sensor whose leakage current increases with temperature, triggering an alarm. An alternative low-power circuit is mentioned. Finally, a smoke detector circuit is described that uses a photo interrupter module and 555 timer chip to detect smoke and sound an alarm. The document concludes that electronic circuits can provide efficient fire detection and alarm capabilities.
The 4351E is a conventional high temperature thermal detector that features low current draw, backward compatibility with existing detector bases, a wide operating voltage range of 8 to 30V, and a bi-colour LED status indicator. It incorporates an application specific integrated circuit and advanced thermal sensing technology to efficiently detect fires in environments where smoke detectors are not appropriate, such as boiler rooms.
The document provides specifications for the Honeywell IS2560 Wide Area PIR intrusion detector. It describes the detector's interface, enclosure, LED operation, power requirements, alarm operation, sensor performance, environmental tolerances, optics, self-test functionality, detection patterns, mounting details, physical characteristics, and available models. The detector provides intrusion detection, signal processing, and an alarm relay within a single enclosure and operates on 8.5-15.4VDC.
The document discusses different types of sensors including optical, inductive, reed switch, inductive magnetic, and capacitive sensors. It provides diagrams and descriptions of how through-beam, retro-reflective, and diffuse optical sensors work. It also explains the operating principles and considerations for inductive, reed switch, inductive magnetic, and capacitive sensors. Standard symbols for representing sensors in diagrams are also presented.
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.
The document discusses different types of proximity sensors including optical, inductive, reed switch, inductive magnetic, and capacitive sensors. It provides diagrams and descriptions of how each sensor type works, including notes on their sensing ranges, target materials detected, and factors that influence performance. The end of the document covers standard symbols used for sensors and connections to control systems.
The document provides specifications for the Honeywell IS2535 PIR intrusion detector. It is a passive infrared detector that operates on the verified intrusion principle using PIR. It has an operating temperature range of -10°C to 55°C and detects motion between 1-10 ft/sec. The detector provides detection, signal processing, and an alarm relay within a single enclosure and has adjustable sensitivity settings.
This document summarizes the specifications of a high resolution infrared bullet camera. It has a 1/3" Sony Super HAD II image sensor, providing 600 TVL resolution. With 42 infrared LEDs, it can capture images in total darkness up to a range of 35-40 meters. The camera has a weather resistant IP66 housing and is CE, FCC, and RoHS certified.
This document summarizes several electronic fire alarm circuit designs. It describes a thermistor-based circuit that uses a thermistor as a heat sensor whose resistance decreases with increasing temperature. When the thermistor gets hot, it causes an alarm to sound. A low-cost circuit is also presented that uses a transistor as a fire sensor whose leakage current increases with temperature, triggering an alarm. An alternative low-power circuit is mentioned. Finally, a smoke detector circuit is described that uses a photo interrupter module and 555 timer chip to detect smoke and sound an alarm. The document concludes that electronic circuits can provide efficient fire detection and alarm capabilities.
The 4351E is a conventional high temperature thermal detector that features low current draw, backward compatibility with existing detector bases, a wide operating voltage range of 8 to 30V, and a bi-colour LED status indicator. It incorporates an application specific integrated circuit and advanced thermal sensing technology to efficiently detect fires in environments where smoke detectors are not appropriate, such as boiler rooms.
The document provides specifications for the Honeywell IS2560 Wide Area PIR intrusion detector. It describes the detector's interface, enclosure, LED operation, power requirements, alarm operation, sensor performance, environmental tolerances, optics, self-test functionality, detection patterns, mounting details, physical characteristics, and available models. The detector provides intrusion detection, signal processing, and an alarm relay within a single enclosure and operates on 8.5-15.4VDC.
The document discusses different types of sensors including optical, inductive, reed switch, inductive magnetic, and capacitive sensors. It provides diagrams and descriptions of how through-beam, retro-reflective, and diffuse optical sensors work. It also explains the operating principles and considerations for inductive, reed switch, inductive magnetic, and capacitive sensors. Standard symbols for representing sensors in diagrams are also presented.
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.
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.
Sensors are devices that measure physical quantities and convert them into signals that can be read by observers or instruments. The document discusses several common sensors: infrared (IR) sensors, sound sensors, temperature sensors, and discusses their working principles and applications. It also provides details on using timers and integrated circuits like the 555 timer IC to process sensor output signals.
This document summarizes the specifications of a CP-TY60VFL5-E high resolution vari-focal IR bullet security camera. It has a 1/3" Sony Super HAD II image sensor, 600 TVL resolution, and a 4-9mm vari-focal auto iris lens. The camera has a range of 50 meters with 72 LED infrared lights and is weather resistant with an IP66 housing. It is CE, FCC, and RoHS certified.
This document provides specifications for the Honeywell IS25100TC long range PIR intrusion detector. It is a UL listed, CE marked, and EN50131 Grade 2 compliant passive infrared detector that provides detection over a 100 foot by 20 foot area with 16 detection zones. Key features include adjustable sensitivity settings, temperature compensation, self-testing, and a solid state relay output. It is designed for mounting heights between 7.5 to 9 feet and operates from 8.5 to 15.4 VDC, drawing 21-25 mA.
Requirements of a sensor, Principles and Applications of the following types of sensors- Position sensors - Piezo Electric Sensor, LVDT, Resolvers, Optical Encoders, pneumatic Position Sensors, Range Sensors Triangulations Principles, Structured, Lighting Approach, Time of Flight, Range Finders, Laser Range Meters, Touch Sensors ,binary Sensors., Analog Sensors, Wrist Sensors, Compliance Sensors, Slip Sensors, Camera, Frame Grabber, Sensing and Digitizing Image Data- Signal Conversion, Image Storage, Lighting Techniques, Image Processing and Analysis-Data Reduction, Segmentation, Feature Extraction, Object Recognition, Other Algorithms, Applications- Inspection, Identification, Visual Serving and Navigation.
This document describes how to make an infrared (IR) sensor on a breadboard. It covers the introduction to IR sensors, their principle of operation, hardware components including an LM358 IC, IR LED, photodiode, resistors and potentiometer. The circuit description explains how the transmitter and receiver parts work to vary the output based on received IR rays. Applications include distance measurement, brightness comparison and obstacle detection. Pros are low power and simple circuitry, while cons are line of sight requirement and short range.
The CO1224T and CO1224TR carbon monoxide detectors use an electrochemical sensing cell to detect dangerous CO levels and alert residents through an alarm. They feature a functional test mode called RealTest that introduces canned CO to verify proper operation. The detectors meet fire safety standards and include a trouble relay for sensor issues. They are designed for commercial fire alarm systems and provide reliable CO detection for up to six years.
The 100 Series Plug-in Smoke Detectors offer a low-profile design that is just 2 inches deep. They have a photoelectric or photoelectric/thermal sensor and compatible with various adapter bases. The detectors have a sleek design, dual LEDs for visibility, and broad range of accessories. They are designed to meet UL performance standards and have features to reduce false alarms.
The Honeywell 5806W3 is a wireless photoelectric smoke detector that sends alarm, tamper, and low battery signals to a wireless receiver. It uses advanced algorithms and a microprocessor to reduce false alarms from dust or contaminants. A removable cover allows technicians to easily clean the detector chamber without disassembling the unit. The wireless design makes installation simple without running wires.
The document provides instructions for operating the X320 Thermal Imaging Camera. It describes the main components of the camera including the user control switch, LCD display, and battery compartment. It provides directions for powering on the camera, adjusting settings like brightness and zoom, and accessing additional display modes. The document also includes information on battery usage, accessories, specifications, frequently asked questions, and warranty details.
The new Mirage Dual Technology detector builds on the success of the original award-winning Mirage detector. It has upgraded electronics, including a new state-of-the-art PCB antenna and advanced microprocessor utilizing complex software algorithms. It provides outstanding detection performance in harsh environments with triple LEDs and a fully adjustable microwave range. The detector has won the EASEM Gold Award for Innovation and features numerous enhancements like digital temperature compensation, neural environment learning, and additional inputs to assist installation.
This service manual document provides instructions for repairing a green product color television:
1) The document describes how to safely discharge the voltage on the anode cap before removing it for repair work.
2) Instructions are provided for removing and replacing the anode cap, including cleaning and ensuring the wire is not twisted during replacement.
3) The manual specifies only using designated replacement parts that maintain the safety characteristics of the original components.
The PIR motion sensor detects movement through detecting infrared radiation emitted by moving objects. It is a 3-pin device that requires 5-9VDC of power. When motion is detected, the output pin goes high and it can detect movement within a 110°x70° range up to 6 meters away. An Arduino motion sensor light circuit uses a PIR sensor to detect motion and turn on an LED. When motion is detected, the LED turns on for 60 seconds then turns off.
The document provides specifications for an intruder alarm system from Premier, including the Premier 888 and Premier 8168 control panels, as well as related devices. The Premier 888 and 8168 are designed for medium to large security installations and provide features like programmable zones and outputs, independent areas, log of events with time/date stamps, and plug-on digital communicators. The 888 supports up to 8 zones/outputs and 8 areas, while the 8168 supports up to 16/16. LCD keypads and output modules are also specified.
The 2351E photoelectric smoke detector is part of Honeywell's Series 300 range of conventional detectors. It features an ASIC chip and optical chamber for accurate fire detection with resilience to environmental factors. It has automatic drift compensation to maintain a consistent alarm threshold between services. The detector's sensitivity can be optimized through three preset alarm levels and programmed via a remote handheld unit, which also provides maintenance information like chamber contamination. It is compatible with Series 100 detector bases and includes a bi-color LED status indicator.
Many artificial electromagnetic devices are available which can be used to secure your document in a best way with integrated high efficient controlling technology.
Operating electrical devices with PIR sensor. No coding, No controllerSantosh Kumar Kar
Operating electrical device with PIR Sensor. We don't need any coding or any controller. The sensor will send signal to the relay and relay will operate the devices.
The 5351E is a conventional rate-of-rise and fixed temperature thermal detector that features low current draw, backward compatibility with existing bases, and an addressable and programmable design. It provides efficient fire detection while incorporating an ASIC chip and latest thermal sensing technology. The detector can be programmed and tested using a remote handheld unit, allowing maintenance functions without removing the detector from its base. A variety of compatible bases are available to suit different panels and applications.
This document provides instructions for a flame sensor with speaker (Model FS-3500E) made by TAKEX. It describes the parts, functions, installation, operation and troubleshooting of the device. The flame sensor detects ultraviolet rays from flames and initiates an alarm. It can be powered by batteries or wiring and has adjustable settings for detection sensitivity, timer, message language and output. The instructions emphasize proper installation location and settings to avoid false alarms and provide guidelines for operation checks and troubleshooting.
This document describes the design and operation of a smoke alarm circuit. The circuit uses a NE555 timer IC wired in astable configuration to generate an audible alarm signal through a speaker. A photo interrupter module acts as the smoke sensor, interrupting the light beam between an LED and phototransistor when smoke is detected. This causes the NE555 reset pin to activate the alarm. The circuit operates on 9V and components include resistors, capacitors, the NE555 IC, photo interrupter, and speaker. Instructions are provided for testing, troubleshooting, and applications of the smoke alarm circuit.
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.
Sensors are devices that measure physical quantities and convert them into signals that can be read by observers or instruments. The document discusses several common sensors: infrared (IR) sensors, sound sensors, temperature sensors, and discusses their working principles and applications. It also provides details on using timers and integrated circuits like the 555 timer IC to process sensor output signals.
This document summarizes the specifications of a CP-TY60VFL5-E high resolution vari-focal IR bullet security camera. It has a 1/3" Sony Super HAD II image sensor, 600 TVL resolution, and a 4-9mm vari-focal auto iris lens. The camera has a range of 50 meters with 72 LED infrared lights and is weather resistant with an IP66 housing. It is CE, FCC, and RoHS certified.
This document provides specifications for the Honeywell IS25100TC long range PIR intrusion detector. It is a UL listed, CE marked, and EN50131 Grade 2 compliant passive infrared detector that provides detection over a 100 foot by 20 foot area with 16 detection zones. Key features include adjustable sensitivity settings, temperature compensation, self-testing, and a solid state relay output. It is designed for mounting heights between 7.5 to 9 feet and operates from 8.5 to 15.4 VDC, drawing 21-25 mA.
Requirements of a sensor, Principles and Applications of the following types of sensors- Position sensors - Piezo Electric Sensor, LVDT, Resolvers, Optical Encoders, pneumatic Position Sensors, Range Sensors Triangulations Principles, Structured, Lighting Approach, Time of Flight, Range Finders, Laser Range Meters, Touch Sensors ,binary Sensors., Analog Sensors, Wrist Sensors, Compliance Sensors, Slip Sensors, Camera, Frame Grabber, Sensing and Digitizing Image Data- Signal Conversion, Image Storage, Lighting Techniques, Image Processing and Analysis-Data Reduction, Segmentation, Feature Extraction, Object Recognition, Other Algorithms, Applications- Inspection, Identification, Visual Serving and Navigation.
This document describes how to make an infrared (IR) sensor on a breadboard. It covers the introduction to IR sensors, their principle of operation, hardware components including an LM358 IC, IR LED, photodiode, resistors and potentiometer. The circuit description explains how the transmitter and receiver parts work to vary the output based on received IR rays. Applications include distance measurement, brightness comparison and obstacle detection. Pros are low power and simple circuitry, while cons are line of sight requirement and short range.
The CO1224T and CO1224TR carbon monoxide detectors use an electrochemical sensing cell to detect dangerous CO levels and alert residents through an alarm. They feature a functional test mode called RealTest that introduces canned CO to verify proper operation. The detectors meet fire safety standards and include a trouble relay for sensor issues. They are designed for commercial fire alarm systems and provide reliable CO detection for up to six years.
The 100 Series Plug-in Smoke Detectors offer a low-profile design that is just 2 inches deep. They have a photoelectric or photoelectric/thermal sensor and compatible with various adapter bases. The detectors have a sleek design, dual LEDs for visibility, and broad range of accessories. They are designed to meet UL performance standards and have features to reduce false alarms.
The Honeywell 5806W3 is a wireless photoelectric smoke detector that sends alarm, tamper, and low battery signals to a wireless receiver. It uses advanced algorithms and a microprocessor to reduce false alarms from dust or contaminants. A removable cover allows technicians to easily clean the detector chamber without disassembling the unit. The wireless design makes installation simple without running wires.
The document provides instructions for operating the X320 Thermal Imaging Camera. It describes the main components of the camera including the user control switch, LCD display, and battery compartment. It provides directions for powering on the camera, adjusting settings like brightness and zoom, and accessing additional display modes. The document also includes information on battery usage, accessories, specifications, frequently asked questions, and warranty details.
The new Mirage Dual Technology detector builds on the success of the original award-winning Mirage detector. It has upgraded electronics, including a new state-of-the-art PCB antenna and advanced microprocessor utilizing complex software algorithms. It provides outstanding detection performance in harsh environments with triple LEDs and a fully adjustable microwave range. The detector has won the EASEM Gold Award for Innovation and features numerous enhancements like digital temperature compensation, neural environment learning, and additional inputs to assist installation.
This service manual document provides instructions for repairing a green product color television:
1) The document describes how to safely discharge the voltage on the anode cap before removing it for repair work.
2) Instructions are provided for removing and replacing the anode cap, including cleaning and ensuring the wire is not twisted during replacement.
3) The manual specifies only using designated replacement parts that maintain the safety characteristics of the original components.
The PIR motion sensor detects movement through detecting infrared radiation emitted by moving objects. It is a 3-pin device that requires 5-9VDC of power. When motion is detected, the output pin goes high and it can detect movement within a 110°x70° range up to 6 meters away. An Arduino motion sensor light circuit uses a PIR sensor to detect motion and turn on an LED. When motion is detected, the LED turns on for 60 seconds then turns off.
The document provides specifications for an intruder alarm system from Premier, including the Premier 888 and Premier 8168 control panels, as well as related devices. The Premier 888 and 8168 are designed for medium to large security installations and provide features like programmable zones and outputs, independent areas, log of events with time/date stamps, and plug-on digital communicators. The 888 supports up to 8 zones/outputs and 8 areas, while the 8168 supports up to 16/16. LCD keypads and output modules are also specified.
The 2351E photoelectric smoke detector is part of Honeywell's Series 300 range of conventional detectors. It features an ASIC chip and optical chamber for accurate fire detection with resilience to environmental factors. It has automatic drift compensation to maintain a consistent alarm threshold between services. The detector's sensitivity can be optimized through three preset alarm levels and programmed via a remote handheld unit, which also provides maintenance information like chamber contamination. It is compatible with Series 100 detector bases and includes a bi-color LED status indicator.
Many artificial electromagnetic devices are available which can be used to secure your document in a best way with integrated high efficient controlling technology.
Operating electrical devices with PIR sensor. No coding, No controllerSantosh Kumar Kar
Operating electrical device with PIR Sensor. We don't need any coding or any controller. The sensor will send signal to the relay and relay will operate the devices.
The 5351E is a conventional rate-of-rise and fixed temperature thermal detector that features low current draw, backward compatibility with existing bases, and an addressable and programmable design. It provides efficient fire detection while incorporating an ASIC chip and latest thermal sensing technology. The detector can be programmed and tested using a remote handheld unit, allowing maintenance functions without removing the detector from its base. A variety of compatible bases are available to suit different panels and applications.
This document provides instructions for a flame sensor with speaker (Model FS-3500E) made by TAKEX. It describes the parts, functions, installation, operation and troubleshooting of the device. The flame sensor detects ultraviolet rays from flames and initiates an alarm. It can be powered by batteries or wiring and has adjustable settings for detection sensitivity, timer, message language and output. The instructions emphasize proper installation location and settings to avoid false alarms and provide guidelines for operation checks and troubleshooting.
This document describes the design and operation of a smoke alarm circuit. The circuit uses a NE555 timer IC wired in astable configuration to generate an audible alarm signal through a speaker. A photo interrupter module acts as the smoke sensor, interrupting the light beam between an LED and phototransistor when smoke is detected. This causes the NE555 reset pin to activate the alarm. The circuit operates on 9V and components include resistors, capacitors, the NE555 IC, photo interrupter, and speaker. Instructions are provided for testing, troubleshooting, and applications of the smoke alarm circuit.
Hướng dẫn sử dụng thiết bị kiểm tra dây cáp mạng TG - 20Tenmars Việt Nam
Hướng dẫn sử dụng thiết bị kiểm tra dây cáp mạng TG - 20
http://extech.vn/vi/products/ki%E1%BB%83m-tra-c%C3%A1p
http://extech.vn/vi/products/ki%E1%BB%83m-tra-c%C3%A1p/tg20-wire-tracer-kit
This document describes the basic concepts and components of burglar alarm systems. It discusses how alarms work by breaking and then reconnecting electrical circuits to detect intrusions and trigger alarms. Common components include motion detectors, control boxes to monitor circuits and sound alarms, and sirens or auto-dialers to alert occupants. The document provides details on a basic magnetic sensor design and improved alarm circuit that uses a CMOS 4011 chip with capacitors to create entry/exit delays and prevent false alarms.
The document is a user manual for the Circuit Breaker Finder (SF3349), which has two functions: 1) locating the circuit breaker associated with any receptacle without tripping the breaker, and 2) testing sockets for wiring faults. It provides instructions on operating the transmitter and receiver components to identify the correct circuit breaker or test sockets. Basic maintenance involves keeping the devices clean and changing the receiver battery when low. The product comes with a 24-month warranty and contact information is provided for sales, support, and the manufacturer.
Heiman hm 710 gas detector user manual - arab firesarabfires
This document provides an overview, specifications, installation instructions, and operation instructions for a combustion gas detector. It can detect gases like natural gas and LPG. It uses a semiconductor gas sensor and gives an audible and visual alarm if gas levels reach the threshold. It is intended for indoor use to detect gas leaks. The document outlines how to properly install, use, and maintain the detector, including connecting power sources and wires depending on the AC or DC model. It also describes what to do in the event of an alarm and provides troubleshooting tips.
This document discusses different types of sensors. It describes a thermo couple sensor that is used in light switches to detect changes in temperature. It explains how to insert a thermo couple sensor into a light switch in 7 steps. It also discusses infrared sensors that are used in automatic lights and water taps in houses and hotels. Finally, it describes photoelectric sensors, how they work to detect objects using a light transmitter and receiver, and their applications in industrial manufacturing.
This document provides an instruction manual for an all-in-one solar street light. It includes details on the light's features such as a passive infrared motion sensor that adjusts brightness based on movement, a microcontroller for efficient operation, and a lithium-ion battery for long life. It describes how to install the light, including mounting the pole bracket and light assembly. It provides indicator light meanings and specifications such as a 12W or 15W LED light, 40W solar panel, 10-15Ah lithium-ion battery, and 2 year warranty.
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.
This 3 sentence summary provides the key details about the flame sensor instruction manual:
The instruction manual describes how to install and operate the FS-2000E flame sensor, which detects ultraviolet rays from flames to initiate an alarm. The sensor has adjustable detection sensitivity and timer settings. It connects to an alarm system and provides alarm and tamper contacts for integration with control panels.
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.
This document describes a 6 channel fire monitoring and control station. It includes an introduction describing the need for such stations in industrial plants. It then discusses various sensors that could be used including temperature sensors (LM35), smoke detectors, light detectors, and their working mechanisms. It provides circuit diagrams and sample outputs of components like ADC 0804 and op-amp 741. Finally, it proposes some future enhancements to the system like automated emergency response if alarms are not addressed in time.
4 wires or 6 wires wired detector? How to wire tamper line? What is N/C , N/O alarm output circuit? How to wire EOL resistor? Why is hardwired security system more reliable? That is what will be explained on the article wired detector wiring methods and security rate. Vedard Security Alarm technology is expertised home security business security alarm technology company. We supply fire alarm systems, burglar alarm systems, wired wireless security sensors, TCP/IP alarm wifi alarm, 4G alarm control panel, wireless fire alarm, addressable fire alarm, conventional fire alarm and all fire alarm system components.
The document introduces a wireless fire alarm system that uses a control panel and smoke detectors.
1) The control panel uses RF technology for stable signals. It can power for 8 hours on backup and send alarms to up to 8 phones with the location and fire point.
2) The smoke detectors use photoelectric sensors to detect smoke and send wireless alarms. They have low power consumption and can work for 2 years on batteries.
3) The wireless system is easy to install without wiring and can send alarms over long distances to quickly notify many people of a fire.
This document provides a user manual for a wireless passive infrared sensor detector. It detects human infrared heat energy and transmits a wireless digital signal. The detector uses advanced digital signal processing, automatic temperature compensation, and low power alerts. It has functions like dual infrared sensors, low power consumption, automatic temperature compensation, and different sensitivity levels. The detector requires batteries or an external DC power supply. It can be installed on walls and ceilings to detect motion within a range of up to 8 meters.
This document provides instructions for assembling a motion detector kit using a PIR sensor, lens, and integrated circuit. The key components - the PIR sensor, light dependent resistor (LDR), and plastic lens - are mounted on the back of the printed circuit board. The sensitivity of the motion detection can be adjusted using three trimpots that control sensitivity level, daylight sensitivity using the LDR, and output pulse duration. The integrated circuit contains all the electronics needed for motion detection and output signaling through an LED or relay. Proper assembly of the components and warming up the circuit for a minute are important for reliable operation.
This document describes a wireless fire alarm and monitoring system that uses sensors to detect fires and alert people. The system uses a fire sensor connected to a microcontroller that monitors temperature and transmits a signal if a fire is detected. An RF receiver receives the signal and decodes it, then the microcontroller displays a message on an LCD and sounds a buzzer to alert people. The system aims to detect fires early to prevent threats and reduce losses in homes and industries. It provides benefits like reduced wiring and costs, real-time monitoring, and easy maintenance compared to wired systems.
Similar to Garden security lighting with intrusion alarm (20)
Professional wireless fire alarm and fire linkage security system.
It is easy to install without wiring.
It is easy to program with free PC software.
It is professional security fire alarm and automatical fire fighting with loop linkage and direct linkage with smoke exhaust, electric fan, hydrant etc.
Complete wireless fire alarm system at vedardsecurity.com
Gas fire extinguishing device and foam fire extinguishing device usually adopt independent fire extinguishing controller. When the fire detector in its protected area is directly connected to the fire extinguishing controller, the alarm linkage control of each stage and the feedback signal of the system shall be immediately fed back to the fire extinguishing linkage controller, and the fire extinguishing linkage controller shall start the alarm linkage control process according to the specification requirements.
After the fire linkage controller receives the feedback signal, is it necessary to activate all the fire audible and visual alarms and fire broadcasting in the building? Is it necessary to turn on the smoke control and exhaust system and the emergency lighting evacuation indicator system?
Gas fire extinguishing control system is mainly composed of gas fire extinguishing controller, fire detectors, manual /automatic switch, emergency start/stop button, sound/light alarm, gas spraying indicator light, etc.
Among them, Generally, smoke detectors and heat detectors are used as fire detectors.
Manual alarm button or other types of fire detectors can also be used in special cases.
Gas extinguishing controller linkage control gas fire extinguishing equipment, linkage control fan, Air valve fire valve, Ventilation and air conditioning, Automatic doors and Windows and other equipment. And receive feedback signals.
The gas fire extinguishing system project requires the implementation of simulated start-up tests to verify the reliability of the gas fire extinguishing system. The simulated start test shall be carried out after the installation and debugging of gas equipment, alarm equipment and gas fire extinguishing equipment.
1. Manually start the experiment
2, automatic start test.
Temperature measuring electrical fire monitoring detector can detect the change of temperature parameters in the protected line, and can monitor the abnormal temperature of the line or connection point.
The detector shall be installed in the key heating parts of the cable connector terminal.
Temperature measuring electrical fire monitoring and detection includes signal processing unit and temperature measuring sensor.
The independent electric fire monitoring detector has the function of monitoring and alarm, the detector sends out sound and light alarm signal when alarm, and displays the alarm value, which can be used independently.
When there is no fire control room and the number of electrical fire monitoring detectors is not more than 8, independent electrical fire monitoring detectors can be used.
Each signal processing unit of the independent electrical fire monitoring detector can equip up to 4 sensors.
When the automatic fire alarm system is provided, the alarm information and fault information of the independent electrical fire monitoring detector shall be displayed on the graphic display device of the fire control room or the centralized fire alarm controller.
The alarm linkage control of smoke control system refers to the alarm linkage control of mechanical smoke control system.
According to the different parts of the setting, the mechanical pressurized air supply system can be divided into the mechanical pressurized air supply system in the stairwell and front room, the mechanical pressurized air supply system in the refuge layer and the mechanical pressurized air supply system in the refuge aisle.
Mechanical pressurized air supply system in the stairwell and front room:
Linkage control should be divided according to fire protection zones, including automatic, manual, chain start and other control methods.
Fire alarm controller and fire linkage controller are integrated products, called the linked fire alarm controller.
The main components of the linked fire alarm controller include motherboard, display board, bus linkage control panel, multi-line linkage control panel, network interface component, power supply, loop board and so on.
Most fire alarm systems adopt two bus system.
Two bus is a bus technology that combines power supply line and signal line. Two buses save construction and cable costs, greatly facilitating on-site construction and later maintenance.
There are two main types of bus systems - tree bus and ring bus. Tree bus has a unidirectional loop that means equipment behind a fault cannot operate, while ring bus forms a closed loop so a single fault does not affect the whole system. Both require bus isolators to isolate faults without disrupting other equipment. The total number of devices protected by each isolator should not exceed 32. Isolators automatically reintegrate isolated sections once faults are repaired.
The design of the regional fire alarm system shall comply with the following requirements:
1. The system shall consist of fire detector, manual fire alarm button, fire audible and visual alarm and fire alarm controller.
2. The system may include a graphic display device in the fire control room and an fire alarm displayer to indicate the fire floor.
3. The fire control room can not be set up for the regional fire alarm system, but the fire alarm controller should be set up in the place with people on duty.
4. When the system is equipped with the graphic display device in the fire control room, the graphic display device performs the functions of remote information transmission and remote query.
5. If no graphic display device is set in the system, fire alarm transmission device should be set. Similar functions are performed by fire alarm transmission equipment.
According to the specification requirements, the centralized alarm system and the control center alarm system need to be equipped with graphic display device (CRT system).
The graphic display device is installed in the fire control center, which is used to simulate the building plane layout of the fire trigger device and linkage device on site, and can truthfully reflect the fire, linkage condition and fault situation on site.
The graphic display device can display the general layout of the building, the building plan of each protected object, the system diagram, and the names and evacuation routes of each protected object and the main parts.
And can display automatic fire alarm and linkage control system and its control of all kinds of fire fighting equipment name, physical location and dynamic information of each fire fighting equipment.
Automatic fire alarm system is the main part of fire control system.
Automatic fire alarm system includes fire early warning system, fire detection alarm and linkage control system.
The linkage control system includes fire hydrant button, fire alarm, various input and output modules, fire appliance control device, fire broadcasting system, fire telephone system, graphic display device, emergency lighting, evacuation indicating system, etc.
Fire early warning system is an independent subsystem of automatic fire alarm system. It mainly includes combustible gas detection and alarm system and electrical fire monitoring system.
Combustible gas detection and alarm system is mainly used in the use, production of combustible gas or combustible steam places.
Alarm area is a unit that divides the warning range of automatic fire alarm system according to fire zone or floor. An alarm area includes a plurality of detection areas.
The purpose of dividing the alarm area is to determine the location of the alarm and fire. At the same time, it is convenient to solve the problem of fire control system linkage design.
The alarm area should be divided according to the fire zone or floor. You can also divide several adjacent fire zones or floors that need to be simultaneously linked with fire fighting equipment into an alarm area in case of fire.
Bus short circuit isolator is simply called bus isolator.
It is necessary to install bus short circuit isolator in bus automatic fire alarm system. When a bus fails, the bus isolator automatically separates the faulty bus part from the whole system to ensure the normal operation of the rest of the system.
At the same time, the fire alarm controller indicates the part number of the isolated parts, which is convenient for maintenance.
When the fault is rectified, the bus isolator automatically reintegrates the isolated part into the system.
Manual fire alarm button is a manual fire alarm device.
After the alarm button is pressed, the alarm signal is sent to the fire alarm controller through the bus loop.
The controller displays the position, code and annotation information of the alarm button, and sends out sound and light alarm signal.
The alarm button should be set with a red start confirmation light. After pressing the alarm button, the start confirmation light should be lit and kept until the alarm state is reset.
The input module, also known as the monitoring module, is used to receive the action signal of the monitored device and can be connected to the monitored device with normally open or normally closed signal output.
The input module adds an address code to the action signal of the monitored device, and transmits it to the fire alarm controller through the signal bus to issue an alarm signal or linkage trigger signal.
The input module can be equipped with all kinds of equipment that need feedback signals on the site, such as water flow indicator, pressure switch, signal valve control cabinet, and all kinds of external linkage equipment that can provide switch signals.
According to the code, carbon monoxide detectors should be installed in places where carbon monoxide leakage is possible.
For the choice of carbon monoxide detector, you may have the following questions:
Carbon monoxide is both a combustible gas and a toxic gas,should I choose a carbon monoxide detector or a combustible gas detector?
More details can be found at https://www.vedardsecurity.com
The gas fire extinguishing control system mainly consists of gas fire extinguishing controller, fire detector, manual automatic switch, emergency start and stop button, sound and light alarm, gas spraying indicator light and so on.
The fire detector generally adopts smoke fire detector and temperature fire detector. In special cases, manual alarm buttons or other types of fire detectors can also be used.
Gas fire extinguishing controller linkage control gas fire extinguishing equipment, linkage control fan, air valve, fire valve, ventilation and air conditioning, automatic doors and windows and other equipment, and receive feedback signals.
More professional fire alarm system instruction can be found at https://www.vedardsecurity.com
Residual current electrical fire detector is used to monitor the change of residual current value in the protected line.
When the residual current in the protected electrical line exceeds the alarm set value, it can send alarm and control signals.
It is generally composed of residual current sensor and signal processing unit.
Read more instruction of fire alarm systems from Vedard Security Alarm Technology at https://www.vedardsecurity.com
"IOS 18 CONTROL CENTRE REVAMP STREAMLINED IPHONE SHUTDOWN MADE EASIER"Emmanuel Onwumere
In iOS 18, Apple has introduced a significant revamp to the Control Centre, making it more intuitive and user-friendly. One of the standout features is a quicker and more accessible way to shut down your iPhone. This enhancement aims to streamline the user experience, allowing for faster access to essential functions. Discover how iOS 18's redesigned Control Centre can simplify your daily interactions with your iPhone, bringing convenience right at your fingertips.
Building a Raspberry Pi Robot with Dot NET 8, Blazor and SignalRPeter Gallagher
In this session delivered at NDC Oslo 2024, I talk about how you can control a 3D printed Robot Arm with a Raspberry Pi, .NET 8, Blazor and SignalR.
I also show how you can use a Unity app on an Meta Quest 3 to control the arm VR too.
You can find the GitHub repo and workshop instructions here;
https://bit.ly/dotnetrobotgithub
1. 07 Check for Abnormality
1. Garden sensor calibrated for a long time,
battery protection.
2. Low-voltage status,battery enter into
protection .
3. If the alarm lamp does not light up,
but the grating can alarm, it means the
lamp does not work.
1.Battery voltage of detector is too low
2.Garden Detector is kept in a dark place
or the solar panel is covered with any
materials when powered on.
1.Any operation error occurs when pressing
the ON/OFF button.
2.Infrared gratings difficulties.
1. The infrared light holes of the grating
are not completely blocked up.
1.Inappropriately powered on
2. The host is not armed.
2.Not keep the transmitting terminal of the
grating aligned with the receiving terminal
of the grating
3. The antenna of the host is not retracted,
and wireless distance does not conform to
product specifications.
4. Garden sensor havn't automatically
learn code with the host.
Re-calibrate the sensor again
Charge sensor in a sunny place.
Return batteries to the manufacturer
if batteries fail to work.
Return the alarm lamp to the
manufacturer.
Make sure the solar panel of the
grating is kept in a sunny place when
turning on the grating.
Press the ON/OFF button in a proper
way
Return the grating to the manufacturer
Completely block up infrared light
holes with thick materials
Check if the active infrared gratings
work normally when powered on
Arm the host by remote control,
and then trigger an alarm
Keep the transmitting terminal of the
grating aligned with the receiving
terminal of the grating
Pull-out the antenna
Arm the sensor into alarm host
The alarm lamp of grating
does not light up
Garden sensor gives out
a prompt sound lasting
for 2 seconds when
powered on
The grating does not give
out a sound prompt when
powered on
No alarming when trigger,
while LED lamp lights up.
The sensor does not
normally work when
powered on
05 Installation Method
Installation Procedure
03 Installation Precautions
HB-T002 S4
HB-T002 S8
HB-T002 S4-D
HB-T002 S8-D
09 Product Size
145mm
12mm
280mm
50mm
15mm
1380mm
240mm
165mm
1090mm
220mm
145mm
PC pipe for 8-beam
Garden detector
02
Solar-powered Garden Light & Wireless IR Detector is a new-type
hi-tech environmentally-friendly product. It's of great design,
practical,and safety. It transfers sun's UV rays to power-supply,
adopts the wireless signal transmission device to transmit alarm
signal instead of power cable and signal line. Our garden detector
are classified into two types, namely 4-beam and 8-beam, which are
widely applied in fences,gardens,swimming pools,golf courses etc.
01 Product Overview
Name of component
Switch for
infrared grating
Infrared light
Infrared light
Infrared light
Infrared light
solar panel for
infrared gratings
Buckle
Buckle
Indicator light
Bracket
Solar panel
LED power Switch
4-beam Infrared gratings
(One-way Guard Beam)
8-beam Infrared gratings
(One-way Guard Beam)
8-beam Infrared gratings
(Two-way Guard Beam)
4-beam Infrared gratings
(Two-way Guard Beam)
hole for fixing
on ground
08 Technical Parameters
Utility distance 50m
4-beam,8-beam
≤200times
700m in the open air
433MHz FSK+FHSS
chargeable LFP battery
Solar electric panel output current
Maximum Trigger time within
24 hours
Battery Capacity
Working environment
temperature range
Number of infrared beams
Operating Voltage
Battery Type
Static operating volume
Infrared light wavelength
Infrared Distance
Wireless Transmitting Distance
Wireless Transmitting Frequency
6000 HmA
-30 70° ~ °C C
940nm 20nm±
2W
1W
3.3V
<5mW
LED lamp consumption
8-12hoursLED lamp working time
Product Name
Solar-powered Garden Light & Wireless IR Detector
HB-T002 S4(-D) /HB-T002 S8(-D)Parameter Items
Technical Parameters
LED lamp
Lampstand
PC pipe
8-beam Infrared gratings(One-way Guard Beam)
8-beam Infrared gratings(Two-way Guard Beam)
-beam Infrared gratings(One-way Guard Beam)
-beam Infrared gratings(Two-way Guard Beam)
4
4
1 1 1 1
1 1 1 1
0 0 1 1
0 0 1 0
0 0 0 1
1 0 0 0
0 1 0 0
HB-T002 S4 HB-T002 S4-D HB-T002 S8 HB-T002 S8-D
Configuration List for Garden Detector
Remarks: Above component calculated by one unit of garden detector
Parts Name
Item No.
04 Operating Phenomena 06 Installation & Calibration Precautions and Test Method
Calibration Precautions
①
②
③
Make sure that the power switch of the infrared gratings is turned on.
Make sure that the infrared gratings is normally operating.
Set it perpendicular to the ground. Small discrepancies can adjustable.
Remarks: HB-T002S4 is the same as above.
Transmitter Receiver
Test Method for Verifying if Gratings are Well Mounted
①
②
③one infared light group insists of 3 infrared light holes,above calibration is
suitable for either infrared light group.
Verify if the grating is normally operating by confirming if
the indicator lamp of the detector.
Hole Block-up: A) cover up 2 infrared light holes,non-alarm.
B) cover up 2 infrared light holes ,non-alarm
C) detector alarms when blocking up 3 infrared light holes.
Remarks: HB-T002S4 is the same as above.
How to trigger the detector
①
②
③
incompletely block two infrared holes of the sensor,because of the finger chink.
Fast falling material makes non-alarm.
cover the infrared hole an last above 1 seconds.
Remarks: HB-T001S4 and HB-T002S4 is the same as above.
Quantity
③②①
( )A ( )B ( )C
lampstand
LED lamp
Solar-powered Garden Light & Wireless IR Detector
User Manuel
HB-T002 S4 HB-T002 S4-D HB-T002 S8 HB-T002 S8-D
1.Fix bracket in the lamp stand, keep wire at upper side,then turn and fasten in a clockwise
direction.
2.Adjust direction and line transmitter & receiver of garden detector.
3.Fixed lamp stand on the ground.(screw not included in package)
4.Fix and make PC pipe horizontal on the lamp stand, turn in a clockwise direction.
5.link black wire and red wire accordingly as picture. Attention electrode (red:+,black:-)
6.Set LED lamp on PC pipe,circle 2-3 times anticlockwise direction,turn sliver circle round
and round in clockwise direction,keep it rectangular to the ground.
HB-T002 S4 (HB-T002S4 -D) is the same step as above.Remarks:
red+
black-
One-Way Guard beam Two-way Guard Beam
receiver
receiver
receiver
receiver
receiver
Transmitter
Transmitter
Transmitter
Transmitter
Transmitter
④③ ⑤ ⑥
②①
①
②
③.
④
①
② :
①
②
③.
④
⑦ " " , , ,
' ; ,
.ON: short press switch of transmitter & receiver N times( ), seconds
later, there's beeps, mean it starts normally. On working state, press
power switch, 1 beep, its already started.
.After start the sensor, transmitter indicator lights seconds then off, match
both terminal , receiver keeps on shining with 8 beep ,its normally in working
state.
In working state , only if block infrared hole of detector with thick obstacle ,
it alarms.
.OFF :short press switch of transmitter & receiver times, hear long beep ,
mean it's off normally. This time ,press power switch,2 beep, its already
powered off.
"OFF"status,LED lamp is out of work no matter for day or night, Lamp goes out.
Start Press power switch under LED lamp for one time. Garden sensor start to
work.
Working state: a)In daytime or strong light,Led lamp goes out.
b)At night or weakness light,Led lamp lighten up automatically
.Turn off detector by clicking power button times .if 1-2 times , it works and
still send signal to host unit.
.If detector cant match up with each other well, it send invalid code to host
unit. Once re-match ,it works.
It automatically turn off ,if long time stay at dark place ,more than hours.
.Transmitter and Receiver matched by default, if wanna change either
terminal ,contact us for support.
OFF state cover thick material above LED lamp completely if lightens up
it s ON if lamp goes out its OFF
N=3-10 3
3-6
30
3
3
3
100
P
LED Parts
Other Precautions
⑤.Do not start the detector at dark place or block the solar panel, otherwise ,
detector cant started and long beeps for false operation.
. ress power switch,1 beep, it starts. beeps, its off.
.
3
2⑥
.
①
③
②
④
Others Significant Cautions.
Note 1:
Never install detector at an inclined angle.
Note :
Keep infrared hole not exposed to
direct sunlight.
3
Note :
High voltage tower and signal tower may influence
wireless transmission distance
2
-
.
Note 4
Make sure that there is no obstacle between
the transmitter and receiver.
:
①
②
③.
④
.Before installation,remove the plastic film on the solar panel of the detector.
.To be solar wireless product,it shall not be installed ,tested or operated indoors or any dark place
without sunlight.(light intensity should be LUX
If wanna be used indoor suggest link extra cable to support
trigger times should be 50times installed indoor prohibited, which may impede normal
operation of this product, and even cause damage to this product.
.Before first operating this product, Please follow the technical guide to operate.
:Any loss or damage resulting from improper operation or unfollow the instruction,
users take responsibility.
≥ ).
, .
≤ ,
1800
Special statement
sn: - -2015 02 11