This document provides instructions for installing an Access Control Station. It discusses preparing for installation, including system configuration options and safety notices. The document then details how to physically mount the station and connect peripheral devices such as door sensors, buttons, alarms, locks, ethernet, RS232/485 connections, and power. Connection points on the station are defined. Installation of the mounting plate, connecting devices, fastening the station, and performing tests are outlined.
Telephone terminal cabinets must have doors according to Philippine electrical codes and are intended to house telephone equipment and connections. Cabinets should be installed in terminal rooms for easy access to power and must be approved by authorities prior to installation. Technicians require clear access to cabinets and cabinets should have a single isolated 20 amp circuit extended to the backboard inside. Cables are allowed up to three foot radius 90 degree bends and proper personal protective equipment should be worn when installing cables to ensure safety.
This document discusses different types of electrical conduits. It begins by defining an electrical conduit as an electrical piping system used to protect and route electrical wiring. It then describes the following types of conduits:
- Metallic non-flexible conduit including rigid steel conduit, intermediate metallic conduit, and electrical metallic tubing.
- Metallic flexible conduit which is commonly used for external motor terminal connections.
- Non-metallic non-flexible conduit including polyvinyl chloride pipe.
- Non-metallic flexible conduit which has a smooth interior and non-conducting fibrous material wall.
Structured Cabling Technologies for NetworkingTharindu Kumara
Structured cabling is building or campus telecommunications cabling infrastructure that consists of a number of standardized smaller elements (hence structured) called subsystems.(wikipedia)
This document provides information on installing electrical metallic tubing (EMT), including:
1. It defines EMT as an unthreaded, thin-walled metal raceway for routing electrical conductors and cables, and identifies its uses according to Philippine Electrical Code (PEC) provisions.
2. The learning objectives are to identify EMT, prepare EMT according to PEC, and understand good workmanship and code compliance.
3. The document gives specifications for EMT from the PEC, including minimum and maximum sizes, bending radii, supporting intervals, and number of bends allowed between pull points.
1. Earthing, or grounding, provides greater safety for human life, property, and equipment by providing an alternative path for faulty currents to flow safely into the earth.
2. There are two types of earthing: equipment earthing, which connects the metallic enclosures of electrical equipment to earth; and system earthing, which connects parts of the electrical power system like the neutral point to earth.
3. For stand-alone PV systems, there are three scenarios for equipment earthing: an ungrounded enclosure, an enclosure connected to the neutral wire, or a ground wire connected directly to the enclosure.
This document discusses electrical symbols, stating that they are pictograms used to represent electrical devices in circuit diagrams. It identifies three categories of symbols: schematic, architectural, and pictorial. The document emphasizes the importance of identifying electrical symbols, as they allow for making an accurate electrical layout plan.
The document discusses electrical symbols that represent various electrical devices in diagrams and plans. It provides examples of common symbols used for items like light bulbs, outlets, switches, panels, and more. Electrical symbols provide a simplified visual guide for electricians and contractors to understand circuits and wiring in a building. Recognizing these symbols is important for interpreting electrical plans and diagrams.
This document provides information about electrical installation and maintenance. It discusses key figures in the history of electricity such as Benjamin Franklin, Thomas Edison, and Nikola Tesla. It also covers topics like types of electric current and circuits, components of electrical systems like wires and cables, and how to perform splices and joints. Classification of wires, cables, circuits and raceways are described along with diagrams to illustrate concepts.
Telephone terminal cabinets must have doors according to Philippine electrical codes and are intended to house telephone equipment and connections. Cabinets should be installed in terminal rooms for easy access to power and must be approved by authorities prior to installation. Technicians require clear access to cabinets and cabinets should have a single isolated 20 amp circuit extended to the backboard inside. Cables are allowed up to three foot radius 90 degree bends and proper personal protective equipment should be worn when installing cables to ensure safety.
This document discusses different types of electrical conduits. It begins by defining an electrical conduit as an electrical piping system used to protect and route electrical wiring. It then describes the following types of conduits:
- Metallic non-flexible conduit including rigid steel conduit, intermediate metallic conduit, and electrical metallic tubing.
- Metallic flexible conduit which is commonly used for external motor terminal connections.
- Non-metallic non-flexible conduit including polyvinyl chloride pipe.
- Non-metallic flexible conduit which has a smooth interior and non-conducting fibrous material wall.
Structured Cabling Technologies for NetworkingTharindu Kumara
Structured cabling is building or campus telecommunications cabling infrastructure that consists of a number of standardized smaller elements (hence structured) called subsystems.(wikipedia)
This document provides information on installing electrical metallic tubing (EMT), including:
1. It defines EMT as an unthreaded, thin-walled metal raceway for routing electrical conductors and cables, and identifies its uses according to Philippine Electrical Code (PEC) provisions.
2. The learning objectives are to identify EMT, prepare EMT according to PEC, and understand good workmanship and code compliance.
3. The document gives specifications for EMT from the PEC, including minimum and maximum sizes, bending radii, supporting intervals, and number of bends allowed between pull points.
1. Earthing, or grounding, provides greater safety for human life, property, and equipment by providing an alternative path for faulty currents to flow safely into the earth.
2. There are two types of earthing: equipment earthing, which connects the metallic enclosures of electrical equipment to earth; and system earthing, which connects parts of the electrical power system like the neutral point to earth.
3. For stand-alone PV systems, there are three scenarios for equipment earthing: an ungrounded enclosure, an enclosure connected to the neutral wire, or a ground wire connected directly to the enclosure.
This document discusses electrical symbols, stating that they are pictograms used to represent electrical devices in circuit diagrams. It identifies three categories of symbols: schematic, architectural, and pictorial. The document emphasizes the importance of identifying electrical symbols, as they allow for making an accurate electrical layout plan.
The document discusses electrical symbols that represent various electrical devices in diagrams and plans. It provides examples of common symbols used for items like light bulbs, outlets, switches, panels, and more. Electrical symbols provide a simplified visual guide for electricians and contractors to understand circuits and wiring in a building. Recognizing these symbols is important for interpreting electrical plans and diagrams.
This document provides information about electrical installation and maintenance. It discusses key figures in the history of electricity such as Benjamin Franklin, Thomas Edison, and Nikola Tesla. It also covers topics like types of electric current and circuits, components of electrical systems like wires and cables, and how to perform splices and joints. Classification of wires, cables, circuits and raceways are described along with diagrams to illustrate concepts.
This document discusses the basics of earthing systems. It begins by defining important terminology related to earthing. It then discusses the disadvantages of unearthed systems and the different types of earthing including system, equipment, and reference earthing. The document outlines the basic principles and methods of system earthing, including how fault currents flow. It provides details on the earthing schemes adopted in process plants, including the voltage levels and earthing methods used. Finally, it includes an earthing conductors schedule with requirements for equipment body and instrument earthing connections.
This document discusses various types of wiring accessories and lighting used in domestic and commercial wiring. It describes common accessories like switches, sockets, plugs, lamp holders and safety devices like fuses and miniature circuit breakers. It also covers different types of lighting including incandescent, fluorescent, LED lights and discusses ambient, task and accent lighting. Various fixtures like pendants, chandeliers, track lighting and lanterns are also mentioned.
The document discusses different types of grounding systems used in electrical installations. It describes six main grounding systems - equipment grounds, static grounds, system grounds, maintenance grounds, electronic grounds, and lightning grounds. It provides details on each type of grounding system, including their purpose and applications. The document also discusses conventional and maintenance-free earthing methods, as well as different types of earthing electrodes like plate, pipe, rod and strip earthing. International classifications of earthing systems like TN, TT and IT are also covered.
The document discusses electrical hand tools and measuring equipment used in electrical installation and maintenance. It defines various tools like screwdrivers, hammers, pliers and their uses. It also explains measuring instruments such as voltmeters, ammeters and multimeters. Learners are expected to identify different tools, understand their functions, and classify them according to their specifications and uses. Various activities and assignments are given to reinforce learning.
The document provides information on different types of wires and cables used in electrical installations. It describes wires as single conductor conductors smaller than 8 AWG, while cables contain two or more insulated conductors wrapped in a jacket. Wires and cables can be either stranded, containing multiple twisted conductors, or solid, with a single conductor. The document then lists and describes over 30 specific types of wires and cables used for different applications, including building wiring, appliances, vehicles, communications, and industrial machinery.
A lightning arrester, also known as a lightning conductor, is a device used to protect electrical power systems and telecommunications systems from damage caused by lightning strikes. It has a high voltage terminal connected to the power line and a ground terminal. When a lightning surge travels along the power line, the arrester diverts the current through itself to ground, usually by means of an arc across an air gap. Common types of lightning arresters include rod arresters, horn gap arresters, multi gap arresters, and various types using silicon carbide or metal oxide components. A horn gap arrester consists of two horn-shaped metal rods separated by a small air gap, connected to the power line through a resistance and choke coil to
This document describes a course on Electronic Products Assembly and Servicing National Certificate Level II (NCII). The course is 260 hours and aims to develop students' knowledge, skills, and attitudes for work in the electronic sector. Students will learn common competencies like communication and safety. Core competencies covered include assembling electronic products and testing electronic components. Assessment includes written work, performance tasks, and exams.
Introduction to Electrical Installation and MaintenanceJhunalvin Santos
This document provides an introduction to an exploratory course on electrical installation and maintenance. It discusses key terms, the four major areas of Technology and Livelihood Education, and competencies students should possess including preparing electrical supplies and tools, performing calculations, interpreting technical drawings, maintaining tools and safety. Career opportunities for those achieving certification include building wiring electrician, residential/commercial wiring electrician, and maintenance electrician. The document outlines topics to be covered like wiring, circuits, measurement conversion, and safety signs. Students are given assignments to set goals, take a quiz, and study safety practices in using electrical tools and equipment.
This document provides a lesson plan for a Grade 10 Computer Systems Servicing class on setting up computer networks. The objectives are to be able to set up computer networks based on established procedures and system requirements for hardware. The lesson will involve planning cable routes, identifying tools used in making modular I/O and patch panel connections, and citing the benefits of using these materials. Students will participate in activities like planning a cable installation, identifying differences between illustrations, and listing tools and their functions.
This document provides an overview of a fire alarm system. It discusses the components of a fire alarm system including detectors like smoke detectors, heat detectors, and manual call points. It also discusses the inputs to the fire alarm system from these detectors and the outputs from the fire alarm system including hooters, LED flashers, public address systems, and door releases. It provides details on the different types of detectors and the functions of the fire alarm indicator panel.
Earthing in a substation is important for safety. It involves connecting electrical equipment to earth at a uniform low potential to limit dangerous voltages under fault conditions. Key aspects of substation earthing design include soil resistivity testing, sizing the earth mat conductor based on fault current and duration, and ensuring step and touch potentials remain below safety limits. Proper earthing aims to provide protection to life and property against faults.
16 zone voice evacuation & pa sound systemSimon Lin
This document describes a 16 zone voice evacuation and public address sound system. It includes:
- A PC server and software to configure the system remotely over a LAN network.
- A voice alarm controller that can broadcast 4 emergency messages simultaneously to 16 zones.
- Amplifiers, speakers, microphones, and other components to broadcast alarms and pages.
- The system monitors all components and indicates any faults. It can be configured and controlled over the LAN network.
Building Services II Presentation Slidesashleyyeap
The document provides information on the building services systems at Damen Mall in Subang Jaya, Malaysia. It discusses the mechanical air conditioning system, which includes mechanical ventilation fans like ceiling fans, floor blowers, and hand dryers. It also describes the air conditioning system, which uses both packaged and centralized systems. Other systems covered include the fire protection system, electrical system, vertical transportation system involving elevators and escalators, and zoning of the HVAC system.
The document provides information about cable tray systems, including:
- The six main types of cable trays: ladder, solid bottom, trough, channel, wire mesh, and single rail.
- The materials cable trays can be made from, including steel, aluminum, and fiber reinforced plastic.
- The steps for installing cable trays, which include marking, cutting, drilling holes, installing supports, and fixing fittings and accessories.
- Common tools used for cable tray installation like saws, drills, wrenches, and levels.
The document is a training manual that outlines cable tray types, materials, and installation procedures.
1. The document provides instructions for laying out foundation lines and assessing student performance of the task. It includes criteria such as properly securing stake-out lines, squaring and plumbing measurement within 3mm tolerance, and cleaning the worksite according to regulations.
2. The self-learning kit contains materials and activities for students to complete carpentry skills in areas like squaring building lines within 3mm tolerance and using personal protective equipment.
3. The document tests students on their knowledge of blueprint reading, types and uses of testing tools, and procedures for laying out foundation lines using tools like strings, batter boards, and plumb bobs.
This document discusses different types of wiring devices and provides information on ground fault circuit interrupters (GFCIs). It describes what a wiring device is according to the National Electrical Code and lists examples like switches, relays, and receptacles. The document then gives tips for selecting wiring devices and provides details on GFCIs, including how they work to protect against electric shock by detecting ground faults within milliseconds. It also lists the three common types of GFCIs - receptacle, temporary/portable, and circuit breaker - and discusses relevant provisions in the National Electrical Code regarding GFCI installation.
5 assessment instrument evidence_ tos_ written t_est_etcMCabz1
1. The document outlines an evidence plan and assessment for the qualification of Computer System Servicing – NC II.
2. It details the units of competency that will be covered, including installing and configuring computer systems.
3. Evidence of skills will be collected through observation, demonstration, questioning, and portfolios.
4. The assessment includes a written test covering operating systems, installation procedures, multimedia, peripherals, and software application.
This document provides safety guidelines for computer technicians. It outlines the importance of following proper safety procedures to prevent accidents, injuries, fines and legal consequences. Specific safety tips are provided, such as turning off and unplugging equipment before working on it, wearing appropriate protective gear, keeping workspaces clean and organized, properly disposing of hazardous materials, and having a fire escape plan and using a fire extinguisher appropriately in case of a fire.
This document provides instructions for installing, operating, and programming a Simplex Time Recorder 4010 Fire Alarm Control Panel (FACP). It describes the base system module and optional system modules that can be used. It also covers the user interface, passcodes and access levels for logging in, and the menu structure. Safety cautions and applicable codes/standards are listed.
Presenting Matrix PROPAC - A powerful and proactive CFAP (Conventional Fire Alarm Panel) used to continuously monitor smoke, heat, flame or spark in the immediate vicinity of an office, building, apartment, home or small industrial plant. It is fully geared to identify the smallest spark accurately, and is vital in critical situations for providing a real time response and thus reducing the risk of equipment damage and loss of life.
This document discusses the basics of earthing systems. It begins by defining important terminology related to earthing. It then discusses the disadvantages of unearthed systems and the different types of earthing including system, equipment, and reference earthing. The document outlines the basic principles and methods of system earthing, including how fault currents flow. It provides details on the earthing schemes adopted in process plants, including the voltage levels and earthing methods used. Finally, it includes an earthing conductors schedule with requirements for equipment body and instrument earthing connections.
This document discusses various types of wiring accessories and lighting used in domestic and commercial wiring. It describes common accessories like switches, sockets, plugs, lamp holders and safety devices like fuses and miniature circuit breakers. It also covers different types of lighting including incandescent, fluorescent, LED lights and discusses ambient, task and accent lighting. Various fixtures like pendants, chandeliers, track lighting and lanterns are also mentioned.
The document discusses different types of grounding systems used in electrical installations. It describes six main grounding systems - equipment grounds, static grounds, system grounds, maintenance grounds, electronic grounds, and lightning grounds. It provides details on each type of grounding system, including their purpose and applications. The document also discusses conventional and maintenance-free earthing methods, as well as different types of earthing electrodes like plate, pipe, rod and strip earthing. International classifications of earthing systems like TN, TT and IT are also covered.
The document discusses electrical hand tools and measuring equipment used in electrical installation and maintenance. It defines various tools like screwdrivers, hammers, pliers and their uses. It also explains measuring instruments such as voltmeters, ammeters and multimeters. Learners are expected to identify different tools, understand their functions, and classify them according to their specifications and uses. Various activities and assignments are given to reinforce learning.
The document provides information on different types of wires and cables used in electrical installations. It describes wires as single conductor conductors smaller than 8 AWG, while cables contain two or more insulated conductors wrapped in a jacket. Wires and cables can be either stranded, containing multiple twisted conductors, or solid, with a single conductor. The document then lists and describes over 30 specific types of wires and cables used for different applications, including building wiring, appliances, vehicles, communications, and industrial machinery.
A lightning arrester, also known as a lightning conductor, is a device used to protect electrical power systems and telecommunications systems from damage caused by lightning strikes. It has a high voltage terminal connected to the power line and a ground terminal. When a lightning surge travels along the power line, the arrester diverts the current through itself to ground, usually by means of an arc across an air gap. Common types of lightning arresters include rod arresters, horn gap arresters, multi gap arresters, and various types using silicon carbide or metal oxide components. A horn gap arrester consists of two horn-shaped metal rods separated by a small air gap, connected to the power line through a resistance and choke coil to
This document describes a course on Electronic Products Assembly and Servicing National Certificate Level II (NCII). The course is 260 hours and aims to develop students' knowledge, skills, and attitudes for work in the electronic sector. Students will learn common competencies like communication and safety. Core competencies covered include assembling electronic products and testing electronic components. Assessment includes written work, performance tasks, and exams.
Introduction to Electrical Installation and MaintenanceJhunalvin Santos
This document provides an introduction to an exploratory course on electrical installation and maintenance. It discusses key terms, the four major areas of Technology and Livelihood Education, and competencies students should possess including preparing electrical supplies and tools, performing calculations, interpreting technical drawings, maintaining tools and safety. Career opportunities for those achieving certification include building wiring electrician, residential/commercial wiring electrician, and maintenance electrician. The document outlines topics to be covered like wiring, circuits, measurement conversion, and safety signs. Students are given assignments to set goals, take a quiz, and study safety practices in using electrical tools and equipment.
This document provides a lesson plan for a Grade 10 Computer Systems Servicing class on setting up computer networks. The objectives are to be able to set up computer networks based on established procedures and system requirements for hardware. The lesson will involve planning cable routes, identifying tools used in making modular I/O and patch panel connections, and citing the benefits of using these materials. Students will participate in activities like planning a cable installation, identifying differences between illustrations, and listing tools and their functions.
This document provides an overview of a fire alarm system. It discusses the components of a fire alarm system including detectors like smoke detectors, heat detectors, and manual call points. It also discusses the inputs to the fire alarm system from these detectors and the outputs from the fire alarm system including hooters, LED flashers, public address systems, and door releases. It provides details on the different types of detectors and the functions of the fire alarm indicator panel.
Earthing in a substation is important for safety. It involves connecting electrical equipment to earth at a uniform low potential to limit dangerous voltages under fault conditions. Key aspects of substation earthing design include soil resistivity testing, sizing the earth mat conductor based on fault current and duration, and ensuring step and touch potentials remain below safety limits. Proper earthing aims to provide protection to life and property against faults.
16 zone voice evacuation & pa sound systemSimon Lin
This document describes a 16 zone voice evacuation and public address sound system. It includes:
- A PC server and software to configure the system remotely over a LAN network.
- A voice alarm controller that can broadcast 4 emergency messages simultaneously to 16 zones.
- Amplifiers, speakers, microphones, and other components to broadcast alarms and pages.
- The system monitors all components and indicates any faults. It can be configured and controlled over the LAN network.
Building Services II Presentation Slidesashleyyeap
The document provides information on the building services systems at Damen Mall in Subang Jaya, Malaysia. It discusses the mechanical air conditioning system, which includes mechanical ventilation fans like ceiling fans, floor blowers, and hand dryers. It also describes the air conditioning system, which uses both packaged and centralized systems. Other systems covered include the fire protection system, electrical system, vertical transportation system involving elevators and escalators, and zoning of the HVAC system.
The document provides information about cable tray systems, including:
- The six main types of cable trays: ladder, solid bottom, trough, channel, wire mesh, and single rail.
- The materials cable trays can be made from, including steel, aluminum, and fiber reinforced plastic.
- The steps for installing cable trays, which include marking, cutting, drilling holes, installing supports, and fixing fittings and accessories.
- Common tools used for cable tray installation like saws, drills, wrenches, and levels.
The document is a training manual that outlines cable tray types, materials, and installation procedures.
1. The document provides instructions for laying out foundation lines and assessing student performance of the task. It includes criteria such as properly securing stake-out lines, squaring and plumbing measurement within 3mm tolerance, and cleaning the worksite according to regulations.
2. The self-learning kit contains materials and activities for students to complete carpentry skills in areas like squaring building lines within 3mm tolerance and using personal protective equipment.
3. The document tests students on their knowledge of blueprint reading, types and uses of testing tools, and procedures for laying out foundation lines using tools like strings, batter boards, and plumb bobs.
This document discusses different types of wiring devices and provides information on ground fault circuit interrupters (GFCIs). It describes what a wiring device is according to the National Electrical Code and lists examples like switches, relays, and receptacles. The document then gives tips for selecting wiring devices and provides details on GFCIs, including how they work to protect against electric shock by detecting ground faults within milliseconds. It also lists the three common types of GFCIs - receptacle, temporary/portable, and circuit breaker - and discusses relevant provisions in the National Electrical Code regarding GFCI installation.
5 assessment instrument evidence_ tos_ written t_est_etcMCabz1
1. The document outlines an evidence plan and assessment for the qualification of Computer System Servicing – NC II.
2. It details the units of competency that will be covered, including installing and configuring computer systems.
3. Evidence of skills will be collected through observation, demonstration, questioning, and portfolios.
4. The assessment includes a written test covering operating systems, installation procedures, multimedia, peripherals, and software application.
This document provides safety guidelines for computer technicians. It outlines the importance of following proper safety procedures to prevent accidents, injuries, fines and legal consequences. Specific safety tips are provided, such as turning off and unplugging equipment before working on it, wearing appropriate protective gear, keeping workspaces clean and organized, properly disposing of hazardous materials, and having a fire escape plan and using a fire extinguisher appropriately in case of a fire.
This document provides instructions for installing, operating, and programming a Simplex Time Recorder 4010 Fire Alarm Control Panel (FACP). It describes the base system module and optional system modules that can be used. It also covers the user interface, passcodes and access levels for logging in, and the menu structure. Safety cautions and applicable codes/standards are listed.
Presenting Matrix PROPAC - A powerful and proactive CFAP (Conventional Fire Alarm Panel) used to continuously monitor smoke, heat, flame or spark in the immediate vicinity of an office, building, apartment, home or small industrial plant. It is fully geared to identify the smallest spark accurately, and is vital in critical situations for providing a real time response and thus reducing the risk of equipment damage and loss of life.
Lembar pengesahan mendokumentasikan asuhan kebidanan post natal patologi yang disahkan oleh Rosdiana, S.St dan Fikmawati Refu, S.St dari Yayasan Pendidikan Sowite Akademi Kebidanan Paramata Raha pada tahun 2015.
Door Access Control System is used to give access of doors to authorized person only. This system proves beneficial for corporate offices, banks, manufacturing industries, home security, etc. Restricted person will not get access to door by using this system.
Design and installation of fixed foam fire extinguishing systemSalim Solanki
This document provides information on the design and installation of fixed foam fire extinguishing systems. It discusses the properties of foam and its use for firefighting. It describes the different types of foam concentrates and foam expansion ranges. It also outlines the requirements and testing procedures for low expansion foam systems used for surface and subsurface application. Finally, it discusses the basic components of foam systems including water supplies, pumps, foam concentrate storage, and proportioning systems.
The document provides an overview of fire alarm systems, including their components and wiring styles. It discusses the main purpose of fire alarm systems to detect fires and notify occupants. The key components include the fire alarm control panel, initiating devices like detectors and manual pull stations, and notification appliances like horns, bells and strobes. It describes the National Fire Protection Association circuit classifications and wiring styles for initiating device circuits and notification appliance circuits.
This document summarizes fire protection systems, including different types of sprinkler systems, fire classes and extinguishing agents, and fire alarm and detection standards. It describes NFPA 13, 13D, and 13R sprinkler system standards and their applications based on occupancy classifications. The key aspects covered are the four classes of fire and appropriate extinguishing agents, as well as wet, dry, preaction, and deluge sprinkler systems.
This document summarizes fire alarm and firefighting systems. It describes different types of fire alarm panels, smoke and heat detectors, manual pull stations, and alarm bells and flashes. It also outlines various firefighting equipment like extinguishers of various types for different fires, sprinkler systems, hose reels, wet chemical systems for kitchens, FM 200 systems for IT rooms, and gas leak detection systems. Evacuation systems like maps, exits, staircases, speakers and assembly points are also summarized.
This document provides installation requirements for electronic access control systems. It specifies that equipment must be UL listed, readers must be mounted according to code and not obstruct access, and position sensors are required on portals to detect forced entry. It also requires controllers and power supplies be installed securely and lists specifications for AC power input. Administrative interfaces must be protected from unauthorized changes and network encryption must meet standards.
Looking for Roller Blinds in Australia? Perth Blinds manufactures wide choice of custom- made Wired Motorised Roller blind. With us, you find some inspiration for the perfect design for your home or workspace. Our employees are skilled and backed with years of experience in the window coverings field.
The document provides installation and configuration instructions for a FIBARO Intercom smart video doorbell, including choosing a location, routing wires, mounting components, connecting wires, installing an SD card, configuring the device on the app, setting up the network connection, adding users, and resetting to factory settings. Safety information is also included to avoid damage or legal issues when installing the device.
The document provides safety precautions for the GOT SIMPLE Series GS21 model user's manual. It contains multiple warnings regarding properly handling required safety measures to prevent hazardous conditions that could result in injury or equipment damage. Precautions include ensuring correct wiring and installation, avoiding liquid crystal or backlight failures affecting touch input, and implementing external monitoring systems to check for incorrect outputs. Users should read all instructions carefully to handle the equipment safely and as intended.
The document provides instructions for installing and configuring a Zipato security expansion module. Key details include:
- The module has 6 wired zones, an optically isolated input, a wired bell/siren output, a programmable output, an auxiliary power supply, a USB port, and a serial port.
- Zones can be wired as normally closed loops with single or double end-of-line resistors for maximum protection. The bell/siren output and auxiliary power output are supervised.
- The programmable output can be configured to switch to ground or the auxiliary voltage. Additional modules can expand zones to 24 total.
- A lead acid battery provides backup power and connects to battery terminals, observing
This document provides information about the FAK_ZWS230 chain drive for pivot windows including:
- It is a Z-Wave actuator that can be included in or excluded from a Z-Wave network with a single click.
- Detailed instructions for installation, operation within a Z-Wave network, associations, command classes, and technical specifications.
- Guidelines for disposal stating not to dispose of electrical appliances as unsorted waste.
The document provides safety instructions and operational guidelines for the LS Variable Frequency Drive. It begins with danger, warning, and caution symbols to indicate the seriousness of safety hazards. It then lists various safety precautions regarding removing covers, exposed high voltage terminals, wiring, grounding, environmental conditions, and more. The document also provides operating instructions, maintenance procedures, and general guidelines for proper use.
The document provides safety instructions and operating precautions for an LS Variable Frequency Drive. It warns that incorrect operation due to ignoring instructions can cause harm or damage. It lists various dangers and cautions users to read the manual carefully before installing, wiring, operating, servicing or inspecting the equipment. The document emphasizes operating the switches with dry hands, disconnecting input power if the drive gets damaged, and not touching the drive while power is applied or after it is removed as it will remain hot for a couple minutes. It also provides precautions for handling and installation, wiring, trial runs, operations, fault prevention, maintenance, inspection, parts replacement, and disposal.
This document provides safety precautions and guidelines for the proper use of a MELSEC iQ-F FX5 Simple Motion Module. It contains 3 main sections:
1) Design precautions - warns of serious accidents that could occur if safety circuits are not installed and cautions to ensure safe system operation.
2) Installation precautions - cautions against electric shock, using the product in unsafe environments, and proper installation methods.
3) Wiring precautions - warns against electric shock and damage that could occur if wiring is not performed properly.
The document provides information about Golden Digital's environment monitoring system and various sensors that can be used with it. It describes the VT335i monitoring unit which supports temperature, humidity, smoke, power failure, and other sensors. Diagrams and examples are shown for system layout and accessing the monitoring interface via a web browser. Specific sensors are also outlined, including models for temperature & humidity (VT490), smoke detection (VT560), water leaks (cable sensor), and vibration monitoring (VT540).
This document provides safety precautions and instructions for operating industrial robots and controllers. It states that all work must be done by trained operators and work plans should be prepared. Emergency stop switches must be installed and work in progress must be indicated. Safety fences should be installed to prevent contact with operators. Inspections should be done before starting work and proper signage used for different work modes. Grounding and secure installation is required. Modifications are prohibited and proper cabling practices should be followed.
NK105 G2 DSP Control System Weihong NK105G2 Kontroler for 3 Axis CNC Routers
This NK105 G2 3 axis cnc control system is designed by Shanghai Weihong which is famous for Nc studio control system. Different from Nc studion PCI control system, this one is the DSP handle control system. It is similar to Beijing Richauto A11 DSP control system, but the control botton fuction gets a big improvement.
The Wehong NK105 G2 control system is widely used with our 3 axis cnc router machines.
Fx3 g,fx3u,fx3uc series users manual positioning control editionphong279
This document is the user's manual for positioning control functions of Mitsubishi FX3G, FX3U, and FX3UC programmable logic controllers (PLCs). It provides an overview of positioning products, specifications for built-in positioning functions, and safety precautions. The manual covers connection of input/output lines, setup procedures for positioning control, compatible PLC and programming tool versions, and input/output number assignments. It also includes comparisons of performance specifications and operation modes for the built-in positioning function and various special adapters and blocks.
This document provides instructions for installing and using an EC003 vehicle security system. It includes:
1) A safety warning to only have the system installed by a professional and keep it away from children.
2) Instructions on where to mount components like the control module and antennas to maximize effectiveness and avoid heat/moisture.
3) Diagrams of the wiring harnesses and explanations of how to connect the various colored wires to trigger locks, alarms, engine starts and other functions.
4) Descriptions of the key fob buttons and LED light patterns to arm, disarm, start the engine remotely, and enable other settings.
1. The document provides safety instructions for an industrial inverter used to control three-phase induction motors. It warns that the inverter contains high voltage parts and improper use can cause electric shock, fire or injury.
2. Numerous warnings are given regarding transportation, installation, wiring, operation and maintenance of the inverter. Proper grounding, environmental conditions, emergency stops and inspections are required to safely operate the equipment.
3. Instructions are given for parameters, functions and labels that are needed to safely control the equipment and prevent unexpected restarting of motors after power failures or during retry modes, which could otherwise cause injury. Permissible operating ranges and specifications must be followed.
This document provides information about installing and configuring the Danfoss VLT AutomationDrive EtherNet/IP option. It discusses the hardware, assumptions, background knowledge, abbreviations, how to install the option in the frequency converter, LED behavior, topology options including star, line and ring configurations, recommended network components and cables, and design rules for segmenting the network when using line topology. It aims to give users an overview of setting up the EtherNet/IP communication and controlling the frequency converter via this interface.
This document provides information about installing and configuring the Danfoss VLT AutomationDrive EtherNet/IP option. It discusses the hardware, assumptions, background knowledge, abbreviations, how to install the option in the frequency converter, LED behavior, topology options including star, line and ring configurations, recommended network components and cables, and design rules for segmenting the network when using line topology. It aims to give users an overview of setting up the EtherNet/IP communication and controlling the frequency converter via this interface.
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2. About this Guide
The Access Control Station User guide is designed to provide information to
install the F& SC serial Access Control Station, for operation and configuration,
please refer to the corresponding user’s manual.
Not all function these guides introduce available in combination,
all is option.
About your machine function, please consult our company
technical personnel or the sales personnel.
Information in this document is subject to change without notice.
3. Access Control Station Installation Guide
- -2
Contents
1.
1 Before Installing .................................................................................1
1.1 Notice about installing.............................................................1
2System Configuration..........................................................................4
2.1 The illustration of system construction....................................4
2.2 The sketch map of communication..........................................5
3.Installation..........................................................................................6
3.1 Fixing mounting plate..............................................................6
3.2.1 Door Sensor..................................................................9
3.2.2 Release Button..............................................................9
3.2.3 Alarm ............................................................................9
3.2.4Conntion with lock ......................................................10
3.2.5 Ethernet connection ....................................................15
3.2.6 Connection with RS232..............................................17
3.2.7 Connection with RS485..............................................17
3.2.8 Wiegand output...........................................................19
3.2.9 Power connection........................................................20
3.2.9 Connect with external Weigend reader.......................20
3.3Fixing Access Control Station ................................................21
4. Fastening Access Control Station ....................................................22
5. Others ..............................................................................................23
5.1 Reset ......................................................................................23
5.2 Anti-dismantle button ............................................................23
5.3 Cable doorbell........................................................................24
4. Access Control Station Installation Guide
- -1
1 Before Installing
1.1 Notice about installing
Access Control Station is a mass-produced product. It strictly tested
comply with the standard of China, U.S.A, and EU. This file contains
important information. It is better for you to read it carefully prior to
use. If you ignore it, the incorrect installation may cause the unit
damage. Although we could do our best to offer you service, the
neglect to the file could cause unwanted cost for you.
1. Before installation, please make sure the power is cut off, because it
is very dangerous if the power is on. The short circuit of power cable
may cause the core parts damage.
2. All exposed part of connection wire end cannot be exceeded 5mm to
prevent the bared wire accidental connection which leads to machine
break down. And also suggest using different color cable to connect.
3. In the place where the static is strong or in winter, please connect the
grounding firstly, in order to prevent the instant mass static damage the
machine.
4. Connect power supply with device in the last for the wiring
connection. If you find any unusual thing occur, please firstly cut off
the power, then go to examine. Keep in mind: wiring operation under
power on will lead to machine sudden damage; we are not liable for
damages and trouble due to such operation.
5. The height to mount device is about 1.4-1.5 meter
5. Access Control Station Installation Guide
- -2
After installation, please take off protection film on the fingerprint sensor to
get best recognize result.
6. After installation finish, when go to test the exit-door button, please
keep a personal in the outside, because sometimes the accidental issue
can bring on you are not able to go outside.
7. Our equipment offer an automatically function, please after the installing
finish. Run the auto-test function to confirm the installation finish.
8.We recommend using above the 12V/3A direct-current supply for
ZK software’s access control device, electricity lock better to powered
by 12VDC, and no more than 1.5 A electric current At this time, the
electric current of supply should be above1A than lock power. If the
parameter of lock power surpasses this scope, please connect technical
personnel. If the power had not met above requests, it possibly causes
to be unable normally to drive the electricity lock, even damage the
device.
9. Before device to be connected please read and always follow "Quick
connect Guide" closely. Because the wrong wiring will cause the core
block and sensor to burn out, insult in device to break down, at this
cause ZK Software is not liable for any damages and trouble.
10. If the space between power adapters and device is too long, please
do not use the twisted-pair or other type ferrules for the power wire.
When the power wire is choused, you should consider attenuation of
voltage, which has passed long distance transfer.
11. Please use specialized RS485 cable and the RS232/485 converter
with power to hookup the network, the bus structure apply to connect
with each device. When a long cable is used to transfer signal, it is
need to connect a matching resistance to receiver, and its value is
6. Access Control Station Installation Guide
- -3
120Ώ.
12. Other more details items; please see also the user manual, the
operating instructions and the appendix and so on.
7. Access Control Station Installation Guide
- -4
2System Configuration
2.1 The illustration of system construction
8. Access Control Station Installation Guide
- -5
2.2 The sketch map of communication
Access Control Station directly connects with PC through RS232 or TCP/IP
Access Control Station connects with PC through RS485 network
3 Access Control Station connects with PC through TCP/IP network．
9. Access Control Station Installation Guide
- -6
3.Installation
3.1 Fixing mounting plate
①Take out a Access Control Station，dismantle the screw between machine
body and mounting plate until it is out, see figure (1).
②Carefully take up the bottom of mounting plate, see figure (2), push it up,
see figure (3), then take away the mounting plate.
③Determine the position of mounting plate on the wall. The Access Control
Station should be mounted on the external wall of the door approximately
1400mm from the ground to the unit bottom. After the position is determined,
you could drill a hole (18mm*20mm) for cable out, see below figure shadowed
part.
④Make the hole of mounting plate meet the drilled hole on the wall, Use the
screw to fix it on the wall, (for the details please see following figure)
⑤after installation, please make sure the mounting plate is reliable, fasten, not
loosed.
10. Access Control Station Installation Guide
- -7
3.2Connect with peripheral equipment
Caution: Do not to connect peripheral equipment before the power of the
device is cut down, otherwise it is possible to damage the device badly.
Please follow instruction to connect peripheral equipment
① Door sensor connection（sensor, GND）
② Exit-button connection（Button GND）
③ Alarm connection（Alarm+, Alarm-）
④ Door lock connection（NC, COM, NO ）
⑤ Ethernet connection（ RJ45-1, RJ45-2, RJ45-3,RJ45-4）
⑥ RS232 connection（232RX, 232TX, GND ）
⑦ RS485 connection（485A,485B ）
⑧ Wiegand output connection（WD0,WD1,GND ）
⑨ Cable Bell (Bell+, Bell-)
⑩ Power connection (GND, +12V)
Cable socket
11. Access Control Station Installation Guide
- -8
The definition of socket without Wiegand input
The definition of socket with Wiegand input
RJ45-1
RJ45-2
RJ45-3
RJ45-6
WD0
WD1
GND
232RX
232 TX
GND
485 A
485 B
Alarm +
Alarm -
NC
COM
NO
Button
GND
Sensor
Bell+
Bell-
GND
+12V
Spare
Spare
Spare
WD1
WD0
GND
+12V
Jump
12. Access Control Station Installation Guide
- -9
3.2.1 Door Sensor
The door sensor is used to detect the door open-close status, Access Control
Station can monitor if the door has been unauthorized open through the door
sensor, at this time it can output a alarm signal, moreover, Access Control
Station can trigger prompt warning if after surpassing a timed period, the door
still open.
3.2.2 Release Button
The exit-button is installed for in-door operation. When the switch of the
button is close, the door will open. The distance is approximately 1400mm
from ground to exit-button bottom. Make sure that the exit-button position is
to align correct, upright and the connection is accurate and reliable. (Unused
exposed end of cable should be cut off, and use insulating tape to wrap it.) Pay
attention to electromagnetic disturbance. (For example: The light switch, the
computer and so on)
3.2.3 Alarm
Access Control Station alarm output is a switch signal，it is able to connect
with simple alarm by serial circuit, it also apply to top grade alarm and monitor
system as a trigger signal( this machine alarm function only support 12 VDC
Warner)
13. Access Control Station Installation Guide
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3.2.4Conntion with lock
The way of installing door lock depends on the type of lock and local condition.
Internal resistor, which comes from long distance transfer, should be taken into
consideration when selecting the cable of electric power. The door lock should
be installed reliable and stable. Ensure the wiring is correct. For the strike lock
and electromagnetic lock, you should pay attention to positive and negative
terminal connection. The unused bare end of wire should be cut off and use
insulating tape to wrap it. The delay time of strike lock is adjustable according
to different conditions.
Normally close (NC), under normal state the equipment keeps up closed, if
force the equipment open, the circuit cut off, brings out the state change.
Normally Open (NO), under normally state the circuit is cut off, if force the
equipment open, the circuit will be closed, and produce a state change.
Power Ground（GND），Current loop ground
Input terminal of door sensor（Sensor，GND ）the input port of door sensor
14. Access Control Station Installation Guide
- -11
accepts the signal which come from normally closed contact to detect the
door opening and closing state, when the door is in closed, the contact keep in
closed state, if the door is opened by someone , the circuit break, thus bring out
state change. If unauthorized user opens this door or opening time is too long,
the controller will send alarm
Input terminal of release door button（Button， GND）The input port of
release door button accepts the signal which come from normally opened
contact to indicate that somebody want to go out, the input equipment such
as “ action detector”, “ press sensitivity floor board” or exit-door button all
serve as source to send signal，if nobody send out request to want to go out, the
input keep disconnection , if somebody want to go out, they trigger release
door button, the circuit is closed. Produce state change, the controller
responded to the request, unlock and permit door serve as passage mode.
Note：the process of performance to unlock door is control by relay, when you
install door lock, there are two thing you must think about, -- safety and
security , in other words, do you want which result that is if lose control of
this door, the door is still in safety—“lost control but safety” or if lose control
of this door, the door still is security--- “ lost control but security”
“Lost control but safety” is that the power supply cut off (maybe the power
supply is cut or the controller lose control of itself, the door will be open
automatically, and permit everybody freely to pass in and out, the door is not
ability to be closed until the system power on, these type of doors are installed
in the protective area which ensure everybody is able to pass in and out. One
representative application of “ lost control but safety” is to use
15. Access Control Station Installation Guide
- -12
electromagnetism lock, under normal power supply, the door is controlled by
the controller, once the power supply break off, the electromagnetism lock will
lose magnetism and does not take effect, the door become a passage mode
“Lost control but security” is that the power supply cut off, the door will be
locked automatically, do not permit external personal to come in, but permit
internal personal go out, the door is not to be unlocked until the system power
supply is in gear. Make sure that the door of “lost control but security” will be
installed in the area, which needs to be protected through fair and foul. One
representative application of “ lost control but security” is to use electrical lock,
if the power supply break off, the external personal is not able to open the door,
but the internal person can open the by manual operation.
In the following three cases, we recommend that fingerprint machine and lock
be powered separately.
1) The working voltage of the lock is DC12V, but the current difference of the
fingerprint machine and the lock doesn’t exceed 1A.
2) The lock voltage is not DC12V.
3) The distance between lock and fingerprint machine is too far.
1、NC lock connection（Access Control Station and lock power by one adapter
together , Jump 2,3 pin closed）.
16. Access Control Station Installation Guide
- -13
2、NO lock connection （Access control Station and lock powered by one
adapter together , Jump 2.3 pin closed）.
3、the output relay signal by Access control station, NC lock connection
（Access Control Station and lock powered by independent adapters jump
1,2 closed）
17. Access Control Station Installation Guide
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4、the output relay signal by Access control station, NO lock connection
( Access Control station and lock powered by independent adapter
18. Access Control Station Installation Guide
- -15
3.2.5 Ethernet connection
1）Access Control Station connects with PC through cross cable
2）Access Control Station connects with PC through network and HUB to
create a local network
3) RJ45 plug wiring diagrams for Ethernet
19. Access Control Station Installation Guide
- -16
a) RJ45 plug standard
b) Ethernet 10/100Base—T Crossover Cable
mostly apply to HUB and Switch ， or directly connect two Ethernet
terminals(not through HUB), fully support 10Base-T and 100Base-TX.
Plug1 Pin Pin Plug 2
TX+ 1 <——> 3 RX+
TX- 2 <——> 6 RX-
RX+ 3 <——> 1 TX+
RX- 6 <——> 2 TX-
c) Ethernet 10/100Base-T Straight Thru Cable
Support 10Base-T and 100Base-TX，apply to connect with network card and
HUB（or network outlet），sometime it is called (whips)”
Wiring standard Pin Color Pin Wiring standard
TX+ 1 <— white orange —> 1 TX+
TX- 2 <— Orange —> 2 TX-
RX+ 3 <— white green —> 3 RX+
4 <— Blue —> 4
5 <— Blue white —> 5
RX- 6 <— Green —> 6 RX-
7 <— White brown —> 7
8 <— Brown —> 8
20. Access Control Station Installation Guide
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3.2.6 Connection with RS232
The definition of PC connection with Access Control Station
PC Serial Port Access Control Station serial port
Pin2-Rxd Pin1-Txd（Purple）
Pin3-Txd Pin2-Txd（Yellow）
Pin5-Gnd Pin3-Gnd（Black）
3.2.7 Connection with RS485
The definition of terminal connection
Terminal Function
Pin1-485A（Green） RS-485 communication +
Pin2-485B（White） RS-485 communication -
22. Access Control Station Installation Guide
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3.2.8 Wiegand output
Access Control Station provide standard Wiegand 26 output, which can be
connected to most of access controllers, like the way of connecting with a ID
reader or password keyboard. The distance from the controller to device cannot
be more than 15 meter (if the signal must be transferred much further or there
is a strong interference around, please adopt a Wiegand signal amplifier)
Mote: no matter the device is powered by access controller or not, the ground
ports of them have to be properly together to ensure the Wiegand transfer
reliable
Terminal Function
Pin1-WD0（Green） Output Wiegand data 0 signal
Pin2-WD1（White） Output Wiegand data 1 signal
Pin3-GND（Black） Ground
23. Access Control Station Installation Guide
- -20
3.2.9 Power connection
This device is powered by 12VDC. Its current is approximately 50mA in the
ready work status and 400mA in the work status. The power is conducted along
with the terminal; you can use the 12V-4A-supply adapter that is provided
along with the device. The detail about connection is as follow.
Terminal Function
Pin1-PWR（Red） Power positive
Pin2-GND（Black） Power negative
The following figure is an example, which takes a provided power adapter to
connect
3.2.9 Connect with external Weigend reader
Access control device whit the Weigand input function is able to connect with
card reader, which is located in outdoor or indoor, control the door by the
controller together, the cable which between access controller and external card
reader is no more than 90 meter.
24. Access Control Station Installation Guide
- -21
3.3Fixing Access Control Station
① Confirm all connection plugs correctly.
② Align back iron-plate of Access Control Station body to mounting plate
properly, and push it up, see figure1, then push device backward, see
figure 2.
③ Turn and tie up the screw bottom.
After finishing installation, make ensure the body of device is fixed tightly.
①
②
25. Access Control Station Installation Guide
- -22
4. Fastening Access Control Station
After all system installation finished, make a test and examine prior to power
on, inspect whether the lock driver is OK or not, for more details, please see
“User Guide” and “Software Manual”
①the green LED begins to glitter after power up.
②enter menu-〉Option-〉 Auto-test.
③enter menu-〉User manage-〉User Enroll-〉Fingerprint Enroll，Enroll a
fingerprint, and use the fingerprint to test access control system and door lock..
④if there is no any problem. Please delete this enrolled fingerprint.
26. Access Control Station Installation Guide
- -23
5. Others
5.1 Reset
Due to operation error or other accidence, which leads the machine not to work,
you can restart machine through reset key.
①take a small tool which diameter is no more than 2mm.
②find reset mark of “res” on the left small hole on the bottom of device, see
following figure.
③Use the tool plug into the hole refer to the picture on right, then plug out. The
machine is able to restart.
5.2 Anti-dismantle button
Anti-dismantle button is on middle of device, whose function is realized by
back-cover pressing the anti-dismantle button. When the device is being
dismantled, it will send an alarm signal through the terminal.
Reset key
27. Access Control Station Installation Guide
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5.3 Cable doorbell
There is a key which is remark as icon（ ） on the keypad , this key is
used for doorbell.
Put the doorbell in the proper place, press the doorbell key on the device,
please see circle marked, after the doorbell receive a signal, it will ring.
Note：Because the terminal and key our provided is used for cable doorbell,
must join the power into the electric round.
Door Bell
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