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4 Tecnologia de instalações electrónicas

Building management systems

EIT 10 Smart Homes

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Tecnologia de instalações electrónicas

Training systems / trainers for electrical wiring/building management systems:

Protective circuitry, protective measures, building mains feed, lighting and intercom systems Industrial wiring, intercoms, alarm systems, hazard alarms and access control

KNX/EIB, LON

Project work, technical practice, assembly practice systems, planning software

Building management systems

Building management systems

Building management covers all aspects of advanced modern wiring installation. Nowadays, more and more things are being automated. In addition, such matters as energy saving, protection of the environment and safety of course have a key role to play as well. Building management systems of such a kind often consist of programmable bus systems which can be connected together as needed. The training course conveys basic knowledge and some small-scale applications can then be implemented.

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Lighting management using DALI

Lighting management nowadays means more than just flexibility, energy saving and comfort.

DALI stands for “Digital Addressable Lighting Interface” and is a protocol for digital communication between electronic lighting controls and appliances (electronic ballast units, transformers etc.).

The new comprehensive system, consisting of a controller, sensor, extender and buttons, is characterised by the option of programming with or without computers or an overarching bus system. Configuration of the bus-controlled lighting system can be handled entirely by means of the display integrated into the controller with the help of a push-button rotary switch.

Light management covers all areas of public life, including the following: Living room and building lighting

Special effects lighting Industrial and street lighting

Emergency and escape route lighting

EIT 10 Smart Homes

This set is intended for investigating the fundamentals of a radio-controlled smart-home automation system. The core of a smart home is a central radio interface which can simply be plugged into any electricity socket. This interface can then be used to program all the appliances used in the home. For every smart home, the following options are available:

Switching lights, heating and electrical appliances on and off via radio-controlled switches Automatic heating control via time switch or thermostat

Full-scale monitoring involving smoke detectors, motion sensors and door contacts Automatic activation of lights when entering the home

Switching lights and appliances on and off by remote control from up to 100 m away

Switching any appliances on or off while away from home via smart phones, tablet computers or PCs Use of an app to check on current consumption of electricity

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EIT 10.1 Smart homes using Z-Wave

This set represents a radio-controlled smart-home system. This is a centralised system which requires internet access. It can be operated via tablet computer or smart phone. All essential building functions can be implemented, such as:

Lighting control Heating control Control of blinds

Monitoring of windows and doors Smoke detection

Remote alarms via SMS

Energy consumption monitoring, smart metering

The system can be extended using any conventional Z-Wave components.

Equipamento consistindo em:

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Pos. Nome do produto Bestell-Nr. Anz.

1 SMART HOMES - Z-Wave extended central control unit CO3109-7E 1

The Z-Wave central control unit handles communication between devices and provides memory for recording data and events. It has been extended with a variety of ports to allow communication with many other smart home systems. This module has additional ports to facilitate further extension at a later date.

By means of a connection to the cloud, the control unit automatically establishes communication with all connected devices so that they can be controlled by users with the help of tablet computers, smart phones, full-size computers or television sets located on site or from remote locations. Connection to the internet is required for this. The Zipabox gateway supports a host of communications standards including Z-Wave, ZigBee, KNX, ONVIF, enOcean and UPnP. The intuitive graphic user interface makes it possible for users to define their own rules even if they have no previous programming experience.

Applications for which parameters may be configured: Security Lighting Air conditioning Heating Video monitoring Sun-shading Energy measurement Technical data: Operating voltage: 9...12 V DC

Power supply: Plug-in power supply, 110...230 V AC 50/60 Hz 2 Programmable buttons

2 Programmable green LEDs 1 Programmable RGB LEDs

Indicator lights: Status, Ethernet, WiFi & Z-Wave Dimensions: 297x228x160 mm

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2 Z-Wave smart home central controller with simple lighting control CO3109-7A 1

This board represents an introduction to smart home systems and forms the core of such a system. The key focus is on the registration of various components and their connection to the internet, allowing them to be operated via tablet computer or smart phone.

The following skills are imparted:

Activation and registration of central interface

Connection to tablet computer or smart phone (tablet/smart phone not included)

Familiarisation with various components Creation of rules and scenarios

Components:

1 Z-Wave radio interface 1 Z-Wave multi-circuit switch 2 Schuko-type sockets

1 Z-Wave switching and measurement socket 1 Z-Wave motion sensor

1 Z-Wave actuator switch for embedding in plaster 1 Radio remote control unit with 4 buttons

Network cable, 50 cm

Technical data:

Operating voltage: 230 V/AC, 50 Hz

Range: max. 300 m (depending on location) Protocol: Z-Wave (radio)

Inputs and outputs: 4-mm safety sockets Dimensions: 297x456x160 mm

Weight: 4.0 kg

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3 Z-Wave smart home heating controller with various sensors CO3109-7B 1

This board represents a heating control system for a smart home which responds to various operating conditions. The way that the heating thermostats can respond to various influences can be emulated and visualised.

Activation and registration of heating components Setting up fault notifications via e-mail

Control of heating via window contacts or thermostats Creation of rules and scenarios

Components:

2 Z-Wave heating thermostats 1 Z-Wave room thermostat

1 Z-Wave door and window contact 2 Radiator valves, cut-away

4 LEDs indicating cold/warm status 1 Moving window simulation

Technical data:

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4 Z-Wave smart home lighting and blinds controller CO3109-7D 1

This board is for setting parameters of lighting and blind installations in a smart home system. The key focus is on the registration of various components and their connection to the internet, allowing them to be operated via tablet computer or smart phone.

Activation and registration of wall-embedded and surface mounted components

Control of blinds

Familiarisation with various components Creation of rules and scenarios

Components:

1 Z-Wave multi-circuit switch 1 Schuko-type socket

1 Z-Wave switching and measurement socket

1 Z-Wave motion sensor with brightness and temperature measurement functions

1 Z-Wave actuator switch for embedding in plaster 1 Z-Wave blinds actuator for embedding in plaster 1 Blinds simulation with multi-coloured LEDs 3 Switchable LED lamps

Technical data:

Weight: 3.0 kg

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5 Z-Wave smart home hazard alarm with presence detection CO3109-7C 1

This board represents part of a hazard warning system for a home automation system which responds to various operating conditions. The way that the alarm systems can be triggered and can respond to various influences can be emulated and visualised. The key focus is on how notifications can be transmitted to various devices.

Activation and registration of sensors and contacts Configuration of alarm notifications via e-mail

Notifications from window contacts or smoke detectors Creation of rules and scenarios

Components:

1 Z-Wave smoke detectors 1 Z-Wave motion sensors

2 Z-Wave door and window contacts 2 Moving window simulations

Technical data:

Weight: 2.5 kg

6 Interactive Lab Assistant: Smart Home Compact SO2801-3P 1

Manuais e literatura:

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7 Ligação de rede monofásica com interruptor, disjuntor-miniatura e

tomada “Schuko” CO3211-1A 1 Alimentação de rede de 230 V/16 A Corte automático de 16 A Interruptor principal Tomada “Schuko”

Saída: tomadas de segurança de 4mm Dimensões: 297 x 228 x 155 mm (A x L x P) Peso: 0,8 kg

8 Router with DSL modem and WLAN access point CO3538-1R 1

Fonte de alimentação:

Acessórios:

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9 SMART HOMES - Z-Wave KNX interface CO3109-7F 1

This extension enables communication between a radio-controlled smart home system and a bus-based KNX system. The interface is programmed from the KNX end using ETS software. It is connected mechanically via a plug contact to the smart home control unit. Programming can begin as soon as the connection is made. Technical data

Operating voltage: supplied from Z-Wave control unit KNX bus voltage: supplied via KNX line voltage supply Communication: bi-directional with status indication Devices: max. 250 KNX devices can be connected Indicator: LED for KNX communication

10 Set of measurement leads and jumpers, 2/4-mm, for Smart Home SO5148-1W 1

Set of safety measurement leads and jumpers with stackable 2-mm and 4-mm laminate plugs and highly flexible, double-insulated leads, consisting of:

Leads, 4-mm: 5 x 25 cm long, brown, 4-mm 3 x 25 cm long, blue, 4-mm 4 x 25 cm long, black, 4-mm 1 x 50 cm long, brown, 4-mm 1 x 50 cm long, blue, 4-mm 1 x 50 cm long, green/yellow, 4-mm Leads, 2-mm: 4 x 30 cm long, black, 2-mm 4 x 3 cm long, black, 2-mm Connection plugs (jumpers):

3 x black, 4/19-mm 4 x blue, 4/19-mm 4 x brown, 4/19-mm 4 x green/yellow, 4/19-mm Technical data • Cross-section of 4-mm leads 2.5 mm2 • Cross-section of 2-mm leads 0.5 mm2

• Nominal data for 4-mm leads: 600 V, CAT II, 32 A • Nominal data for 2-mm leads: 600 V, CAT II, 10 A

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11 Bancada de experimentação móvel, perfil de al., 3 niveis, 6

tomadas, 1250x700x1995mm

ST7200-3A 1

Banco de experimentação e demostração móvel de alta qualidade da série SybaPro, para demonstrações e experiências. Tem pernas de mesa de perfil de alumínio, compatíveis com todos os

componentes de montagem e extensão do sistema SybaPro. O banco móvel de experiências é fornecido como kit, e carece de montagem pelo próprio cliente.

Tampo da mesa:

Tampo da mesa de 30 mm feito de aglomerado de aparas finas multicamadas de alta compressão, em conformidade com a DIN EN 438-1

Revestimento (Resopal) de 0,8mm de espessura com cor cinzento, ligeiramente texturizado de ambos os lados, em conformidade com a DIN 16926

Resistente a muitos químicos e reagentes, como ácido diluído e soluções alcalinas.

Resistente ao calor, por ex., a solda líquida ou ao ou ao aquecimento pontual resultante, por ex., de ferros de solda ou de cigarros acesos

Tampo da mesa com orlas de proteção maciças, resistentes a impactos, feitas de plástico de 3 mm de espessura e na cor RAL 7047

Revestimento e cola isentos de PVC

Fonte de alimentação com bloco de 6 tomadas, montada sob o tampo da mesa, cabo de 2 m e fichas “Schuko”

Estrutura:

2 perfis de alumínio extrudido com ranhuras múltiplas 1800 x 120 x 40 mm (L x A x P)

8 ranhuras de tamanho igual em perfis de alumínio extrudido (3 de cada lado, 1 à frente e atrás)

As ranhuras acomodam os suportes industriais padrão 4 perfis de alumínio em H, 1150 mm, para organização de painéis DIN A4 de 3 camadas

Espaço para extensão do canal de alimentação de energia Base feita de tubos retangulares, com 4 rodízios giratórios duplos, 2 dos quais com travões

Estrutura da mesa feita da forte combinação de tubos retangulares em torno do perímetro completo

Revestimento de resina epóxida, resistente a ácidos, com aprox. 0,8 µm de espessura, cor RAL 7047

Dimensões:

Altura do tampo da mesa de 760 mm 1250 x 1955 x 700 mm (L x A x P)

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12 Suporte de PC para bancada de experimentação SybaPro, altura e

largura ajustáveis

ST7200-5A 1

Prateleira para PC da série SybaPro, feita de chapa de aço perfurada de 1,5 mm, para montagem nos perfis de alumínio

Altura de montagem ajustável Largura ajustável (160 - 255 mm)

Permite montagem para a esquerda ou para a direita Inclui todo o equipamento necessário para montagem (4 parafusos e 4 porcas redondas com entalhes)

Revestimento de resina epóxi pulverizada, resistente a ácidos, com aproximadamente 0,8 µm de espessura, cor RAL 7047

13 Suporte para cabos de medição para parede ou para montagem

em perfis de alumínio. Montagem para 48 cabos de medição

ST8003-8E 1

Suporte para cabos de medição de chapa de aço de 1,5 mm, compatível com todos os móveis do sistema de perfis de alumínio SybaPro, para a recepção de 48 cabos de medição de segurança

Largura de 200 mm, 12 entalhes para fixação de cabo Altura da montagem ajustável no perfil de alumínio Permite montagem para a esquerda ou para a direita Montagem na parede também possível

Inclui 2 parafusos e porcas

Revestimento de resina epóxi pulverizada resistente ao ácido de cerca de 80 µm, cor RAL 7047

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14 Suporte de monitor de tela plana, até 10 kg, para fixação em perfil

de alumínio, VESA 75/100

ST8010-4L 1

Suporte giratório de monitor para montagem em perfis de alumínio do sistema SybaPRO. Permite uma posição ideal do monitor para que trabalho e experimentos sejam menos cansativos.

Braço dobrável com articulação de duas partes

Fecho rápido para ajuste de altura contínuo no perfil de alumínio extrudido

Fixação VESA 7,5 x 7,5 cm

Inclui adaptador VESA 75 (7,5 x 7,5) - VESA 100 (10x10) 2 braçadeiras de cabos

Capacidade de carga até 10 kg

O monitor TFT pode ser virado até ficar paralelo à aresta da mesa

A separação pode ser ajustada sem escalonamento entre 105 e 480 mm

Inclui adicionalmente: kit de fixação de cabos para cabeamento conduzido nos perfis de alumínio dos sistemas de laboratório da série SybaPro

Kit consistindo em:

3 blocos de fixação de cabos em cruz para o entalhe dianteiro ou posterior do perfil de alumínio

3 blocos de fixação de cabos em cruz para o entalhe lateral do perfil de alumínio

12 braçadeiras de cabos

4 tampas de perfiladas de alumínio para cobrir e conduzir cabos dentro dos entalhes do perfil de alumínio

Inclui instruções de montagem

15 Capa de proteção para bancada de experimentação móvel - 3

níveis

ST8010-9Y 1

Proteção dos aparelhos contra a poeira e a umidade Proteção da luz (a capa de proteção não deve ser transparente, opaca)

Cor: cinza escuro fosco com serigrafia

Material: tecido de poliamida com revestimento PU Altamente resistente, impregnado, lavável, impermeável