16504-home automation system

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SECTION 16504

HOME AUTOMATION SYSTEM (HAS)

PART 1 - OVERVIEW

SCHEDULE 0 - GENERAL

PRODUCT DATA SHEET 0 - A complete system of home automation shall be designed,supplied, installed and tested for each home in this project (ITCC). The purpose of homeautomation is to increase the comfort, safety and energy saving. The HAS shall allow the userto monitor and control the house equipment and environment including:

0.1 Lighting0.2 Curtains0.3 Parking doors, house doors and security

0.4 HVAC0.5 Distribute audio to all room (optional)0.6 And others

PRODUCT DATA SHEET 1 - The home user shall be able to monitor, control the houseequipment using different tools including:

1.1 Intelligent Switch plates1.2 Wall mounted touch screen1.3 Remote control1.4 Laptop and PC with software1.5 PDA and smart phone with software

PRODUCT DATA SHEET 2 - The monitoring and control can be performed form differentlocation including:

2.1 Inside the home using LAN and WLAN2.2 Projects data center and control center using the project LAN, server and workstation2.3 Anywhere in the world using the internet

PRODUCT DATA SHEET 3 - The contractor shall submit a full solution including:

3.1 Server and software located in the data center of the complex

3.2 Monitoring and control station located in the command and control center CCC of thecentral service building

3.3 All component of all buildings. Test and commission the complete system for eachhouse and for the whole campus system.

PRODUCT DATA SHEET 4 - All proposed control and home automation system shall be openprotocol, standard based system. Propriety systems are not accepted in this project.

PRODUCT DATA SHEET 5 - Contractor can propose updated equipment than the specified.

PRODUCT DATA SHEET 6 - All the wiring and installation, testing and commissioning are part

of the scope. Only builder work can be done by the general contractorEach home has a redundant fiber optic connection and a Home Automation Gateway

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(HAG) (supplied by others to each house). Due to rapid changes in home automationsystem, contractor can propose systems with better features. The specified feature andequipment are the minimum required for this project.

SCHEDULE 1 - REFERENCES

A. EN 50090

B. EN 133321-1

C. ISO/IEC 14543

SCHEDULE 2 - SUBMITTALS

A. Product Data: For each type of product indicated.

B. Shop Drawings: Show installation details for occupancy and light-level sensors.

1. Lighting plan showing location, orientation, and coverage area of eachsensor.

2. Interconnection diagrams showing field-installed wiring.3. Riser Diagram: a one line diagram of the system configuration.

C. Wiring diagram/Data sheets: Data sheets and typical drawings and wiringdiagrams of all system components.

D. Field quality-control test reports.

E. Operation and maintenance data.

F. Copy of installation instruction sheet for each product

SCHEDULE 3 - QUALITY ASSURANCE

A. Electrical Components, Devices, and Accessories: shall be tested and labeled,by a testing agency acceptable to authorities having jurisdiction, and marked forintended use.

B. The building automation contractor shall be a well established specializedcontractor with a minimum of 5 years of local and international experience in thefield.

C. Personnel who are responsible fro the final testing and commissioning shall becertified from a recognized organization or manufacturer to perform the job.Certification are required for the following work (as minimum) (KNX/EIB,structured and network cabling, IT network and switches).

SCHEDULE 4 - WARRANTY

A. All component, system software, parts and assemblies supplied shall beguaranteed against defects in materials and workmanship for one year fromcompletion of date of the project and for acceptance date of the system

B. Contractor to submit an optional warranty for 5 years and 10 years.C. Labor to troubleshoot, repair, reprogram or replace system components shall be

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Ethernet: Two 10/100 (R145)RF (Optional): Z-WAVE (868 or 908 Mhz)Power: 24 VDC, 0.5 (10-30 VDC)

5. SecurityIP SEC VPN

SCHEDULE 2 - User interfaces (screens)

The system shall have different interfaces as following:

(Refer to drawings and BOQ for exact items used)

PRODUCT DATA SHEET 0 - 15 Touch Screen

The 15 touch screen shall features a bright 15 screen LCD display with energyefficient LED backlighting and wide viewing angles.The touch sensor is verysensitive and does not require a stylusto operate. Designed for in-wall mounting,it only requires main power and a standard Ethernet cable.In addition to controland monitoring services, it can also display high quality MPEG4 or H264 videostream from IP surveillance cameras or IP video intercom systems. It alsoincludes a hands free microphone and speaker.

The touch panel shall have the following minimum specification:

1. Processor 1.1 Ghz Intel ATOM processor or better

2. Memory

512 MB DDR2 SDRAM, 2 Gb Flash

3. Display15 XGA (1024 x768) LCD displayLED backlighting600:1 contrast 250 cd/m luminosity6 wire resisteive sensor

4. Operating systemMicrosoft Winodws EmbeddedWith .NET Framework

5. ConnectionsEthernet: 10/1000 (RJ45)Power: 90-260 VAC fanless 25 W max


The 7 touch screen are user friendly, aesthetically pleasing, easy to install andeconomical. The screen features a 800x480 pixel widescreen and can bepowered over Ethernet. It features energy efficient LED backlighting; no movingparts and requires no ventilation. The touch sensor is very sensitive and does notrequire a stylus to operate. From here you not only have full control of theconnected systems such as lights, curtains and AC, but also connectivity to other

services.

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1. Processor 512 MHz Marvel PXA270 (ARM9) or better

2. Memory128 MB SDRAM, 128 MB Flash

3. Display7WVGA (800x480) LCD DisplayLED Backlighting400 nits britghtness4-wire resistive touch sensor

4. Operating systemMicrosoft WindowsEmbedded CE 5.0 with. Net compact framework v2.0

5. ConnectionsEthernet: two 10/100 (RJ45)Wifi wireless InterfacePower: 24 VDC, 0.5A (10-30 VDC)

PRODUCT DATA SHEET 2 - 7 Touch Panel Portable Screen

The 7 Touch Screen has the same attractive features of the wired version bututilizes a WiFi network and an internal battery which lasts for up to 8 hours. Itcontains no hard drives, fans or moving parts instead using a solid state flash

storage. It is automatically recharged when placed in its docking station or anoptional in-wall dock.


1. Processor 512 MHz Marvel PXA270 (ARM9) or better


3. Display

7WVGA (800x480) LCD DisplayLED Backlighting400 nits britghtness4-wire resistive touch sensor

4. Operating systemMicrosoft WindowsEmbedded CE 5.0 with. Net compact framework v2.0

5. ConnectionsEthernet: two 10/100 (RJ45)

Wifi wireless InterfacePower: 24 VDC, 0.5A (10-30 VDC)

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The 3 Touch Screen features a bright 3.5" portrait LCD display with energyefficient LED backlighting and wide viewing angles. The touch sensor is verysensitive and does not require a stylus to operate. Designed for in-wall usage, itcan be powered via a standard Ethernet cable with the appropriate adapters. Inaddition to control and monitoring functions, it features five programmablebuttons which can be used to activate a range of user defined functions.

1. Processor 200 MHz Cyrus Logic ARM920T


3. Display3.4 QVGA (240x320)Portrait LCD DisplayLED backlighting4-wire resistive touch sensor

4. Operating SystemMicrosoft WindowsEmbedded CE 5.0 with. Net compact framework v2.0

5. ConnectionsEthernet: two 10/100 (RJ45)Power: 24 VDC, 0.5A (10-28 VDC)

PRODUCT DATA SHEET 4 - Media Center PC client

The system shall have native application for Media Center PC that allows fromthe TV screen connected to the Media center PC to various Home automationfunctions (Lighting, shutter, HVAC, Cameras etc.). Monitor and Control devices& Systems in your home. Automatically adjust lighting and other systems whenwatching TV. Automatically pause your TV or movie when someone rings yourdoorbell.

PRODUCT DATA SHEET 5 - Connect for I-Phone/I-Pod and other smart phone

The system shall have a native application for Iphone, Ipod Touch and othersmart phone that acts as wireless Touch screen that allows control andmonitoring for the home automation system within the house and outside.

SCHEDULE 3 - Server and Software

PRODUCT DATA SHEET 0 - The home automation system shall have a complete infrastructureconsist of all of the necessary networking, security, server and software licenses to complementthe automation services. For all the villas and houses included in the contract.

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The solution shall be fully redundant. The equipment shall be located in the datacenter of the project. The workstation for monitoring, controls, configuration, helpdesk shall be located in the Command and Control Center (CCC) in the centralservices building.

The system shall use the existing infrastructure (provided by other) in terms ofcooling, power supply, physical security and (IP) connectivity to the LANinfrastructure in the villas, houses and data center.

The system shall have the minimum requirement and features:

0.1 Monitor, control, graphic display of all the villas and housing.0.2 Can be operated, updated over LAN and WAN.0.3 Integrate door video entry system by supporting the SIP protocol and enabling both

audio and video from the home to be routed over standard VOIP networks.0.4 Provide secure remote access and monitoring for home owners from range of mobile

devices, such as iPhone, without requiring any static IP address or customconfigurations of the home owners router or firewall

0.5 System shall use IPsec UPN tunnels, the home automation controller shall maintain asecure link to the data center via available LAN

0.6 The portal shall convert alerts sent by the home automation controllers into SMS, E-mail,MMS and other message formats as required by customer.

SCHEDULE 4 - IP-Video Door Phone (Door entry system)

PRODUCT DATA SHEET 0 - The IP Video Door Phone shall have the following minimumfeatures and specification:

0.1 Interoperable & compatible with SIP platform0.2 High quality real-time video0.3 Adjustable VGA resolution camera0.4 High video quality at bandwidth between 64kbps to1Mbps0.5 Intuitive user interface0.6 Up to 500 user with multiple phone numbers and access codes0.7 Numeric keypad0.8 Up to two independent door locks switches0.9 Access card reader 0.10 Supported protocols: SIP 2.0 (RFC 3261)/TCP/IP/UDP, RTP/HTTP/, ARP, ICMP, DHCP,

DNS, TFTP, NTP0.11 Networking interface: 10M/100M Ethernet port0.12 Power supply: PoE (IEEE 802.3af) or external 12V power supply

0.13 Audio codec: G.711 (A/u-law)0.14 Audio quality: packet loss concealment, echo suppressor0.15 Video codec: H.264 baseline real-time video codec (at QCIF, QVGA, CIF or VGA

resolution) up to 30 frames per second. Anti flickering, autofocus and auto exposure.0.16 Real-time clock: with battery backup0.17 Management, configuration and administration:

A. Configuration via intuitive WEB interfaceB. Automatic firmware and configuration update via TFTP

The system shall be modular to support one villa or multi tenant flats with pushbutton for each flat. Camera and microphone and card reader are common for all

flat. The system shall include the central server and software to be located indata center and command and control center (CCC).

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SCHEDULE 5 - Control of Lighting, Shutter, HVAC (KNX/EIB system)

PRODUCT DATA SHEET 0 - A system based on open protocol (KNX/EIB) shall be used tocontrol lighting ON/OFF and dimming shutter and blinds control HVAC, FCU control and otherequipment control and monitoring.

The system shall have all the hardware and software necessary to interface withhome master controller and to the Facility Management System (FMS) at higherlevel.

The system shall allow monitoring, control and configuration of its componentsfrom each individual home, form the data center and via internet through thehome master controller.

PRODUCT DATA SHEET 1 - Features

All the wiring, boxes, accessories for the system are included in the scope.

Contractors shall coordinate with the general building contractor.

The lighting control system shall provide ON I OFF control of light fittings(Fluorescent, Incandescent, Neon and HIDetc.) for all the lighting circuitscontrolled by the system.

The system shall permit the user to turn ON / OFF individual loads and group ofloads, and to set pre determined lighting patterns via switches, time clocks,building automation system and other automated control devices.

System programming shall be implemented via a PC or Notebook locatedanywhere in the system and having access level passwords, any device in the

system shall be accessible for programming from the PC location without theneed to manipulate the device locally.

The bus cable shall be laid in the building in the form of a linear, star or treestructure similar to the power mains. Systems requiring fixed wiringconfigurations shall not be acceptable.

Each device in the system shall be addressable via a software programmablephysical address. Any device in the system shall communicate with any otherdevice via software programmable group addresses (telegrams). Each individualdevice will respond to only those group addresses for which they areprogrammed to do so. There shall be an EEPROM storing the physical address,group addresses & other software parameters for every device, thus making itintelligent. No centralized processors or centralized memory storage devicesshall be permitted.

Each of the devices shall have a built-in push button along with a LED. The LEDshall lit in the event the push button is pressed and if there is power to thedevice, thus depicting that the device is communicating in the system.

In the event of power failure or bus wiring failure each of the system devices(switching modules and dimming controllersetc.) shall be programmed to attaina fail-safe position (controlled circuits to become On, Off or As it is, Laststatus)

The system shall have the capability to control relays via switches equipped with

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IR receivers as and when required.

3-gang and 5- gang switches equipped with infrared receivers shall transmitcommands to the system upon receiving a signal from a hand held infraredtransmitter (IR remote control). The same switches will be connected to thesystem via the two-wire bus cable.

Each switch button shall feature two status LEDs; green indicating ON and redindicating OFF with a possibility to reverse them via software.

The system shall incorporate a diagnostic module that shall scan the system forany faults in the bus wiring and display an alarm LED in the event of faults in thewiring.

The system shall be expandable and flexible, i.e. new components could beadded to the system by attending them to the two-wire communication bus andsetting their physical address and parameters by the programming software.

PRODUCT DATA SHEET 2 - Codes and Standards

All devices in the system shall comply with one of the international standardslisted below and should be manufactured in accordance with EMC guidelines andthe low voltage guidelines where not in contradiction with Local Power Authoritiesrequirements:

2.1 CE Standards2.2 British Standards BS2.3 Underwriters Laboratories UL2.4 National Fire Protection Association NEPA

PRODUCT DATA SHEET 3 - System Components and Characteristics

3.1 Lighting control modules (Relay controllers)

Lighting control modules for On/Off switching shall be DIN rail mountedconsisting of either four (4) or eight (8) individually programmable integralrelays (contactors). The output states of each of these relays shall bedisplayed on the front. Each of these relays shall be latch-on type withmanual operation (override) possible even without power to the system.

The relay control modules shall receive its operating power supply fromthe same bus cable without any other power supply. It should not operateon any 230/240 V AC supply to avoid possible fire hazards.

Each of these contactors shall be rated 16 A/AC1 together with an inrushcurrent carrying capacity of 500 A suitable for switching loads with highswitch-on peaks. The contactors should also have a capacitive load ratingof at least 200 microfarads. Additional contactors shall not be used tocontrol any of the lighting circuits.

Each of the lighting control modules shall have its own individual addressand shall be capable of being programmed from a PC located any wherein the system for the purpose of changing parameters without the need toaccess the module locally.

The control modules shall be capable of being programmed with different

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applications to suit site requirements for e.g. staircase lighting functionthat switches Off the relays after a preprogrammed time from the time ithas switched On. The application for which a relay has beenprogrammed shall apply irrespective of the signal from which it iscontrolled.

Each of the relays shall be capable of being programmed with its ownOn and Off delays that shall be applicable irrespective of the signalfrom which the relays are controlled.

Each of the relays should have current detection to measure the currentand to give alarm in case of over current or in case of any current drop.

In the event of power failure or bus wiring failure or control module failure,each of the relays shall attain a pre-programmed fail-safe position (On,Off or As it is, Last status) at the time of commissioning.

Lighting control modules (Relays controllers) shall be installed in adedicated Lighting Control Panel (LCP).

3.2 Dimmers

a. Dimming modules for filament type light fittings

Dimming modules for filament type light fittings (such asIncandescent, Low voltage halogen, Halogen, xenonetc.) shalldirectly dim any type of those fittings. Additional ballasts /dimmable transformers shall not be used to dim any of theselamps.

Dimming modules shall be plug-in type DIN rail-mounted self-contained with driver PCB, SCRs, filters and related circuitryproviding noise free dimming.

Control module shall consist of two (2) independent outputchannels each capable of accepting Master and Salve powerextension modules to suite the load.

Utilizing the possibility of plugging-in power extension unit, each ofthe two independent control channels shall be able to controldimming circuits with load up to 20KW / each simultaneously.

Dimming controller shall be capable of being programmed to attaina fail-safe position in the event of power failure. On powerrestoration after a power loss to the system, the control systemshall automatically revert back to the particular setting (scene)selected in each individual area prior to the power loss.

It shall be possible to customize and correct the dimmingcharacteristic curve of the lamp to suite the sensitivity of thehuman eye and to extend the service life of the connected lamps.

Dimming circuits shall be able to be switched on with

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preprogrammed value from 0 100%, additionally dimming shallbe also possible between preprogrammed minimum and maximumvalues.

Dimmers shall receive power to operate the module by the two -wire bus cable.

b. Dimming modules for fluorescent type light fittings

Dimming modules for fluorescent shall be plug-in type DIN rail-mounted comprising of two-16A AC1 switching channels (latch-ontype relay) and two passive 0 10 Vdc channels for the highfrequency dimmable ballasts. Dimmers providing 1 10 Vdc (10 100 % brightness) signal shall not be acceptable.

Each of the dimming modules shall be designed to operate theload as per the consultant approved load schedule.

Each of the switching channels shall be used to switch the lightfittings On/Off while the corresponding 0 10 Vdc channel willprovide the control (dimming) for the high frequency dimmableballasts. Dimmers without latch-on type relay switching channelshall not be acceptable.

Each of the channels shall be individually programmed to control acircuit irrespective of the other channel-controlled circuit.

Dimming circuits shall be able to be switched on withpreprogrammed value from 0 100%, additionally dimming shall

be also possible between preprogrammed minimum and maximumvalues.

Dimming controller shall be capable of being programmed to attaina fail-safe position in the event of power failure. On powerrestoration after a power loss to the system, the control systemshall automatically revert back to the particular setting for eachchannel prior to the power loss.

Fluorescent type light fittings shall be equipped with HighFrequency Dimmable Ballasts accepting 0-10 Vdc signal. TheseHigh Frequency dimmable ballasts should be an integral part of

the light fittings and supplied by the light-fitting manufacturer.

The dimming controller shall have 2 integrated terminals forconnecting a light sensor to achieve constant lighting controlfunctionality.

3.3 System Power Supply

The power supply module feeding power to the network shall consist of abuilt in back-up power to compensate short voltage interruptions of up to200 ms. This back-up power shall enable the system to put all actuatorsin a fail-safe position (either on or off or as it is) in the event of power

failure.

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The choke-integrated power supply shall be suitable for DIN railmounting. This power supply shall produce and monitor the supplyvoltage for the bus. PS rating shall be 45 VA and shall have a 30 VoltsDC output and 230 Volts AC Input.

3.4 Switches

The low voltage system switches shall have indication for On and Offstatus with Red and Green colors with a possibility to reverse them viasoftware. In the case of circuits switched in parallel from multiple signals,the switch LED shall display the true status of the circuit based on thelatest signal sent to the particular circuit. It shall be possible to control anycircuit in the system from any of the switch channels to ensure allchannels are available for entire control of the system.

Each switch shall be addressable and communicate with other systemdevices through a two-wire bus cable.

Each switch should have current detection in each fold to measure thecurrent and to adjust the threshold current.

Master On/Off switching shall be possible from any switch locatedanywhere in the system if programmed to do so (i.e. Guard room incommercial and public buildingsetc.)

Switches shall be in 1,2 or 4 buttons arrangements per switch plate.Switch plate covers shall be of the screw-less design in white matt colorfor the approval of Engineer.

Dimming control shall be via local dimming switches having 3 and 5-gangswitches with built in infrared receivers for accepting remote control anddimming signals from infrared transmitter. The dimming switches shall beflush mounted into a standard (3 x 3) GI back-box.

Each of the switch channels shall respond in such a way that if the switchis pushed with a short-push, the circuit shall switch on at a pre-programmed brightness. If the switch is given a long-push, it shallrecognize it as a dimming command and shall keep dimming up or downuntil the depressed button is released.

Further, these infrared switch channels shall also be capable ofgenerating light scenes if programmed to do so. Each of the switchchannels shall be programmed to generate two light scenes giving amaximum of 6 Scenes for every 3-gang switch.

The assignment of discrete intensity level for lighting groups shall beeither by use of the Manual Dimmer Control Plate, Infrared Transmitter ora Hand held programming Console or PC.

3.5 Timers & Time controllers

A Controller device consisting of at least 100 timer channels (groups) inthe form of lighting scenarios shall control circuits (such as switchinglighting on/off, dimming lights up/down, open/close shuttersetc.) on aparticular network group (line) to have local standalone operation. It shallbe possible to send signals from one controller channel in one network to

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circuits in another network if programmed to do so. This is to ensure thatall timer channels are available for control of all circuits in the system.Each controller shall be capable of being programmed locally with timerprograms for any of the 100 channels combined together, without theneed to connect a PC. Each of the channels shall have a manualoperation function to over-ride the channel to On or Off irrespective ofthe time programs.

The controller shall have a built-in EEPROM to ensure that the timerprograms and control groups are retained even in the event of powerfailure. This controller device shall be in addition to the BMS PC basedsoftware time schedules to ensure uninterrupted stand-alone operation ofthe system at all times.

3.6 Contact Input Units

The contact input units shall communicate with the two-wire bus. Theconfiguration of the control input units shall be done via a programmingPC located any where in the system through the bus line withoutdisturbing any of the other devices operation.

The contact input units shall provide either two or four contact inputcapability. Each contact shall be configurable to control any individual orgroup of circuits.

Contact input unit (Binary Input Module) shall be selected and capable toreceive 230 Vac, 24 Vac/dc or a floating contact (free of voltage contact)as per site requirements

3.7 Movement Detector

The movement sensors shall have a built-in lux sensor with an adjustable

set point so as not to switch On circuits even after detecting movement

due to sufficient natural light. There shall also be an adjustable Off delay

on the movement sensor from 1 sec to 16 min. to ensure that circuits are

not switched Off immediately. Further, the movement sensor shall

incorporate an On-Auto-Off switch for maintenance and local override

purpose.

Movement sensor detecting angle shall be 180 or 220 degrees to give

proper coverage as per site requirement.

Movement sensors shall be part of the and connected directly to lighting

control system via the 2-wire bus cable.

3.8 Presence Detector

The Presence Detectors shall have a built-in lux sensor with an adjustable

set point between 5 1000 lux so as not to switch On circuits even after

detecting presence due to sufficient natural light. There shall also be an

adjustable Off delay on the movement sensor from 10 sec to 30 min. to

ensure that circuits (and A/C) are not switched Off immediately.

When ceiling mounted at a 2.5m height from floor level presence Sensor

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detecting range shall be 360 degrees with a diameter of 8m - 9m at floor

level and a diameter of 6m at 1m height from floor level.

3.9 Blinds Shutter Control Module

Plug-in type DIN rail-mounted suitable for controlling up to four (4)

independent 230 Vac or 24 Vdc drive mechanisms.

Shutter controller shall have four (4) independent channels, each with 2

switch contacts for up/down control.

Each channel contact shall be rated at 6 A per switch contact.

The control module shall have a safety feature that avoids any possible

damage to the drive mechanism due to sudden changes in direction.

Mechanism protecting shall be via identifying a fixed time base for

determining the pause between changes in direction.

It is recommended to have the blind shutter control module from the same

manufacturer of shutter, shutter motor and shutter module to guarantee

smooth operation.

3.10 Light sensors (Twilight Switches)

A Twilight Switch capable of switching lighting circuits and other loads

shall be used. The brightness range of the Twilight Switch set point shall

be adjustable from 2 to 1000 lux or as agreed with the consultant/client at

the time of commissioning. A light sensor shall be connected to the switch

controller to detect daylight.

In the event more than one group of lights has to be controlled based on

deferent switching set points a light value switch capable of switching up

to three lighting groups shall be used where each individual channel has

a separate switching set point. The brightness range of the set points

shall be adjustable from 2 to 2000 lux or 20 to 20000 lux as agreed with

the consultant/client at the time of commissioning. A light sensor shall be

connected to the switch to detect daylight.

It shall be possible to over ride the circuits controlled (based on

brightness) via timer channels of the TP controller.

3.11 Infrared Remote Control

The infrared receivers built in the 3-gang and 5-gang switches shallaccept signals from the remote control units (transmitters), which shalloperate on replaceable batteries. The remote control unit shall havedifferent channel buttons to switch ON the various circuits at differentlevel of brightness with separate dim-up and dim-down buttons. Each ofthe Remote control channels shall respond to the Manual Switch channelin the same manner as described in the above in point (4. Switches).

Infrared hand held transmitter shall have wide aiming angle LEDs foraiming the transmission towards the receiver even though the remote is

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not pointed towards the receiver.

3.12 KNX control Panels (KNXCP)

There shall be a dedicated KNX Control Panel (KNXCP) for every DB.The KNXCP shall house the system devices and the related controlequipment depending on the no. of circuits being controlled. This is toensure the power wiring between the DBs and the control modules insidethe KNXCPs is kept to a minimum. The KNXCPs shall be surfacemounted IP65 polycarbonate enclosures together with built-in DIN-rails foreasy installation of the control equipment.

3.13 FCU Thermostat/ Controller

The FCU Thermostat/ controller shall have the following minimum feature:

A. KNX Communication Port

B. One, two, three speed fan

C. Damper actuator or actuated valve (Modulating on/off)

D. ON/OFF

E. KNX certified

F. Modern look on wall

G. Icon driven information

H. Filter dirty status

I. Celsius or Fahrenheit scale selectable

PRODUCT DATA SHEET 4 - Software

The programming shall be implemented via a PC or notebook computer locatedanywhere in the system, LAN, WAN or internet via home controller or direct andhaving access level passwords. Programming via local system switches or withno password security shall not be acceptable. Any device in the system shall beaccessed for programming from the PC location without having to manipulate thedevice locally.

4.1 Addressing/programming Mechanisms.

Each device in the system shall be addressable via a softwareprogrammable physical address. Any device in the system shallcommunicate with any other device via software programmable groupaddresses (telegrams). Each individual device will respond to only thosegroup addresses for which they are programmed to do so. There shall bean EEPROM storing the physical address, group addresses & othersoftware parameters for every device, thus making it intelligent. Nocentralized processors or centralized memory storage devices shall bepermitted.

Individual addresses, timing functions, group and pattern numbers shall

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be interred into the system by means of a PC or notebook locatedanywhere in the system.

Changes in individual, pattern or group control of the relays and dimmersshall be accomplished without rewiring or other hardware changes.

SCHEDULE 6 - House Local Area Network

Each home has a redundant fiber optic connection (single mode fiber) and a HomeAutomation Gateway supplied by others for each house. The Home automationcontractor shall design install, test and commission all the inside house LAN as specifiedin Section 16505 HOUSE LAN. The home automation contractor shall employ a certifiedand approved LAN contractor as indicated in Section 16505.

SCHEDULE 7 - Multi-Room Audio System

Multi Room Audio System shall be installed for Villas and big Multi Family houses asindicated in drawings and this specification. The Multi Room Audio System shall alsoallow selections of sources and distribute to different rooms using touch screens,keypads, PC, IR remote.

The Audio content shall be controlled and displayed on the in-room touch screen orfurther from an IR universal remote. The system shall interface with Home MasterController. And shall be controlled form the home automation screens.

The system shall have the following features:

Offers CD quality, uncompressed audio

Controls each zone independent from other zones

Uses standard CAT6 wiring

Can be individually configured for each zone

Uses IR learning technology for flexible remote control option with any learning

remote handset

Provide TC/IP control for system integration into 3 rd party control interface/GUI.

PRODUCT DATA SHEET 0 - Central Unit:

0.1 6 Source Inputs (5 analogue RCA, 1 Digital opt./coax.SPDIF)0.2 Large IR storage for source commands, routed IR through0.3 6 window emitter outputs0.4 Easy setup/auto start configuration0.5 Timer/Clock0.6 Home Theater Trigger0.7 Easy access to presets0.8 Cool: no heat emission0.9 1 Controller for up to 254 Zones0.10 LAN-Interface0.11 TCP/IP Control option0.12 230 VAC switched outlets for sources and LSM PSUs0.13 19 Rack mount ears included

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0.14 Available in black or silver

PRODUCT DATA SHEET 1 - LSM Module (Loud Speaker Module):

1.1 2 x 20 WRMS Class D Stereo amplifier1.2 Variable Line Out1.3 3-Port Switch/CAT 5 IN/OUT1.4 IR/Keypad interface1.5 Relay Out1.6 DIP Switch for individual1.7 System address1.8 DIN Rail mount1.9 New 24 bit DAC digital analogue converter1.10 Modified amplifier design with improved mute circuit1.11 RJ45 connectors for audio/data1.12 Status indicator LEDs for data and registration1.13 Needs separate 24VDC/2.5A power supply (48V power

PRODUCT DATA SHEET 2 - Compact module to combine the u function of

2.1 Loudspeaker module2.2 IR module2.3 Power supply

PRODUCT DATA SHEET 3 - Combined IR - Keypad

3.1 4 keys and numerical display3.2 IR-receiver 3.3 Status indicator 3.4 Fits in standard European Switchbox3.5 Integrated headphone amplifier

PRODUCT DATA SHEET 4 - Accessories

The system shall have several accessories to be used to expand the system andwhere needed, these includes:

4.1 Local input module to be placed anywhere within the network4.2 Compact Module to combine speaker module IR module and powe supply in one4.3 Remote control, learning with touch screen4.4 Remote handset

PRODUCT DATA SHEET 5 - Speakers

Speaker shall be installed in the location indicated on drawings with theapproved of the site architect for shape, design and location. Speaker shall bepreferable from the same manufacturer of the system for perfect match.

The speaker shall be selected for:

Ceiling mounted

Wall mounted

Outdoor (Garden) mounted

5.1 Ceiling speaker

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Speaker shall be recessed for ceiling installation. The assembly shall besecured using two clamps and the front ring is screwed on a bayonetconnection. An optional housing for concrete ceiling shall be available.The speaker shall have the following minimum specification:

Load/Rating/ Music Power6/8 W

Impedance 4, 20 OhmTransformerSPL 1W/1m 86 dBSPL PNenn/1m 94 dBSPL PNenn/1m/f 100 dB/4 kHzFrequency range (-3 dB)

250-20000 HzFrequency range (-10 dB)

170-21000 HzTransmission Angle 1/2/4/8kHz (- 6dB) 180/-/120/140 Component Set 1 x B66 BBMaterial Housing:plastic, grille: metalCut Out 93 mmDepth 42 mmColors White (RAL 9016)

5.2 Wall Mounted Speaker

2 way hi-fi design speaker for wall assembly. It shall have a 135 mmwoofer and coaxial tweeter arrangement.

Load/Rating/ Music Power24/40 W

Impedance 8 OhmTransformerSPL 1W/1m 89 dBSPL PNenn/1m 103 dBSPL PNenn/1m/f 107 dB/3 kHz

Frequency range (-3 dB)100-21000 HzFrequency range (-10 dB)

80-25000 HzTransmission Angle 1/2/4/8kHz (- 6dB) 160/-/70/50 Component Set 1 x PM135/2-8Material Housing:plastic, grille: metalColors White (RAL 9016),silver (RAL 9006)

Accessories includes plasticrear panel

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5.3 Outdoor Speaker

2 way hi-fi speakers, in a stone look for outdoors (garden). The speakershall have a 165 mm woofer and 13 mm dome tweeter. The speaker shallhave the minimum specification:

Load/Rating/ Music Power25 W

Impedance 4 OhmTransformer 25/12.5/6.25 WSPL 1W/1m 85 dBSPL PNenn/1m 99 dBSPL PNenn/1m/f 106 dB/3 kHzFrequency range (-3 dB)

80-20000 HzFrequency range (-10 dB)

70-22000 HzTransmission AngleHorizontal1/2/4/8 kHz (- 6dB)

160/-/40/40 Transmission Angle Vertical1/2/4/8 kHz (- 6dB)

160/-/40/40 Component Set 1 x B165/2-4Material Housing:

plastic, grille: aluminumColors granite-grey, granite-red

PRODUCT DATA SHEET 6 - Music Audio Equipment

6.1 Audio Music Server

Audio music server shall have a hard disk capacity of 160 GB asminimum. It shall be capable to sort the music by album, artist or trackand shall have the following minimum specification:

a. Integrated in the control of the master audio controller

b. Play internet radio

c. Play and visualize IPOD and similar devices via USB

d. Audio input: 1x analogue (RCA)

e. Audio output: 1x analogue (RCA) + digital (S/p-DIF optical toslinkand coaxial RCA)

f. Other interfaces: 4 port switch with 10/100 Mbit/s. 54 Mbit/s WLANaccess point, 2 USB 1.1/2.0

g. Operating voltage 230 V AC/50 Hz

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6.2 CD player

High quality CD player shall be provided with the following minimumfeatures:

a. Frequency response 2 Hz 20 KHz

b. Harmonic Distortion 0.002 % (1 KHz)

c. Signal to noise ratio 110 dB

d. Dynamic range 100 dB

e. Disc Compatibility CD, CD-RW (Mp3, WMA),

USB

f. Audio Digital Output Optical and Coaxial

6.3 Internet/FM tuner

A complete tuner for internet radio and FM radio station with the followingminimum features:

a. Wireless access to internet radio stations and local FM (87.5-107mHz) radio stations

b. 20 Fm presets so you can program in your favorite stations

c. Features a high speed wireless 802.11 b/g connection and aIEEEE 820.3 RJ45 Ethernet connection

d. Full function IR remote controls lets you control your internet radiofrom anywhere in the room

e. Large, bright LCD display with dimmer function displays up to 4lines of information

f. Dual-alarm lets you wake up to streaming internet radio or any

local FM station

g. Snooze functions lets you fall asleep to your music

h. Cabinet shall fit and match with the house decor.

0.1 IP network Camera

PRODUCT DATA SHEET 7 - Mini dome Fixed IP network camera with the following minimumspecification:

7.1 Image sensor : 1/4 progressive scan CMOS

7.2 Lens : Varifocal 2.8 - 10 mm/F1.3 DC-iris

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7.3 Day and night :

7.4 Min illumination/ light sensitivity (lux) : 1

7.5 Compression : MPEG-4, h264, Motion JPEG

7.6 Max video resolution (pixels) : 640 x 480

7.7 Frames per second : 30 (640x480)

7.8 Audio support : Two-way, Half Duplex

7.9 Alarm in-/outputs : 1/1

7.10 Intelligent video : Motion detection Audio detectionActive tampering alarm

7.11 Security : Multi-level passwords IP filtering

HTTPS encryption IEEE 802.1X

7.12 Network : IPv4/v6, QoS

7.13 Power over Ethernet (IEEE 802.3af): Class 1

7.14 Serial connectors :

7.15 Outdoor use :

For outdoor use outdoor, vandar resistance mini dome with similar specification as

above.

PART 3 - EXECUTION

SCHEDULE 0 - Submit shop drawings and data sheet for approvals.

SCHEDULE 1 - SENSOR INSTALLATION

PRODUCT DATA SHEET 0 - Install and aim sensors in locations to achieve at least 90 percentcoverage of areas indicated. Do not exceed coverage limits specified in manufacturer's writteninstructions.

SCHEDULE 2 - WIRING INSTALLATION

PRODUCT DATA SHEET 0 - All wiring shall be in accordance with SASO/IEC and NEC andconform to all local codes.

PRODUCT DATA SHEET 1 - Size conductors according to lighting control devicemanufacturer's written instructions, unless otherwise indicated. The contractor shall review theproper installation of each type of device with the equipment supplier

PRODUCT DATA SHEET 2 - Splices, Taps, and Terminations: Make connections only onnumbered terminal strips in junction, pull, and outlet boxes; terminal cabinets; and equipment

enclosures.

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PRODUCT DATA SHEET 3 - Use specialized wire as per manufacturer recommendations.

SCHEDULE 3 - FIELD QUALITY CONTROL

PRODUCT DATA SHEET 0 - Perform the following field tests and inspections and prepare testreports:

0.1 After installing time switches and sensors, and after electrical circuitry hasbeen energized, adjust and test for compliance with requirements.

0.2 Operational Test: Verify actuation of each sensor and adjust time delays.

PRODUCT DATA SHEET 1 - Remove and replace lighting control devices where test resultsindicate that they do not comply with specified requirements.

PRODUCT DATA SHEET 2 - Additional testing and inspecting, at Contractor's expense, will beperformed to determine compliance of replaced or additional work with specified requirements.

PRODUCT DATA SHEET 3 - Perform all the function of home automation for every componentand for the system to the satisfaction of the engineer.

SCHEDULE 4 - VALIDATION

PRODUCT DATA SHEET 0 - The control System contractor shall check out, calibrate and testall connected hardware and software to insure that the system performs in accordance with theapproved specifications and sequences of operations submitted.

PRODUCT DATA SHEET 1 - Witnessed validation demonstration shall consist of:

2. Demonstrate group and pattern switching

3. Demonstrate timer and delay functions

4. Demonstrate scheduling function

5. Demonstrate manual override commands.6. Displays and demonstrate system man/machine interface

7. Operate all the system from the home automation screens.

8. Operate the system using iPhone, Smartphone.

9. Demonstrate the integration of each villa with the data center servers andwith CCC stations

10. Demonstrate the visualization of the house system.

SCHEDULE 5 - MANUALS

PRODUCT DATA SHEET 0 - The contractor shall provide complete system documentation atacceptance including:

0.1 As-built drawing of the project

0.2 Equipment supplier submittals

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0.3 System operation manual

SCHEDULE 6 - TRAINING

PRODUCT DATA SHEET 0 - All training shall be by the control system supplier and shall utilizespecified manuals and as-built documentation.

PRODUCT DATA SHEET 1 - Operator training shall include two sessions encompassing

1.1 Sequence of operation review

1.2 Use of all specified functions

PRODUCT DATA SHEET 2 - Onsite training shall consist of a minimum of (30) hours of hands-on instruction for the operation and maintenance of the system

SCHEDULE 7 - SPARE PARTS

PRODUCT DATA SHEET 0 - Include the following spare parts with the contract to be handedover to the owner at the end of the contract

0.1 5% spares of all relays

0.2 5% spares of all switches

END OF SECTION

ITCC in Riyadh

16504-home automation system

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