compelling flexible - siemens...eib is a standardized bus technology (ansi eia 776, en 50090) used...

LCP3000EZLighting Control

compelling

Global network of innovation

FLEXIBLE

Selection and Application Guide2004

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instabus EIB TechnologyOverview

System Overview

Selection Process

E-Z-Config Tool

System Components

s

LCP3000EZ Lighting ControlSystem

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LCP3000EZ Selection and Application Guide • May 2004

This Selection and ApplicationGuide helps you select thecorrect number of LCP3000EZpanels, inputs, outputs andaccessories to fit your lightingcontrol application.

Organization• System Overview –

provides an introduction into the lighting control system based on instabus EIB.

• Technical Description – explains the instabusarchitecture and technology.

• Selection Process – explains the step-by-step process for planning and designing a new or retrofit lighting control system.

• E-Z-Config Tool – describes the Palm OS based configuration tool, which can also be run on a PC using an emulator.

• Information Forms – support gathering information about the desired lighting control system function and layout.

• System Components – data sheets for all components used in the Siemens instabus Lighting Control System LCP3000EZ.

FormsThese forms are an essentialpart of the applicationselection process. The formscan be found on the Web:http://www.sea.siemens.com/power/product/pdpprodlc.html

Before proceeding, take amoment to make severalphotocopies of the forms.

About This Guide

Greater demand for flexibility,ease of installation and lowerenergy consumption have ledto the development oflighting control and buildingmanagement systems.

EIB is a standardized bustechnology (ANSI EIA 776, EN50090) used world-wide forthese systems. The SIEMENSLCP3000EZ lighting controlpanels take full advantageof the instabus EIBtechnology.

AdvantagesIn conventional lightingcontrol systems, eachfunction needed its ownwiring and each controlsystem it’s own separatepower supply. With instabus,however, all operatingfunctions and procedures canbe controlled, monitored andsignaled via a single sharedtwisted pair cable.

In addition to the reducednumber of cables and wiring,there are other advantages:Initial installation is muchsimpler and, later, it can beextended or modified withoutdifficulty. The LCP3000EZLighting Control Panels canbe quickly and easily updatedfor new configurations orrearranged layouts simply byreassigning (reconfiguring)the bus devices. And it is notnecessary to add any newwiring.

The LCP3000EZ LightingControl Panels also can beconnected to buildingautomation systems. Thismeans that the LCP3000EZLighting Control Panels canbe used as economically inprivate homes as in hotels,schools, banks, officebuildings or buildingcomplexes.

Because of these advantages,instabus has been used in

over 100,000 installationsworld-wide with more than10 million deployed devices.

Transmissioninstabus is a decentralized,event controlled bus systemwith serial data transmission.All connected bus devices canexchange information witheach other through theshared transmission route(the bus).

Data is transmitted seriallyand according to fixed rules(bus protocol). This involvespacking information into atelegram and transporting itvia the bus from one sensor(control station) to one ormore actuators (receivers).

TechnologyThere is no centralizedcontrol unit; each device hasits own operational programwhich is stored in non-volatilememory. This removes thepossibility of a complete

system shut down, which canoccur on conventionalsystems when the main logicboard fails.

The power supply providesindividual line devices with24V DC Class 2 power (safetyextra low voltage, SELV) witha maximum current of320mA. It has power andcurrent limiters and is thusshort-circuit-proof.

Short network interruptionsare bridged with 100msstored-energy time.

The twisted pair cable lengthof a line, including allbranches, must not exceed3300’ (1000 m.)

instabus EIB Technology Overview

LCP3000EZ SA_intro-sec1-3.qxd 5/27/04 2:55 PM Page 1


The LCP3000EZ LightingControl System is fullymodular in design. In itsbasic form, it consists of tennetworkable low voltagerelay control panels.

Each panel containsmicroprocessor controlledinput or control relaymodules, each containingan individual microprocessor.Each panel offers 8, 16, 24or 32 programmableswitch inputs and 8, 16,24, 32, 40 or 48programmable controlrelays.

A set of up to ten panelswith a total of up to 320inputs and 480 relayoutputs is networkablewithout usingcommunication ornetworking cards in any ofthese ten panels. Eachpanel contains an RS 232interface module for accessto and configuration of anyof the ten control panels.The set of up to ten panelsconsists of a base paneland up to nine expansionpanels. The base panel ismarked as Panel A, theexpansion panels aremarked as Panel B, Panel C,Panel D, Panel E, Panel F,Panel G, Panel H, Panel Jand Panel K.

Panel A (first panel)provides up to 32programmable switchinputs, up to 48

programmable controlrelays, an RS 232 interfacemodule for access to andconfiguration of any of theset of ten control panels, atime-clock with four timechannels and a powersupply. Optionally, Panel Aprovides a time-clock withsixteen time channelsinstead of four timechannels. Optionally, PanelA is expandable with eithera Dual Sensor for outdoorambient light level andtemperature reading, orwith a Touch Panel usercontrol interface for PanelA, or with an administratorTouch Panel, or with a keyswitch, or with up to twomotion sensors, or with anIP Interface for InternetProtocol access via LAN ormodem to the lightingcontrol system. Theseoptions are added withoutusing any of theprogrammable switchinputs on any of thepanels.

Each expansion panel(Panel B to K) provides upto 32 programmableswitch inputs, up to 48programmable controlrelays, an RS 232 interfacemodule for access to andconfiguration of any of theset of ten control panels.Optionally, each expansionpanel is expandable witheither a Touch Panel usercontrol interface for thispanel, or with up to two

motion sensors. Theseoptions are added withoutusing any of theprogrammable switchinputs on any of thepanels.

Each individual controlrelay provides an optionaltimer function with outputtimers for 30, 60, 90, 120,180 or 240 minutes. Eachindividual control relayprovides an optional WarnOff (flash the lights) toinform the occupants of animpending Off command.The Warn Off commandprovides a time duration of5 extra minutes. Theoccupants may exit thepremises with adequatelighting or cancel the WarnOff by overriding thelighting zone. This optionoccurs with all OFFcommands except localoverrides. Each individualcontrol relay permitslighting to be overriddenON for after hours use orcleaning. The controlsystem provides timedoverrides assigned tospecific relays. Overridetimes may be configured to30, 60, 90, 120, 180 or240 minutes. Once thetimed override expires, thecontrol system returns therelays to their programmedstate. These overrides arehard-wired inputs. Eachcontrol relay outputprovides a logic controlfunction for logic (AND,

OR) combination of inputscontrolling the outputrelay. Logic AND controlenables or disables anoutput relay based onTime-Of-Day scheduling orany input in the system.Logic OR control providesforced ON control of anoutput relay by Time-Of-Day scheduling or from anyinput in the system.

Configuring the controlsystem is through a PalmOS or PC basedconfiguration software.The Palm OS device or PCmay be connected to anypanel in the control systemvia the RS 232 interfacemodule. Descriptiveinformation assists the userto employ the systemwithout a programmingmanual.

The control systemprovides networkingbetween sets of up to tenlighting control panelswithout addingcommunication ornetworking cards in eachof these ten panels. Sets ofup to ten lighting controlpanels are wired to thesame line (twisted pairnetwork). Using the IPInterface option,networking between linesis possible via LAN and aSCADA system. This controlsystem network maysupport up to 500 controlpanels.

System Overview

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LCP3000EZ Lighting Control System



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3/2Selection Process




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Selecting LCP3000EZPanels and AccessoriesThis section describes theapplication selectionprocess for the SiemensLCP3000EZ Lighting ControlSystem.Application selection is atwo-part process in whichyou: 1. Plan the project.2. Design the project.Each part of the processincludes several steps. Allsteps are required for mostprojects.3. Identify application andfunction issues.

Step 1: Determine theapplication requirementsand objectivesThis step answers thequestion, ”Why is a lightingcontrol system beingspecified?”

You can gain insights intothe applicationrequirements by:• Reviewing blueprints orother documents• Talking to the client or theclient's representative abouthow the space will be used.• Talking to the client or theclient's representative abouttheir goals for lightingcontrol.

NOTE: To fully utilize thecapabilities of theLCP3000EZ read theTechnical Description tomake yourself familiarwith the system.

Step 2: Determine howrooms or buildings will beusedThis information is essentialfor developing a gooddesign. You can determinehow an area will be used by

asking the followingquestions:• Is this new or retrofit

construction?• Does the system extend

outdoors?• Who are the occupants?• What needs to be

controlled?• How much control is

required?• Who needs to control the system?

• What future changes are planned or should be possible without rewiring?

Step 3: Identifyapplication and functionissues.This step allows you todecide what features andcontrol mechanisms to buildinto the system.You can determine therequirements by asking thefollowing questions:

• How many switchinggroups are required?• Where can the panels bemounted?• Where will wall switchesbe mounted?• Is security lightingrequired?• How are functions to becontrolled?• Which functions should belinked?• What are the higherpriority functions?• Will the system bemonitored remotely orlocally?

NOTE: Use the InformationForms to gather this data.Information forms can befound in our Web page:http://www.sea.siemens.com/power/product/pdprodlc.htmlAlso see blank formsamples on the next pages.

Selection ProcessPart 1: Plan the Project

System design involvesselecting the topology andcomponents that best meetthe requirements identifiedduring the planningprocess. During planning,follow these guidelines:• System supports adecentralized structureregardless of system size.• System adapts to newfunctions easily.• Up to 10 panels can becombined in one system.• A system of any size has afour channel time clock; a 16 channel time clock isoptional.• The standard enclosuresare for surface mountingand have a non key lock.• Flush mounting kit andkey lock are optional.• Each panel can have up to48 outputs, 32 digital (drycontacts) inputs,

two motion detectors, oneoutdoor light and temperaturedual sensor and one LCDtouch panel.• Control can be timedependent, light dependent,motion dependent or acombination.

System design involvesseveral steps:

• Step 1: Determine thenumber of lighting controlpanels in the system.The Information Formshelp determine the numberof panels. Each panel mayhave up to 32 inputs and 48output relays each panel inthe system has a separate catalog number.(see 10th digit in thecatalog number)

• Step 2: Determine panellocation in the building.

Lighting Control Panelshould be mountedadjacent to the panelboardfeeding the load.

• Step 3: Determinecatalog number

a. Determine number ofoutput modules in eachpanel (last digit in catalognumber). Divide thenumber of outputs perpanel by 8 and round up tothe next integer.Example: 9 output relaysare required. Then inserttwo (2) for the outputs inthe order number for thatpanel. Number of outputmodules determinesnumber of rails (7th digit incatalog number)

b. Determine number ofswitch inputs (digitalinputs /dry contacts)

Divide the number of inputsper panel by 8 and round upto the next integer.Example: 7 inputs arerequired. Then insert one(1) for the inputs in theorder number for thatpanel.

• Step 4: Select controlaccessories (orderedseparately)- Motion sensor (up to two

per panel)- Dual sensor (outdoor

light level and temperature)- 4 or 16 channel time clock- IP connectivity/WebAccess

operation- Master touch panel- Touch panel (one per

panel)

• Step 5: Choose enclosureoptions- Flush mount- Key lock

Selection ProcessPart 2: Design the Project



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Information Form Sample 1 - Relay Outputs

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Information Form Sample 2 - Time Clock Schedules (Weekly)

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NOTE: To make this task easier, SIEMENS offers a software tool. Ask your SIEMENS sales person or distributor forassistance with it.

Selection ProcessPart 3: Determine Catalog Numbers

LCP3000EZ Catalog Numbering System Catalog No.

5WG1 70 -8XNumber of Rails3 (24” high) (16 outputs maximum)4 (32” high) (32 outputs maximum)5 (40” high) (48 outputs maximum)

Panel DesignationA 1st panel in a systemB 2nd panelC 3rd panelD 4th panelE 5th panelF 6th panelG 7thpanelH 8th panelJ 9th panelK 10th panel

Number of Switch Input Modules01234

Number of Output Modules123456

Final step: select accessories and options. (ordered separately - see next page - 3/8)

(Determined by the number of outputs and output provisions)

(8 switch inputs per number)

(8 outputs per module)



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LCP3000EZ Catalog Numbering (Accessories)

5WG1 703-8XX00 Flush mount kit for 20" X 24" box with 3 7.5 mm deep DIN Rails5WG1 704-8XX00 Flush mount kit for 20" X 32" box with 4 7.5 mm deep DIN Rails5WG1 705-8XX00 Flush mount kit for 20" X 40" box with 5 7.5 mm deep DIN Rails5WG1 700-8XX00 Key lock kit for all panels5WG1 372-5EY01-Z-A201 4 channel time clock5WG1 373-5EY01-Z-A202 16 channel time clock5WG1 255-2AB11 Motion sensor5WG1 114-2AB02-Z-A221 Wall mounted bus coupler for motion sensor(s), Panel A5WG1 114-2AB02-Z-A231 Wall mounted bus coupler for motion sensor(s), Panel A5WG1 114-2AB02-Z-B222 Wall mounted bus coupler for motion sensor(s), Panel B5WG1 114-2AB02-Z-B232 Wall mounted bus coupler for motion sensor(s), Panel B5WG1 114-2AB02-Z-C223 Wall mounted bus coupler for motion sensor(s), Panel C5WG1 114-2AB02-Z-C233 Wall mounted bus coupler for motion sensor(s), Panel C5WG1 114-2AB02-Z-D224 Wall mounted bus coupler for motion sensor(s), Panel D5WG1 114-2AB02-Z-D234 Wall mounted bus coupler for motion sensor(s), Panel D5WG1 114-2AB02-Z-E225 Wall mounted bus coupler for motion sensor(s), Panel E5WG1 114-2AB02-Z-E235 Wall mounted bus coupler for motion sensor(s), Panel E5WG1 114-2AB02-Z-F226 Wall mounted bus coupler for motion sensor(s), Panel F5WG1 114-2AB02-Z-F236 Wall mounted bus coupler for motion sensor(s), Panel F5WG1 114-2AB02-Z-G227 Wall mounted bus coupler for motion sensor(s), Panel G5WG1 114-2AB02-Z-G237 Wall mounted bus coupler for motion sensor(s), Panel G5WG1 114-2AB02-Z-H228 Wall mounted bus coupler for motion sensor(s), Panel H5WG1 114-2AB02-Z-H238 Wall mounted bus coupler for motion sensor(s), Panel H5WG1 114-2AB02-Z-J229 Wall mounted bus coupler for motion sensor(s), Panel J5WG1 114-2AB02-Z-J239 Wall mounted bus coupler for motion sensor(s), Panel J5WG1 114-2AB02-Z-K230 Wall mounted bus coupler for motion sensor(s), Panel K5WG1 114-2AB02-Z-K240 Wall mounted bus coupler for motion sensor(s), Panel K5WG1 588-2CB11-Z-A210 Master Touch Panel5WG1 588-2CB11-Z-A211 Panel A, Touch Panel5WG1 588-2CB11-Z-B212 Panel B, Touch Panel5WG1 588-2CB11-Z-C213 Panel C, Touch Panel5WG1 588-2CB11-Z-D214 Panel D, Touch Panel5WG1 588-2CB11-Z-E215 Panel E, Touch Panel5WG1 588-2CB11-Z-F216 Panel F, Touch Panel5WG1 588-2CB11-Z-G217 Panel G, Touch Panel5WG1 588-2CB11-Z-H218 Panel H, Touch Panel5WG1 588-2CB11-Z-J219 Panel J, Touch Panel5WG1 588-2CB11-Z-K220 Panel K, Touch Panel5WG1 254-3EY01-Z-A203 Outdoor ambient light level sensor5WG1 220-2CB02-Z-A204 Key switch5WG1 146-3AB01-Z-A251 Web access operation and control

5WG1 373-5EY01-Z-A20216 channel time clock

5WG1 254-3EY01-Z-A203Outdoor ambient light level sensor

5WG1 146-3AB01-Z-A251Web access operation and control

Selection ProcessPart 3: Determine Catalog Numbers



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LCP3000EZ E-Z-Config Tool


The LCP3000EZ E-Z-ConfigTool is a software programdeveloped by SIEMENS toallow installers to easilyconfigure the LCP3000EZlighting control system. Itis distributed free of chargewith every system.What is needed:

PALM Pilot with thefollowing requirements:• Palm OS 3.5 or higher• 2MB RAM or more• Serial interface RS 232or a Windows based PCwith Palm Emulatorsoftware installed. This isalso distributed free ofcharge with every system.

The LCP3000EZ E-Z-ConfigTool allows:• Configure and download

functions to a system.• Upload an existing

configuration from a system.

• Test the configuration.• Operate the relays one at

a time or as a block.• Read relay status.• Operate relays using

linked inputs.• Read outdoors light level.



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5/35/45/55/65/75/85/95/105/11

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5/135/145/155/165/175/18

System Components

Enclosures

Internally Mounted Devices:Load Switch N 512 Switch Inputs N 261 Annual Scheduler REG 372 Annual Scheduler REG 373 Power Supply N 123 Choke N 120 Line/Backbone Coupler N 140 RS 232 Interface N 148 Connector REG 191 Accessories: 192 Cover Strip, 193 Plug in connector, 190 Data Rail.

Externally Mounted Devices:Dual Sensor AP 254 Bus Coupling Unit UP 114 Motion Detector UP 255 Switch Interface UP 220 Touch Panel Vision UP 588 Ethernet Interface AP 146


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The Siemens instabuslighting control panelsupports the systemcomponents and otherpanel mounted devices. All panel mounted devices

snap into DIN rails. Anintegral data rail provides24V DC power andcommunications to thesystem. The lightingcontrol panel enclosures

are 20 inches in width andeither 24, 32 or 40 inchhigh. Flush-mount andsurface-mount enclosures(5 3/4 inch deep) areavailable for new or retrofit

construction. All lightingcontrol panels are asfreestanding units.

Enclosures

24” Freestanding, surface mount enclosure 11-D-2275-01



24” Flush mount kit 11-D-2278-01



N-A Key lock kit 11-D-2281-01

Height Description Catalog Number



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Load Switch N 5128 x 230 VAC, 20 Amp

The load switch N 512 is a N-system DINrail mounted device. Via its eight outputs,it can switch eight separate groups ofelectric devices. The power supply of theload switch N 512 is provided by the bus(i.e., it requires no additional powersupply). The outputs may be operatedmanually via slide switches. These

switches also show the actual switchingstate (when switching manually as well aswhen switching via the bus). Each of theoutputs (relays) can be assigned varioustasks depending on the applicationprogram used, i.e. the load switch N 512consists of the device (hardware) and itsapplication programs (software).

Technical DataPower supply Class 2 via bus line, 24V DC

Device Rating 480 V AC

Outputs Number: 8 contactsRated voltage: 12 – 277V AC, 50... 60 HzRated current: 20 Amp.Switching characteristic: set in parameter listaccording to application program

Control Elements One learning button: for switching between normal operating mode and addressing modeEight slide switches for manual operation

Display Elements One red LED: for monitoring bus voltage and displaying mode,selected with the learning buttonEight slide switches providing switching state information

Connections Load circuit: AWG# 14 -12 solid or stranded Cu bus line:One screw less bus connection block AWG #20 –18 solid Cu,pressure contacts on data rail

Physical Housing: plasticSpecifications N-system DIN rail mounted device, width: 144 mm (5.67”)

Weight: approx. 560 grInstallation: rapid mounting on DIN EN 50022-35 x 7.5 rail

Reliability 99.92% based on 1,000,000 units/10 years of operation under load

Electromagnetic Complies with Part 15 of the FCC rules pursuant to the limits Compatibility for a Class A digital device

Environmental Ambient temperature operating: 23ºF – 113ºF (-5... +45ºC)Specifications Ambient temperature non-op.: -13ºF – 158ºF (-25... +70ºC)

Relative humidity (non-condensing): 5 % to 93

Listings and UL listed (E173 174)Certifications UL 916, Energy Management Equipment Accessory

CSA certification (pending)EIB certifiedCE MarkComplies with EMC regulations (residential andnonresidential buildings) and low voltage regulations

Order No. 5WG1 512-1CB01Dimension Diagrams

Typical Circuit

• Dimensions in mm and inches



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Binary Input N 2618 x 120 VAC, 20 Amp

The binary input N 261 is a N-system DINrail mounted device with four inputs. Therequired voltage must be provided by anadditional 24V AC or 24V DC power supplyunit. Each of the inputs can be assignedvarious tasks depending on theapplication program used, i.e. the binaryinput N 261 consists of the device

(hardware) and its application programs(software). Appropriate applicationprograms are available for the differenttasks the binary input N 261 can handle;e.g. sending of ON and OFF messages atdifferent edges of the input signal eitherevent-controlled or cyclic withprogrammable repetition.


Inputs Number: 4 inputsInput signal voltage:- Rated value: 24V AC/DC- Frequency: 47... 63 Hz (at 24V AC)- Signal "0": -30… +5V DC, 0... 5V AC- Signal "1": +10… +30V DC, 10... 30V ACInput current:- At "1": usually 3.5 mA (at 24V AC) and, 6 mA (at 24V DC)Input signal length: min. 50 msInput characteristic: set in parameter list according to applicationprogram

Control Elements Length of input signal cable: max. 110 yards (100 m)One learning button: for switching between normal operating mode and addressing mode

Display Elements 1 red LED: for monitoring bus voltage and displaying mode,selected with the learning button

Connections Signal inputs, screwless plug-in terminalsLoad circuit: AWG # 20 -14 solid CuBus line: bus line: One screw less bus connection blockAWG #20 –18 solid Cu, pressure contacts on data rail

Physical Housing: plasticSpecifications N-system DIN rail mounted device, width: 1.42” (36 mm).

Weight: approx. 0.33 lb (150 gr)Installation: rapid mounting on DIN EN 50022-35 x 7.5 rail




Relative humidity (non-condensing): 5% to 93%


CSA certification (pending)EIB certifiedCE MarkComplies with EMC regulations (residential andnonresidential buildings) and low voltage regulations

Order No. 5WG1 261-1CB01

Dimension Diagrams

Typical Circuit




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Annual Scheduler REG 372

The 4-channel time switch REG 372(annual scheduler) is a DIN rail mounteddevice for mounting in distribution boards.The connection to system is made via abus connector. The time switch offers: 324 switching times for selectable daily,weekly and date instructions, impulseinstructions, priority switching times, aswell as 1 x instructions for vacation /holidays. For each channel, additionally 9

further week programs with priority levelsP1 to P9 and a time-limited permanentlyswitched circuit can be programmedbesides the normal week program.Likewise a random program can beactivated. The period of a priority programis determined by input of a beginning andfinal date. The time switch calculatesmoving holidays (like Easter) automaticallyfor each year.

Technical DataPower supply Class 2 via bus line, 24V DC. Consumption: 8 mA (at bus voltage)

Inputs 4 channelsTime base: quartz precision322 memory locations in EEPROMShortest switching interval: 1 second / minuteswitching accuracy: 1 secondShortest impulse 1 secondTime accuracy: ±1 Sec./ at 68ºF (20°C)Power reserve: Lithium battery 10 years at 68ºF (20°C)Type of Lithium battery: CR 2450Daily, weekly, yearly and impulse programs as automatic programsManual overrides- Temporary manual override- Permanent manual overrideProgramming: Via 10-key keyboard or with PC Obelisk software and Obelisk memory cardBlock formation:Free block formation of week days and channelsAutomatic Summer / Winter time changeover

Control Elements One learning button: for switching between normal operating mode and addressing mode15 soft touch buttons: for setting day of week, hour, minute, time, program entry and 2 manual overrides

Display Elements One red LED: for monitoring bus voltage and displaying mode,selected with the learning button.LC Display: for display of time, day of week, daylight savings mode, holiday program mode, switching status and manual control mode

Connections Bus line: screw-less bus connection block

Physical Polymer casingSpecifications DIN rail mounted device

Weight: 0.75 lb (337 g)installation: rapid mounting on DIN EN50022-35 x 7.5 rail





Listings and EIB certifiedCertifications CE Mark

Complies with EMC regulations (residential andnonresidential buildings) and low voltage regulations

Order No. 5WG1 372-5YE01Dimension Diagrams

Typical Circuit




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Annual Scheduler REG 373

The 16-channel time switch REG 373(annual scheduler) is a DIN rail mounteddevice for mounting in distribution boards.The connection to system is made via abus connector. The time switch offers: 500 switching times for selectable daily,weekly and date instructions, impulseinstructions, priority switching times, aswell as 1 x instructions for vacation /holidays. For each channel, additionally 9

further week programs with priority levelsP1 to P9 and a time-limited permanentlyswitched circuit can be programmedbesides the normal week program.Likewise a random program can beactivated. The period of a priority programis determined by input of a beginning andfinal date. The time switch calculatesmoving holidays (like Easter) automaticallyfor each year.

Technical DataPower supply Class 2 via bus line, 24V DC. Consumption: 9 mA (at bus voltage)

Inputs 16 channelsTime base: quartz precision500 memory locations in EEPROMShortest switching interval: 1 second / minuteswitching accuracy: 1 secondShortest impulse 1 secondTime accuracy: ±1 Sec./ Tag or radio controlledPower reserve: Lithium battery ca. 1 1/2 years at 68ºF (20°C)Type of Lithium battery: CR 2450Daily, weekly, yearly and impulse programs as automatic programsManual overrides- Temporary manual override- Permanent manual overrideProgramming: Via 10-key keyboard or with PC Obelisk software and Obelisk memory cardBlock formation:Free block formation of week days and channelsAutomatic Summer / Winter time changeover

Control Elements One learning button: for switching between normal operating mode and addressing mode15 soft touch buttons: for setting day of week, hour, minute, time, program entry and 16 manual overrides

Display Elements One red LED: for monitoring bus voltage and displaying mode,selected with the learning buttonLC Display: for display of time, day of week, daylight savings mode, holiday program mode, switching status and manual control mode

Connections Bus line: screwless bus connection block

Physical Polymer casingSpecifications DIN rail mounted device

Weight: 1.00 lb (451 g)installation: rapid mounting on DIN EN50022-35 x 7.5 rail







Order No. 5WG1 373-5EY01Dimension Diagrams

Typical Circuit



Power Supply Unit N 123320 mA

The power supply unit N 123 provides andmonitors the necessary Class 2 power for theinstabus EIB system. At least one powersupply unit is required per bus line. Powersupply units are mounted on a DIN-railequipped with a data-rail in a control panel.The power supply unit N 123 must beinstalled in combination with choke N 120.Choke and power supply unit have to bemounted on the same DIN rail and areconnected via the data rail. No more thantwo power supply units may be used with asingle bus line. A second unit (power supplyunit and choke) is not required unless theworking voltage at a bus device falls short of21V. The cable length between the twopower supply units must be at least 200 m(600'). When more than 30 bus devices areinstalled in short bus cable distance

(approx.10 m) (30') (e.g., in control panelboards), the power supply unit N 123 shouldbe situated near these bus devices. The wirelength between power supply unit N 123,choke N 120 and any of its bus devices mustnot exceed 350 m (1000'). The power supplyunit N 123 has a voltage and current controland is therefore short-circuit proof. Shortpower breakdowns are bridged with a bufferinterval of at least 100 ms. By connectingtwo power supply units N 123 in parallel tothe instabus via the same choke N 120, thetolerable current can be increased from 320 mA to 500 mA (while maintaining thebuffer interval). For uninterrupted power, itis suggested to use a separately safeguardedcircuit for the power supply unit N 123’spower supply line.

Technical DataInput Voltage Rated voltage 120V AC

Frequency 50... 60 HzPermissible range: 100... 132V AC

Rated Power Approx. 24V ACConsumption

Output Voltage Rated voltage 29V DC safety extra low voltage (SELV)Permissible range: 28... 30V DC

Output Current Rated current 320 mAShort-circuit current: limited to 1.5 A

Backup Interval On input voltage failure: min. 200 ms at rated current

Control Elements Slide switch for re-setting the bus devices connected to theline (operation > 10 s)

Display Elements 1 red LED for indicating a shorted-out bus line or device over-load1 green LED for indicating faultless operation1 yellow LED for indicating external overvoltage on the busline power supply in reset mode

Connections Mains connection, screw-less plug-in terminals: AWG #14 solid Cubus line, pressure contacts on data rail

Physical Polymer casing, DIN rail mounted device, width: 5.5 (1SU = 18 mm)Specifications Weight: approx. 460 g (28 oz) installation: rapid mounting on

DIN EN 50022-35 x 7.5 rail



Relative humidity (non-condensing): 5 % to 93%

Listings and UL listed (E173 174)Certifications UL 916, Open Energy Management Equipment

CSA certified(pending)CE markedcomplies with EMC regulations (residential andnon-residential buildings) and low voltage regulationsEIB certified


Dimension Diagrams

Typical Circuit

• Dimensions in mm and inchesb = 3 TE1 Spacer unit (1 SU) = 18 mm ( 0.71”)


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Choke N 120500 mA

The bus devices’ working voltage istransmitted via the same cable as the datatelegrams. The choke N 120 protects thesedata telegrams from becoming terminatedon the bus line by the power supply. Thechoke picks up the working voltage on thetwo outer printed conductors of the datarail and feeds it to the two inner printedconductors via induction. The workingvoltage is directly fed to the DIN rail’s twoouter printed conductors by a powersupply unit N 123. Via the incorporatedreset-switch (operation > 10 s), the bus

devices are set to their default setting (i.e., the bus devices return to theirdefault setting with the recurring workingvoltage). This is done by short-circuitingthe bus line and switching off the workingvoltage. The choke resistance is low-ohmicfor the direct current of the workingvoltage. As information is transformed toalternate current for transmission on theinstabus system, the resistance of thechoke N 120 is high-ohmic. Therefore, the working voltage does not significantlyaffect the information signal.

Technical DataInput Voltage Rated voltage: 29V DC (28... 30V DC)

Rated current: 500 mA

Control Elements Slide switch: for resetting the bus devices connected tothe line (operation > 20 s)

Display Elements One red LED: for indicating when the slide switch isset to reset-position

Connections Power supply: pressure contacts on data rail(outer printed conductors)Bus line, pressure contacts on data rail(inner printed conductors)

Physical Polymer casingSpecifications N-system DIN rail mounted device, width: 2 SUs

(1 SU = 18 mm)Weight: approx. 105 g (4 oz)Installation: rapid mounting onDIN EN 50022-35 x 7.5 rail






CSA certified(pending)CE markedcomplies with EMC regulations (residential andnon-residential buildings) and low voltage regulationsEIB certified

Order No. 5WG1 120-1AB01Dimension Diagrams

Typical Circuit

• Dimensions in mm and inchesb = 3 TE1 Spacer unit (1 SU) = 18 mm ( 0.71”)



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Line/Backbone Coupler N 140

The line/backbone coupler N 140establishes a data link between twoseparate bus lines and galvanicallyseparates these bus lines. Thus, each busline can operate independently from the

other lines in their local operating scope.There are no differences in hardwarebetween the line and the backbonecoupler.

Technical DataRated Voltage Bus line: 24V DC (21... 30V DC).

Control Elements One learning button: for switching between normal operatingmode and addressing mode

Display Elements One red LED: for controlling bus voltage and displaying modethe learning button

Connections Bus line: pressure contacts on data rail

Physical Polymer casingSpecifications DIN rail mounted device, width: 1 SU (1 SU = 18 mm - 0.71”)

rapid mounting on DIN EN 50022-35 x 7.5 rail






CSA certification (pending)CE MarkComplies with EMC regulations (residential andnonresidential buildings) and low voltage regulations

Order No. 5WG1 140-1AB03

Dimension Diagrams




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Interface N 148/04RS 232

The RS 232 interface N 148/04 is a N-system DIN rail mounted device. Thedevice with integrated bus coupling unit2.1 is connected to the bus line via thepressure contact system. The N 148/04interface provides a galvanically separatedconnection to the bus system via its built-in Sub D 9-pin connector socket. Theconnection to the PC is made between the 9-pin SUB D socket of the interface N 148/04 and the COM 1 or COM 2interface of the PC. A DB-9 (male female)serial cable is needed for this connection.

It enables a personal computer (ATcompatible PC) to be connected foraddressing, configuring, visualising,logging and diagnosis of bus devices.With the N 148/04 interface, it is possibleto operate all bus devices in the whole bussystem with one of two selectableprotocols: the standard protocol and theFT1.2 protocol. The standard protocol isused e.g. by ETS. The FT1.2 protocol isused by various operator softwarepackages and software interfaces.

Technical DataRated Voltage Bus line: 24V DC (21... 30V DC).

Transmission Rate 9600 bit/s, 19200 bit/s

Control Elements One learning button: for switching between normal operatingmode and addressing mode

Display Elements One red LED: for controlling bus voltage and displaying modethe learning button

Connections Bus line: pressure contacts on data railRS 232 interface: 9-pin Sub D socket length of data cable: max. 15 m (45 ft)Serial connection DB-9 (male female cable available in electronics stores)

Physical Polymer casingSpecifications DIN rail mounted device, width: 1 SU (1 SU = 18 mm - 0.71”)

rapid mounting on DIN EN 50022-35 x 7.5 rail





CSA certified (pending)CE MarkComplies with EMC regulations (residential andnonresidential buildings) and low voltage regulationsEIB certified


Typical Cable Circuit




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Connector REG 191/012 fold

The connector module REG 191/01provide the connection between the datarails within a panel or between panelsthroughout the building. The connectionto the data rail is established via pressurecontacts (both printed conductorsconductor strips (Data Rail) snap onto the

DIN rail). The bus cables are connected viatwo screwless bus connector blocks 193.Up to four bus cables may be connectedper bus connector block 193. The DIN railmounted device is of compact design to allow mounting beneath controlpanel covers.

Technical DataConnectionsFor both bus Contact pinsconnections

For the bus Pressure contacts

Physical Polymer casingSpecifications N-system DIN rail mounted device. Width is 1 SU (1 SU = 18 mm).

Weight: approx 4.5 gr (2 oz)Installation: rapid mountimg on DIN 3.5 X 7.5 DIN rail



Accessories Bus connection block 193


Dimension Diagrams



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Accessories

The cover strip 192 is snapped ontounoccupied sections of DIN rails with fitted

data buses in order to maintain conditionsfor safety extra-low voltage SELV.

Technical DataLength Class 2 via bus line, 24V DC. Consumption: 8 mA (at bus voltage)

Mounting on DIN rail 35 x 7.5

Weight approx. 20 g (1 oz)

Order No. 5WG1 192-8AA01

Cover Strip 192

The bus connection block 193 is used forconnecting the bus line to the bus devices

when the connection is not possiblethrough a data rail.

Technical DataStructure two latched parts “+” (red) and “-” (black)

Plug-in Connections 2 x 4, AWG #24-18 solid Cu(Screwless)

Mounting is plugged into the bus device or used in branching boxes

Weight approx. 5 g (.2 oz)


Bus Connection Block 193 ( 2-poles, 4 connection points )

Data Rail 190



Bus Connection Block 1932-poles, 4 connectionpointsThe bus connection block 193is used for connecting the busline to the bus devices butcan also be used in branchingboxes for connecting buscables.

Extra Low VoltageConnection Block 1942-poles, 4 connectionpointsThis is used for connectingthe white and yellow wire ofthe bus line and for plugginginto devices to link up withthe outer printed conductorsof the data rail.

This is used for connecting the 24V DCpower to bus devices when the connectionis not possible through a data rail. (24V DC

on the outer printed conductors of thedata rail).

Technical DataStructure two latched parts “+” (red) and “-” (black)

Plug-in Connections 2 x 4, AWG #24-18 solid Cu(Screwless)

Mounting is plugged into the bus device or used in branching boxes

Weight approx. 5 g (.2 oz)


Extra Low Voltage Connection Block 194 ( 2-poles, 4 connection points )

The data rail 190 is glued into the DIN rail,and it connects devices together viapressure contacts in the instabus devices (inN-system dimensions). The data rail has

four printed conductors whereby the middlepair conducts the bus voltage and the outerpair connects the power supply to thechoke.

Technical DataStructure Self-adhesive conductor plate in anticorrosive design,

secure contact pressure

Length 277 mm for max. 16 SU = 10.90”

Mounting is glued into DIN rail 35 x 7.5

Weight approx. 24 g (1 oz)

Order No. 5WG1 190-8AB31 Length 324mm

Data Rail 190

Cover Strip 192



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Dual Sensor AP 254

The Dual Sensor AP 254 provides ambientlight level and outdoor temperaturevalues. These values can be sent onto the bus.

This device controls load switches based on threshold settings for ambientlight level.

The Dual Sensor AP 254 is suitable for multi-staged lighting controls.


Operating voltage: 21V DC - 30V DC

Measuring range Light level: 0.09…. 9300 Foot-candle (1... 100,000 Lux), ± 5 Lux or ± 20 LuxTemperature: -13ºF…. 131ºF (-25... 55°C), ± 1 or ± 5%The higher value of tolerance is applicable.

Control Elements One learning button: for switching between normal operating mode and addressing mode

Display Elements One red LED: for monitoring bus voltage and displaying mode, selected with the learning button

Connections Bus line, screwless bus connection block

Physical Housing: PolymerSpecifications



Environmental Ambient temperature operating: -13ºF – 113ºF (-25... +55ºC)Specifications Ambient temperature non-op.: -13ºF – 158ºF (-25... +70ºC)


Listings and EIB certifiedCertifications Complies with EMC regulations (residential and

nonresidential buildings)

Order No. 5WG1 254-3EY01

Dimension Diagrams

Connection to Bus Line




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Bus Coupling Unit UP 114/02

The bus coupling unit (BCU) UP 114enables application units (AUs) such asmotion sensor (UP 255) to be connectedto the bus line via the physical externalinterface (PEI). It contains a BCU and isrequired for extensive applicationprograms. The telegrams received via thebus line are processed by the bus couplingunit (BCU) and passed on to theapplication unit. In the opposite direction,signals coming from the AU are convertedinto telegrams and transmitted. The bus

coupling unit UP 114 is directly connectedto the bus line. It constantly monitors thebus and thus continuously is aware ofwhether the line is clear for sending orbusy with other telegrams. Uponappropriate events the BCU will sendimmediately provided the bus is not busy.Otherwise the sending request will bepostponed until the line is disengaged.The connection to the bus line isestablished via screwless plug-interminals.


Operating voltage: 21V DC - 30V DC

Control Elements One learning button: for switching between normal operating mode and addressing mode

Display Elements 1 red LED: for monitoring bus voltage and displaying mode,selected with the learning button

Connections 10-pin socket (PEI): to connect with an application unit (motionsensor)Bus line, screwless bus connection block

Physical Housing: plasticSpecifications




Relative humidity (non-condensing): 5% to 93%

Listings and CE normCertifications Complies with EMC regulations (residential and

nonresidential buildings) and low voltage regulations


Typical Circuit




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Motion Detector UP 255

The motion detector UP 255 is a proximitysensor which reacts to movements ofpeople, animals or other moving objects.If a motion is detected, the correspondingtelegrams are sent on the bus. It is usedfor example to detect people moving in itsmonitoring area. Using an appropriateapplication program, it gives switchingcommands via the flush-mounted buscoupling unit to actuators such as binaryoutputs to switch groups of luminaries or

to signaling units. It must be installed onthe flush-mounted bus coupling unit (UP 114). It is only operational when usedtogether with the bus coupling unit andthe corresponding application program i.e. the motion detector UP 255 with flush-mounted bus coupling unit (UP 114)consists of the device (hardware) and the application program (software). The device is for permanent interiorinstallations, in dry rooms.

Technical DataPower supply Via the bus coupling unit.

Properties Light sensor: adjustable in steps from 0.9 to 93 foot-candles(1 to 1000 Lux) (daylight mode to night mode).Horizontal detection angle: 180 degrees on two levels(can be reduced to 90° on the left or right using a detachablemasking plate)Lateral range: approx. 20 ft (6 m) each side.Optical system: Fresnel lens (2 levels with 18 segments)

Operating Elements Potentiometer for step-less adjustment of the range between100% and 20%.

Connections 10-pole plug connector (PEI): for connection to the bus coupling unit

Physical Housing: PlasticSpecifications Dimensions (L x W x D): 65 x 65 x 30 mm

(2.56” x 2.56 ” X 1.18” )Weight: approx. 45 g (0.095 lb)Fire load: approx. 750 kJ ± 10 %Mounting: clipped onto bus coupling unitMounting height: 3.6 to 7.2 ft (1.10 m to 2.20 m)








Dimension Diagrams




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Switch Interface UP 220

The switch interface UP 220 is abinary input device for installation in astandard junction or wall switch box. 4 inputs are available for potential-freeswitching/keying contacts. The scanningvoltage for these contacts is provided bythe switch interface UP 220 (no additionalpower supply required). Up to four

switches may be connected to a switchinterface UP 220. The connection to theswitch interface UP 220 is accomplishedvia a plug-in eight-core set of lines(included). The length of the cables that connect the switches to the switchinterface UP 220 must not exceed 5 m(15’)!

Technical DataPower supply Via the bus line

Number of inputs 4 for momentary or maintained contact switches/push buttons

Scanning voltage 24V DC (supplied by the wall switch interface)

Connections:switches/ Eight wires twisted together in pairs with the pushbuttonpush buttons interface permanently connected, length approx.150 mm,

may not be extended

bus line, Use bus connector 193, see system accessoriesbus connection block screwless

Protection class III

Mounting Fitted in standard wall switch and junction boxes


Dimension Diagrams

• Dimensions in mm

Typical Circuit



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Touch Panel Vision UP 588

The touch panel vision UP 588 is amultifunctional display/control unit. Thebasis of the device is an LC display with aresolution of 320 x 240 pixels and anintegrated, resistive matrix with 6 x 10fields. The display has backlightingavailable (green), which is activatedduring operation and can be switched offautomatically after an adjustable period.In connection with the associated

application program, the display unit canbe used for the following functions:• To display and operation of up to 70

standard functions on 7 display pages,• To display an alarm page with 4 alarm

signals and 2 text messages,• To execute time-controlled tasks.Design, aluminum frame (Cat # 5WG1588-8AB01) is required for the touchpanel.

Technical DataPower supply Bus voltage: via the bus line

External power supply 230V AC or 120V AC ±15%, 50/60 Hz

Operating Elements One learning button: for switching between normal operating mode and addressing modeResistive matrix with 6 x 10 fields (touch-sensitive display)

Display Elements Red programming LED: for displaying normal/addressing mode320 x 240 pixel display with graphic capability and green backlighting

Connections Bus line: EIB bus terminal, screw-less connection

Physical Housing: plasticSpecifications Mounting depth in flush-type box: 2.05” (52 mm)

Installation: screwed into the flush-type boxDimensions of flush-type box (W X H X D):6.3” X 5.12” X 2.76” (160 x 130 x 70 mm), included with supply.Weight: approx. 0.77 Lb (350 g)

Reliability 99.92% based on 1,000,000 units/10 years of operation

Electromagnetic Complies with Part 15 of the FCC rules pursuant to the limits fora Class A digital device


Relative humidity (non-condensing): 5% to 93

Listings and UL listed (E173 174)Certifications UL 916, Energy Management Equipment Accessory) and

low voltage regulations

Order No. 5WG1 588-2AB_1

Dimension Diagrams




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Ethernet Interface AP 146

The interface for Ethernet-UDP/IP AP 146 isa surface mounted device. This interfaceconnects an instabus system to a PC orother Internet Protocol (IP) enabled devicevia the Intranet. Using the InternetProtocol the interface offers remoteconfiguration and operation of devicesover a LAN or Intranet connection. Theinterface also connects to a time server onthe Intranet to provide accurate date andtime to the devices. The IP address of theinterface is assigned to the device via

special software (ETS), or automatically isassigned by a BootP server on the IPnetwork. Assigning the IP address from aBootP server allows for changes to the IPaddress without changing the setup ofthe device itself. The fixed MAC addressrequired to configure the BootP server isprinted on the device. With the ETSSoftware the application program isselected, its parameters and addresses areassigned appropriately and downloaded tothe Ethernet-UDP/IP interface AP 146.

Technical DataPower supply Class 2 via bus line and separate 6V= Class 2 power supply.

Control Elements One learning button: for switching between normal operating mode and addressing mode; 1 red LED for controlling bus voltage and displaying mode, selected by the learning button

Display Elements One red LED: for monitoring bus voltage and displaying mode,selected with the learning buttonFour red LEDs: indicating the communication statusM – Device can access Ethernet communicationLK – Ethernet connection is aliveRx – receiving Ethernet-IP dataTx – transmitting Ethernet-IP data

Connections Power supply: - Socket for Class 2 power supply 6-12V DC(power supply unit with primary 100-240V AC,secondary 6V DC, 2.1 AmpEthernet IP communication: - RJ45 socketBus line: - instabus SMS EIB-Socket 2-pole

Physical Polymer casingSpecifications Surface mounted device

Weight: approx. 225 g (0.496 lbs)

Communications •Ethernet- 10Mb/s- MAC address printed on device•Internet Protocol- UDP/IP- BootP




Listings and CE markedCertifications complies with EMC regulations (residential and nonresidential

buildings) and low voltage regulationsEIB certified

Order No. 5WG1 146-1CB01Dimension Diagrams

B = 80 mm - 3.15 inchesH = 55.5 mm - 2.19 inchesL = 146 mm - 5.75 inches

Typical Operation


Siemens Energy & Automation, Inc.Power Distribution Solutions3333 Old Milton ParkwayAlpharetta, GA 30005

For more information, call 1-800-427-2256or visit www.sea.siemens.com

Order # LCSA-03000-0504 5M00504CEG Printed in USA

© 2004 Siemens Energy & Automation, Inc. All Rights ReservedSiemens is a registered trademark of Siemens AG. Product names mentioned may be trademarks or registered trademarks of their respectivecompanies. Specifications are subject to change without notice.

LCP3000EZ SA_cov1/final.qxd 5/27/04 8:20 AM Page 4

compelling flexible - siemens...eib is a standardized bus technology (ansi eia 776, en 50090) used...

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