Web Access Software The optional Web access software allows the user access any device in the LCP3000EZ system. This allows control of

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1 LCP3000EZ Panels System Features The Siemens LCP3000EZ is fully assembled and delivered with all specified relays, digital inputs, power supply and RS232 interface installed in the enclosure. Wall mount the enclosure. Connect the 120V AC power supply. connect the loads to the relays. Connect the inputs. Then with a PDA with serial port support (RS232) (running Palm OS 3.5 or higher), configure which inputs control which output/s (relay/s) and the system is ready to go. The configuration software also can be run on a PC using Palm Emulator software. The configuration software and the Palm Emulator are provided with every order at no charge. If your system has more than one panel, simply interconnect the panels with an 18 AWG solid copper twisted pair. The Siemens LCP3000EZ lighting control system comes with an abundance of standard operating features and the intelligence to meet virtually any lighting control application. Each panel is equipped with an RS232 interface for easy configuration of inputs and outputs. Any panel in the network can be configured from any other panel in the same network. Other options include Ethernet interface, PC software, two different time clocks (4 and 16 control points, which provide the ability to set 324 or 500 schedules respectively), motion sensors, dual sensors for light and temperature and more. These options enable you to have a lighting control system that can meet even the most demanding applications. Each individual device holds its own operating program in non-volatile memory. There is no central or master controller. This feature prevents entire system shut down, which could happen on systems with a central logic board. Networking Up to 10 panels can be networked together without the need for any additional cards or devices. With optional Web access devices and ComBridge Studio Software, the user can network up to 500 panels. The LCP3000EZ interfaces with any Building Automation System using OPC. Web Access Software The optional Web access software allows the user access any device in the LCP3000EZ system. This allows control of General any relay from a PC. Password protection allows partial control to individual users. For example, the employee can turn ON or OFF the office lights from any PC. Enclosure The LCP3000EZ is enclosed in a NEMA 1, UL listed enclosure with hinged door and hinged dead fronts. There are two dead fronts, one for the low voltage (24V) section and one for the line voltage load relays. There is a barrier between the two sections. Technical Literature You are able to review and download a copy of the LCP3000EZ Lighting Control Selection and Application Guide at usa.siemens.com/lcp3000ez. A printed version of the Selection and Application Guide, No. LCSA , or the Technical Data Sheet, No. LCSS , can be requested through the Siemens Call Center at System Specifications b NEMA 1, surface mount, optional key lock and flush mount kit b Enclosures are always 20" wide and 5 3 4" deep; height depends on number of outputs: - 24" high for up to 16 outputs - 32" high for up to 32 outputs - 40" high for up to 48 output relays b Load relays: - Mechanically held - Visual position indicator - Have manual override - Built in timer which can be set in 30 minute intervals up to 6 hours - Eight relays per module - Can be programmed as groups to control two or three pole loads - Are rated 20 Amp, 277 Volt (480V Y with ground three phase loads) b All panel size accept a maximum of 32 digital (switch) inputs: - Rated 24V AC/DC - Can be configured to accept maintained, or momentary inputs - Four inputs per module b 4 control channels time clock allows 324 schedules b 16 control channels time clock allows 500 schedules. Four channels have astronomical clock feature - Both time clocks have 10 years battery back up - Automatic day light savings time adjustment - Time of day (TOD) schedules - Warn Off - 5 minutes b RS-232 interface in every panel b Network up to 10 panels twisted pair wire, without additional cards b Network up to 500 panels with optional Web access devices and ComBridge Studio Software b Ambient Conditions: - Ambient operating temperature: 23 F F ( C) - Ambient temperature (non-op): -13 F F ( C) - Relative Humidity (non-condensing): 5% to 93% Siemens Industry, Inc. SPEEDFAX 2011 Product Catalog 12-11

2 LCP3000EZ LCP3000EZ Catalog Numbering System Accessories Catalog No. 5WG1 70-8X -Z 12 LIGHTING Enclosure Height 3 = 24" (up to 16 relays = 2 output (relay) modules) 4 = 32" (up to 32 relays = 4 output (relay) modules) 5 = 40" (up to 48 relays = 6 output (relay) modules) Panel Designation A, B, C, D, E, F, G, H, J or K Number of Input Modules Select 0, 8, 16, 24 or 32 inputs. Divide the number of inputs by 8 to get the number to enter at this location. i.e. 24 inputs / 8 = 3. Number of Output Modules 1 to 6 (8 outputs per module; i.e. 48 outputs / 8 outputs per module = 6 output modules). Enclosure Options Blank = None 1 = Flush Mounting Kit 2 = Key Lock 3 = Key Lock and Flush Mounting Kit To format the LCP3000EZ catalog number proceed as follows: 1. Enclosure Height: Determine the number of relays and provisions for future relay additions your installation requires. Round the number up to the nearest multiple of 8 (relays come in blocks of 8 relays). - 8 to 16 outputs (relays) enclosure height is 24". Enter 3 in the Enclosure Height field - 24 to 32 outputs (relays) enclosure height is 32". Enter 4 in the Enclosure Height field - 40 to 48 outputs (relays) enclosure height is 40". Enter 5 in the Enclosure Height field 2. Panel designation: First panel is A, second panel is B, third panel is C, etc. Last panel is K. There is no Panel I. 3. Number of input Modules: Determine the number of inputs your system requires and round the number up to the nearest multiple of 8 (input modules are packaged as 2 blocks of 4; therefore, they are supplied in groups of 8). Divide the number of inputs by 8 to determine the number of input modules: - 8 inputs: enter 1 in the Number of Input Modules field - 16 inputs: enter 2 in the Number of Input Modules field - 24 inputs: enter 3 in the Number of Input Modules field - 32 inputs: enter 4 in the Number of Input Modules field 4. Number of output (relay) modules: Determine the number of relays, and provisions for future relay additions your installation requires; then round the number up to the nearest 8 (relays come in blocks of 8 relays). Divide the number of relays by 8 to determine the number of output (relay) modules: - 8 relays: enter 1 for Number of - 16 relays: enter 2 in the Number of - 24 relays: enter 3 in the Number of - 32 relays: enter 4 in the Number of - 40 relays: enter 5 in the Number of - 48 relays: enter 6 in the Number of 5. Enclosure options: Determine if key lock, flush mounting kit of both are required. - No option required: leave the Enclosure Options field blank - Flush mount kit: enter 1 in the Enclosure Options field - Key lock: enter 2 in the Enclosure Options field - Key lock and flush mount kit: enter 3 in the Enclosure Options field Example: A system needs two panels: The first panel requires 20 inputs and 30 outputs (relays). The second panel requires 31 inputs and 44 outputs (relays). Key lock is required in both panels. First Panel: 1. Enclosure height: Number of outputs (relays) = 30, round up to the nearest multiple of 8 which is /8 = 4. Enter 4 in the Enclosure Height field. 2. Panel designation: This is the first panel. Enter A in the Panel Designation field. 3. Number of input modules: Number of inputs = 20, round up to the nearest multiple of 8 which is /8 = 3. Enter 3 in the Number of Input Modules field 4. Number of output (relay) modules: Number of relays = 30 round up to the nearest multiple of 8 which is /8 = 4. Enter 4 in the Number of Output (relay) Modules field. Second Panel: 5. Enclosure height: Number of outputs (relays) = 44, round up to the nearest multiple of 8 which is /8 = 6. Enter 5 in the Enclosure Height field. 6. Panel designation: This is the second panel. Enter B in the Panel Designation field. 7. Number of input modules: Number of inputs = 31, round up to the nearest multiple of 8 which is /8 = 4. Enter 4 in the Number of Input Modules field. 8. Number of output (relay) modules: Number of relays = 42 round up to the nearest multiple of 8 which is /8 = 6. Enter 6 in the Number of Output (relay) Modules field. Applicable to all panels: 9. Enclosure options: Key lock required. Enter 2 in the Enclosure Options field. Finalized catalog numbers: First panel is: 5WG XA34-Z2 Second panel is: 5WG XB46-Z2 External options After you have finished with the LCP3000EZ catalog number, select any external options for the project. i.e.: - Motion sensors (two SIEMENS motion sensors are supported per panel). Third party motion sensors with dry contacts can be used; This type is used in conjunction with the Input Modules - Outdoor light sensor (one is supported by each network of 10 panels - Override or key switch (you may select this option, although the binary inputs can also be used for this purpose - Web Access software (ComBridge Studio) - OPC interface - services - Data Base services Siemens Industry, Inc. SPEEDFAX 2011 Product Catalog

3 LCP3000EZ Options (not included in panel catalog number) 5WG EY01-Z-A201 5WG EY01-Z-A202 5WG AB11 4 control channels time clock 16 control channels time clock Motion sensor 5WG AB02-Z-A221 Wall mounted bus coupler for motion sensor(s). Panel A* 5WG AB02-Z-A231 Wall mounted bus coupler for motion sensor(s). Panel A* 5WG AB02-Z-B222 Wall mounted bus coupler for motion sensor(s). Panel B* 5WG AB02-Z-B232 Wall mounted bus coupler for motion sensor(s). Panel B* 5WG AB02-Z-C223 Wall mounted bus coupler for motion sensor(s). Panel C* 5WG AB02-Z-C233 Wall mounted bus coupler for motion sensor(s). Panel C* 5WG AB02-Z-D224 Wall mounted bus coupler for motion sensor(s). Panel D* 5WG AB02-Z-D234 Wall mounted bus coupler for motion sensor(s). Panel D* 5WG AB02-Z-E225 Wall mounted bus coupler for motion sensor(s). Panel E* 5WG AB02-Z-E235 Wall mounted bus coupler for motion sensor(s). Panel E* 5WG AB02-Z-F226 Wall mounted bus coupler for motion sensor(s). Panel F* 5WG AB02-Z-F236 Wall mounted bus coupler for motion sensor(s). Panel F* 5WG AB02-Z-G227 Wall mounted bus coupler for motion sensor(s). Panel G* 5WG AB02-Z-G237 Wall mounted bus coupler for motion sensor(s). Panel G* 5WG AB02-Z-H228 Wall mounted bus coupler for motion sensor(s). Panel H* 5WG AB02-Z-H238 Wall mounted bus coupler for motion sensor(s). Panel H* 5WG AB02-Z-J229 Wall mounted bus coupler for motion sensor(s). Panel J* 5WG AB02-Z-J239 Wall mounted bus coupler for motion sensor(s). Panel J* 5WG AB02-Z-K230 Wall mounted bus coupler for motion sensor(s). Panel K* 5WG AB02-Z-K240 Wall mounted bus coupler for motion sensor(s). Panel K* 5WG CB11-Z-A211 5WG CB11-Z-B212 5WG CB11-Z-C213 5WG CB11-Z-D214 5WG CB11-Z-E215 5WG CB11-Z-F216 5WG CB11-Z-G217 5WG CB11-Z-H218 5WG CB11-Z-J219 5WG CB11-Z-K220 5WG EY01-Z-A203 5WG CB02-Z-A204 Touch Panel, Panel A Touch Panel, Panel B Touch Panel, Panel C Touch Panel, Panel D Touch Panel, Panel E Touch Panel, Panel F Touch Panel, Panel G Touch Panel, Panel H Touch Panel, Panel J Touch Panel, Panel K Outdoor ambient light level sensor Key switch 5WG EY01-Z-A201 4 Control channels Accessories 5WG EY01-Z-A203 Outdoor ambient light sensor 5WG AB21-Z-A251 IP Interface Software options for remote control and monitoring Software for LAN connection (for monitoring and control) license extension for LAN software OPC services for connection with BAS, LAN software required LAN software services LAN software database services LAN software Visual Editor * Each panel supports 2 SIEMENS motion sensors. Catalog number corresponds to bus coupling 1 and bus coupling 2 for each panel. The actual motion sensing device plugs into the bus coupling unit. Notes about components catalog number: First 12 characters are the out of the box component catalog number (i.e. 5WG CB11). Z is a position holder in the catalog number sequence. Last four characters are for a component s specific location in the system (for example K220; where K indicates that the device belongs to panel K and 220 is the device s unique address). Siemens Industry, Inc. SPEEDFAX 2011 Product Catalog 12-13

4 Accessories Description of devices Selection All devices described here are interconnected via 18 AWG solid copper twisted pair or via a communication bus on the DIN rails incorporated into the panels. 12 LIGHTING Output (relay) Device (5WG CB01): Block of V, 20 amp, relays with timers, visual indication and manual override capability. Input Device (5WG CB01): Block of 4 digital inputs. It can take inputs from a set of dry contacts (maintained or momentary). Inputs requires 24 volt supplied by the power supply. Power Supply (5WG CB01): Input 120 V, 50/60 HZ. One per panel. It supplies voltage for communications and for the inputs. Sixteen Control Channels Time Clock (5WG EY01): It has 16 control channel. Each channel can be seen by the system as an input. This device can be programmed with up to 500 different schedules, automatic day light saving time and 10 years battery back up. The first four control channels can be programmed as astronomical time clock. This feature allows to control the outside lights based on date and geographical location, rather than with an outdoor light level sensor. RS232 Interface (5WG AB04): It allows the user to configure the panel on site via a DB9 serial cable. Configuration is done with the software supplied free of charge with every order. IP Interface (5WG AB21): It allows connection to the user s LAN for control and monitoring of the system. Optional ComBridge Studio software is required for LAN connectivity. It can be configured for fixed IP address and also for DHCP. Choke (5WG AB01): It is mounted next to the power supply. The choke prevents the power-supply 5WG CB01 from short-circuiting the data on the bus line. It picks up the power from the two outer printed conductors and feeds it via inductors to the two inner printed conductors. Four Control Channels Time Clock (5WG EY01): It has four control channels; each channel can be seen by the system as an input. This device can be programmed with up to 322 different schedules, automatic day light saving time and 10 years battery back up. Outdoor Ambient Light Sensor (5WG1 P254-3EY01): Used to control outdoor lights such as parking lot, signs, drive through window. Three light level thresholds (100 Fc, 50 Fc and 20 Fc) are pre-programmed into the device. This is also a temperature sensor. Outside temperature can be read when the optional ComBridge Studio LAN software is used. Motion Sensor (5WG AB11): Detects motion to command light to turn ON. Each motion sensor require bus coupling unit 5WG CB Siemens Industry, Inc. SPEEDFAX 2011 Product Catalog

5 Accessories Key Switch (5WG CB02): It is a block of 4 digital inputs It can take inputs from a set of dry contacts (maintained or momentary). It requires no voltage from the power supply. One UP220 device is supported by each set of 10 panels. This device is intended to be used for after hours override purposes (i.e. cleaning crews). Touch panel (5WG CB11): It allows remote control of the lights. It also provides relay status, indication of outside light level and temperature. Each panel in the system can have a dedicated touch panel. Selection LAN software (ComBridge Studio): It allows connectivity to the user s LAN for control and monitoring of the lighting control system. It has options for the following applications: b Additional licenses to allow more than one person to control the lights (access is password protected with levels of access authority) b OPC interface: For communications with building automation systems (BAS) b services: can be programmed to send when a pre-selected event occurs b Database s: Stores pre-selected events on a database for further viewing and analysis b Visual editor: Allows a graphical interface with the lighting control system Replacement parts To order replacement parts simply refer to the number on a device label (for devices installed in the enclosure, this number label is also on the inner door. This number starts with the panel letter designation followed by a number (i.e. A-101). From this number, SIEMENS knows exactly what you need. Siemens Industry, Inc. SPEEDFAX 2011 Product Catalog 12-15

6 12 LIGHTING Lighting Controls Web Visualization with ComBridge Studio OPC OPC Engine WebTab WebAccess Engine Visual Director Core s Database Automation Engine Scheduling Visual Editor InfoPoint Configurator Configuration Manager Overview Visual Director is a complete Web visualization tool with user interface, its own navigation structure with EIB display and control elements that can be freely positioned. The OPC service links EIB elements with OPC client systems. Automation s execute automation functions directly from the ComBridge Studio Server PC: schedule jobs, s and database entries for the purpose of data analysis and reporting. Core and Webtab s link the EIB system to the network and enable fast tabular visualization. Applications Get and configure only the functions that you really need to establish a simple, easy to operate interface. The graphical interface is ideal for use by non-technical personnel. It is also used to create links to other building automation functions and systems. Webtab s Tools IP Router, users and functional expansions can be added at any time. This offers considerable cost benefits. These functions can be divided into four groups: b Webtab s b Automation s b OPC s b Visualization Automation s This package provides all the functions to control and monitor an LCP3000EZ Lighting Control System. It contains Webtabs, which support linking to the visualization of the lighting control data points in the shortest time possible. The following tools are part of the Core and Webtab s: b ComBridge Configuration Manager: User interface for management of the IP router, TCP engines and software licenses b ComBridge InfoPoint Configurator: Easy-to-use tool for the creation of Webtabs, OPC data point lists, services, time jobs and database entries. b Web-based user control: Control of the installation, ComBridge Studio Automation s deliver application services at the supervisory level. Schedules: Daily programs can be stored and managed centrally using the Scheduling. Simply checkmark the week days on which you need to activate. Switching and control commands can be executed according to the schedule. s: Critical conditions or events can be monitored so that in event of their occurrence, s are delivered. The contents of s can be custom designed, and even sent with an attachment, e.g. with photos or circuit diagrams. This capability enables an easy to visualize system that can expedite Trouble Diagnosis & Repair. Data recording: Using the Database s, you can write selected events to a database for daily, weekly or monthly scheduled evaluation and reporting Siemens Industry, Inc. SPEEDFAX 2011 Product Catalog

7 Web Visualization with ComBridge Studio OPC s Visual Director Overview ComBridge Studio offers full OPC server functionality enabling SIEMENS lighting controls integration with other building automation systems (BAS). Double Advantage: ComBridge Studio OPC s can also be used at the same time as other ComBridge Studio applications. For example, the facility can be controlled by OPC at the same time as the workplace is controlled using Webtab or a Visual Director application. It is also possible to ensure access to the system installations for service personnel, or setup an message services. Quantity Control: Not all data is of interest to the OPC client system. Exchanging all data with the system can lead to huge volumes of information that clogs up the system. In the InfoPoint Configurator you can restrict lists to the required information only. ComBridge Studio Visual Director is supplementary to Webtab and offers a wide range of design options such as definable navigation, layout of the graphical display and control elements. Web Standards: Visual Director is HTML-based. Web assets, such as, navigation, graphics, dynamic HTML, layouts, scripts and dynamic contents in visualization projects can be used repeatedly. Furthermore, HTML know-how is now prevalent in the market and easily available. User Login: Visual Director provides complete system definition, application and use. Each user can be assigned their own start page and navigation allowing for individual system or operational views depending upon operator or monitor access level, engineering, maintenance or security function. The user level lets you control the data points each user can access. Visual Editor: Visual Director contains a menu-assisted, pixel-graphic HTML editor with a multitude of functions for creating your Web user interface. Siemens Industry, Inc. SPEEDFAX 2011 Product Catalog 12-17

8 5WG CB01 Binary Input Device Wiring Diagrams LIGHTING 12 Figure Siemens Industry, Inc. SPEEDFAX 2011 Product Catalog

9 5WG CB01 Load Relays Device Wiring Diagrams Communications Connector 3.54" (90 mm) 5.67" (144 mm) From Breaker This type connection allows one breaker to feed more than one relay Figure 3 Siemens Industry, Inc. SPEEDFAX 2011 Product Catalog 12-19