MODULAR PE 操作手册

A member of the popular ESP family of controllers, the ESP-Modular is designed to maximize your productivity by saving you time and money. The large, easy to read display and intuitive programming sequence make this the most user-friendly controller in its class. The spacious cabinet and terminal locations make installation and wire-up a snap. And features like the Contractor Default™program make service calls more efficient and earn you more money by taking less time! The ESP-Modular: Maximizing your Productivity.Features•ESP Programming: Extra-Simple Programming with large numbers and text in the LCD to aid user programming •Three independent programs with 4 start times each for a total of 12 start times •Four station base model with the capacity to receive plug-in station modules of three stations each allows the controller to expand from 4 to 13 stations•Hot swappable modules can be installed while in operation and in any position •Station 13, called an “Auxiliary Station™”can bypass an active sensor to allow watering even if the other stations are disabled or can operate as a normal station •Contractor Default™setting allows the contractor to set his own default program and can be accessed with the push of a button. Useful in easily restoring a schedule that has been altered by a homeowner or to replace a temporary schedule for new seed or sod•5-year lithium battery maintains time and date during a power outage.•365-day calendar with leap year intelligence means that you can set an “Odd” or “Even” day watering schedule and not worry about changing the date on leap years•Four irrigation cycle modes for maximum flexibility and compliance to all major watering restrictions (Custom 7-day calendar, 1-31 day cycle and odd/even cycles)•Non-volatile memory maintains the irrigation schedule indefinitely during a power outage •Permanent day off feature preventswatering on any day of the week in anycycle mode•Global Season Adjust (0-200%) allows theuser to alter the run time of all the valvesin every program with the push of a button•Dedicated sensor terminals allow the userto easily connect a sensor to the controllerfor maximum water efficiency. A light(LED) and a message on the LCD indicateswhen a sensor is active•Sensor bypass switch allows the user tooverride an active sensor•Diagnostic self-setting circuit breakeridentifies a valve or wire fault andcontinues to water operable stations•Enhanced Diagnostic Feedback™alerts theuser to programming errors and otherconditions that may render a scheduleinoperable•“Valve Test Terminal” allows the installerto test the valve wires during installation todetermine the valve that each wire isconnected to•Master valve/pump start circuitprogrammable by station allows operationof connected pump as needed.•Programmable Delay between stationfeature allows additional time betweenzones for water well recovery or slowclosing valves•Spacious heavy-duty cabinet with internaljunction box provides lots of room forwiring and eliminates the need topurchase an external j-box for a clean andprofessional looking installation. Outdoormodel comes with key-locking cabinet•Remote ready connector enables thecontroller to be used with RM1 and RMX1remote control systems where available.Operating Specs•Station timing: 0 to 6 hours for all stations•Automatic Starts: 4 start times per programon the quarter hour for up to a total of 12start times per day if using all threeprograms•Independent programming schedules:N Custom (water by day of the week)N Odd (water on odd days of the monthexcept 31st or 29th if leap year)N Even (water on even days of the month)N Cyclic (1-31 days: Water from everyother day to once every 31 days)TECH SPECSBase Model ModulesESP-4Mi: Indoor3-Station ModuleESP-4M: OutdoorThe ESP-Modular Controller Maximize Your ProductivityRain Bird Corporation Contractor Division6991 East Southpoint Road, Tucson, AZ 85706Phone: (520) 741-6100 Fax: (520) 741-6522Rain Bird Corporation Commercial Division6991 East Southpoint Road, Tucson, AZ 85706Phone: (520) 741-6100 Fax: (520) 741-6522Rain Bird International, Inc.145 North Grand Avenue, Glendora, CA 91741Phone: (626) 963-9311 Fax: (626) 963-4287Rain Bird Technical Service1-800-RAINBIRD (U.S. and Canada only)® Registered trademark of Rain Bird Corporation.© 2005 Rain Bird Corporation 2/05SpecificationsThe controller shall be of a hybrid type that combines electro-mechanical andmicroelectronic circuitry capable of fullyautomatic or manual operation. The controller shall be housed in a wall-mountable, weather-resistant plastic cabinet with a key-locking cabinet door (outdoor models only) suitable for either indoor or outdoor installation.The controller shall have a base unit with 4stations as well as three expansion slotscapable of receiving station modules of three stations each to create a controller of up to 13stations. Station 13 shall be called an “auxiliary station” and shall have the capability of bypassing an active rain sensor or offunctioning as a normal station output. Station timing shall be from 0 minutes to 6 hours. Run time resolution shall be in 1-minute increments from 0 to 59 minutes and 10minutes from 1 to 6 hours. The LCD shall display "No Run Times" or equivalent icon for 230 VAC models if no run time has been entered for any station in any program. The controller shall have three separate and independent programs which can have different start times, station timing andwatering days. Each program shall have up to 4 start times available. The controller shall stack multiple start times in sequence to prevent hydraulic overload. The LCD shall display "No Start Times" or the equivalent icon for 230VAC models if no start time has been entered for any program. The controller shall be capable of operating two 24 VACsolenoid valves per station plus a master valve or remote pump start relay. The controller shall operate on 120 VAC±20% at 60Hz (230VAC ±20% at 50Hz for international models). The controller shall have anelectronic, diagnostic circuit breaker that shall sense a station with an electrical overload or short circuit and shall bypass that station and continue operating all other stations.The controller shall have a 365-day calendar with a permanent day off feature that allows aday(s) of the week to be turned OFF on any cycle (odd/even/1-31day cycle). A day set to “Permanent Off” shall override the normal repeating schedule and shall display the words “Day Always Off/Day Off” in the LCD screen.The controller shall have a seasonal adjust feature adjustable from 0% to 200% inincrements of 10%. Seasonal adjust shall effect all programs simultaneously. If seasonal adjust is set to 0% the LCD shall display “SEASONAL ADJ”(equivalent icon for 230 VAC models). The controller shall have a 12-hour AM/PM or 24 hour military (for 230VAC models) clock with a midnight day change over. The controller shall have a sensor circuit for connection to a rain sensor or to anunderground moisture sensor system that will interrupt a scheduled watering under “wet” or “moist” conditions. The controller shall have an indicator on the LCD screen and one LED light to indicate that a sensor is connected and active and that watering has been temporarily disabled.The controller shall have access to a variety of “hidden features” by turning the dial to a specific location on the dial and pushing the ON OFF buttons simultaneously. Thesefeatures shall include: 1) save a custom default program 2) retrieve a custom default program 3) bypass an active rain sensor on the Auxiliary Station 4) allow the Auxiliary Station to be interrupted by an active rain sensor 5) Clear memory 6) Set a day as “Permanently Off” 7)Set master valve/pump start circuit by station 8) Set programmable delay between station.The controller shall have the following manual operations and manual advances for semi-automatic control:Run a single valveRun multiple manually stacked valves Run a semi-automatic programRun a test on all valves (all stations with any time assigned regardless of the program) from 1 to 10 minutesThe controller shall have a removable, battery programmable front panel (uses a 9 volt battery [not included]) for conveniently programming the controller away from the installation site or for teaching irrigation scheduling.The controller shall have the capacity for the program to be erased allowing the user to start programming with a blank controller. The controller shall have multiple knockouts, sizes and locations, including the back of thecabinet, to facilitate installation and provide a clean professional look. The controller shall have a factory default program that runs 10minutes every day beginning 8 hours after power resumption.The controller shall have a reset button to reset the controller in the case of micro-controller “lock-up” due to power surges or frequent interruption to the power supply.D39455EESP-4MESP-4Mi。

PGElectrical · Principle of Function · Universal Gripper1044Modular RoboticsModular-Standardized interfaces for mechatronics and control for rapid and simple assembly without complicated designs-Cube geometry with diverse possibilities for creating individual solutions from the modular systemIntegrated-The control and power electronics are fully integrated in the modules for minimal space requirements and interfering contours-Single-cable technology combines data transmission and the power supply for minimal assembly and start-up costs Intelligent-Integrated high-end microcontroller for rapid data processing -Decentralized control system for digital signal processing -Universal communication interfaces for rapid incorporation in existing servo-controlled conceptsYour advantages and benefitsThe modules of the PowerCube series provide the basis for flexible combinatorics in automation. Complex systems and multiple-axis robot structures with several degrees of freedom can be achieved with minimum time and expenditure spent on design and programming.Module overviewThe innovative technology of the PowerCube modules already forms the basis of numerous applications in the fields of measuring and testing systems, laboratory automation, service robotics and flexiblerobot technology.PGServo-electric2-Finger Parallel Gripper PRServo-electric Rotary Actuators PWServo-electricRotary Pan Tilt ActuatorsPSMServo-motors with integrated position controlPDUServo-positioning motor with precision gearsPLSServo-electric Linear Axes withball-and-screw spindle drivePG·Universal Gripper1045Method of actuationThe PowerCube modules work completely independently. The master control system is only required for generating the sequential program and sending it step by step to the connected modules. Therefore, only the current sequential command is ever stored in the modules, and the subsequent command is stored in the buffer. The current, rotational speed and positioning are controlled in the module itself. Likewise, functions such as temperature and limit monitoring are performed in the module itself. Real-time capability is not absolutely essential for the master control or bus system. For the communication over Bus-System the SMP - SCHUNK Motion Protocol - is used. This enables you to create industrial bus networks,and ensures easy integration in control systems.Control version AB Hardware Control with PLC (S7)Control with PC Interface Profibus DP CAN bus / RS-232SoftwareWindows (from Windows 98) operating systemLINUX operating systemDevelopment platforms MC-Demo Operating Software PowerCube (LabView, Diadem)with Online documentation, standard softwaregsd-file, programming examples(gsd file, programming examples)on requeston requestIncluded with the ''Mechatronik DVD'' (ID 9949633): Assembly and Operating Manual with manufacturer's declaration, MCDemo software and description and gsd-file for S7 use.1234567889ᕃ24VDC / 48VDC power supply provided by the customerᕄControl system provided by the customer (see control versions A, B and C)ᕅPAE 130 TB terminal block for connecting the voltage supply, the communication and the hybrid cable (Option for easy connection)ᕆPDU servo-motorᕇLinear axis with PLS ball-and-screw spindle drive and PSM servo-motorᕈHybrid cable (single-cable technology) for connecting the PowerCube modules (voltage supply and communication). Not recommended for the use in Profibus applications ᕉPW Servo-electric Rotary Pan Tilt Actuator ᕊPG Servo-electric 2-Finger Parallel Gripper ᕋPR Servo-electric Rotary ActuatorPG· Universal Gripper1046Size 70Weight 1.4 kg Gripping force up to 200 N Stroke per finger 35 mm Workpiece weight1 kgApplication exampleDouble rotary gripper module for loading and unloading of sensitive componentsPG 70 Servo-electric 2-Finger Parallel Gripper PR 70 Servo-electric Rotary ActuatorPGUniversal Gripper1047Gripping force control in the range of 30 - 200 N for the delicate gripping of sensitive workpieces Long stroke of 70 mm for flexible workpiece handlingFully integrated control and power electronics for creating a decentralized control systemVersatile actuation optionsfor simple integration in existing servo-controlled concepts via Profibus-DP, CAN bus or RS-232Standard connecting elements and uniform servo-controlled conceptfor extensive combinatorics with other PowerCube modules (see explanation of the PowerCube system)Single-cable technology for data transmission and power supplyfor low assembly and start-up costsServo-electric 2-finger parallel gripper with highly precise gripping force control and long strokeUniversal GripperArea of applicationUniversal, ultra-flexible gripper for great part variety and sensitive components in clean working environmentsYour advantages and benefitsGeneral information on the seriesWorking principle Ball screw driveHousing materialAluminum alloy, hard-anodized Base jaw materialAluminum alloy, hard-anodized ActuationServo-electric, by brushless DC servo-motorWarranty 24 monthsScope of deliveryGuide centering sleeves and ‘’Mechatronik DVD’’ (contains an Assembly and Operating Manual with manufacturer’s declarartion and MC-Demo software withdescription)PG· Universal Gripper1048Control electronicsintegrated control and power electronics for controlling the servo-motorEncoderfor gripper positioning and position evaluationDrivebrushless DC servo-motorGear mechanismtransfers power from the servo-motor to the drive spindleSpindletransforms the rotational movement into the linear movement of the base jaw Humidity protection cap link to the customer’s systemThe brushless servo-motor drives the ball screw by means of the gear mechanism.The rotational movement is transformed into the linear movement of the base jaw by base jaws mounted on the spindles.Function descriptionThe PG gripper is electrically actuated by the fully integrated control and power electronics. In this way, the module does not require any additional external control units.A varied range of interfaces, such as Profibus-DP, CAN-Bus or RS-232 are available as methods of communication. For the communication over Bus-System the SMP - SCHUNK Motion Protocol - is used. This enables you to create industrial bus networks, and ensures easy integration in control systems.If you wish to create combined systems (e.g. a rotary gripper module), various other modules from the Mechatronik-Portfolio are at your disposal.Electrical actuationSectional diagramPGUniversal Gripper1049Gripping forceis the arithmetic total of the gripping force applied to each base jaw at distance P (see illustration), measured from the upper edge of the gripper.Finger lengthis measured from the upper edge of the gripper housing in the direction of the main axis.Repeat accuracyis defined as the spread of the limit position after 100 consecutive strokes.Workpiece weightThe recommended workpiece weight is calculated for a force-type connection with a coefficient of friction of 0.1 and a safety factor of 2 against slippage of theworkpiece on acceleration due to gravity g. Considerably heavier workpiece weights are permitted with form-fit gripping.Closing and opening timesClosing and opening times are purely the times that the base jaws or fingers are in motion. Control or PLC reaction times are not included in the above times and must be taken into consideration when determining cycle times.General information on the seriesCentering sleevesElectrical accessories PAE terminal blockPAM standardconnecting elementsAccessoriesHybrid cableFor the exact size of the required accessories, availability of this size and the designation and ID, please refer to the additional views at the end of the size in question. You will find more detailed information on our accessory range in the …Accessories“ catalog section.PG 70· Universal Gripper1050Technical dataFinger loadMoments and forces apply per base jaw and may occur simultaneously. M y may arise in addition to the moment generated by the gripping force itself. If the max.permitted finger weight is exceeded, it is imperative to throttle the air pressure so that the jaw movement occurs without any hitting or bouncing. Service life may bereduced.Gripping force, I.D. grippingDescriptionPG 70Mechanical gripper operating data ID 0306090Stroke per finger [mm]35.0Constant gripping force (100 % continuous duty)[N]200.0Max. gripping force [N]200.0Min. gripping force [N]30.0Weight [kg] 1.4Recommended workpiece weight [kg] 1.0Closing time [s] 1.1Opening time [s] 1.1Max. permitted finger length [mm]140.0IP class20Min. ambient temperature [°C] 5.0Max. ambient temperature [°C]55.0Repeat accuracy [mm]0.05Positioning accuracy [mm]on request Max. velocity [mm/s]82.0Max. acceleration [mm/s 2]328.0Electrical operating data for gripper Terminal voltage [V]24.0Nominal power current [A] 1.8Maximum current [A] 6.5Resolution [µm] 1.0Controller operating data Integrated electronics Yes Voltage supply [VDC]24.0Nominal power current [A]0.5Sensor system EncoderInterfaceI/O, RS 232, CAN-Bus, Profibus DPPG 70Universal Gripper1051ᕃ24 VDC power supply provided by thecustomerᕄControl (PLC or similar) provided bythe customerᕅPAE 130 TB terminal block(ID No. 0307725) for connecting the power supply, the communication and the hybrid cableᕆHybrid cable for connecting thePowerCube modulesMain viewsThe drawing shows the gripper in the basic version with closed jaws, the dimensions do not include the options described below.ᕃGripper connection ᕄFinger connectionᕓᕗM16x1.5 for cable glandActuation DescriptionID Length PowerCube Hybrid cable, coiled 03077530.3 m PowerCube Hybrid cable, coiled03077540.5 mPowerCube Hybrid cable, straight (per meter)9941120The ‘Hybrid cable’ is recommended for the use in CAN-Bus- or RS232-systems. For Profibus applications we recommend to use a separate standardized Profibus cable for the communication.You can find further cables in the …Accessories“ catalog section.Interconnecting cablePG 70· Universal Gripper1052Special lengths on requestRight-angle standard element for connecting size 70 PowerCube modulesSpecial lengths on requestConical standard element for connecting size 70 and 90 PowerCube modulesSpecial lengths on requestStraight standard element for connecting size 70 PowerCube modules Right-angle connecting elements Description ID DimensionsPAM 120030782090°/70.5x98Conical connecting elements Description ID DimensionsPAM 110030781090x90/45/70x70 mm PAM 111030781190x90/90/70x70 mmStraight connecting elements Description ID DimensionsPAM 100030780070x70/35/70x70 mm PAM 101030780170x70/70/70x70 mmMechanical accessoriesYou can find more detailed information and individual parts of the above-mentioned accessories in the …Accessories“ catalog section.。

1第一章 整体介绍一、系统结构介绍1、电脑控制单元 4、D2400生化分析单元2、核心分析单元CA300 5、P800生化分析单元3、ISE900电解质分析单元 6、E1700电化学发光免疫分析单元各部份结构介绍1、 核心单元介绍急诊（STAT ）进样口样品装载盘当指示灯熄灭时，请不要移动样品装载盘2、电解质部份ISE吸样针K、Na、Cl参比电极仓俯视图功能键区域系统定进器试剂注射器样品注射器ISE内标液ISE稀释液参比电极液正面图功能键区域包含了F1、F2、F3、F4 ，当仪器处于Stand By时：F1：更换完内标液时，长按F1键更新一瓶满的内标液；F2：更换完稀释液时，长按F2键更新一瓶满的稀释液；F3：更换参比电极液时，长按F3键更新一瓶满的参比电极液（一个ISE模块）；F4：当有两个ISE模块时，长按F4键更新一瓶满的参比电极液。

233、P800模块A 、试剂针（R1、R2）B 、加样系统（下面为样本针）C 、反应盘（160个比色杯）D 、搅拌棒E 、功能键区域（包含F1、F2）F 、试剂仓俯视图当系统处于Stand By 时，打开试剂仓盖，按F1键试剂盘顺时针转动试剂盘，按F2键逆时针转动试剂盘，每瓶试剂瓶上都有条形码，用户在更换试剂时直接将试剂瓶放入试剂仓即可，但一定要记住试剂1和试剂4只能放在试剂仓外圈，试剂2和试剂3只能放在试剂仓内圈。

A 、清洗液1（NaOH-D ）B 、 清洗液2（Acid Wash ）C 、试剂注射器（2个）及样本注射器（1个）正面图44、仪器上所用各类型架子颜色：a 、定标架：黑色，架子上以C 代表，操作系统中以S 代表定标架b 、质控架：白色，架子上以Q 代表，操作系统中以C 代表质控架c 、常规样本架：灰色，在操作系统中以N 打头来代表常规样本架d 、急诊架：红色，架子上以S 代表，操作系统中以E 代表急诊架e 、保养冲洗架：绿色，架子上以W999代表，操作系统中以B999代表保养架注意：可在Utility —System 中，点Change ，在不同标本类型下输入不同的架子号，以定义不同的架子可做不同的标本类型。

Simple to install and set up, Modular Lighting Controls offer the opportunity to create individually tailored systems to meet the requirements of many types of applications. The controls provide up to three groups of dimming control, with the option of adding PIR detection as standard. To this basic module can be added daylight linking, scene setting, or a combination of both extra features. The modular design allows for the simple and straightforward future expansion or augmentation of the system, by supplementing existing modules and adding photocells or PIR detectors, withouta costly full-scale re-wire. For ease of ordering, the modules are supplied as kits to meet specific project requirements.•3 channel dimming control as standard •Facility to add PIR detectors to any channel •Daylight linking system available •Scene setting facility available•Simple to install and set up•Modular design for easy future expansion484System Operation•Luminaires to be controlled should be fitted with digital high frequency regulating control gear.•Each luminaire requires a standard, permanent live mains power supply.•Luminaires should be designated into 1 of up to 3 groups for individual channel control. Each group is linked using a 2-wire DSI BUS cable, connected back to the appropriate channeloutput on the basic control module.•Remote devices such as push buttons, PIR detectors, photocells or scene set switches are installed as appropriate to the system selected.•C ontrol system modules receive volt-free inputs from the remote devices installed, dependent on manual input, presence detection, available daylight or as selected scene set switchis pressed.• A DSI control signal, providing on/off/dim/brighten control information, is distributed by the 2-wire BUS to luminaires on each individual channel as instructed by the module, basedupon the information provided by the remote devices.•Luminaires have ‘soft on’ and ‘fade to off’ operation.•Manual override is available on all systems.•Specific information follows for each system.System Components•Control ModulesM oulded thermoplastic housings suitable for DIN rail mounting.Basic module requires mains power supply. Power to additional modules in the kit is provided by an interface cable link, which also shares data between components.•PhotocellInjection moulded thermoplastic in white.•SwitchMomentary push button fitted in a white single gang switch plate.•LuminairesCompatible luminaires fitted with digital high frequencyregulating control gear. To specify luminaires, change the ‘S’ or ‘Z’ suffix to ‘RD’. A comprehensive list of luminaires suitable for use with Modular Lighting Controls can be provided by our Technical Support and Application department.•Other accessoriesP roprietary PIR detectors, multi-gang push buttons, gridswitches and scene indicators can be used with ModularLighting Controls. Contact our Technical Support andApplication department for advice on compatibility.•Expansion moduleThe introduction of the LCSDLC DIN rail mounted expansion module makes connection of proprietary mains rated detectors quick and simple converting the signal to potential free to suit this modular system. The mains sensors on page 474 may be used with this system through the LCSDLC.•Relay moduleThe LCSDRK relay module enables switching of loads such as magnetic or electronic non dimmable control gear within a DSI or switch dim installation.System Design and Installation•Lighting design is carried out exactly as a conventional system would be, to determine the quantity of luminaires required.•Specify the luminaires to be fitted with digital high frequency regulating control gear.•Connect all luminaires to a permanent live mains supply. It is recommended that a suitable means of isolation is provided for routine maintenance purposes.•Connect a 2-wire DSI BUS cable from the control modules to each luminaire in a ring or combined ring/radial circuit.Maximum length of 250m per channel/group. DSI connection is polarity free. It is recommended that mains insulated cable is used.•Install selected control system in a suitable housing and location. Add remote devices as required.•Follow set up procedure provided with control system.•Specific information follows for each system.OptionsEmergency converted luminaires can be used with this system, specifying the appropriate luminaire to be complete with digital high frequency regulating control gear. Contact Technical Supportfor full details.LCSDP PhotocellCatalogue NumbersDescription Cat No3 channel dimming control module LCSDMDC3 channel dimming and daylight link module kit LCSDMDD3 channel dimming and scene setting module kit LCSDMDS3 channel dimming, scene and daylight module kit LCSDMDT Photocell - ceiling mounted LCSDP Momentary push button switch - on/off/dim/brightencontrol LCSDPB Expansion module for mains sensors LCSDLCDSI Relay module LCSDRK4853 CHANNEL DIMMING CONTROLSystem Features•Separate control of up to 3 channels/groups of luminaires •Precise adjustment of light levels to suit requirements •Up to 100 luminaire ballasts per output channel•Simple set up of required light level via push buttons•On/off control via conventional switches or PIR detectors •System remembers pre-set level each time it is switched onSystem Installation•System requires volt-free momentary push buttons for light level set up and volt-free conventional switches or PIRdetectors for on/off control•On/off control of groups can be linked or split as required •Groups are set up individually, or linked and set up together •Compatible transformers for low voltage lamps are available Project ExampleTo provide the necessary equipment to achieve 3 channel manual dimming in the example below and using Lechenti luminaires, the following would need to be ordered:1 - LCSDMDC3 - LCSDPB (for light level set up)12 - LCTL414RDIn addition, proprietary 1, 2 or 3 gang conventional switch(s) or PIR detector(s) may be used for on/off control.SpecificationTo specify state: Manual dimming system providingon/off/dim/brighten functionality for up to 3 channels with100 ballasts per channel maximum, using digital high frequency regulating luminaires, set up and controlled using momentary push buttons, with the option of on/off via PIR detectors, as Eaton’s3 Channel Dimming Modular Lighting Control System, part no.LCSDMDC.486DAYLIGHT LINKING CONTROLSystem Features•Daylight linking of up to 3 separate channels of luminaires •System automatically compensates for changes in ambientdaylight levels•50% - 70% energy saving in window zone•Up to 100 luminaire ballasts per output channel•Simple set up of light level via push buttons•Manual/Automatic override facility•On/off control via conventional switches or PIR detectorsSystem Installation•Photocell to be ceiling mounted, aimed towards windows and connected to module using 2 core, 1.5mm2 mains rated cable •System requires volt-free momentary push buttons for set up and volt-free conventional switches or PIR detectors for on/off control•On/off control of groups can be linked or split as required• A manual/automatic override switch facility, using a volt free standard switch, is provided to disable or re-activate daylight linking response•Minimum and maximum light levels are set for each groupd uring full daylight and darkness respectively. Each group ofl uminaires will then respond automatically for all intermediate daylight levels, dimming or brightening the lamps accordingly •Groups are set up individually, or linked and set up together •Compatible transformers for low voltage lamps are available Project ExampleTo provide the necessary equipment to achieve daylight linking in the example below and using Lechenti luminaires, the following would need to be ordered:1 - LCSDMDD1 - LCSDP3 - LCSDPB (for light level set up)12 - LCTL414RDIn addition, proprietary 1, 2 or 3 gang conventional switch(es) or PIR detector(s) may be used for on/off control. A conventional switch for the manual/automatic override function and a 1, 2 or 3 gang momentary push button for set-up are also required.SpecificationTo specify state: Daylight linking system providing on/off/dim/ brighten and automatic response to daylight level functionality for up to 3 channels with 100 ballasts per channel maximum, using digital high frequency regulating luminaires, set up and controlled using momentary push buttons and photocell, with the optionof on/off via PIR detectors, as Eaton’s Daylight Linking ModularLighting Control System, part no. LCSDMDD.487SCENE SETTING CONTROLSystem Features•Program and recall up to 4 light scenes•Choice of up to 3 channels of luminaires for scene flexibility •Facility to add scene indicators•Up to 100 luminaire ballasts per output channel•Simple set up of light level and scenes via push buttons •Easily expanded and re-configured•On/off control via conventional switches or PIR detectorsSystem Installation•Proprietary 4 button scene select push button plate or similar is required to activate programmed scenes•System requires volt-free momentary push buttons for light level set up and volt-free conventional switches for on/offcontrol.PIR d etectors may be used for on/off control if appropriate •On/off control of groups can be linked or split as required •To program scene 1, firstly the light level (or off) for eachc hannel is selected using the level set push buttons. Scenes elect button 1 is held until the luminaires flash to indicate the scene is stored. This is repeated for each scene required •Scene indicators may be added if required, to provide visual signal of which scene is operating•Groups are set up individually, or linked and set up together •Compatible transformers for low voltage lamps available Project ExampleTo provide the necessary equipment to achieve scene setting in the example below and using Lechenti luminaires, the following would need to be ordered:1 - LCSDMDS3 - LCSDPB (for light level set up)12 - LCTL414RDA 4 button scene select push button plate (alternatively 4 x LCSDPB push buttons or similar) is required for scene selection following programming. Scene indicators can also be added. In addition, proprietary 1, 2 or 3 gang conventional switch(s) or PIR detector(s) may be used for on/off control and a 1, 2 or 3 gang momentary push button is required for set-up.SpecificationTo specify state: Scene set and dimming control system providing on/off/dim/brighten and 4 x scene recall functionality for up to 3 channels with 100 ballasts per channel maximum, using digital high frequency regulating luminaires, set up and controlledusing momentary push buttons, with the option of on/off via PIR detectors, as Eaton’s Scene Setting Modular Lighting ControlSystem, part no. LCSDMDS.488COMBINED DAYLIGHT LINKING AND SCENESETTING CONTROLSystem Features•Combines all features of Modular Lighting Controls •Daylight linking with 50% - 70% energy saving in window zone •Program and recall up to 4 light scenes•Up to 100 luminaire ballasts per output channel•Simple set up of light level and scenes via push buttons •Manual/automatic override facility•On/off control via conventional switches or PIR detectorsSystem Installation•Photocell to be ceiling mounted, aimed towards windows and connected to module using 2 core, 1.5mm2 mains rated cable •Proprietary 4 button scene select push button plate or similar is required to activate programmed scenes•System requires volt-free momentary push buttons for light level set up and volt-free conventional switches for on/offcontrol.PIR d etectors may be used for on/off control if appropriate •On/off control of groups can be linked or split as required •Refer to daylight linking/scene setting pages for set up details •Use of scene select push buttons disables the daylight linking function and re-activated using the manual/automatic button •Groups are set up individually, or linked and set up together •Compatible transformers for low voltage lamps available Project ExampleTo provide the necessary equipment to achieve combined daylight linking and scene setting in the example below and using Lechenti luminaires, the following would need to be ordered:1 - LCSDMDT1 - LCSDP3 - LCSDPB (for light level set up)12 - LCTL414RDA 4 button scene select push button plate (alternatively 4 x LCSDPB push buttons or similar) is required for scene selection following programming. Scene indicators can also be added. In addition, proprietary 1, 2 or 3 gang conventional switch(s) or PIR detector(s) may be used for on/off control. A conventional switch for the manual/automatic override function and a 1, 2 or 3 gang momentary push button for set-up are also required.SpecificationTo specify state: Daylight linking and scene set dimming control system providing on/off/dim/brighten, 4 x scene recall and automatic response to daylight level functionality for up to 3 channels with 100 ballasts per channel maximum, using digital high frequency regulating luminaires, set up and controlled using momentary push buttons and photocell, with the option of on/off via PIR detectors, as Eaton’s Combined Daylight Linking andScene Setting Control System, part no. LCSDMDT.489。