Crestron Lighting Design Guía de instalación

230 V Lighting Design Guide6Doc. 4859C | crestron.com Decentralized SystemsA decentralized system is the traditional wiring system of individual ligh

230 V Lighting Design GuideDoc. 4859C | crestron.com 7Hybrid SystemsThe most efficient and attractive lighting system designs are a hybrid of centraliz

230 V Lighting Design Guide8Doc. 4859C | crestron.com Lighting Product FeaturesCrestron provides the ultimate lighting control solution for any appli

230 V Lighting Design GuideDoc. 4859C | crestron.com 9CAEN InstallationThe enclosure must be mounted by a licensed electrician in accordance with all

230 V Lighting Design Guide10Doc. 4859C | crestron.com CAEN-UMP - Universal Mounting PlatesCrestron Universal Mounting Plates (CAEN-UMP Series) are a

230 V Lighting Design GuideDoc. 4859C | crestron.com 11Cover Extension KitsCAEN-CK Cover Kits are designed to extend the depth of the Crestron CAEN an

230 V Lighting Design Guide12Doc. 4859C | crestron.com CAENIB Enclosures and Terminal BlocksThe CAENIB Series automation enclosures are designed to h

230 V Lighting Design GuideDoc. 4859C | crestron.com 13CAENIB-4X1 and CAENIB-4X2

230 V Lighting Design Guide14Doc. 4859C | crestron.com CAENIB-7X1

230 V Lighting Design GuideDoc. 4859C | crestron.com 15CAENIB-7X2

Crestron, the Crestron logo, Cresnet, D3 Pro, Fusion RV, iLux, infiNET EX, and RoomView are either trademarks or registered trademarks of Crestron Ele

230 V Lighting Design Guide16Doc. 4859C | crestron.com CLTIBN Terminal BlocksCLTIBN series of terminal blocks with breakers provide an additional opt

230 V Lighting Design GuideDoc. 4859C | crestron.com 17CLTIBN Terminal Block InstallationCAUTION: • RISK OF ELECTRIC SHOCK—MORE THAN ONE DISCONNECT S

230 V Lighting Design Guide18Doc. 4859C | crestron.com CAENIB Component Mounting Example

230 V Lighting Design GuideDoc. 4859C | crestron.com 19Lighting Control ModulesConcealed in Crestron automation cabinets, the CLXI-Series devices are

230 V Lighting Design Guide20Doc. 4859C | crestron.com 230 V Lighting Control ModulesAir-gap relays are provided on every channel output allowing ind

230 V Lighting Design GuideDoc. 4859C | crestron.com 21Terminal Blocks and Modules for CAEN EnclosuresThe Crestron CLTI Terminal Blocks and Modules ar

230 V Lighting Design Guide22Doc. 4859C | crestron.com Module InstallationA licensed electrician, in accordance with all national and local codes, mu

230 V Lighting Design GuideDoc. 4859C | crestron.com 23Double Width Enclosure MountingThe module and associated terminal block are installed in a doub

230 V Lighting Design Guide24Doc. 4859C | crestron.com Crestron Network Block (CAEN-BLOCK) provides four termination ports for Cresnet wiring. The un

230 V Lighting Design GuideDoc. 4859C | crestron.com 25CAEN-BLOCK Location and Orientation in a Double-Wide EnclosureTwo and Four Channel Inductor Mod

230 V Lighting Design GuideDoc. 4859C | crestron.com iContentsIntroduction ...

230 V Lighting Design Guide26Doc. 4859C | crestron.com PAC2 Lighting Control ProcessorNOTE: Crestron recommends that the control processor be mounte

230 V Lighting Design GuideDoc. 4859C | crestron.com 27The PAC2 provides external connections for both a back-up processor and emergency override clos

230 V Lighting Design Guide28Doc. 4859C | crestron.com PAC2 Application ExamplePAC2 Power ManagementWhen power requirements exceed 50 watts, addition

230 V Lighting Design GuideDoc. 4859C | crestron.com 29Additional power supplies should not be mounted on CAEN-UMP plates in an enclosure that contain

230 V Lighting Design Guide30Doc. 4859C | crestron.com Built upon the reliable Crestron 2-Series control engine, the PAC2M is extensively programmabl

230 V Lighting Design GuideDoc. 4859C | crestron.com 31PAC2M Connections Example

230 V Lighting Design Guide32Doc. 4859C | crestron.com Crestron XPanelCrestron XPanel controls anything in the home, office, or classroom using a lapt

230 V Lighting Design GuideDoc. 4859C | crestron.com 33Override InputAn override input is provided to allow an external contact closure to bypass the

230 V Lighting Design Guide34Doc. 4859C | crestron.com Double Width Enclosure MountingThe module and associated terminal block are installed in a dou

230 V Lighting Design GuideDoc. 4859C | crestron.com 35Basic Lighting System InterconnectionsAn example of a Crestron lighting system that includes th

230 V Lighting Design GuideiiDoc. 4859C | crestron.com Appendix B: General Lighting Design Considerations ...66Task Lighting for Specific Wo

230 V Lighting Design Guide36Doc. 4859C | crestron.com NOTES:• A module terminal block (CLTI-Series device) must also be ordered for each module. Th

230 V Lighting Design GuideDoc. 4859C | crestron.com 37iLuxiLux is a complete, integrated lighting system designed for wall mount installation in boar

230 V Lighting Design Guide38Doc. 4859C | crestron.com Multi-Unit ExpansionOne CLSI-C6 master supports up to eight additional CLSI-C6 (or CLSI-C6M) u

230 V Lighting Design GuideDoc. 4859C | crestron.com 39Control System IntegrationThe CLSI-C6 features two separate Cresnet control networks, one for l

230 V Lighting Design Guide40Doc. 4859C | crestron.com Wireless iLux RemoteThe CLS-IRHT8 is a compact IR wireless remote designed specifically for use

230 V Lighting Design GuideDoc. 4859C | crestron.com 41Application 2: Primary iLux Control with Secondary iLux Controls, for Large Rooms with More Th

230 V Lighting Design Guide42Doc. 4859C | crestron.com Application 3: Primary iLux Control with Secondary iLux Controls and 2-Series Control SystemT

230 V Lighting Design GuideDoc. 4859C | crestron.com 43Application 4: Primary iLux Control with Secondary iLux Controls and 2-Series Control System f

230 V Lighting Design Guide44Doc. 4859C | crestron.com Application 5: 2-Series Control System with Multiple iLux Devices on Main Cresnet NetworkMoni

230 V Lighting Design GuideDoc. 4859C | crestron.com 45iLux DesignerThe Crestron iLux Designer provides all the tools necessary to quickly program a c

230 V Lighting Design GuideDoc. 4859C | crestron.com 1IntroductionEach lighting control system is unique; therefore, designing and constructing a ligh

230 V Lighting Design Guide46Doc. 4859C | crestron.com Keypads View - add up to 16 keypads to the local CLSI-C6 network, and assign functions to the

230 V Lighting Design GuideDoc. 4859C | crestron.com 47C2N-SDC-DCThe C2N-SDC-DC is a 2-channel shade and drapery controller designed to provide a conv

230 V Lighting Design Guide48Doc. 4859C | crestron.com Heat/Cool Systems• Radiant heat is a form of hydronic (hot water) heat that circulates hot wa

230 V Lighting Design GuideDoc. 4859C | crestron.com 49SLAB 4B: Same operation as SLAB 4A, but intended for a heat pump type second stage. Relay outp

230 V Lighting Design Guide50Doc. 4859C | crestron.com Sensor Mounting for the CHV-RTS and CHV-RTHSNOTE: Crestron strongly recommends low-capacitanc

230 V Lighting Design GuideDoc. 4859C | crestron.com 51User Interface SelectionUser interfaces (keypads, dimmers, switches, and touch screens) provide

230 V Lighting Design Guide52Doc. 4859C | crestron.com Touch Screen InterfacesControl any room, the entire home or facility, conveniently from any of

230 V Lighting Design GuideDoc. 4859C | crestron.com 53Scheduling PanelsNetwork scheduling via Outlook® on Crestron touch screens connects the right p

230 V Lighting Design Guide54Doc. 4859C | crestron.com Specifying a Lighting SystemLoad ScheduleA lighting system design begins with a collection of

230 V Lighting Design GuideDoc. 4859C | crestron.com 551 2 3 4 5 6 7 8 9Control Zone Area Room Controlled Circuit NameControlled Circuit NumberFixture

230 V Lighting Design Guide2Doc. 4859C | crestron.com Unmatched Design and Control FlexibilityCresnet® low-voltage wiring and RF control can be used

230 V Lighting Design Guide56Doc. 4859C | crestron.com Equipment List SpecificationThe equipment list is based on the requirements collected for the l

230 V Lighting Design GuideDoc. 4859C | crestron.com 57Wiring PlanThe wiring plan includes all enclosures and the interconnecting wiring.The designer

230 V Lighting Design Guide58Doc. 4859C | crestron.com Crestron Lighting SoftwareD3 ProCrestron D3 Pro software offers design, development, and docum

230 V Lighting Design GuideDoc. 4859C | crestron.com 59iLux Designer Screen Examples

230 V Lighting Design Guide60Doc. 4859C | crestron.com RoomView ExpressCrestron RoomView Express is a powerful AV asset management software that allo

230 V Lighting Design GuideDoc. 4859C | crestron.com 61Fusion RVFusion RV® is the AV and technology management component of Crestron Fusion. View room

230 V Lighting Design Guide62Doc. 4859C | crestron.com Ordering a Crestron Lighting Control SystemHardwareThese are the steps for ordering a Crestron

230 V Lighting Design GuideDoc. 4859C | crestron.com 63Lighting System Example

230 V Lighting Design Guide64Doc. 4859C | crestron.com Circuit Number Load Dim? Interface Module001 Downlights Yes Keypad CLXI-1DIM8 CKT DIM 1002 Dow

230 V Lighting Design GuideDoc. 4859C | crestron.com 65Appendix A: Load Schedule with Panel TerminationsProject DealerCreator DescriptionDate Page

230 V Lighting Design GuideDoc. 4859C | crestron.com 3A Crestron solution offers significant energy savings by providing daylight harvesting and automa

230 V Lighting Design Guide66Doc. 4859C | crestron.com Appendix B: General Lighting Design ConsiderationsCrestron provides many options for illuminat

230 V Lighting Design GuideDoc. 4859C | crestron.com 67Lighting for Mood and HighlightsThere are several different types of mood lighting as described

230 V Lighting Design Guide68Doc. 4859C | crestron.com AAMPERE: The standard unit of measurement for electric current that is equal to one coulomb pe

230 V Lighting Design GuideDoc. 4859C | crestron.com 69CCOLOR RENDITION: The appearance of colors when illuminated by a light source. Color rendition

230 V Lighting Design Guide70Doc. 4859C | crestron.com EEFFICACY: A metric used to compare light output to energy consumption. Efficacy is measured in

230 V Lighting Design GuideDoc. 4859C | crestron.com 71HHID: Abbreviation for high intensity discharge. Generic term describing mercury vapor, metal h

230 V Lighting Design Guide72Doc. 4859C | crestron.com LLIGHT LOSS FACTOR (LLF): Factors that allow for a lighting system's operation at less th

230 V Lighting Design GuideDoc. 4859C | crestron.com 73NNADIR: A reference direction directly below a luminaire, or straight down (0 degree angle).NPF

230 V Lighting Design Guide74Doc. 4859C | crestron.com RRADIO FREQUENCY INTERFERENCE (RFI): Interference to the radio frequency band caused by other

230 V Lighting Design GuideDoc. 4859C | crestron.com 75TT12 LAMP: Industry standard for a fluorescent lamp that is 12 1/8 inch (1 inch, 2.55 cm) in dia

230 V Lighting Design Guide4Doc. 4859C | crestron.com Design RequirementsApplied Control StrategiesThe applied lighting control strategy determines t

230 V Lighting Design Guide76Doc. 4859C | crestron.com WWORK PLANE: The level at which work is done and at which illuminance is specified and measured

230 V Lighting Design GuideDoc. 4859C | crestron.com 77This page intentionally left blank.

Printed in USA Doc. 4859C 4/14Crestron World Headquarters15 Volvo DriveRockleigh, NJ 07647Tel: 888.CRESTRONFax: 201.767.7576crestron.comRefer to th

230 V Lighting Design GuideDoc. 4859C | crestron.com 5Lighting and Automation System Design TypesThere are many ways in which a lighting control syste