Lighting Control Overview

Transcription

1 Overview Lighting Control Overview RTC Inbuilt real time clock Automatic daylight savings adjustment Atomic clock synchronisation (NTS). Triggers Inputs Schedules Network Conigurable inputs with dynamic modes and multistaged override timers for: Push buttons and switches Daylight sensors Occupancy sensors RF receivers, etc. Automatic time based events Sunrise and sunset with offset Repeat timers Linked timers with offset Holidays and holiday schedules. Touch screen Computer with building monitor Linked controllers Ps/smartphones SMS (text messages). Actions Direct Arc Level LI Commands Extended Commands Direct ARC power control Logarithmic dimming curve with an arc power level of 0.1% to 100%. Dimming commands: Min, Max, etc. Scenes with individual light levels Status reporting Coniguration. Conditional commands: Min_If_On, etc Controller commands Timed sequences. Control Targets Ballasts Up to 64 ballasts (1 loop) or up to 128 ballasts (2 loops). Groups Up to 16 LI Groups per loop + 48 extended Groups per loop. Broadcast Single loop or all loops. Outputs 8 onboard outputs to drive relays. CLIPCOM May

2 Schematic Simple LI Room Control Schematic 64 Addresses (max.) per LI Loop (max. 300m) LI-01 LI Power Supply 250mA max. LI Light Fittings Optional Ethernet Controller/Gateway with RTC and I/O LI LI Light Sensor LI Occupancy Sensor LI LI is an international standard lighting control system. The schematic diagram shows a LI network (LI-01) powered by a LI power supply. The eight light fittings (addressed from 00 to 07) can be any light fitting from any manufacturer fitted with LI ECG (electronic control gear). LI ECGs are available for FL and CFL lamps, discharge lamps, low voltage halogen lamps, incandescent lamps, LEDs, emergency lights, etc. The light fittings are controlled by LI ECDs (electronic control devices) such as LI wallplates and LI sensors from any manufacturer, including LI control s DC100 Series of LI control devices. LI can also control legacy light fittings including fixed output, analogue 1 to 10V and DSI dimmable fittings. CLIPCOM May

3 Schematic Floor Control Schematic 64 Addresses (max.) per LI Loop (max. 300m) LI Power Supply 250mA max. DCLxx-xx LI LI EMG 63 (06) DCBM LI Line Controller Ethernet and Sensors Occupancy and/or Light Sensor To Riser or Hub for Optional Computer Monitoring and Control To Security or Access Control Panel LI Power Supply 250mA max. 00 LI EMG (60) LI EMG (61) LI Sensor LI-02 LI The controller manages up to two LI networks. The controller includes scheduling, digital inputs, digital outputs and an RJ45 Ethernet network socket for computer monitoring and control. CLIPCOM May Inputs on the controller can be used for wallplates, sensors and interfacing to security and access control panels, etc. Each LI network requires a LI power supply and a LI interface. The controller manages a LI group based on inputs from standard switches and sensors.

4 Schematic Building Control Schematic 64 Addresses (max.) per LI Loop, 00 to 63 Riser to Higher Floors 64 Addresses (max.) per LI Loop, 00 to 63 LI-11 LI and Sensors and Sensors To Master Override Switch To Security/Access Control Panel Switchboard LI-12 LI DCLxx-xx LI Sensor LI EMG (61) LI Ethernet LI Area Controller with and Sensors The controller manages up to two LI networks and includes scheduling, digital inputs, digital outputs and an RJ45 Ethernet socket for computer monitoring and control. Riser to Lower Floors The switchboard contains controller/gateways, LI power supplies and LI interfaces. CLIPCOM May

5 Schematic Typical Switchboard Schematic Riser to Control Room Switchboard DCLPSxxx LI Networks LI-01 DCLPSxxx LI-02 Ethernet Switch DCLPSxxx LI-03 DCLPSxxx LI-04 DCLPSxxx DCLPSxxx LI-05 LI-06 The controller manages up to two LI networks. Each controller includes scheduling, inputs, outputs and an RJ45 Ethernet socket for computer monitoring and control. Each LI network requires a power supply and an interface. Power supplies for the controller and Ethernet switch are not shown in the schematic diagram. Refer to wiring diagrams for full details. CLIPCOM May

6 Wiring BM-LI Controller Wiring Overview To CCT Breaker Starter Socket Socket or T-Piece L N LI-A LI ECG (Addr 0) LI ECG (Addr 1) LI ECG (Addr 3) LI ECG (Addr 63) DCPxx/xx DCLP250 or DCLP200 DCLP250 or DCLP200 SWITCHBOARD LI EMG (Addr 2) LI EMG (Addr 4) DCL DCL0-02 LI Controllers Including: LI s, Occupancy Sensors, Light Sensors, Group Controllers, Scene Controllers Touch Screens, etc. -V +V DC IN - + DC IN DCLCD35 Control Panel or DCLCD70 Touch Panel CAT5e or CAT6 BMxxxx-LI LINE CONTROLLER INPUTS Ethernet Switch To LI-B To Switches and Push Buttons, Occupancy and Light Sensors, Security and Access Control Panels, etc. Ethernet Network to Computers, Touch Screens, LCD Control Panels and BM-LI Network Controllers BUILDING MONITOR The diagram depicts a typical wiring layout for a LI line. The DCPxx/xx power supply provides d.c. power for BM-LI line controllers and for sensors connected to BM-LI inputs. The DCLP200 or DCLP250 are current limited, DIN rail mount LI power supplies. One DCLP200 or DCLP250 is required per LI line. The is the LI communications interface for the BM-LI line controller. One is required per LI line. Each LI line can support up to 64 LI ECG s addressed from 0 to 63. LI ECGs are available for FL and CFL lamps, LV halogen, HID, LEDs, emergency fittings, fixed output, DSI and 1 to 10V analogue fittings, etc. The computer and other Ethernet equipment is optional and can be used to monitor and control the system. LI lines must be wired to the LI standard and to local regulations. CLIPCOM May

7 Wiring BM-LI Controller Digital Outputs V DC Power Supply DCBM LI Line Controller Plug Relay and Base (typical H72 x W28 x D67mm each base) Internal Circuit Output Circuit +K Load OUT/AUX External Components + - External Power Suppy The DCBM LI line controller has eight internal digital outputs; OUT 0 to OUT 7. Each output can sink 200mA. When using the digital outputs to switch inductive loads it may be necessary to power K with a separate power supply. Relay base terminals (arrangement shown is for PTF08A): 1. Contact 1 Normally Closed 2. Contact 1 Normally Open 3. Contact 1 Common 4. Contact 2 Normally Closed 5. Contact 2 Normally Open 6. Contact 2 Common 7. Coil 8. Coil CLIPCOM May

8 Wiring DCBM-LI Line Controller Ethernet Overview Ethernet Switch Administration Computer (optional) BUILDING MONITOR Ethernet Switch Level xyz Distribution Board DCBM-LI Line Controller LI-01 LI-02 CAT5e Cable DCBM-LI Line Controller LI-03 LI-04 DCBM-LI Line Controller Ethernet Cabling to Other Levels DCLCD35 Control Panel or DCLCD70 Touch Panel LI-05 LI-06 Ethernet network cabling must be completed to Ethernet standards. The Ethernet switch in the distribution board is not required if a separate Cat5. cable is run from the main switch to each DCBM LI line controller. CLIPCOM May

9 Wiring Typical Switchboard Layout a.c. Supply LI-A LI-B N L +V -V B A DCPxx/xx Power Supply RJ45 Ethernet To Switches and Push Buttons, Occupancy and Light Sensors, Security and Access Control Panels, etc. BMxxxx-LI Line Controller Ethernet Gateway DCLPxxxxx Dimensions (shown in mm) Part Number Height Width Depth DCP12/ DCP12/ DCP24/ DCP24/ Part Number Height Width Depth DCBM DCBM DCBM DCBM DCLPxxxxx should be separated by spacers to allow air flow and avoid overheating. DCPxx/xx power supplies can power multiple BM-LI line controllers and sensors, according to the accumulated load. DCLP DCLP CLIPCOM May

10 Wiring LI DCLxxxxx Wiring Overview To CCT Breaker Starter Socket Socket or T-Piece L N L N L N DCLxxxxx (1 Address) 12VDC IN0 IN1 IN2 IN3 OUT0 OUT1 LI Control DCL Series DCLIO-0402 Room Controller DCLO-02 2-Channel Output Module Input Circuit using 12V Relay Input Circuit Output Circuit 12V d.c. 12V d.c. 12V d.c. C R2 R1 INx Relay (12V Coil) C R2 R1 Internal Circuit External Components Internal Circuit External Components Internal Circuit External Components INx OUTx Load (12V Relay Coil) CLIPCOM May