GE Power Controls. New Programmable Relay. for Residential, Commercial and Industrial applications. ElfaLogic

Transcription

1 GE Power Controls New Programmable for Residential, Commercial and Industrial applications ElfaLogic

2 A logic step in completing the range Hardware Central processing units (CPU) CPU s with or without display All commonly used supply voltages digital (on off) inputs and digital outputs analogue inputs (depending on type) or transistor outputs Broad range of integrated ready to use functions Automatic summer/wintertime change Password protection Softkey function Settings stored in the event of a power outage Expansion modules Digital input/output expansion modules Analogue input expansion modules Bus interface modules for KNX (EIB / BatiBUS / EHS), LON and ASi All commonly in use supply voltages or transistor outputs Maximum configuration of one ElfaLogic CPU is limited to digital inputs, 6 digital outputs and analogue inputs Catalogue number structure ElfaLogic C = CPU D = CPU with display E = Expansion module B = Bus interface module S = Programming tools M = Memory module A = Application ready memory module EL Subfamily DI AI DO AO OT Operating voltage digital inputs 3U = 3V ac or dc analogue inputs U = V ac or dc digital outputs D = V dc analogue outputs Output type R= relay; T= transistor

3 Programming tools As logic as 3 3 Drag and drop functions (symbols) from the toolbar (A) to the drawing editor area (B) Adjust the parameters for Your application B D A Make electrical connections between functions (symbols) by clicking on an in or output and dragging the wire to an out or input (C) Simulate the schematic prior to installation to assure errorfree fieldoperation; View output (E: lamp illuminates; F: output turns red) and wirestatus (G: wire turns red) as You activate the inputs (H: input turns red) G C H E F Link your PC with the ElfaLogic hardware using the ElfaLogic serial cable, and download and run the application

4 Programmable relay Hardware CPU with display Operating voltage Battery backup digital inputs analogue inputs Analogue input type digital outputs Digital output type Nominal load per output Modules Cat. No. Ref. No. Pack. 3Vuc Vuc or Vdc or Vdc h h h h () () V V Transistor (3) A/V A/V A/V,3A/V EL D R 3U EL D R U EL D R D EL D T D CPU without display 3Vuc Vuc or Vdc h h h V A/V A/V A/V EL C R 3U EL C R U EL C R D Digital expansion modules 3Vuc Vuc or Vdc or Vdc Transistor A/V A/V A/V,3A/V EL E R 3U EL E R U EL E R D EL E T D Analogue expansion modules or Vdc V ma A/V EL E D D 666 General remark: 3Vuc and Vuc devices deliverable from stock; for /Vdc devices contact the sales office for availability () For 3V CPU's: inputs in two groups of ; The use of the same phase within the same group is mandatory; The use of different phases is allowed only between different groups. () I7 and I on the CPU's serve or as digital or as analogue inputs. (3) For the expansion modules with relay outputs, the sum of the current passing simultaneously through all four relays may not exceed A. Bus interface modules () Interface Operating voltage digital inputs analogue inputs digital outputs Modules Cat. No. Ref. No. Pack. EIB / KnX LonWorks ASi Vuc Vuc Vdc () 6 6 () () EL B KNX EL B LON EL B ASI () Availability: Q3 3 () Each remote input or output overlaps with physical in/output on the ElfaLogic module. Programming tools and accessories Programming Tools Description Cat. No. Ref. No. Pack. Schematic design and simulation software (Windows 9 and up, Mac OS X, Linux) EL S PRG 6669 Accessories Serial cableinterface for program transfer between ElfaLogic CPU and personal computer Memory module with copy protection (red) Memory module (yellow) Gang programmer (copies the contents of memory module in other memory modules) EL S CBL EL M P EL M On request Preprogrammed memory modules (applications) Basic Description Cat. No. Ref. No. Pack. From to impulse switches with multilevel centralized command Local, central and automatic shutters control for from to 3 shutters Home comfort: timed staircase switch + timed garden lights switch + basement light switch + bathroom ventilator control Hotel room: general on/off + bathroom ventilation + bathroom quickdryer + lights control + room occupied/alarm control EL A IS EL A SC EL A HC EL A HR Advanced Parking entrance and exit barrier control channel priority relay with cascade or cyclic operation EL A BC EL A PR

5 Application Lighting control with local and centralised command The 6663 is a preprogrammed memory module that, in combination with one Elfalogic CPU and Elfalogic digital expansion modules features impulse switches with central and multilevel central command. CPU Digital expansion module Memory module Wiring 6 wireends to be treated For clarity purposes, loadwiring has been left out. Impuls switches + Central command module + Multilevel central command module + Wiring wireends to be treated For clarity purposes, loadwiring has been left out. available special functions ( available standard functions not shown)

6 Application Automatic shutters/curtains control The 6663 is a preprogrammed memory module that, in combination with one ElfaLogic CPU and one ElfaLogic digital expansion module, controls up to 3 shutters. Future development will allow the control of up to shutters (One ElfaLogic and 3 digital expansion modules) CPU Digital expansion module Memory module Manual control Individual control of each connected shutter/curtain by means of pushbuttons: o Brief impulse (<sec) on up/down input: shutter opens/closes o Another brief impulse (<sec) on up/down input before the shutter/curtain is completely opened/closed: shutter/curtain stops o Long impulse (>sec) on up/down input: shutter/curtain opens/closes for as long as the input is active OR individual control by means of changeover switches Simultaneous activation of up and downinputs has no effect (prevents from motor damage) All shutters/curtains up/down control (central or group control) Time for opening / closing adjustable per shutter Automatic control By means of internal clock o Different times for weekdays and weekends o Different times for summer and winter o Automatic summer/wintertime change o Random up/down within minutes from scheduled timing OR by means of external twilight switch

7 Application 3 Hotel room control The is a preprogrammed memory module that, in combination with one ElfaLogic CPU and one ElfaLogic digital expansion module, controls all electrical appliances in a hotel room. All basic controls (for a basic room) are included in the CPUmodule while additional appliances in bigger rooms and/or suites can be controlled by adding the expansion module CPU Digital expansion module Memory module CPUmodule Inputs General on/off input (i.e. to be used with cardswitch) switches of all loads when deenergised, allows the operation of all loads while energised All lights on input for housekeeper General hotel/floor alarm: when room occupied, all lights start to flash Impulse switch control for light in bedroom Impulse switch control for light in bathroom Delayedon and ofbathroom ventilation fan Alarm input: when activated, the room occupied lamp outside of the room starts to flash; output can also be used for distance occupied/alarm reporting Reset alarm input Expansionmodule Inputs Impulse switch control for light in bedroom Impulse switch control for light 3 in bedroom Impulse switch control for light in bathroom Offdelayed timer for bathroom IRquickdryer Outputs Light bedroom output Light 3 bedroom output Light bathroom output Bathroom IRquickdryer output (an intermediate contactor is required to switch the load) Outputs Room occupied/alarm output Light bathroom output Light bedroom output Bathroom fan output

8 Application Load shedding control ( channel priority relay) The 6663 is a preprogrammed memory module that, plugged in to an ElfaLogic CPU, controls up to loads according to a predefined priorityscheme (cascade) or in cyclic way. A multichannel priority relay is typically used to avoid the (main) MCB to trip due to excess load by shedding the loads channel priority relay CPU Memory module Cascade operation At the start of each cycle (cycletime is typically 7minutes but user adjustable) the priority relay searches for the optimal combination of switchedon loads, by switching off the loads with the lowest priority first, until the measured current drops below the threshold value (measured i.e. by means of the channel priority relay 666).Once the measured current has dropped below the threshold value, the priority relay stops the sequence and the loads currently switched on stay on until the next cycle starts. The sequence executed is as follows (channel highest and channel lowest priority) Channel 3 ON ON ON ON ON ON ON OFF ON ON OFF ON ON ON OFF OFF ON OFF ON ON ON OFF ON OFF ON OFF OFF ON OFF OFF OFF ON OFF OFF OFF OFF Cyclic operation To prevent from one or more channels to stay off systematically, the other way of operating is for each load to switch on for a certain amount of time and switch off again while the next channel is switched on. A typical application for a cyclic operation is electrical heating: all electrical heaters switched on together would trip the MCB, while in cascade setup, the room with the least priority could stay cold forever The sequence executed is as follows Channel 3 ON OFF OFF OFF OFF ON OFF OFF OFF OFF ON OFF OFF OFF OFF ON Ref. R/93/E/X. / Copyright GE Power Controls 6 Tel. +3/9 3 Fax +3/ ge.gepcbel@gepc.ge.com GE Power Controls International Sales Guldensporenpark 3 B9 Merelbeke (Gent) Belgium GE Power Controls