LUXOMAT PD4-M-DAA4G Installation and Operating Instruction for B.E.G. DALI compact solution PD4-M-DAA4G

Transcription

1 r e s er. e m er ät g r E UOMT PD4MD4G Installation and Operating Instruction for.e.g. DI compact solution PD4MD4G. Product information Flexible compact DI solution designed for conference rooms, training rooms and classrooms Highsensitivity occupancy detector with the capability to address up to 64 DI electronic ballasts automatically, with segmented control via 4 groups lighting zones: o for main lighting with segmented constant light regulation via DI groups and offset control o for lectern or blackboard lighting via separate DI group o for lectern or blackboard lighting via integrated switching relay High performance switching relay with various operating modes, e.g. DI cutoff function, HV, blackboard lighting, etc. Quick commissioning and maintenance processes with smartphone/tablet app (ndroid, ios) P tool not required Manual switching and dimming available with conventional switches Extension of detection area possible with slave devices Plug & Play with broadcast telegrams and basic functions. Full range of functions can only be activated with the.e.g. IRdapter and a smartphone or tablet (ndroid, ios). Safety advice... ightning zone and (lectern or blackboard lightning) 4.. Push buttons For teacher or blackboard lighting, lighting zone (via DI group 4) and/or lighting zone (via integrated relay) are available. In lighting zones and, automatic constant light regulation is disregarded. For push button connections, also standard electrical installation cabling can be used (e.g. YMJ x. or JY(ST)Y8xx0.8), with a minimum wire gauge of 0.8 mm² and a maximum length of 0 metres. For use in industrial environments, it is recommended to separate all pushbutton wires from other loads and to guide them in a wired cable... Integrated relay with operating modes There are 7 different operating modes available on the integrated bistable relay (potentialfree, O). These cannot be combined: utoff standby current consumption of connected DI electronic ballasts is automatically minimised HV heating, ventilation and airconditioning units are automatically controlled for energy efficiency, depending on motion detection in the room, using a separatelyset followup time Zone activates lighting zone with push button input, for example to provide teacher or blackboard illumination without a DI electronic ballast. The automatic mode depends on the settings for lighting zone (Group 4). ds cadmium sulfide relay works as photo electric switch one for no function relay is not actuated larm impulse (via operating mode HV) The relay only closes for. seconds if at least movements have been detected during a time period of 9 seconds. This function can be used to display a presence in the room on external visualisations. (Warning: The device does not fulfil the requirements of DI E0 and therefore cannot be used in professional intrusion detection systems. Work on electrical equipment should only be undertaken by qualified electricians or by trained personnel under the instruction and supervision of a trained electrician, according to the regulations for electrical installation Turn off the mains supply before fitting This device is not to be used to isolate other equipment from the mains supply fter inserting the connection cable, fit the supplied cover to the detector The push button inputs and the D+/D terminals must not be connected to the mains supply. Operation. General The PD4MD4G is a highly sensitive ceilingmounted occupancy detector based on passive infrared motion detection, with integrated DI controller, DI power supply and push button control. If people, animals or other heat sources move within the detection area, the detector can dim and switch any DIcontrolled electronic ballastdriven lights, taking account of ambient light levels, such that a predefined room lighting level is constantly maintained. Slave devices, type PD4SD4G, can be installed to expand the detection area. See FIGURE., Detection diagram. Groups and lighting zones See Figure., Grouping principles There are three lighting zones (areas for a lighting purpose) available which can be parameterised by means of a predefined grouping principle of the integrated DI control unit and an operating mode of the integrated relay.... ightning zone (main lightning) The PD4MD4G allows you to compensate for differences in brightness due to daylight coming from one side of a room fully automatically, using segmented constant light regulation in lighting zone across groups. Fittings with DI electronic ballasts are thus grouped as follows: Group : for areas with little daylight areas away from the windows Group : for neutral areas for example the central lighting run Group : for areas which may have strong daylight areas near the windows Groups and can be set up with a negative offset between and %, and will then scale back their lighting output in relation to Group. In extreme lighting situations (very bright daylight or no daylight), both offset settings will be automatically reduced to. Impulse function (via operating mode HV) The impulse function can be used to control external HV systems. ll 9 s will be set an impulse lasting. s See Figure., function diagram.4. Full automatic / semiautomatic mode ighting zones and can be set individually to full automatic or semiautomatic mode. ighting zone always works with the settings from lighting zone. In full automatic mode, the light is turned on automatically when motion is detected and ambient light is low enough, and turned off after an adjustable followup time and/or when ambient light is bright enough. Semiautomatic mode works in a similar fashion, except that switching on the lights must take place via a push button ( manual / auto )... Push button functions onventional O push buttons can be used. short press on all three push buttons,, and, turns the light in each lighting zone on or off. long press (> seconds) on push buttons and leads to manual dimming (brightness up or down another long press reverses the dimming direction). Special feature in full automatic mode: if you want to use a short press to deliberately switch off the light in the room, for example to show a film or set up a projector, the light remains off until the followup time has expired..6. IRdapter ighting zones can only be parameterised sending infrared signals via Smartphone app. Factory setting of the detector is broadcast mode (white ED shines permanently). So it is possible to check all DI bus connections and pushbutton connections without parameterising. To send infrared signals via the Smartphone or a tablet, an IRdapter (part no. 976) is required, which must be charged periodically, and has to be plugged in to the audio socket of the Smartphone or tablet. See FIGURE.6 IRdapter 4. Wiring See FIGURE 4, Wiring diagram 4.. DI For wiring the DI bus, standard electrical installation cabling can be used (e.g. YMJ x,). The recommended wire gauge is x0, mm² (up to 00m), x,0 mm² (up to 00 m), x, mm² (up to 00 m). total length of 00 metres must not be exceeded. The DI bus is factoryfitted with reverse polarity protection. 4.. onnecting terminal The connectors are suitable for solid wires with a crosssection of up to. mm². Ferrules must be used with stranded wires onnecting for false ceiling The ceilingmount version of the PD4MD4G is fitted with removable multipole screw terminals. When installing the wires, these two terminals can each be pulled out. fter connecting the wires, it is important that the terminals are fixed back onto the support and into each recess. aution: only use the terminals supplied. These are designed so that it is not possible to reverse polarity or to swap them onnecting for surface The surface mount version of the PD4MD4G is fitted with multipole screw terminals on its socket. ening of the detector to the socket is designed such that the contact pins are automatically connected and it is not possible to reverse polarity or to swap them.. Mounting.. General The ideal mounting location is inside,. to metres high, on the ceiling. Ventilation units and other heat sources (e.g. copiers) should not be in the immediate vicinity of the detector, as otherwise false alarm motion detection events may be triggered... ight sensor The exact mounting location of the detector depends on two things. One is the area in which motion is to be detected. The other factor that influences detector position in the room is that light measurement has to take place in the lighting area of DI Group (potentially dark areas). The exact mounting location of the detector does not have to be precisely above the lighting area of DI Group, because of the verticallyadjustable (by max. 0 ) light sensor on the cover ring, and because the detector can be turned in all directions horizontally. ormally, it is recommended that the detector is mounted centrally in the room, near or adjacent to the DI Group lighting area... eiling installation variant First, a round opening 00 mm in diameter must be made in the ceiling. fter properly connecting the cables, the detector is inserted into the opening and if necessary turned on its axis until the light sensor can be pointed to the probable darkest area of the room. The detector is then fixed with screws through the mounting bracket. See FIGURE., eiling mounting.4. Mounting SM The detector must be fixed on a smooth, solid surface. First, holes must be drilled in the ceiling, at a distance of 67 mm from each other, such that an imaginary straight line between the two drilled holes points to the probable darkest area of the room (e.g. the wall opposite the window side). ater adjustment of the light sensor s horizontal direction is still possible after fastening (can be turned by about 80 ). efore mounting, the lens must be removed. Turn the lens about anticlockwise and remove it. fter properly connecting the wiring, the detector must be fixed with screws. Then reattach the lens, turning it clockwise. See FIGURE.4 Surface mounting 6. Selftest cycle In the first seconds from when the mains voltage is turned on, the detector runs through a selftest cycle. During this period, the device does not react to movement. 7. ommissioning without IRdapter The PD4MD4G can also be put into service with basic functionality without changing any settings. Out of the box, the detector works in roadcast mode (white ED shines permanently), which can only be changed over to Group mode with the remote control (smartphone or tablet + IRdapter + app) and the command UOK. ll push buttons are activated in roadcast mode (switching and dimming). See FIGURE 7, Potentiometers and switches The following settings can be made via potentiometer and

2 PD4MD4G Softstart _ utoon _ 6:4: 0 40V, 0/Hz 00 W,switches: 0, cosφ= 0 V,cosφ=0., μ Init light Productlabel_0.pdf utoon _ D4G 99 Init light _ Softstart _ utoff: Standby consumption of connected DI electronic ballasts is automatically minimised R 99 U lightindependent HV / HV (,0,): D4MD4G occupancy 0 control / HV (0,40,0,,0): 0 V, 0/Hz lightindependent 0 HV occupancy control with O 0, cosφ= min. switchon delay / : o relay control cosφ=0., μ utoon _ dark detection always active) U O Init light _ Softstart _ Moon: ight mode (< 0 lux) / Set value in lux: U /HzR ,0,00,00,400,,700,900 / Sun: φ= 0 Day90 mode (no constant light regulation, too μ 0 O r. Test: Each movement, regardless of ambient light levels, switches the light on for second, then off for seconds (PESE OTE: Test mode is only possible if potentiometer is not in the Sun position)/ Followup time for lighting zones in minutes:,,0,,0,,0, Parameter/ Function... Soft Start Initight uto Description Movement detected Short. Smartphone app information : when voltage is applied to detector, all lights turn on at / : when voltage is applied to detector, all lights are off () : full automatic broadcast or lighting zone / : semiautomatic broadcast or lighting zone G, G4 O pen: Show / heck groupings In the group assignment process: Saves selected group of flashing DI EG Group for light zone > dark areas (wall side) Group for light zone > neutral regions Group for light zone > light areas (window) Group 4 for light zone > blackboard lighting. Preparing smartphone (ndroid, ios) Please install the app.e.g. Remote ontrols, available in the respective pp Store. Depending on the end device it can be necessary to update the operating system. For current system requirements see application description.. Preparing IRdapter The IRdapter has an integrated rechargeable battery for power supply. Please charge the adapter first by means of the micro US cable (included in delivery). The battery being charged, The red ED switches off when battery is full. O pen: roadcast Reset Sets the DI ballasts to default values (except short address) RESET. Preparing pp Open the app and search for remote control IRPDD4G or the product PD4MD4GF. Open the remote control..4 onnect dapter with smartphone : initially to at switchon, then rising to set value / : initially to at switchon, then falling to set value G, G, Plug the adapter in to the audio socket of your Smartphone or tablet. You must ensure that the IRdapter is fully inserted into the socket. Tab ommand SWITH losed / Open: Turns light zone / Please note that covers or cases may partially block a correct insertion of the adapter into the audio socket. Set the volume of the audio socket to maximum in order to ensure a sufficient transmission range of the IR signal. EYE losed: losed dimming Open: Saves the current light level In the app, a notification at the upper side of the user surface changes from red (no adapter found) to green (adapter connected).. Explanation buttons TEST losed: Start test mode Open: o function Modi 8. Factory Reset Factory settings inclusive roadcastmodes can be restored at any time in the following manner (warning all previous settings will be lost): UOK. Turn on mains supply if not already on. Turn potentiometer to Test (if the potentiometer is already in the Test position, it must first be turned to another position) OK. Turn U potentiometer to Sun (if the potentiometer is already in the Sun position, it must first be turned to another position) When all EDs blink for approx. seconds, activation of factory settings inclusive roadcastmodus has been successfully completed. DOUE OK See FIGURE 8, ED and light sensor positions 9. locking out sources of interference In order to block out sources of interference, for example copiers or air conditioning outlets, there is an option to fit clipon covers to the lens. See FIGURE 9, overing r. Indication white green red Selftest cycle (factory setting) Selftest cycle (not programmed) Selftest cycle (programmed via IR) 4 Selftest cycle (not programmed + double locked) Selftest cycle (programmed via IR + double locked) 6 Too bright 7 IR signal OK Short 8 DI configuration mode/ grouping process 9 DI autoaddressing 0 roadcast mode Unlocked (parameters + commands) Tab DI: Finished DI configuration mode ( closed ) Tab OMMD / PRMETERS: Exits programming mode ( losed ) T amper Protection is activated when it is pressed within seconds after OK. an be deactivated via a factory reset. an be removed again via Factory Reset or the following procedure: >. Disconnect power >. Reconnect power >. fter at least and at most 9 seconds, disconnect power again > 4. Reconnect power. losed: losed test mode and resets all timers Open: Factory Reset Overwrite all settings with factory program and disabled protection against manipulation (ote: roadcast mode is only about hardware reset sun + test recoverable) RESET DIM UP losed: dimming up to M Open: Slow dimming up to M DIM DOW losed: dimming down to MI Open: Slow dimming down to MI SHIFT + losed: o function Open: U setpoint will be minimal increase TabDI SHIFT SERH 0. ED Indication T ab DI: Starts DI configuration mode ( open ) Tab OMMD / PRMETERS: Starts programming mode ( open ) DD O pen: pplies to all connected DI EG: Deletes old addressing / groupings launches new autoaddressing, then switches automatically to the group assignment process O pen: service mode Only applies to all connected, factorynew DI EG (Factorynew = With short address FF ): Starts utoaddressing, then switches automatically to the group assignment process ET O pen: Starts group assignment process of all addressed DI EG In the group assignment process: Find the next to be grouped DI EG K O pen: Starts group assignment process of all addressed DI EG In the group assignment process: Find the next to be grouped DI EG losed: o function Open: U setpoint will be minimal reduced Tab Parameter Factory setting losed / Open (long press): Opens the dialog of the respective parameter losed (short press): o function Open (short press): Sends each parameter individually to the detector SED losed: o function Open: Send all in the app bundled set parameters to the detector

3 U DI rightness level Setpoint in U Moon(<0) / 00,00, 00,400,,700, 900 / Sun(>0) Orientation light mode / Followup time in minutes:,0,0, / ote: means ontinuous operation and leads to fully automatic operation in light zone DI eppurg retsat eppurg"reset EG" Dialogue retsat ep"lose purg lock" / DIPush )laconfiguration nak sialer( mode is SET G R OPERTIG MODE URI ED D amping of group relative to group in% 0,,0,,0, Mode of the integrated relay PS: Power Supply utofffunction minimized power consumption of DI EG HV: ontrol heating, ventilation, air energy efficient : lack board blackboard lighting (light zone ) ds: admium sulfide Photo electric switch S emiautomatic mode for light zone (G), Semiautomatic mode for light zone (G4) and, 00hour function for burning certain lamps / h,0h,7h,00h DI Select tab "DI" / Tab "DI" is open / DI V0configuration Find to corrected EG. retsat eppurg orrectable EG )lanak sialer( redo tätilanoitknufkh. redo ybdnats gnutlahcsb. red netlahcs. eppurg ca. s For cases where individual DI electronic ballasts are to be replaced, or others added, there is a DI maintenance mode. In DI maintenance mode, only DI electronic ballasts with a short address of FF have their addresses reset and released for grouping. This short address is saved as a factory setting on all new DI electronic ballasts. Therefore DI maintenance mode does not work with DI electronic ballasts which have already been addressed in another DI system (value not FF ). Select tab "DI" / Tab "DI" is open DI ca. s per EG The automatic retsat addressing process is started rell tsataddresses and eppgroup urg assignments )lanak siawill ler( be deleted ca. s redo tätilanoitknufkh. redo ybdnats gnutlahcsb. red netlahcs. Group assignment process is started. To be grouped EG eppurg Skip to next EVG. ext EG flashes ED display, eppurg utomatic addressing for each EG Grouped EG lights Push "lose ock" / DI configuration / lternative addressing processis started DI ca. s retsat will be created a 4 There eppurg temporary list of all EG which have the short retsat adress eppurg"ff" ("=ew") )lanak sialer( ca. s per EG HV HV Fine adjustments and ther modes Impuls / Followup time:,,0,40,0,, 0 / larm. ddressing and formation of groups efore groups are formed, it is recommended that you draw up a plan showing the grouping of all DI electronic ballasts in the room. Grouping principles for the PD4MD4G are explained in section.. ll EGs in the temporary list will be assigned a new address Group assignment process is started, if min. new EG was found. ca. s To be grouped EG redo tätilanoitknufkh. redo ybdnats gnutlahcsb. red netlahcs. Grouped EG lights Skip to next EG. ext EG flashes S oft start for light zone and roadcast, I nit ight for all light zones and broadcast, / DI configuration V0 retsat Push eppubutton rg "DD" IITIGHT Push "lose ock" / DI configuration. dding or replacing electronic ballasts Grouped EG lights. EG" opens eppurg Selected group lights retsat eppdialogue urg "Reset SOFTSTRT eppurg retsat eppurg retsat SUID SEMI Important note for slave operation: connect slave devices only after üf saddressing, ialer seierflaitor neto P ensure that, while autoaddressing setting rup else takes place (all EDs quickly), noone remains in any slave redo tätilanoitknufkh. device s detection area, so that no motion detection events are sent redo ybdnats gnutlahcsb. to the master. red netlahcs. SUID SEMI D amping of group relative to group in% 0,,0,,0, disabled. Step : Set up addresses SET G / DI configuration mode V0 is activated roadcastreset (ote: retsataddresses Theshort 4 enot ppube rg deleted or will overwritten / DIVconfiguration 0 opens eppurg Orientation light intensity in % 0,,0,,0 eppurg Select tab "DI" / Tab "DI" is open DI Select tab "DI" / Tab "DI" is open SUID ORIETTI IGHT EVE Followup time for all ight zones in minutes,,0,,0,,0, Important note for slave operation: connect slave devices only after setting up addressing, or else ensure that, while autoaddressing takes place (all EDs quickly), noone remains in any slave device s detection area, so that no motion detection events are sent to the master. SUID ORIETTI IGHT MODE. Step : heck grouping and amend if necessary. Step : roadcast Reset Functional descriptions Push "lose ock" / DI configuration

4 urrent draw of connected DI units too high 4. Set ux setpoint 4. lignment lways align the light sensor towards a lighting area belonging to Group. For this, the sensor can be angled vertically at 0 from the floor towards the wall. 4. Default settings Use presets over the U parameters (pp or potentiometer), to get faster results. 4. Process description Step : Darken the room. There should be only light available, which can be implemented via the device connected to the detector lighting system. Step : Place a calibrated light meter in the field of group If DI units use too much current, this can lead to errors. In designing your system, please take into account the total current draw of all DI units (electronic ballasts and any slave devices). The integrated DI power supply can provide a stable supply voltage when total current draw of all DI units is 0 m. ight switches on automatically although darkness is required (e.g. for a training presentation) This lighting behaviour occurs if, in full automatic mode, no movement is detected after operation of the push button within the followup time that has been set. Thus, if people in the room are very still during the presentation, it can lead to this undesirable effect. Measures to alleviate this can include increasing the sensitivity of the motion sensor, installing slave devices and/or increasing the followup time. s a last resort, only semiautomatic mode can reliably eliminate the problem. Step : Use the manual dimming and eyes button in the smartphone app in the tab command, to store the desired setpoint U. It may take up to minutes, until the new adjustment shows effect. Step 4: Use the + / buttons in the smartphone app for minimal corrections. rticle / Part nr. / ccessory Typ Part.r. PD4MD4GF 99 PD4MD4GSM 974 IRdapter 976 ccessory (optional) PD4SD4GF 97 PD4SD4GSM Technical data Power supply: rea of coverage: Protection type/class: mbient temperature: Dimensions: Mountinghole F: ase: Remote control: DI ontrol: DI: Followup time: ight sensor: 040 V, 0 / Hz circular, Ø 4 m transverse Ø 8 m towards Ø 6,4 m seated IP0 / II / E / +0 PD4MD4GF Ø 7 x 00 mm Ø 00 mm PD4SD4GSM Ø 4 x H 8 mm Polycarbonate, UVresistant Smartphone app and IRdapter Relay: Followup time: Relay (potentialfree, O): 00 W, cosφ = ; 0 V, cosφ = 0,, μmicrocontact to 0 Min. (HV) 64 DIEVG, Max. 0 m to 0 Min. (ighting zones) 00 to 000 ux Declaration of conformity This product respects the directives concerning. electromagnetic compatibility (004/08/EU). low voltage (006/9/EU). restriction of the use of certain hazardous substances in electrical and electronic equipment (0/6/EU) 7. Potential problems There can be many causes of problems with lighting control. The following shows a selection of possible causes. If electronic ballasts are added which have been changed from factory settings, or have been addressed already in another system, there is a risk that the same address could be duplicated. Inevitably, this leads to DI protocol conflicts, which results in unpredictable lighting control behaviour. Remedy: In carrying out maintenance, only use electronic ballasts in factory condition for exchange or expansion. If you are not able to use factorycondition electronic ballasts, you will have to follow the Set up addresses use case. This use case resets all electronic ballasts to factory settings before setting up addresses. M 84 PD4MD4GE 00 DI message conflict due to duplicate addresses

5 UOMT PD4MD4G Figures PD4MD4GSM/F...6. PD4D4G_abb ba.pdf :0:9.0 m M Y M SM MY Y MY F K.. UP m m m 8 4 m 00 mm 4. walking towards walking across seated.. 4 Master.4. O O OM D+ D open close EVS D+ D DI US D+ D Slave D+ D DI EG onstant light control Softstart _ D Init light utoon _ 8. P ohne bdeckung.pdf Group Group Group DI US O D+ D OM D+ D 09:4:4 D+ D Group 4 F Whiteboard illumination HV / 4.. M Y M Relay lines MY / Pushbutton lines Y MY K SM DI/ US lines DI US O O D+ D OM D+ D D+ D 9.