Operating and mounting instruction occupancy detector PD4/Master and Slave less effort, in particular in situations where there is a large number of occupancy detectors in use, such as, for example, in the case of large-scale SM Surface mount Thank you for purchasing the occupancy detector. You have opted for a quality product from the BEG range and for one which has been manufactured, tested, packaged and despatched with the utmost care. Please read the information contained in these directions before commencing assembly. Allocation of the article numbers: Model SM FC FM PD4/M Master FC Ceiling mount LUXOMAT 92140 92148 92255 PD4/S Slave 92142 92254 92163 We reserve the right to make any technical adjustments which are in the interests of productimprovement. Important: All work on the 230V power system must be carried out by qualified personnel only! The mains voltage must be cleared prior to commencement of assembly of the LUXOMAT. With its infrared remote-control system, BEG is one of the first manufacturers worldwide to facilitate control and programming of a occupancy detector using telecontrol technology. This does away with the need for erecting a ladder, and the setting of the presence-detector parameters can be carried out with considerably R L' N L - L Slave/Remote NO NO FM Flush mount 3A 25 office buildings. Unlike the motion detectors designed for external use which have dominated the sector up to now, occupancy detectors are considerably more sensitive and, as such, are particularly suited for internal applications; in addition to moving activity, they will also pick up activity of a sedentary nature. Designs PD4/M PD4/S LUXOMAT PD4 ceiling-mounted occupancy detectors are available in designs intended for both surface- (PD4-SM) and flush-mounted (PD4-FM) installation as well as for built-in ceiling installation (PD4-FC). No further steps require to be taken in the case of the models which have been designed for surface-mounted installation; they can quite simply be installed on any level surface. The models which are intended for flush-mounted installation are compatible with conventional inlet sockets. All of the appliances are available both as a Master and a Slave version: Master The occupancy detectors LUXOMAT PD4 Master feature 2 relay contacts, which may be set independently of each other. Contact 1 triggers the lighting, reacting to movement and ambient degrees of brightness. Contact 2 is voltage-free and will trigger any number of appliances as a reaction to movement. The Master-appliance has extensive possibilities when it comes to setting the control function for both lighting and the appliances. These possibilities are covered in detail in the Operating Instructions. Slave The occupancy detectors LUXOMAT PD4 Slave can only be operated in conjunction with a Master-appliance. Any number of Slave-appliances can be connected up to a Master-appliance for the purpose of extending the area of coverage without incurring significant expense. Slave-appliances cannot be set independently. All setting-work is carried out on the LUXOMAT PD4 Master.
Detecting movement The motion-detector feature of the installation centres around a visual system which has been designed and developed to an exceptionally high electronic and optical standard. The infrared beam which is radiated from moved or moving objects is directed straight at a pyroelectric sensor via the hemispherical Fresnel lens. Automatic light control (PD4 MASTER) Function The light is switched on automatically in the operating mode Fully Automatic once movement is detected and a pre-set minimum degree of brightness (switch-on value) is not achieved, just as it is switched off automatically in the absence of movement or when a pre-set maximum degree of brightness (switch-off value) is exceeded. It is possible to program either the switch-on or the switch-off value. If it is the switch-on value which is pre-set, the detector will calculate the switch-off value automatically, and vice versa. When the system is in the operating mode Semi-automatic, it is always necessary to switch on the light by hand, either using the switch provided or by remote control. In so far as there is no detection of movement at the same time, the degree of brightness at any given time is indicated as follows with the assistance of light-emitting diodes (LED s) in the appliance: Appliance identifies bright : LED flashes at a steady rate Appliance identifies dark : LED does not flash at all Additional information: In order to avoid situations where switching-on and switching-off occurs unnecessarily, the reaction on the part of the appliance to any change in the degree of brightness is triggered on a time-delayed basis. Passing cloud, for example, would suffice to cause unnecessary switching. Time-delay bright dark : 30 seconds Time-delay dark bright : 5 minutes Learning process The system features a learning process, which enables the detector to take into consideration the fact that the illuminating power of fluorescent lamps is not yet fully developed at the beginning of their service life, and likewise their illuminating power deteriorates with age. Once the switchon value has been preset, the detector switches on the light repeatedly for periods of 5 minutes regardless as to whether it has detected any movements, and then switches it off again until such time as the fluorescent lamps have developed their full illuminating power. It is, however, also possible to get around having to carry out this process 26 (see Automatic memorizing function of the current twilight value for light control ). Manual light control (PD4 MASTER) Regardless of the availability of light at any given time, the light can be switched on or off manually using the remote-control facility or a contact switch located at the input R (impulse 0.2 to 0.5 sec.). Important: Appliance must be closed (see Closing the PD4 Master ). Switching on using remote control or switch The light will remain switched on for as long as movements are detected in the areas of coverage. Once the last movement has been detected, the light will remain on for the duration of the followup time as per setting. The appliance will then return independently to the mode selected. (Fully or Semi-automatic). Where the appliance has already identified the condition bright prior to the lighting being switched on manually, the level of brightness will not be monitored after switching-on has taken place. Where the appliance has already identified the condition dark prior to the lighting being switched on manually, the level of brightness will be monitored after switching-on has taken place, and the lighting will be switched off following a delay of 5 minutes once the switch-off value has been exceeded. Switching off using remote control or switch The light will remain switched off for as long as movements are detected in the area of coverage. Once the last movement has been detected, the light will remain off for the duration of the follow-up time as per setting. The appliance will then return independently to the operating mode selected. (Fully or Semi-automatic). Automatic appliance control (PD4/M) Other consumers such as ventilation installations or alarm devices can be controlled via a voltage-free switch-output. This relay operates strictly on the basis of reaction to movement and can be equipped, for the purpose of safety applications and with enhanced protection against false alarms, with a delayed switch-on function to drive ventilation installations. Parallel- or Master/Slave operation The LUXOMAT PD4 Master can operate either on its own or together with other detectors. Parallel operation involving several PD4/M As the PD4/M occupancy detector is equipped with an ingeniously logical capacity for measuring brightness and a facility for controlling light on the basis of presence, it is not recommended that it be
operated in parallel with other Master-appliances or motion-detectors. Please always select the Master/Slave mode of operation as described in the following for the purpose of extending the area of coverage by a Master-appliance. Master/Slave mode of operation Any number of PD4 Slave s* can be connected up to a PD4 Master for the purpose of extending the area of coverage without incurring significant expense. All that the Slave-appliances do is to pass on information on movement to the Masterappliance. The PD4 Master measures the degree of brightness and, where appropriate, switches on the light and other appliances. Additional information: When in Master/Slave mode of operation, the Master-appliance must always be installed at the location where there is least daylight. *Any 220V motion-detector (e.g. LUXOMAT RCplus) connected up to the slave-input of a master will serve as an acceptable alternative to using a slaveappliance. For this purpose, the motion-detector must be set at daytime/night-time operation, ensuring a follow-up time of between 2 seconds and 1 minute. Assembly, commissioning Important: All work on the 230V power system must be carried out by qualified personnel only! The mains voltage must be cleared prior to commencement of assembly. Prior to mounting: Prior to mounting the unit please make sure of the following: LUXOMAT PD4 has to be fixed on a solid surface do not connect more than 2 LUXOMAT PD4 in parallel to avoid potential false switching. the connected load must not exceed the following ratings: resistive load 230VAC/10A max. inductive load 230VAC/5A max. the view of LUXOMAT PD4 must not be obscured by objects since those will block IR-radiation from being detected LUXOMAT PD4 is a dedicated automatic lightswitch and is not intended to be used in burglar alarm and intrusion detection systems. 3. Montage Determining the location of installation In order to guarantee flawless and satisfactory operation of the unit, the following characteristic of infrared motion sensors must be taken especially into consideration: Motion sensors switch most sensitively if movement occurs crossways to the line of the lens segments. During frontal approach, the sensitivity and therewith the effective detection range is greatly reduced. Installation of the LUXOMAT PD4-SM Disconnect mains supply! The detector must be installed on a solid and level surface. There is no need for frames. close open Example corridor: Reduced detection range Reduced detection range during during frontal frontal approach Bad 3-4 m appr. Optimal For mounting remove lens (C) (turn anticlockwise) Fasten the mounting pod to the ceiling. After installation replace the lens and lock (turn clockwise). After an initial 60-second self-test phase, the LUXOMAT PD4 is ready for operation. In case the sensing area of the LUXOMAT PD4 is too large or areas are being covered that should not be monitored, the range can be reduced or limited through use of the enclosed masking clips (e). C e 27
Installation of the LUXOMAT PD4-FC The detector has been designed and developed specifically for installation in suspended ceilings. For mounting remove lens (turn clockwise). A circular opening of diameter 68 70 mm must first of all be produced in the ceiling. Having connected up the cables in accordance with regulations, the detector is inserted into the opening as shown in the drawing opposite and fixed into position with the assistance of the spring clips. open Installation of the LUXOMAT PD4-FM The detector can be installed in conventional inletsockets mounted on the ceiling. The assembly plate enclosed must be stripped off prior to installation and secured to the ceiling using 4 screws and ensuring that it is not laterally transposed. Having connected up the cables in accordance with regulations, the detector can be placed in position as shown in the drawing opposite and, applying a little pressure, can then be locked into position with the assistance of the spring clips. (Please refer to the connection diagrams of the Operating Instructions when connecting up the wiring) Commissioning the LUXOMAT PD4 MASTER 2000 1200 600 200 40 close When installation has been completed and the 230V mains voltage has locked on, the red LED will flash for a period of 60 seconds, indicating that the LUXOMAT PD4 MASTER is in self-checking mode. Once this process of self-checking has been completed, the various settings can be carried out. With regard to this procedure, please refer to the chapter Settings without the use of remote control. If you have the remote control LUXOMAT IR-RC, which is available as an extra, please read the chapter on the next page Settings using remote control. Fully/Semi-automatic The Master-appliances leave our factory set for operating mode Fully automatic (see Automatic light control PD4 Master ). When commissioning has been completed and the 60-second period in self-checking mode is up, the system can, if required, be switched over to operating mode Semi-automatic, using the LUXOMAT IR-PD The following is the procedure required: 1. Open appliance Acknowledgement via connected lighting 2. Switch from operating mode Fully automatic to Semi-automatic or vice versa using the key Light ON/OFF Acknowledgement only via the red LED on the appliance as per the following: Semi-automatic: Rapid flashing of the LED for a period of approx. 3 seconds Fully automatic: LED lights up for a period of approx. 1.5 seconds 3. Close appliance Acknowledgement via connected lighting Commissioning the LUXOMAT PD4 SLAVE When installation has been completed and the 230V mains voltage has locked on, the green LED will flash for a period of 60 seconds, indicating that the LUXOMAT PD4 SLAVE is in self-checking mode. The detector is ready for service immediately after the process of self-checking has been completed. It is not possible to carry out settings on the PD4 SLAVE. Settings without the use of remote control (for PD4-Master only) Follow-up time for light control (relay 1) The time can be set infinitely 16 10 5 variably at between 15 seconds 2 and 16 minutes. 1 Symbol : Impulse :< 1 second TEST 15 30 Symbol TEST: Test mode (Every movement switches on the light for a period of 1 second, switching it off for a period of 2 seconds after that regardless of the level of brightness) Additional information with regard to the Impulse function: Please note when activating the Impulse function that the regular clicking of the relay could prove annoying depending on the application and location of installation of the appliance. Additional information: If the relay is not being 28
used for the purpose of light control, the follow-up time should be set at 16 minutes as otherwise the switching of the relay, which can be heard, could prove annoying. Twilight-switch for light control (relay 1) 2000 1200 600 200 40 The switch-on value for the light can be set at between 40 and 2000 Lux. The switch-off value is calculated automatically. Symbol : Night-time operation Symbol : Daytime/Night-time operation Additional information in connection with fluorescent lamps: As soon as the pre-set switch-on value has been reached, the detector will switch on the light for a period of 5 minutes regardless as to whether or not movements have been detected, then switching it off again. This procedure is repeated until the fluorescent lamps have developed their full illuminating power, thus enabling the switch-off value to be calculated conclusively. Follow-up time for appliance-control (relay 2) 120 60 A 50 40 30 15 5 10 The time can be set infinitely variably at between 5 minutes and 120 minutes. There is a period of delay prior to switch-on of between 5-10 minutes for times set in excess of 15 minutes. Symbol : Impulse = 2 sec. (see Page 30 Additional information on the Impulse function ) Symbol A: Alarm impulse = 1 sec. (Enhanced protection against false alarms: The detector will not engage unless at least 3 movements have been registered within a period of 10 seconds). Additional information: If the relay is not being used for the purpose of appliance-control, the follow-up time should be set at 120 minutes as otherwise the switching of the relay, which can be heard, could prove annoying. Mode of procedure of follow-up times As soon as a movement is detected inside the area of coverage, the Master initiates the integrated timer. The consumers which have been connected up either become illuminated or run for the duration of the pre-set period of time. If further movements are detected within this period of time, the timer will be reset each time. Settings carried out using remote control (for the PD4 Master only) Remote control LUXOMAT IR-PD The infrared remote-control facility enables the LUXOMAT PD4-Master occupancy detector to be used to considerably greater effect when compared with more traditional applications. Important information on commissioning 1 2 TEST TEST 16 10 5 2 15 16 10 5 2 15 1 30 1 2 1 30 2000 40 2000 40 1200 600 200 1200 600 200 Additional information: Before leaving the factory, Potentiometer 1 has been set at TEST and Potentiometer 2 at SUN. All values which have been programmed using the remote control will be deleted in the event of power failure in this position, i.e. before carrying out programming using the remote control, it is imperative that Potentiometer 2 be switched over to MOON or any other value. Acknowledgement of receipt Every signal which is validly received by the LUXOMAT PD4/M is acknowledged in the form of 2-second-long illumination of the red LED and is indicated by the connected lighting flashing. Commands which have not been accepted are indicated by illumination of the red LED of 0.5 seconds duration. Unblocking Every time connecting-up to the mains takes place, the PD4/M is blocked. This status makes it impossible to carry out settings using the remote control. In order to permit programming to be carried out, the occupancy detector has to be unblocked with the assistance of the remote control (see Opening the PD4 MASTER ) EEPROM (Memory) All of the values which have been set on the Master using the control knobs are overwritten by the remote control and stored in the EEPROM. In this way, the pre-set values remain preserved even in the event of a power failure. Additional information: When the 230V mains voltage has locked on, the red LED will flash for a period of 60 seconds, indicating self-checking mode. Flashing at intervals of one second = EEPROM empty Rapid flashing = EEPROM contains information 29
Battery The remote control is supplied complete with battery. Where teleadjustment is not possible, first of all check whether the battery has been correctly polarized (open battery compartment by pressing the plastic springs together and removing the battery-holder). If this does not solve the problem, the battery must be replaced. Setting the functions Opening the PD4 MASTER The PD4 MASTER is opened using this key and can then be programmed for the respective function using the remaining keys. Important: Must be actuated following every occurrence of a power failure, otherwise settings cannot be changed. Closing the PD4 MASTER The detector is protected against occurrences of inadvertent manipulation. When in this state, the only functions which can be actuated are RESET, Light On/Light Off and TEST. We must distinguish between this state and Permanent protection against sabotage (see also Page 30) Twilight-value for light control (relay 1) It is possible, on the basis of the standard values indicated, to set a specific switch-value for brightness. In the case of rooms which have access to daylight, the recommended setting is 300 Lux as opposed to a setting of 1000 Lux for rooms with no dayight. Any switch-value can be stored for brightness using the Automatic input function, which is described in the following. Automatic input function of the current twilight-value for light control (relay 1) Any value for brightness (approx. 5-2000 Lux) can be read as the switch-value for the lighting using this function. Important: The appliance distinguishes between the following two methods of approach. We recommend: Inputting with lighting switched on. Additional information: Values which are too bright and too dark cannot be input (red LED flashes extremely quickly). Inputting with lighting switched on (recommended method) Having pressed the key, the current value for brightness is pre-set as the switch-off value. The switch-on value is calculated automatically. Method of approach: with the lighting switched on, wait for the exact point in time in the morning as of which artificial lighting is no longer required and then actuate the input-key. Inputting with lighting switched off Having pressed the key, the current value for brightness is pre-set as the switch-on value. The switch-off value is calculated automatically. Method of approach: wait for the desired degree of twilight in the evening and then actuate the input-key. Additional information in connection with fluorescent lamps: As soon as the pre-set switch-on value has been reached, the detector will switch on the light for a period of 5 minutes regardless as to whether or not movements have been detected, then switching it off again. This procedure is repeated until the fluorescent lamps have developed their full illuminating power. The learning phase can be shortened by inputting when the lamps have warmed up. No learning phase is required with the method Inputting with lighting switched on in so far as the fluorescent lamps have already developed their full illuminating power. Gong-program for light control (relay 1) The follow-up time is less than 1 second in this mode (impulse program). This program facilitates, for example, the triggering of any automatic stairwell-lighting systems or gongs. Each impulse is followed by idle time of 9 seconds duration, during which period no movements are registered. Additional information with regard to the Impulse function: Please note when activating the Impulse function that the regular clicking of the relay could prove annoying depending on the application and location of installation of the appliance. Follow-up time for light control (relay 1) The requested follow-up time for the lighting connected can be programmed to the very second by pressing the appropriate key. Follow-up time for appliance control (relay 2) The requested follow-up time for the appliances connected can be programmed to the very second by pressing the appropriate key. 30
Additional information: switch-on is automatically delayed by 5-10 minutes in the case of follow-up times in excess of 15 minutes (red ring), i.e. ventilation installations, for example, can be engaged with a time delay if movements are detected over a period of at least 5 minutes. Impulse program for appliance control (relay 2) The voltage-free contact is closed for a period of 2 seconds. This is followed by a period of idle time of 8 seconds duration. This facilitates, for example, the triggering of external alarm devices. Alarm impulse program for appliance control (relay 2) Is suitable wherever faulty switching is to be avoided at all costs. The relay will not close until at least three movements have been registered over a period of 10 seconds (impulse = 1 second). Test mode The area being monitored can be paced out regardless of the level of ambient brightness. Each movement switches the light on for 1 second, then switching it off for a period of 2 seconds. Permanent protection against sabotage This function blocks the LUXOMAT PD4 MASTER permanently (green LED is illuminated). This operating mode can only be activated during the period of 5 seconds following closure of the detector. This status will only permit actuating the function Light on/light off. The procedure for leaving this mode is as follows: 1. Switch off the current 2. Apply current for 30-60 seconds 3. Switch of the current again 4. Apply current 5. Open detector (see Opening the PD4 ) Fully/Semi-automatic Light on/light off when open When commissioning has been completed and the 60-second period in self-checking mode is up, the system can, if required, be switched from operating mode Fully automatic to Semi-automatic or vice versa, using the Light ON/OFF key (see Fully/Semi-automatic ). Light on/light off when closed The light can be switched off and on at any time using the remote control. The appliance will then return independently to the mode selected. (Fully/Semi-automatic). Light on The light will remain switched on for as long as movements are detected in the areas of coverage. Once the last movement has been detected, the light will remain on for the duration of the follow-up time as per setting. The appliance will then return independently to the mode selected. (Fully or Semi-automatic). Where the appliance has identified the condition bright prior to the lighting being switched on manually, the level of brightness will not be monitored after switching-on has taken place. Where the appliance has identified the condition dark prior to the lighting being switched on manually, the level of brightness will be monitored after switching-on has taken place, and the lighting will be switched off following a delay of 5 minutes once the switch-off value has been exceeded. Light off The light will remain switched off for as long as movements are detected in the area of coverage. Once the last movement has been detected, the light will remain off for the duration of the follow-up time as per setting. The appliance will then return independently to the operating mode selected. (Fully or Semi-automatic). Resetting when open All values which have been programmed using the remote control IR-PD are deleted, and those values in the PD4/M which have been set by potentiometer are activated. Additional information: The switch-off threshold requires to be re-learned or input. Resetting when closed Both the relay for the lighting and the relay for the appliances are switched off, i.e. opened and the follow-up times reset. 31
LED-functional indicators, fault-finding The functional indicators in the case of the LUXOMAT PD4 MASTER (red and green LED s) Red LED indicating self-checking mode (over a period of 60 seconds following mains -supply lock-on) Flashing at intervals of 1 second EEPROM/memory empty Flashing rapidly EEPROM/memory contains information Red LED as an indicator of status Flashing irregularly Flashing regularly Not illuminated Flashing extremely rapidly Movements are detected within the area of coverage Detector identifies bright light off (dependent upon operating mode) Detector identifies dark light on (dependent upon operating mode) Too bright/too dark/undfined Red LED as an acknowledgement of receipt for commands from the remote control Illuminated for 2 seconds Signal validly received Illuminated for 0.5 seconds Not-accepted command, detector blocked Flashing extremely rapidly not-accepted command, occurs, for example, when an attempt is made to input twilight-value are too bright or too dark Green LED as an indicator of status (only for status Permanent protection against sabotage ) Flashing irregularly Movement are detected within the area of coverage Flashing regularly Detector identifies bright light off (dependent upon operating mode) Not illuminated Detector identifies dark light on (dependent upon operating mode) Green LED as an acknowledgement of receipt for commands from the remote control Illuminated for 2 seconds Signal validly received (only possible for function Light on/light off ) Possible types of malfunction Light not illuminated Light illuminated constantly during darkness Light illuminated constantly, also during the day Detector switches off again approx. 5 minutes after switching on lighting then switching on again automatically The function Light on/light off is not working Cause Twilight-value not reconcilable with the given situation Function Light off activated Constant heat activity in the area of coverage Function Light on activated Twilight-value not reconcilable with the given situation Fluorescent lamps are connected up. The detector is going through a learning phase. The relay for the light control is set at Impulse function Rectification Adjust twilight-value with regulating screw or remote control Actuate Light on on remote control If movements caused by sources of interference (animals, ventilation, etc.), remove from area of coverage Actuate Light off and/or Reset using remote control or appropriate key Adjust twilight-value with regulating screw or remote control This ceases to occur once the learning phase has been completed (approx. 10x on/off) Using the remote control, this learning phase can be shortened or even avoided Select follow-up time for light control of between 15 seconds and 30 minutes (Please note: could destroy other appliances which are connected, e.g. automatic stairwell-lighting systems) Despite perfect functioning of the PD4, a relay is heard switching constantly Other forms of malfunction during programming with IR-RC R1 or R2 on Impulse function Appliance output R2 is not being used, but is set at a short follow-up time Light output R1 is not being used, but is set at a short follow-up time 32 If possible, select continuous contact Set follow-up time for appliance-control R2 at 120 minutes Set follow-up time for light control at 30 minutes Open appliance and then actuate RESET key and re-program
Remote control Accessories LUXOMAT IR-PD Remote control for convenient teleadjustment and programming of the PD4 occupancy detectors with wallmounted holding device as standard Art. No. 92160 LUXOMAT IR-PD-mini Small remote control for the enduser. Functions: Automatic ON/OFF Art. No. 92159 LUXOMAT IR-PD WH Wall-mounted holding device for infrared remote control IR-PD (comes as standard with the LUXOMAT IR-PD) Art. No. 92100 LUXOMAT BSK Protective cage: protects the occupancy detector damage caused by balls or vandalism. Art. No. 92199 Detection area Detection area walking activities for PD4 Fixing height 2.5 m Sideview 6.4 m 8 m 24 m Detection area sitting activities for PD4 walking across walking towards seated Topview 33
Wiring diagrams Terminal connection for standard operation Standard operation with external push button HAVC HAVC Standard operation Standard operation, manual switching possible (NO-contact to be pressed for approx. 1 sec.) The potentiometers not to be set on Test or Sun otherwise the preadjusted values will get lost during this manual operation. Terminal connection for master-/slave-operation L N HAVC Terminal connection for master-/slave operation L N MASTER SLAVE MASTER R 2 MASTER/ SLAVE-MODE R L' N N L L N N L L R R R L' N N L L R L' N N L L Master/Slave-operation with one master and several slaves. The master is the only unit to read in the lux levels and to switch the connected loads. The slave units will react on motion only, independently of the lux levels, by sending an impulse via the dry contact. Master/Slave-operation, i.e. masters operate as slaves but with additional push button function to switch the light manually. The preset values will not get lost. The master is the only unit to read in the levels and to switch the connected loads. The slave units will react on motion only, independently of the lux levels, by sending an impulse via the dry contact. Terminal connection for parallel-operation HAVC HAVC The parallel-operation is not allowed for master units! 34
Technical data PD4-Master Sensor an power supply in one case for onwall-, ceiling- and flushmounting Electrical data Voltage 230V~ + 6%/-10% Power consumption < 1W Ambient temperature -25 C to +50 C System of protection SM = IP54, FC/FM = IP20 Protection class II Modes of operation Settings locally and by remote control Light values Inputting of current light value Parallel operation Master/Slave Area of coverage circular 360 Range of coverage Ø H 2.5m/T=18 C seated 6.40m / walking across 24m / radial 8m Recommended fixing height 2-3 metres Light measurement Mixed light, i.e. daylight + connected, artificial light Lux values 5-2000 lux Relay/Channel 1 for light-connection Type of contact NOC/Normally open contact Contact load 2300W, 230V~, 10A cosϕ=1, 1150 VA cosϕ=0.5 Max. no. of series-connected electronic depending on type and make, total connectable140µf. appliances 30 x 18W single-flame 20 x 18W dual-flame 25 x 36W single-flame 20 x 36W dual-flame 20 x 58W single-flame 10 x 58W dual-flame Time-setting Impulse, 15 seconds - 30 minutes Relay/Channel 2 (for connection of other loads) Dry contact type NO 3A 5 sec. Impulse or 5 to 120 min., with time delay of 10 min. Dimensions HxØ SM FC FM 73x106 103x97 84x97 Separate input terminal for push button Declaration of Conformity: The product complies with the low voltage recommendation 73/23/EWG and the EMV recommendation 89/336/EWG Technical data PD4-Slave Electrical data Voltage 230V~ + 6%/-10% Power consumption < 1W Ambient temperature -25 C to +50 C System of protection SM = IP54, FC/FM = IP20 Protection class II Area of coverage H 2.5m/T=18 C circular 360 Range of coverage Ø seated 6.40m / walking across 24m / radial 8m Dimensions HxØ SM FC FM 73x106 103x97 84x97 Declaration of Conformity: The product complies with the low voltage recommendation 73/23/EWG and the EMV recommendation 89/336/EWG 35
Warranty for BEG LUXOMAT products BEG products are produced using state-of-the-art technology and are quality tested. Should a fault arise in spite of this, BEG GmbH provides the following warranty: a) Term The term of the warranty is 36 months following purchase of the unit by th customer. b) Scope The unit shall be repaired of manufactured once again free of charge by BEG in its factory at its discretion if it is proved that a manufacturing of material fault has rendered it unsuitable for use or hase considerably limited its usefulnes within the warranty period. c) Exclusion The warranty for defects shall not apply to natural wear and tear or transport damages. Neither shall it apply to damages resulting from failure to observe the installation instructions or unprofessional installation. BEG is to be allowed the necessary time and opportunity to remedy the defect. BEG shall not assume liability for the consequence of improper modifications or repair work. This shall also apply to the supply of individual and replacement parts. BEG shall not assume liability for indirect, consequential and pecuniary loss. d) Period of limitation Should BEG nor recognize notification of defects made on time, the right to assert claims arising from the defects of the party entitled to the warranty shall become statutebarred in all cases 6 months following the date on which the notification of the defect was made on time. e) Return of the defect unit In the event of the warranty being availed of, the unit must be submitted to us through the specialist retailer together with the warranty card filled in and the sales receipt, as well as a short description of the defect. BEG Brück Electronic GmbH - Schlosserstr. 30 - D-51789 Lindlar BEG (UK) Ltd - Abbey House, 450 Bath - Heathrow UB7 0EB Unit model: LUXOMAT PD4 Date of sale to the customer: Note: No follow up of the warranty claim without the warranty card and the purchase receipt. Stamp and signature of the dealer or the electrician: Adress of the sender: Name: Street: Postal code/city: Defects discouvered: 36 B.E.G.