LRC 5038/10 Helio 8 way light controller switching only

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Helio 8 way light controller switching only 1/5 Product details general The LRC5038/10 (also known as 8LS switching only) is a LonWorks light controller with eight configurable outputs, two pairs of

1 Helio 8 way light controller switching only 1/5 Product details general The LRC5038/10 (also known as 8LS switching only) is a LonWorks light controller with eight configurable outputs, two pairs of sensor interfaces for standards movement detectors, light sensors and IR receivers and two inputs for standard wall switches. Functionality and combination of sensors/switches depends of used device software. The light controller is LonMark compliant and can easily be integrated with other LonMark products. Each output has a 3-pole Wieland GST socket that provides Live, Neutral & Protective Earth for switching lighting loads up to 4A. Luminaires with pre-wired flying leads and Wieland GST connector are plugged directly into the outputs. One small neon lamp is provided on the hosing top to indicate power. A LED is provided to indicate the status of the unit. Mains is connected to the unit by Wieland GST socket or T-branch connector for looping through. The twisted-pair bus cable is screw connected to a 2 pole Wieland plug (loop-in/loop-out) and plugged into a bus input socket at the front of the unit. This plug is supplied with the unit. Commissioning software Unilon and Helio application software or another LNS TM tool with Helio LNS TM Plugin software is used to configure the sensor and switch functions in each interface and link them to individual outputs in any light controller. The functionality of the connected luminaires is defined by setting the control parameters of each output. The unit s neuron ID is registered in the software by pressing a service pin on the housing front. Neuron ID s are also printed in bar-code and hexadecimal characters on two stickers placed on the unit. This allows ID registration by bar-code scanner or keyboard. Dimensions in mm Sensor & push-button interfaces Each of the two sensor interfaces consists of 2 modular input sockets (RJ12) for conventional sensors. Under Applications different functionalities are described (different versions of device software). Thus combination of sensors depends on device software (see also figure on page 3 on input sensor wiring). The light controller has two input sockets for normally open push-button switches. The switches are connected with lowvolt 3-core cables and 3-pole Weidmuller plugs (type BLAT 3/SNOR not supplied with the unit). Each socket has two digital inputs for separate switches one to switch lights on and one to switch lights off. Any number of wall switches can be connected in parallel to the digital inputs. It is also possible to configure both digital inputs for toggle on/off switching (not dimming) with one wall switch.

2 Helio 8 way light controller switching only 2/5 Related equipment and software Helio multi-sensor LRI5133 system clock LCU5315 digital I/O unit LCU5305 Standard sensors movement detector LRM8112 (ceiling), LRM8115 (wall, long range) and LRM8116 (wall, wide angle). light sensor LRL8101 and LRL8101 high bay. IR receiver IRR8124 (ceiling), IRR8125 (ceiling invisible ) multi-sensor LRI8133 IR transmitters wall transmitter IRT8050 wall temperature transmitter IRT8055 handheld/wall transmitter IRT8010 and wall-holder LRH8010 handheld transmitters IRT8030, IRT8040 and IRT8080 Connecting equipment sensor cable LCC8014; 5m with modular plugs at both ends sensor cable LCC8011; 1m with modular plugs at both ends sensor extension cable LCC8012; 5m with modular plug & socket sensor extension cable LCC8013; 20m with modular plug & socket branching connector for cables above LCC8024; 3 socket/1 plug LON bus cable LCC5301/00; 100m long twisted-pair cable Software Unilon Server Software (version 2.6 or higher) LCS5430/ Unilon Client Software (version 2.6 or higher) LCS5425/ Helio LNS Plug-ins (version 2.0 or higher) LCS5504/ Related documentation Installation instructions LRC5038/10 X3406 Unilon + Helio Handbook For documentation contact your local Philips representative. A Fuse x2: 5 amp 20mm ceramic TSAH A1 outputs 1 to 4 A2 outputs 5 to 8 B mains power neon: if on, mains and logic power applied C status LED: normally off if continuously on - failure if blinking - unconfigured D Service pin: push on service pin and status LED will blink once Electrical connections and wiring diagram

3 Helio 8 way light controller switching only 3/5 Input sensor wiring Four RJ12 sockets are supplied for connection of sensors from the Philips range. These may be used to connect several sensors by use of the Philips branching connector LCC8024*, however combinations of sensors must be connected as shown below. Warning: combination of sensors depends upon used application software. *Note: Depending upon positioning, the branching connector (LCC8024) may obstruct the other inputs as the inputs are adjacent to each other. This can be overcome as follows: - Connect male/female cable to input (LCC8012 5m), connect branching connector (LCC8024) and then sensor cables (LCC8014 5m or LCC8011 1m) to sensors; - Connect male/male cable to input (LCC8014 5m or LCC8011 1m) and use female/female branching connector (6 pin) standard available in the market, and then to sensors as first option. Sensor connections

4 Helio 8 way light controller switching only 4/5 Sensor cable instructions Technical information Mains supply: Connections: Output Connection: Switching: 230Vac +/-10%; 50-60Hz Input plug for Wieland GST 18/3 socket or T-branch (not supplied with unit) Input socket for Wieland GST 18/3 plug (not supplied with unit) 920VA (max) / output, (for loading see table below) Load Capability: The maximum total load depends upon the fusing of the primary (mains) circuit. The maximum loading is 4 amps for a single output - subject to a maximum of 5 amps across outputs 1 to 4 and 5 amps across outputs 5 to 8. The total maximum loading of the module is 10 amps. (for incandescent lamps) To define each modules capability in terms of fluorescent luminaires see the table below. Each luminaire has been assigned a load factor based on its inrush characteristic, this is a limiting factor in conjunction with continuous load current, of 4 amps per output By utilising the table, any combination of luminaires can be determined by totalling their combined load factors. The maximum load factor for a single output = 12 (see table) Magnetic Ballasts Linear Luminaire Type Load Factor (Max 12 in total per output) 1 x 18W 2 2 x 18W 2 1 x 36W 2 1 x 58W 3 2 x 36W 4 1 x 70W 5 1 x 100W 5 2 x 58W 6 2 x 70W 10 2 x 100W 10 Magnetic ballasts PL Luminaire Type Load Factor (Max 12 in total per output) 1 x 18W 3 1 x 24W 3 2 x 18W 3 1 x 36W 3 2 x 24W 6 2 x 36W 6 HF Ballasts tend to have similar inrush for different tube wattages, the maximum number of ballasts per output is 3. Sensor input Connections: Sensor type: Power supply: Momentary switch input connection: Bus input Bus connection: Bus load: Bus communication: Transceiver type: Indicators Mains power: Service: 4 input sockets for RJ-12 (6p/6c) modular male connector input is suited for: - Philips IR receivers - Philips movement detectors - Philips light sensors - Philips multi sensors 12Vdc+/- 10%, 100mA current sourcing for light sensor and movement detectors. 5Vdc+/- 10%, 15mA current sourcing for IR receivers. input socket for 3-pole Weidmüller plug type BLAT 3/SNOR (not supplied with unit). input suited Wieland ST plug type ST 17-2 (supplied with unit) max, for 64 nodes (see Helio manual), ANSI/EIA A-1999 (LonTalk) FTT-10A A small neon lamp (orange) indicates presence of mains power A red LED indicates configured state of unit - flash = unit is unconfigured - off = unit is configured (factory default) - on = unit is defective or has no application software

5 Helio 8 way light controller switching only 5/5 Mounting: screw mounting against wall or ceiling Storage conditions: storage temperature -20 to 70 C relative humidity 15% to 90% Operating conditions Operating temp.: 5-45 deg.c Rel. humidity: 15% to 90% Condensation: no Safety Housing: protection class IP20 Mains part: double insulation (4kV) between: mains and sensor/bus parts Disconnect power before entry. In case of service to the luminaires relays have microgap construction. Safety compliance: IEC EMC compliance immunity: EN emmission: EN 55015, EN (class A) Packing data Type Box dimensions Qty Material Weight (Kg) (mm) net gross Unit box 150 x 340 x 70 1 card board Outer box 350 x 350 x card board Ordering Data Type MOQ Ordering number EAN code level 1 EAN code level 3 LRC5038/ /2003 Data subject to change

6 Supp. 1/10 Overview This chapter gives an overview of the functions available in the LRC5038/10 lightcontroller, having different kinds of software. Lightcontroller device software Three versions of device software have been developed specially for the LRC 5038/10 light controller. Lighting only version: ideal for simple light switching applications and replacing old IFS systems. This software contains the following objects: - 4 Movement Detector objects - 4 three channel Infrared switch objects - 8 Light controller/actuator objects Integrator version: ideal for integration with HVAC and sunblinds systems. This software contains the following objects: - 4 Movement Detector objects - 4 Infrared channel objects - 4 Blinds channel objects - 4 Temperature sensor objects - 4 HVAC operating objects - 5 Light controller objects - 8 Actuator objects French Integrator version: made on specification of French sales organisation. Especially made for integration with local partners. This software contains the following objects: - 2 Switch objects - 4 Integrated Infrared objects (for operating Lighting, HVAC and blinds) - 5 Light controller objects - 8 Actuator objects Occupancy objects The unit has four occupancy objects in which the heartbeat and holdtimer can be configured. Infrared control Number of objects: Lighting only 4 Integrator version 4 French Integrator version 4 Group setting: Lighting only A - G and General Integrator version A - G and General French Integrator version A - G and General Number of inputs: Lighting only 3 Integrator version 1 French Integrator version 3 For Integrator version and French Integrator version: The Temperature object provides the value, measured by the IRT8055 temperature transmitter. By means of the HVAC operator object the user can: set the HVAC mode (absent/present) modify the temperature set-point control the fan speed By means of the Blinds object the user can control the blinds. Manual control Number of inputs: Lighting only 4 (toggle) Integrator version 4 (toggle) French Integrator version 2 (on/off separate) or 4 (toggle) Energy measurement In the Lighting only version Energy management is included. The unit calculates the time outputs have been switched on. To retrieve this data an external tool is required. Load shedding The French integrator version includes load shedding. Each of the 8 actuator objects can be selected for load shedding via a configuration property (UCPT) on each object. Power-up behaviour The Lighting only and Integrator version include power-up behaviour selectable between ON or OFF via the UCPTPwrUp configuration property on each object. Out of the box functionality The LRC5038/10 is factory pre-programmed with the functionality described below. This functionality will be available until the unit is re-configured through the network. * IR receivers and/or Movement detectors can be connected. There are three functionalities, depending on the connected sensors. IR remote control only Movement Detections only IR remote control, combined with Movement Detection IR remote control only When only IR receivers are connected four areas can be controlled separately. In each area two groups of light can be switched separately (two outputs). Four sensors for different areas can be connected to the four numbered sensor inputs (1,2, 3 and 4). To the four different inputs four IR Group addresses (A, B, C and D) are assigned: Input 1, Group address A Input 2, Group address B Input 3, Group address C Input 4, Group address D To each of the four combinations two IR Channel addresses (1 and 2) are assigned, one for the first output, one for the second output: IR A1 switches output 1 IR A2 switches output 2 IR B1 switches output 3 IR B2 switches output 4 IR C1 switches output 5 IR C2 switches output 6 IR D1 switches output 7 IR D2 switches output 8

7 Supp. 2/10 Movement Detection only When only Movement Detectors (MD) are connected four areas can be automatically controlled separately. The lighting in these areas will automatically switch on when movement is detected. When no movement is detected anymore and the set delay time has expired, the lighting will be switched off. This delay time is set on the Movement Detector (15 minutes). Four sensors for the different areas can be connected to the four numbered sensor inputs (1,2, 3 and 4). MD 1 switches output 1 and 2 MD 2 switches output 3 and 4 MD 3 switches output 5 and 6 MD 4 switches output 7 and 8 IR remote control, combined with Movement Detection With the addition of Movement Detection to IR remote control the lighting in the four areas has to be switched on manually (IR) and will switch off automatically when no movement is detected anymore and the set delay time has expired. This delay time is set on the Movement Detector (15 minutes). When somebody enters the area the lighting will be switched on automatically again, but when it was switched off manually it has to be switched on manually again. A multi-sensor (LRI8133/10) has both an IR receiver and a Movement Detector. Four multi-sensors for the different areas can be connected to the four numbered sensor inputs (1,2, 3 and 4). IR Group address A, Channel 1 and 2 & MD1 switch output 1 and 2 IR Group address B, Channel 1 and 2 & MD2 switch output 3 and 4 IR Group address C, Channel 1 and 2 & MD3 switch output 5 and 6 IR Group address D, Channel 1 and 2 & MD4 switch output 7 and 8 Power-up behaviour At power-up initially all outputs will be switched on. The outputs will not switch on, on power-up anymore when: a connected Movement Detector initiates a switch OFF ** with IR remote control ALL OFF has been sent *** * The out of the box functionality can be re-instated by holding the service pin for 10 seconds after cycling the mains power. ** At power-up outputs will switch on if a Movement Detector is connected. When no movement is detected the outputs will be automatically switched off after the set delay time. *** When for testing not ALL OFF but Channel x on/off is used the initial power-up behavior will continue to exist. Lighting functionality Clock Manual Occupancy Lighting only version & Integrator version French Integrated version P1: lights will switch on P2: lights will switch off On occupied or un-occupied light can be switched on or off possible to switch lights on and off possible to switch lights on and off lights will switch on when MD is active Lights will switch ON or OFF when occupied depending on UCPT value. IR switches on and off clock can switch on (P1) and off (P2) last command received is valid As with clock only, but with a manual switch on after a switch off by clock the over-work functionality is activated. P3: MD enabled to switch on P4: MD only switches off n/a energy saving mode: - MD only switches off - switch on manual hands free mode: - MD switches on and off - if switched off by IR, lights will stay off until switched on by IR or MD has timed out before presence is detected again Last Command valid. function as above in hands free mode, but MD does not switch on when clock is in P4 mode n/a Out off the box funtionality Light sensor (French Integrator version) With the French Integrator version daylight-switching is possible in any combination with clock or infrared/manual control.

8 Supp. 3/10 Functional Profiles The following section shows the functional profile drawings for each device type. Lighting only version (L.O.) and Integrator Version (I) Node Objects L.O. [1] and I [1] Node Object nvinoderequest SNVT_obj_request nvonodestatus SNVT_obj_request Node status File transfer pointer nvifilepos SNVT_file_pos ncxx - UCPT_Node_AppVersion ncxx - UCPT_Configured Name Unit Min, Max Resolution Short Description Default Value UCTP_devMajVer Major software Version number Set in embedded software UCPT_devMinVer Minor software version number Set in embedded software Occupancy Objects L.O. [4] and I [4] Occupancy Object nvooccupancy SNVT_occupancy Occupancy output ncxx - UCPT_Heartbeat ncxx - UCPT_OccInactiveDelay Name Unit Min, Max Resolution Short Description Default Value UCPT_Heartbeat Seconds 0.0, Time between transmits switched and 180 dim status of a output. 0.1s UCPT_OccHoldTimer Seconds 0.0, , 0.1s Delay for the transmission of 300 occupance state

9 Supp. 4/10 Infrared Objects IR Blinds Objects L.O. [0] and I [4] Blinds Channel Object nvoirblinds SNVT_setting IR blinds command output ncxx - UCPT_IrGroup ncxx - UCPT_BlindMode ncxx - UCPT_ShortPressTime ncxx - UCPT_BlindAngle Name Unit Min, Max Resolution Short Description Default Value UCPT_BlindAngle Degrees , 360.0, 0.02 Angle blinds will increment when a valid 18 command is received UCPT_BlindMode Select between US and Euro mode Blinds_Standard UCPT_IrGroup N/A 0 =A Infra-red channel groups Ir_Group_A 1 = B 2 = C 3 = D 4= E 5 = F 6 = G UCPT_ShortPressTime Seconds 0.0, , 0.1s Time for the difference between a short 30 or long press on a Infra red transmitter

10 Supp. 5/10 IR Lighting Objects L.O. [4x3] and I [4] Lighting Channel Object nvoirlighting SNVT_setting IR lighting command output ncxx - UCPT_IrGroup ncxx - UCPT_SwitchMode ncxx - UCPT_AutoSwOffTimer ncxx - UCPT_DimSpeed ncxx - UCPT_ShortPressTime Name Unit Min, Max Resolution Short Description Default Value UCPT_AutoSwOffTimer Seconds 0.0, , 0.1s Time that outputs will switch off after last 0 Infra-red command was received UCPT_DimSpeed % 0, 100, 0.5% Percent increase when valid command is 18 received UCPT_IrGroup N/A 0 = A Infra-red channel groups Ir_Group_A 1 = B 2 = C 3 = D 4 = E 5 = F 6 = G UCPT_AutoSwOffTimer Seconds 0.0, , 0.1s Time that outputs will switch off after last Disabled Infra-red command was received

11 Supp. 6/10 Temperature Objects L.O. [0] and I [4] Temperature Object nvohvactemp SNVT_temp_p IR temperature output ncxx - UCPT_IrGroup ncxx - UCPT_TempRange ncxx - UCPT_TempCentVal ncxx - UCPT_MinDelta ncxx - UCPT_Heartbeat ncxx - UCPT_MinSend Name Unit Min, Max Resolution Short Description Default Value UCPT_Heartbeat Seconds 0.0, Time between transmits switched and 300 dim status of a output. 0.1s UCPT_IrGroup N/A 0 =A Infra-red channel groups Ir_Group_A 1 = B 2 = C 3 = D 4= E 5 = F 6 = G UCPT_MinDelta Degrees Celsius , , UCPT_MinSendTime Seconds 0.0, , 0.1s 5 UCPT_TempCentVal Degrees Celsius , , 0.01 Central value for the temperature setpoint 25

12 Supp. 7/10 HVAC Objects L.O. [0] and I [4] HVAC Object nvoocccmd SNVT_occupancy Heating mode output nvosetptoffset SNVT_temp_p Temperature setpoint adjustment output ncxx - UCPT_IrGroup ncxx - UCPT_TempRes Name Unit Min, Max Resolution Short Description Default Value UCPT_IrGroup N/A 0 =A Infra-red channel groups IR_Goup_A 1 = B 2 = C 3 = D 4= E 5 = F 6 = G UCPT_SetPointRes N/A 0, 0, 1 Temperature transmitter related resolution 12

13 Supp. 8/10 Light Controller Objects L.O. [8] and I [5] Light Controller Object nvolampvalue SNVT_switch Controller to actuator output IR channel commands nviirsetting SNVT_setting Scheduler input nvischedule SNVT_scene Occupancy Input nvioccupancy SNVT_occupancy BMS priority input nvipriority SNVT_switch ncxx - UCPT_Heartbeat ncxx - UCPT_PowerUpState ncxx - UCPT_OccInactiveDelay ncxx - UCPT_PowerUpOccState ncxx - UCPT_ClockScene Name Unit Min, Max Resolution Short Description Default Value UCPT_Heartbeat Seconds 0.0, , 0.1s Time between transmits switched and 60 dim status of a output. UCPT_OccCatchTimer Seconds 0.0, , 0.1s 0.1s UCPT_OccInativeDelay Seconds 0.0, , 0.1s 0.1s UCPT_PwrUpOccState State the controller powers up, Occ_Enabled when mains power is re-applied UCPT_PwrUpOn State the controller powers up, Bool_False when mains power is re-applied UCPT_Scene Scene selection On Lamp Actuator Objects L.O. [0] and I [8] Lamp Actuator Object Input from lighting controller nvilampvalue SNVT_switch

14 Supp. 9/10 French Integrator Version Node Objects LRC5038A and LRC5038B Node Object [0] Loadshedding input nvi00loadshed SNVT_switch nvo00status SNVT_obj_status Node status File transfer request nvi00request SNVT_obj_request nvi00filerequest SNVT_file_request nvo00filestatus SNVT_file_status File transfer status Switch Objects LRC5038A and LRC5038B Switch object [18 to 19] nvo1819button SNVT_setting output of push buttons commands Infrared Objects LRC5038A and LRC5038B Infrared sensor object [14 to 17] nvochannel[1..3] SNVT_Setting IR Command outputs for Lighting or blinds control nvosetptoffset SNVT_Temp_p Temperature setpoint adjustment output nvofanspeedcmd SNVT_Switch Fan speed adjustment output nvo1417heatmode SNVT_Occupancy Heating mode adjustment output

15 Supp. 10/10 Light Controller Objects LRC5038 A and B Lighting Controller Object [1 to 5] IR channel commands nvi0105irsetting SNVT_Setting nvo0105toslave SNVT_Switch Master to slave output Lux level from lightsensor nvi0105lightval SNVT_Lux Scheduler input Nvi0105XXX SNVT_XXX LRC 5038 A: Nvi0105Occupancy SNVT_Occupancy LRC 5038 B: Nvi0105Schedule SNVT_todd_event Lighting Actuator Object LRC5038 A and B Lighting Actuator Object [6 to 13] Input from lighting controller nvi0613frmaster SNVT_Switch

LCC1653/01, LRI1653/01 ActiLume DALI System

LCC1653/01, LRI1653/01 ActiLume DALI System 1/8 Product description The Philips ActiLume lighting control system consists of a small, lightweight sensor and controller, designed for easy integration into luminaires. ActiLume is a true Plug and Play