Basic principles PL. Sending units

Transcription

1 asic principles P P technology P (Plusink) is a system for controlling light. The system is based on a conventional electrical installation. ommands are sent via P, and there is no need for either software or programming. ll connected units are linked together to form one system using only one additional wire. The P wire carries the mains voltage. P technology distinguishes between sending and receiving units. In every P line, there is at least one unit that is sending and one that is receiving. Sending units These send commands to all receiving units in a line (line control) or along all lines (global control). Sending units are: bbrgus Presence Slave (global control and line control) b b Side controller Plus, gang, complete unit (line control) (referred to below as Side controller Plus) b b Mechanical pushbutton (control of receivers via the P line) Receiving units These carry out the commands sent via global or line control. In addition, they are used for local control of the individual units. Receiving units are: b b RGUS Presence Master with IR, relay gang and gang b b RGUS Presence Master with IR, 0 V b b RGUS Presence Master with IR, I (referred to jointly below as RGUS Presence Master) Example of a P installation P P P4 P3 Global control: Sending unit RGUS Presence Slave (several RGUS Presence Slaves possible on one P line) ine control: Sending unit Side controller Plus, gang, complete unit ocal control: Receiving unit RGUS Presence Master S030 05/3

2 asic principles P ontrol levels Global control (max. 4 P lines) Global light control is possible using the RGUS Presence Slave: b b amps in several lines are switched on depending on movement and brightness ine control ( P line) System properties b b The P wire carries the mains voltage. b b One P system is operated on one phase. b b o software is required for programming. b b ommands are sent unidirectionally: Information is only transferred from the sending units to the receiving units. ight control in one line is possible with the Side controller Plus: b b Switching all lamps in a line on/off ocal control P In addition, local automatic light control is possible with each receiving unit: b b Individual lamps are switched on depending on movement and brightness P P4 P3 Sending unit (RGUS Presence Slave) Sending unit (Side controller Plus) Receiving unit (RGUS Presence Master) b b ll units in a system are activated simultaneously; individual addressing of linked units via RGUS Presence Slave or Side controller Plus is not possible. b b Each new command overwrites the previous one. b b If several P lines are protected by at least circuit breakers on the same phase then the P extension must be integrated. This automatically splits up the P line if a circuit breaker trips (e.g. for maintenance work or if there are faults). Otherwise, the P line would continue to be live via the other circuit breakers. (See the P extension chapter) S030 05/3 3

3 asic principles P b b The maximum cable length in a P system is 00 m. Example: Usage recommendations and control examples P is a system for controlling light. Manual control 0 m b b ine control using the Side controller Plus 0 m 5 m 5 m 7,5 m 0 m 0 m 7,5 m 5 m 5 m 5 m utomatic control b b With one RGUS Presence Master or the RGUS Presence Slave = 00 m b b Total cable sections in a P line: Recommended cables for P installations Maximum total cable sections in a P line YMJ 3x.5 mm² YMJ 4x.5 mm² YMJ 5x.5 mm² 00 m 80 m 65 m b b P system can consist of 4 P lines at most. The RGUS Presence Slave is required for controlling more than one line. b b n individual P line can be controlled from the Side controller Plus or the RGUS Presence Slave. b b maximum of 0 sending units and 0 receiving units can be integrated into each P line. If both inputs are bridged in a gang insert, this counts as receiving units. If only bridged gang inserts are used, this means a maximum of 5 of them can be connected per P line. 4 S030 05/3

4 asic principles P Installation ll units are delivered as complete units. The main elements of each are a sensor module that contains the controlling functions, combined with a P inserted for the corresponding unit function. Side controller Plus, gang, complete unit RGUS Presence E E Insert Frame Module Rockers Flushmounted socket Surfacemounted housing for RGUS Presence (accessory) P insert Screws (included with surfacemounted housing) E Sensor module S030 05/3 5

5 Insert loads P amps 30 V incandescent lamps 30 V halogen lamps immable wound transformers 0 V Es Electronic transformers Energysaving lamps E lamps I Es onfiguration art. no. RGUS Presence Master with IR, 0 V MT controllable Es 0 V RGUS Presence Master with IR, I MT controllable I Es RGUS Presence Master with IR, relay gang MT W 000 W 500 V 050 W, 40 μf 00 V 00 W gang MT W 000 W 500 V 050 W, 40 μf 00 V 00 W etailed technical information on the individual devices can be found in the relevant operating instructions. 6 S030 05/3

6 Global control and light control P Global control Global control is performed using the RGUS Presence Slave. s soon as the RGUS Presence Slave detects a movement and sends a command on the P line, all receiving units on all connected P lines perform this command. Several RGUS Presence Slaves are possible on one P line. The following functions can be carried out in combination with an RGUS Presence Master: b b Global light control: Switching lamps on/off Wiring RGUS Presence Slave for the desired application P P3 P4 P P P P3 P4 Sample installations for use in combination with receiving units P P P P3 P4 P P P3 P4 P P P P P3 P4 P P RGUS Presence Slave Side controller Plus P line : Receiving RGUS Presence Master with IR, 0 V P line : Receiving RGUS Presence Master with IR, 0 V S030 05/3 7

7 ine control P ine control Wiring the Side controller Plus for the application required ine control is provided using the Side controller Plus. s soon as a function is called up on the Side controller Plus, all receiving units on the connected P line perform this command. You can use the Side controller Plus to perform light control for a P line, e.g.: b b Switching lamps on/off P P Sample installation: ight control P P P P P max. 0 Side controller Plus P line with receiving RGUS Presence Masters, relays 8 S030 05/3

8 ight control depending on movement P RGUS Presence Master with IR rt. no. MT550x9 Presence function The presence function can be deactivated using the IP switch. When the presence function has been deactivated, the unit functions like a normal movement detector. lx Special features b b omplete unit for concealed or surface mounting in the variants: I, 0 V and relay gang and gang b b Presence and movement detector function can be selected b b ight control with I and 0 V variant Setpoint value adjustment via IR remote control (MT570) b b Staircase lighting function with soft start lamp protection in the I and 0 V variants b b Switchable warning function b b 4 hour activation/deactivation of the staircase lighting function possible via P or IR remote control b b Master/slave function possible via P b b onnecting several ceiling detectors together via P permits optimum detection. ccessories b b Surfacemounted housing for RGUS Presence (art. no. MT55069) b b IR remote control istance 00 (art. no. MT570) The unit detects moving heat sources (e.g. people) within an adjustable area of detection and starts a staircase lighting function. The maximum detection radius is approx. 7 m. The angle of detection is 360. s long as a movement is detected, the connected load remains switched on. The adjustable switching duration only begins when no further movements are detected (trigger function). The RGUS Presence Master is equipped with a light sensor with an adjustable detection brightness so that the lighting is only switched on below a specified detection brightness (movement detector function). If there is sufficient natural light, the presence function allows the unit to switch off the lighting even when a person is present E F etection brightness is set to 500 lux. ighting is switched off, brightness in the room is 00 lux. Sensor module detects movement: ighting (400 lux) is switched on. Overall brightness in the room is now 600 lux. aylight and thus the overall brightness in the room increases. E Overall brightness exceeds 900 lux. aylight on its own is now above the detection brightness of 500 lux. The lighting is switched off (after the switching duration has elapsed). F espite detecting movement, the sensor module does not switch on the lighting since there is still sufficient daylight. rea of detection,5 m,0 m 4,0 m bb Internal area of detection (approx. 6 m radius): Movement detection of a seated person due to less movement b b External area of detection (approx. 7 m radius): Movement detection of a person walking due to greater movement Installation E E Flushmounted socket Surfacemounted housing for RGUS Presence (accessory) P insert Screws (included with surfacemounted housing) E Sensor module S030 05/3 9

9 ight control depending on movement P isplays and operating elements asic function of light control Front The switchable light control (only with I and 0 V variant) keeps the lighting in the room at an almost constant brightness. The sensor module permanently measures the brightness in the room and keeps it at an adjustable setpoint. When movement is detected, the insert initially dims the lighting to the setpoint value. If the ambient brightness changes, the insert dims the lighting accordingly. If sufficient natural light is available, the sensor module will switch the lighting off even if a person is present. red E (in test mode) green E (for 4 h staircase lighting circuit) Example to illustrate light control lx F Rear UX min 0 s 30min Test Time h. O IP 3 4 Sensitivity h 5min h OFF Time h. E F E G H Setpoint mbient brightness ighting switched off Start phase E ontrol phase F ontrol range G Prewarning H ighting switched off Module interface IP switch : Presence function/movement detector function : 4 h staircase lighting circuit 3: Prewarning for channel 4: ight control Potentiometer for channel switching duration Potentiometer for detection brightness E Potentiometer for sensitivity F Potentiometer for channel switching duration Staircase lighting function before light control without prewarning with prewarning Switching imming Switching duration Prewarning time (30 s, not adjustable) t t t t djusting the light control s soon as the light control is activated via IP switch 4, the other IP switches take on a new or additional function. Switch Function Setting IP position O OFF IP 4 ight control active inactive IP position O OFF O OFF IP IP IP 3 Response speed of light control slow fast Presence function active inactive Setpoint change disabled enabled 4 h staircase lighting circuit via P rightness Start phase 4 h "O" 50% brightness of the lighting 4 h "O" or 4 h "OFF" 4 h "O" 4 h "O" or 4 h "OFF" Setpoint Prewarning active inactive 0 S030 05/3

10 ight control depending on movement P djusting the response speed The speed with which the sensor module adjusts the light to the setpoint value can be adjusted using IP switch. lx O IP 3 4 Slow light control O IP 3 4 lx Fast light control t t djusting the start phase The start phase with which the sensor module switches on the light can be adjusted using IP switch 3. Start at 50% brightness of the lighting lx O IP 3 4 E F G t max. overall brightness (ambient brightness and lighting) Setpoint 50% brightness of the lighting mbient brightness E ighting switched off F Start phase G ontrol phase Start with setpoint lx hanging the setpoint O IP 3 4 The setpoint is a desired brightness level that should be kept close to constant in the room. This value results from the ambient brightness and the lighting. You can select whether or not the setpoint value may be altered using IP switch. This is possible via the IR remote control and the Side controller Plus. The brightness of the lighting alters accordingly when the setpoint changes. Setpoint mbient brightness ighting switched off Start phase E ontrol phase E t O IP 3 4 Setpoint change disabled O IP Operating a sensor module by IR remote control You can switch between the "automatic mode", "4 h on" and "4 h off" modes via an IR remote control. 3 4 Setpoint change enabled with IR remote control 3 4 and the Side controller Plus t hange setpoint with IR remote control: Pushbutton 8: Increase setpoint Pushbutton 9: Reduce setpoint with Side controller Plus: Upper right pushbutton: Increase setpoint Pushbutton bottom right: Reduce setpoint uto O OFF uto... 4 h 4 h You can toggle between three functions of the sensor module by pressing pushbutton 0 on the IR remote control. b b uto function: The sensor module is in automatic mode and switches the loads on when movement is detected and then off again after the switching duration has elapsed. b b 4 h "O": oad is switched on permanently for 4 h (no movement detection). Green E lights up. b b 4 h "OFF": oad is switched off for 4 h (no movement detection). Green E lights up. Setpoint change for light control with IR remote control b b Pushbutton 8: Increase setpoint b b Pushbutton 9: Reduce setpoint S030 05/3

11 ight control circuit diagrams P RGUS Presence Master with IR, 0 V, MT55049 RGUS Presence Master with IR, I, MT55059 Used as standalone unit Used as standalone unit I P P 5 I 5 ontrol insert 0 V 0 V E I insert I E Used with mechanical pushbutton via P Used with mechanical pushbutton via P I P 5 P I 5 ontrol insert 0 V 0 V E Mechanical pushbutton (trigger mode) I insert I E Mechanical pushbutton (trigger mode) Used in conjunction with sending device via P (shown here with RGUS Presence Slave) Used in conjunction with sending device via P (shown here with RGUS Presence Slave) P P3 P4 P P 5 P P3 P4 P P I I 5 I P P P P 5 I 5 max. 0 max. 0 ontrol insert 0 V 0 V E RGUS Presence Slave (sending unit) I insert I E RGUS Presence Slave (sending unit) S030 05/3

12 ight control circuit diagrams P RGUS Presence Master with IR, relay gang, MT5509 RGUS Presence Master with IR, relay, gang, MT5509 Used as standalone unit Used as standalone unit P P P Used with mechanical pushbutton via P Used with mechanical pushbutton via P P P P Relay switch insert, gang Mechanical pushbutton (trigger mode) Relay switch insert, gang Mechanical pushbutton (trigger mode) Used in conjunction with sending device via P (shown here with RGUS Presence Slave) Used in conjunction with sending device via P (shown here with RGUS Presence Slave) P P P P P P P P3 P4 P3 P4 P P P3 P4 P P Relay switch insert, gang RGUS Presence Slave (sending unit) Relay switch insert, gang RGUS Presence Slave (sending unit) S030 05/3 3

13 ight control circuit diagrams P Global and line control Used in conjunction with sending devices via P (shown here with RGUS Presence Slave, Side controller Plus, RGUS Presence Master with IR, relay, gang) P P P P3 P4 P P P P P Global control: Sending unit, RGUS Presence Slave ine control: Sending unit, Side controller Plus, gang, complete unit ocal control: Receiving unit, RGUS Presence Master with IR, relay gang 4 S030 05/3

14 Sample applications P Sample application for light control in the staircase Master/slave circuit with sensor modules, one P line Side controller Plus and an RGUS Presence Slave are installed on the top floor. n RGUS Presence Master with IR, relay gang is installed in the basement. If there is movement on the top floor, the RGUS Presence Slave sends a signal to the RGUS Presence Master in the basement. There, the signal is evaluated together with the unit's brightness values, and the light is switched on if the light level is below the corresponding limit value. In addition, the light can be controlled manually if required using the Side controller Plus. Global control: RGUS Presence Slave For sending a trigger command if there is movement ine control: Side controller Plus, gang, complete unit For manual light control in a P line Receiving unit: RGUS Presence Master with IR, relay gang For movement and brightnessdependent light control P P P3 P4 P P P S030 05/3 5

15 Sample applications P Sample applications for light control in the room Example : utomatic light control with control for constant brightness in the room, one P line n RGUS Presence Master, I or 0 V variant, is installed in the room ceiling. This automatically controls the room lighting according to the brightness. RGUS Presence Slaves are installed over the workplaces, and send a signal to the RGUS Presence Master depending on movement. The lighting is switched on and controlled according to brightness. The room brightness thus remains constant. Global control: RGUS Presence Slave For sending a trigger command if there is movement Receiving unit: RGUS Presence Master with IR, 0 V or I For movement and brightnessdependent light control P P P3 P4 P I I P P P3 P4 P 6 S030 05/3

16 Sample applications P Sample applications for light control in the room Example : entral light control of several lighting units with light control, one P line Side controller Plus is installed at a central point. RGUS Presence Masters with IR, I are installed in the room. These switch the lighting on according to movement, and automatically control its intensity depending on the brightness. The room brightness thus remains constant. It is possible to switch between the "automatic mode", "4 h on" and "4 h off" functions via radio remote control, and the setpoint for the light control can be changed. However, the setpoint for light control can also be changed using the Side controller Plus. In addition, the light can be controlled manually from a central point if required using the Side controller Plus. ine control: Side controller Plus, gang, complete unit For manual light control in a P line Receiving unit: RGUS Presence Master with IR, I For movement and brightnessdependent light control Radio remote control P P P I I P I I S030 05/3 7

17 Sample applications P Sample application for light and ventilation control in the room ombined light and fan control, two P lines n RGUS Presence Master with IR, relay gang is installed in the room s ceiling. This switches the lighting on depending on movement when the light level drops below the set detection brightness. The fan is switched when it detects a movement, regardless of the room brightness. In addition, two Side controller Plus units are installed on the wall. The lighting can be switched by one Side controller Plus, and the fan can be switched by the other Side controller Plus. ine control: Side controller Plus, gang, complete unit For manual light control in P line For manual fan control in P line Receiving unit: RGUS Presence Master with IR, relay gang For movement and brightnessdependent light control For movementdependent fan control P P P P P P 8 S030 05/3

18 Sample applications P Sample application for light control in the corridor Master/slave circuit with sensor modules in shaped corridor, P lines Three RGUS Presence Slaves and two RGUS Presence Masters are installed in an shaped corridor via two P lines. The lighting in each leg of the corridor is controlled via one P line. The RGUS Presence Masters are attached at each end and control the lighting for a constant brightness in the corresponding area of the corridor. n RGUS Presence Slave is installed so only the lighting in the corridor area of the staircase goes on when movement is detected. If movement is detected by the RGUS Presence Slave in the other leg of the corridor, the entire corridor lighting is switched. In addition, the light in the front area of the corridor can be controlled manually if required using a Side controller Plus. E Global control: RGUS Presence Slave For sending a trigger command to P line if there is movement Global control: RGUS Presence Slave For sending a trigger command to P line and P line if there is movement ine control: Side controller Plus, gang, complete unit For manual light control, P line Receiving unit: RGUS Presence Master with IR, 0 V For movement and brightnessdependent light control, P line E Receiving unit: RGUS Presence Master with IR, 0 V For movement and brightnessdependent light control, P line P P P P3 P4 P P P3 P4 P P P P P3 P4 E P P S030 05/3 9

19 ccessories: P extension P P extension onnections rt. no. TT530 P P' The P extension must be integrated into one or more P lines if these are protected by at least circuit breakers. If (e.g. in the event of a fault or for maintenance work) one circuit breaker is triggered, then the P extension will disconnect the P line automatically as well. This is necessary because the P line would otherwise continue to be live via the other circuit breakers. ' Installation Installation is performed on a TH35 I rail in accordance with E Installation example b b x circuit breaker, x Side controller Plus, x P extension. b b Two rooms, e.g. living room and corridor. b b Side controller Plus installed in the corridor; with global control across both rooms. P P P P P ' P' ' P P P' 0 S030 05/3