Encrypted sensors can be taught in. and switched off. The current dimming GB You can switch on bidirectional wireless lamps may be lower by design than in position as well as the adjustable mini- 30 100 846 - 1 and/or a repeater function. the AUTO position. mum brightness level determine the Every change in state and incoming LC4, LC5 and LC6 are comfort positions dimming time (max. = 60 minutes) Wireless actuator central command telegrams are con- for LED lamps like AUTO but with different which can be reduced as required. It can Universal dimmer switch firmed by a wireless telegram. This wire- dimming curves. be switched off at any time by short-time control commands during the lighting is FUD71L/1200W-230V less tele gram can be taught-in in other PCT is a position for special functions actuators, in universal displays FUA55 which were set up using the PCT14 PC dimmed down. Only skilled electricians may install and in the GFVS software. The current Tool. The PCT14 link is hooked up using Light scenes on the PC are set and dimming value is also displayed in % in this electrical equipment otherwise the data transformer DAT71. retrieved using the Wireless Visualisation the GFVS-Software. The minimum brightness (fully dimmed and Control Software GFVS. One or there is the risk of fire or electric several FUD71 devices must be taught in shock! down) is adjustable with the middle Function rotary switches % rotary switch. on the PC as dimming switches with The dimming speed is adjustable using percentage brightness values. Temperature at mounting location: the lower dimming speed rotary switch. A resettable staircase time switch function -20°C up to +50°C. The pushbuttons can be either taught-in with RV = 2 minutes can be called by a Storage temperature: -25°C up to +70°C. as direction pushbuttons or universal pushbutton taught-in as a staircase Relative humidity: pushbuttons: As direction pushbutton pushbutton. Brightness level settings can annual average value <75%. 'switch on and dim up' is on one side be called during teach-in with single light and 'switch off and dim down' on the scene pushbuttons. A twilight pushbutton Universal dimmer switch, power MOSFET other side. A double-click on the switch can be implemented using a taught-in up to 1200W. Automatic lamp detection. on side triggers the automatic dimming FAH. Switch-on can be performed de- With adjustable minimum brightness and up to full brightness with dim speed pendent on motion and brightness with up to 4 FBH devices. dimming speed. With switching operation time. A double-click on the switch off for light alarm clocks, children's rooms side triggers the snooze function. The Wireless pushbutton Central ON: and snooze function as well as constant children's room function is triggered on The impulse length is not important. The light regulation and master-slave mode. the switch on side. As a universal push- pushbutton switches on with the memory Also with light scene control by PC or The upper rotary switch determines the button the direction change is made by value. wireless pushbuttons. Encrypted wire- operation, whether automatic lamp briefly releasing the push button. Wireless pushbutton Central OFF: less, bidirectional wireless and repeater detection or special comfort positions Switching for light alarm clocks: An ap- The impulse length is not important. The function are switchable. Only 0.7 watt should work: propriately taught-in timer wireless signal pushbutton switches off. standby loss. AUTO allows the dimming of all lamp starts the wake-up function by switching Staircase light pushbutton: Mounting in the 230V power supply types. on the lighting at lowest brightness and The staircase light pushbutton switches cord, e.g. in false ceilings and lamps. EC1 is a comfort position for energy slowly dimming up to maximum bright- on with a memory value and starts an 146mm long, 46mm wide und 31mm saving lamps, which which by design ness over a period of 30 minutes. The RV time of 2 minutes at the end of which deep. must be turned on with an increased dimming process is stopped by tapping the device switches off. Press the push- Universal dimmer switch for lamps up to voltage so that they switch on again in briefly, e.g. on the hand-held transmitter. button again to restart. 1200W, depending on ventilation condi- cold state when dimmed down. In the settings EC no switching for light FTK as NO contact: tions. Dimmable energy saving lamps EC2 is a comfort position for energy alarm clocks is possible. When the window is opened, the light is ESL and dimmable 230V LED lamps, saving lamps, which by design won't Switching operation for children's rooms switched on. When the window is closed, additionally depending on the lamps switch on again when dimmed down. (universal switch or direction switch on the light is switched off. electronics. Therefore Memory is switched off in this the switch-on side): If the light is switched FTK as NC contact: Zero passage switching with soft ON position. on by holding down the pushbutton, it When the window is opened, the light is starts at the lowest brightness level after and soft OFF to protect lamps. LC1 is a comfort position for LED lamps, switched off. When the window is closed, which by design won't be dimmed down approx. 1 second and dims up slowly as the light is switched on. The brightness level is stored on switch- enough in the AUTO position (trailing long as the pushbutton is held down off (memory). FBH as Master: (automatic brightness phase angle) and therefore has to be without modifying the last stored bright- control) When a wireless motion/bright- In case of a power failure the switch forced to leading phase angle. ness level. ness sensor FBH is taught-in, the switch- position and the brightness stage are LC2 and LC3 are comfort positions for Snooze function (universal switch or ing threshold is defined by the lower stored and may be switched on when the LED lamps like LC1 but with different direction switch on the switch-off side): rotary switch during teach-in. The power supply is restored. dimming curves. In positions EC1, EC2, With a double impulse the lighting is switching threshold switches on the Automatic electronic overload protection LC1, LC2 and LC3 inductive (wound) dimmed down from the current dimming lighting with memory value depending and overtemperature switch-off. transformers may not be used. In addition, position to the minimum brightness level on the brightness (in addition to motion) Encrypted sensors can be taught in. the maximum number of dimmable LED and switched off. The current dimming (from approx. 30lux in OFF position to Yithbidir ti l ir l position as well as the adjustable mini (The automatic brightness control auto- ypy approx. 300lux in ON position). When matically switches on when teaching-in Technical data Set the middle rotary switch to CLR. The the FBH in taught-in in the ON position, it of the FIH65B) The required brightness is Incandescent and up to 1200W LED flashes at a high rate. Within the is only evaluated as a motion detector. adjusted by a pushbutton, then the first halogen lamps1) next 10 seconds, turn the upper rotary A return delay of 2 minutes is preset in received brightness value of the FIH65B 230V (R) switch three times to the right stop (turn the FUD71. is the target brightness, it is maintained Inductive up to 1200W 2) 3) clockwise) and then turn back away from By switching-off or dimming with push- constant automatically by the FUD71 by transformers (L) the stop. The LED stops flashing and button, the FBH is deactivated. Central incoming brightness values of the FIH65B. goes out after 2 seconds. All taught-in Electronic up to 1200W 2) 3) pushbutton, scene pusbhbutton and After each change in brightness (dim- sensors are cleared. transformers (C) 'dimming value' by PC also lead to ming) with pushbutton, the subsequently Clear individual taught-in sensors in the received brightness value of FIH65B will Dimmable energy up to 1200W 5) deactivation. A short press on the switch- same way as in the teach-in procedure, be the new target brightness. If the target saving lamps ESL on side of the direction pushbutton, the except that you set the middle rotary brightness is adjusted with a 'direction 5) FBH is reactivated. Dimmable LEDs up to 1200W switch to CLR instead of LRN, and pushbutton for target brightness', this is 4) FBH as Slave: The FBH is only evaluated Max./min. temperature +50°C/-20°C operate the sensor. The LED previously fixed, a change in brightness with the as motion detector. at mounting location flashing at a high rate goes out. pushbutton is then overruled by the fixed FAH as Master: 1) (automatic brightness Standby loss (activ power) 0.7W Clear device configuration: control off) When a wireless brightness target brightness. If additionally a FBH is For lamps with a maximum of 150W. Set the middle rotary switch to CLR. The sensor FAH is taught-in, the switching taught-in as a slave, it is switched on 2) Per dimmer it is only allowed to use max. 2 in- red LED flashes at a high rate. Within the threshold is defined by the lower rotary when motion and target brightness are fallen short and switched off when not in ductive (wound) transformers of the same type, next 10 seconds, turn the upper rotary button during teach-in. The switching furthermore no-load operation on the secondary motion or target brightness is exceeded. switch six times to the left stop (turn threshold switches the lighting off part is not permitted. Possibly the dimmer switch By switching off with pushbutton, the auto- will be destroyed! No load-switching-off on the anticlockwise) and away again. The red depending on the brightness. Switch-on is matic control by FBH or FIH is disabled. secondary part is allowed. The parallel operation LED goes out. The factory settings are only possible by pressing the pushbutton. Central pushbutton, scene pushbutton of inductive (wound) and capacitive (electronic) restored. FAH as twilight switch: (automatic transformers is not allowed! and 'dimming value' by PC also lead to 3) brightness control off) When a wireless When calculating the load 20% loss has to be Teaching-in sensors: deactivation. The automatic control is considered for inductive (wound) transformers brightness sensor FAH is taught-in, the reactivead by w short press on the and 5% loss in addition to the lamp load. A total of 120 memory locations are switching threshold is defined by the switch-on side of the direction button. 4) Affects the maximum switching power. available. lower rotary switch during teach-in. The 5) Usually applies for dimmable energy saving 1. Set the top rotary switch to the required Storing of target brightness: switching threshold switches the lighting lamps and dimmable 230V LEDs. Due to differ- teach-in function: Press 'direction pushbutton for target bright- ences in the lamps electronics, there may be on or off depending on the brightness ness' above. The current brightness that limited dimming range, switch on and off prob- AUTO = timer as wake-up light; (from approx. 0lux in OFF position to has been sent from the FIH65B is stored. lems dependent on the manufacturer and a Teach-in FIH65B, FAH or FBH as approx. 50lux in ON position). If the restriction on the maximum number of lamps; master. brightness threshold is undershot, Deletion of target brightness: especially if the connected load is very low (for Press 'direction pushbutton for target 5W-LEDs). The comfort positions EC1, EC2, LC1, EC1 = 'central off'; switch-on uses the memory value. LC2 and LC3 optimize the dimming range, Teach-in second FBH as slave. Switch-off takes place at a brightness of brighntess' below. which, however, only gives a maximum power EC2 = universal switch; > 200lux. The red LED accompanies the teach-in up to 300W. No inductive (wound) transformers may be dimmed in these comfort positions. Teach-in third FBH as slave. FAH as twilight dimmer: (automatic process and indicates control com- brightness control off) When a wireless mands in operation by flashing briefly. LC1 = 'central on'; brightness sensor FAH is taught-in, the The green LED flashes briefly when a Teach-in fourth FBH as slave. minimum dimming value is defined in % confirmation telegram is sent. Teaching-in wireless sensors in wireless LC2 = Teach in direction pushbutton, by the lower rotary switch. The switching Typical connection actuators direction pushbutton are automatically threshold is the value to which the light- All sensors must be taught-in in the taught-in fully when pressed. Depend- ing is dimmed down in darkness (OFF = actuators so that they can detect and ing on where the button is pressed, the minimum dimming value to ON = maxi- execute commands. functions for switch-on and dim-up mum dimming value). If the brightness are defined on one side and switch-off undershoots a fixed limit, switch-on Teaching-in actuator FUD71L/1200W-230V and dim-down on the other side. takes place at maximum dimming value. Before starting the teach-in Teach in FTK and Hoppe window If the brightness drops, the dimming value ! process, connect the device and handle as NO contact; is also reduced. When the brightness rises plug in the power supply unit. LC3 = teach in sequential light scene again, the dimming value also increases. The teach-in memory is empty on delivery push button, a pushbutton or half of a If the brightness exceeds the fixed limit, from the factory. If you are unsure double pushbutton is assigned auto- the lighting is switched off. whether the teach-in memory contains matically. Constant light control with FIH65B: something or not, you must first clear Teach in FTK and Hoppe window (The automatic brightness control auto- the memory contents completely: handle as NC contact. matically switches on when teaching in S t th iddl t it h t CLR Th be saved. LC4 = Teach in 4-way direct light 1. Turn the upper rotary switch to the 3 times to the left (anticlockwise) and Function of slave direction pushbutton: scene pushbuttons, a complete push- appropriate operating mode AUTO, EC then back away. The red LED goes out Quit slave mode as follows: button with double rocker is assigned or LC. immediately. The confirmation telegrams Press long on the switch-on side to dim automatically. 2.Adjust the required brightness level are switched-off. up to the required value. LC5 = Teach-in single light scene with a previously taught-in universal Press long on the switch-off side to dim Master-slave mode: pushbuttons. or direction switch. down to the required value. Activate FUD71 as master and teach in Teach in FAH as twilight switch. 3.Within 60 seconds, press one of the all FUD71 slaves simultaneously: Double-click on the switch-on side to LC6 = Teach in staircase light switch; four rocker ends of the previously dim automatically to maximum bright- 1. Switch off the power supply to all Teach in FAH as twilight dimmer taught-in direct light scene pushbutton ness. FUD71 devices (masters and slaves). PCT = Teach in PC with GFVS Software; for longer than 3 seconds but less Press briefly on the switch-off side to than 10 seconds to save the bright- 2.On the FUD71 master, turn the upper Teach-in dimming values of FFD; switch off. ness value. rotary switch to AUTO, the middle Teach-in 'direction pushbutton for Press briefly on the switch-on side to target brightness. 4.Repeat from point 2 to save further rotary switch to LRN and the lower change back to slave mode. directly retrievable light scenes. rotary switch to ON. 2.Set the middle rotary switch to LRN. If the FUD71 master was activated by a The LED flashes at a low rate. Retrieving light scenes 3.On all FUD71 slaves, turn the upper central command, the FUD71 slave rotary switch to AUTO, the middle 3.Operate the sensor to be taught-in. Up to four brightness values are retrievable changes immediately to slave mode. using a direct light scene pushbutton rotary switch to min and the lower The LED goes out. Use the data transformer DAT71 to create (pushbutton with double rocker, top left rotary switch to max. a link to a PC running the PCT14 soft- To prevent unintentional teach-in, turn = light scene 1, top right = light scene 2, 4.Switch on the power supply to all ware. the rotary switch back to LRN for every bottom left = light scene 3 and bottom FUD71 devices (masters and slaves) teach-in process. The LED flashes at a right = light scene 4) and/or using a simultaneously. The red LED lights up Configure FUD71: slow rate. sequential light scene pushbutton (push- for 0.5 seconds and the lamp of the The following points can be configured You can teach in unencrypted and button or one half of a double push- FUD71 master switches to maximum using the PC PCT14 tool: encrypted sensors. button, press top = next light scene, brightness. After approx. 2 seconds, ■ Teach in buttons with single or double press bottom = previous light scene). click Teach in encrypted sensors: the green LED on the FUD71 master ■ Behaviour after power failure 1. Set the middle rotary switch to LRV. Switch on repeater: The repeater is lights up briefly and a teach-in ■ The red LED flashes at a high rate. switched off in the factory setting. In telegram is sent. After the teach-in Minimum and maximum brightness ■ 2.Within 120 seconds, enable sensor deenergised state turn the middle rotary telegram is received by FUD71 slave, Memory encryption. The red LED goes out. switch to CLR and the lower rotary switch the lamp on the FUD71 slave switches ■ Dimming speeds to ON. Switch on the power supply. The on at maximum brightness. ■ Caution: Do not switch off the power Send dimming value in %: ON or OFF red LED lights up to two seconds. The supply. 5.Set all FUD71 devices (masters and ■ Send pushbutton telegram ON (0x70) repeater is switched on. 3.Then teach in the encrypted sensor as slaves) to the same operating mode, and OFF (0x50): OFF or ON described in 'Teaching-in sensors'. Switch off repeater: In deenergised state minimum brightness and dim speed. ■ Switch-on/off speed To teach in other encrypted sensors, turn turn the middle rotary switch to CLR and Deactivate FUD71 as master: ■ Acknowledgement telegrams the lower rotary switch to OFF. Switch on the middle rotary switch briefly away In deenergised state turn the middle ■ Parameters for the operation with the power supply. The red LED lights up from position LRV and then turn it to 1. rotary switch to LRN and the lower rotary FAH60 and FBH to 0.5 seconds. The repeater is switched ■ Parameters for operating as clock With encrypted sensors, use the 'rolling off. switch to OFF. Switch on the power supply. code', i.e. the code changes in each The red LED lights up to 0.5 seconds. ■ Parameters for operating as staircase telegram, both in the transmitter and in Switch-on confirmation telegrams: The Master-telegrams and confirmation time pushbutton the receiver. For deliveries ex-works the confirmation telegrams are switched off. ■ Add or change sensors If a sensor sends more than 50 telegrams telegrams are switched-off. Set the middle rotary switch to CLR. The red LED flashes Teach in direction pushbutton in FUD71 Saving light scenes: when the actuator is not enabled, the nervously. Now within 10 seconds turn slave (only if required): Use the PCT14 PC Tool to configure the sensor is no longer recognised by the the upper rotary switch 3 times to the left Turn the upper rotary switch to LC2. Turn following parameters: enabled actuator and you must repeat (anticlockwise) and then back away. the middle rotary switch to LRN. The LED Confirmation flash when scenes are teach-in as 'encrypted sensor'. It is not The red LED goes out and the green LED flashes at a low rate. Press the push- saved: ON or OFF. necessary to repeat the function teach-in. lights up for 2 seconds. The confirmation button. The LED goes out. Light alarm circuit: telegrams are switched-on. When pressed, a rocker is completely Use the PCT14 PC Tool to configure the Saving light scenes Switch-off confirmation telegrams: taught-in automatically. Where you press following parameters: Maximum bright- Up to four brightness values retrievable Set the middle rotary switch to CLR. first is then defined as switch-on. The ness: 50 to 100%. with a direct light scene pushbutton can The LED flashes nervously. Now within other side automatically becomes Runtime: 1 to 255 minutes (factory set- be saved. 10 seconds turn the upper rotary switch switch-off. ting 30 minutes). 1 T th t it h t th dim down; Children's room circuit: Switch on if motion is detected: ON or When an actuator is ready for Use the PCT14 PC Tool to configure the OFF; ! teach-in (the LED flashes at a following parameters: Save memory Switch off if no motion is detected: OFF low rate), the very next incoming value: OFF or ON. or ON; signal is taught-in. Therefore, Dimming speed: 0 (slow) to 255 (fast). Switch off delay if no motion is detected: make absolutely sure that you Sleep timer: 0 to 255 minutes (factory setting 2 min- do not activate any other sensors Use the PCT14 PC Tool to configure the utes). during the teach-in phase. following parameters: Constant light control with FBH or FAH: Sleep timer: ON or OFF. (With the PCT14 PC Tool the automatic Runtime: 1 to 255 minutes (factory brightness control must be switched on) setting 30 minutes) If the minimum brightness is exceeded, 'ON side' direction pushbutton: the device is switched on. If the mini- Use the PCT14 PC Tool to configure the mum brightness is undershot, the device following parameters: double-click with is always switched off. If the residual the dimmer switched: OFF or ON. brightness is greater than the minimum brightness, the device dims down slowly Wireless pushbutton Central ON: to residual brightness if no motion is Use the PCT14 PC Tool to configure the detected and dims up again if motion is following parameters: detected. Brightness with Central ON: 0 to 255% (0 = memory value). Residual brightness: 0 = device switches off if no motion is Light scenes: detected; automatic control by FBH or Use the PCT14 PC Tool to configure the FAH is deactivated by a manual bright- following parameters: ness change or switch-off by pushbutton. Confirmation flash when scenes are Central pushbutton, scene pushbutton saved: ON or OFF. and 'dimming values' via PC also result Staircase light pushbutton: in deactivation. Press the switch-on side Use the PCT14 PC Tool to configure the of the direction pushbutton briefly to following parameters: reactivate the automatic control. RV time: 1 to 255 minutes (factory Use the PCT14 PC Tool to configure the setting 2 minutes). following parameters: Switch-off early warning: OFF or ON Maximum brightness: 0 to 100%; Brightness on switch-on with FBH: Clock: 0 to 100% (0 = memory value); Turn the upper rotary switch to PCT. ELTAKO GmbH hereby declares that the Brightness evaluation factor: The clock is started with universal push- products that relates to this operating low, moderate, middle, strong; button, direction pushbutton (ON side) manual, are in compliance with the and 'Central ON' pushbutton. The con- Residual brightness when FBH is essential requirements and other rele- nected lamp flashes. switched off: 0 to 100%; vant provisions of directive 1999/5/EC. Use the PCT14 PC Tool to configure the Control speed: 1 to 255 minutes (factory A copy of the EU declaration of confor- setting 250). following parameters: mity can be requested at the address Switch-on time: 1 to 255 seconds below. (0.1 to 25.5s on 100ms time base); Switch-on time base 1s or 100ms; Switch-off time: 1 to 255 seconds Must be kept for later use! (0.1 to 25.5s on 100ms time base); Switch-off time base 1s or 100ms; Eltako GmbH Switch-on brightness: 15 to 100%; D-70736 Fellbach Switch-off brightness: 0 to 50%; +49 71194350000 Clock: OFF or ON; www.eltako.com Switch on and switch off or dim up and dim down; 22/2015 Subject to change without notice. Switch on if motion is detected ON or