Eltako FUD70S-230V-rw Manual de Usario

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Universal dimmer switch, power MOSFET

up to 400 W. Automatic lamp detection.

With adjustable minimum brightness or

maximum brightness and dimming speed.

With switching operation for light alarm

clocks, children‘s rooms and snooze

function. Also with light scene control by

PC or wireless pushbuttons. Bidirectional

wireless and with repeater function.

Only 0.6 watt standby loss.

Mounting in the 230 V power supply cord,

e.g. in false ceilings. 100 mm long,

50 mm wide and 31 mm high.

With bidirectional wireless; in addition, a

repeater function can be switched in. Every

change in state and incoming central com-

mand telegrams are conrmed by a wirel-

ess telegram. This wireless tele gram can be

taught-in in other actuators, in the GFVS

software and in FUA55 universal displays.

Universal dimmer switch for lamps up to

400 W, depending on ventilation conditions.

Dimmable energy saving lamps ESL and

dimmable 230V LED lamps, additionally

depending on the lamps electronics.

Zero passage switching with soft ON and

soft OFF to protect lamps.

The brightness level is stored on switch-off

(memory). In case of a power failure the

switch position and the brightness stage

Wireless actuator

Universal dimmer switch

FUD70S-230V as cord switch

Temperature at mounting location:

-20°C up to +50°C.

Storage temperature: -25°C up to +70°C.

Relative humidity:

annual average value <75%.

30 100 852 - 1

Only skilled electricians may install this

electrical equipment otherwise there is

the risk of re or electric shock!

valid for devices from production week

14/15 (see bottom side of housing)

are stored and may be switched on when

the power supply is restored.

Automatic electronic overload protection

and overtemperature switch-off.

Function rotary switches

The left rotary switch determines the

operation, whether automatic lamp detection

or special comfort positions should work:

AUTO allows the dimming of all lamp

types.

EC1 is a comfort position for energy saving

lamps, which which by design must be

turned on with an increased voltage so that

they switch on again in cold state

EC2 is a comfort position for energy saving

lamps, which by design won’t switch on

again when dimmed down. Therefore

Memory is switched off in this position.

LC1 is a comfort position for dimmable 230 V

LED lamps which are not being dimmed

down enough when set to AUTO (trailing

phase angle) dependent on the construction

and must therefore be forced to leading

phase angle.

LC2 and LC3 are comfort positions for

dimmable 230 V LED lamps like LC1, but with

different dimming curves.

In positions EC1, EC2, LC1, LC2 and LC3

inductive (wound) transformers may not

be used. In addition, the maximum number

of dimmable LED lamps may be lower by de-

sign than in the AUTO position.

The minimum brightness (fully dimmed

down) or maximum brightness (fully

dim med up) is adjustable with the middle

% rotary switch. In the setting LRN up to

30 pushbuttons can be assigned, of which

one or more central pushbuttons.

The dimming speed is adjustable using the

right dimming speed rotary switch on the

side. At the same time, the soft ON and soft

OFF periods are changed.

The pushbuttons can be taught-in

either as direction switches or universal

switches:

When installed as a direction switch, one

side is then 'switch on and dim up' and the

other side is 'switch off and dim down'.

A double-click on the switch-on side activa-

tes automatic dim-up to full brightness at

dim speed. A double click on the switch-off

side activates the snooze function. The

children‘s room function is implemented on

the switch-on side.

As a universal switch, change the direction

by briey releasing the pushbutton. With

switching operation for children‘s rooms and

snooze function.

Switching for light alarm clocks: A wire-

less signal of a time clock which was

taught-in accordingly starts the wake up

function by switching on the light at the

lowest brightness level and dims up slowly

until the maximum level is reached.

Dependent on the set dim speed the wake

up time is between 30 and 60 minutes.

The dimming process is stopped by tapping

briey, e.g. on the hand-held transmitter.

At setting ESL the switching for light alarm

clocks is not possible.

Switching operation for children‘s rooms

(universal switch or direction switch on the

switch-on side): If the light is switched on

by holding down the pushbutton, it starts at

the lowest brightness level after approx. 1

second and dims up slowly as long as the

pushbutton is held down. The last saved

brightness level is not modied.

Snooze function (universal switch or

direction switch on the switch-off side):

With a double impulse the lighting is

dimmed down from the current dimming

position to the minimum brightness level

and switched off. The current dimming

position as well as the adjustable minimum

brightness level determine the dimming

time (max. = 60 minutes) which can be

reduced as required. It can be switched off

at any time by short-time control com-

mands during the lighting is dimmed down.

Light scenes on the PC are set and

retrieved using the Wireless Visualisation

and Control Software GFVS. A description

of the GFVS is at „eltako-wireless.com“. One

or several FUD70S devices must be taught

in on the PC as dimming switches with

percentage brightness values.

Lights scenes with wireless switches are

taught-in on the FUD. Up to four brightness

values are retrievable using a direct light

scene pushbutton (pushbutton with double

rocker, top left = light scene 1, top right =

light scene 2, bottom left = light scene 3 and

bottom right = light scene 4) and/or using a

sequential light scene pushbutton (push-

button or one half of a double pushbutton,

press top = next light scene, press bottom =

previous light scene).

If a wireless motion-brightness sensor

FBH is taught-in, the switching threshold

will be set with the right rotary switch while

teaching-in, in which, depending on the

brightness (in addition to the movement),

the lighting turns on with memory voltage

(approximately 30lux in the OFF position and

up to 300lux in the max position). If the FBH

is taught-in in the ON position, it will only be

evaluated as a motion detector. A delay of

1 minute is xed in the FBH.

If a wireless brightness sensor FHD60 is

taught-in, the switching threshold will be

set with the right rotary switch while

teaching-in, in which, depending on the

brightness, the lighting turns on or off

(approximately 0 lux in the OFF position and

up to 50 lux in the ON position). When falling

below the brightness threshold, it will be

turned on with memory value. It will be

turned off at a brightness > 200 lux.

The LED on the side behind the left rotary

switch performs during the teach-in

pro cess according to the operating

instructions. It shows wireless control com-

mands by short ickering during operation.

Technical data

Incandescent and up to 400 W

halogen

1) lamps 230 V (R)

Inductive transformers (L) up to 400 W 2)3)

Electronic transformers (C) up to 400 W 2)3)

Dimmable energy up to 400 W 5)

saving lamps ESL

Dimmable 230 V LEDs up to 400 W 5)

Max./min. temperature +50°C/-20°C 4)

at mounting location

Standby loss (activ power) 0,6 W

1) For lamps with 150 W max.

Per dimmer it is only allowed to use max. 2 inductive

(wound) transformers of the same type, further-

more no-load operation on the secondary part is

not permitted. The dimmer might be destroyed.

Therefore do not permit load breaking on the

secondary part. Operation in parallel of inductive

(wound) and capacative (electronic) transformers is

not permitted!

3) When calculating the load a loss of 20% for induc-

tive (wound) transformers and a loss of 5% for

capacitive (electronic) transformers must be

considered in addition to the lamp load.

4) Affects the max. switching capacity.

5) Usually applies for dimmable energy saving lamps and

dimmable 230 V LED lamps. Due to differences in the

lamps electronics, there may be limited dimming

range, switch on and off problems dependent on the

manufacturer and a restriction on the maximum num-

ber of lamps; especially if the connected load is very

low (for 5W-LEDs). The comfort positions EC1, EC2,

LC1, LC2 and LC3 optimize the dimming range, which,

however, only gives a maximum power up to 100W. No

inductive (wound) transformers may be dimmed in

these comfort positions.

Teaching-in wireless sensors

in wireless actuators

All sensors must be taught-in in the

actuators so that they can detect and

execute commands.

Teaching-in actuator FUD70S-230V

The teach-in memory is empty on delive-

ry from the factory. If you are unsure

whether the teach-in memory contains

something or not, you must rst clear

the memory contents completely:

Set the middle rotary switch to CLR. The

LED ashes at a high rate. Within the

next 10 seconds, turn the left rotary

switch three times to the right stop (turn

clockwise) and then turn back away from

the stop. The LED stops ashing and

goes out after 2 seconds. All taught-in

sensors are cleared.

Clear individual taught-in sensors

in the same way as in the teach-in proce-

dure, except that you set the middle rotary

switch to CLR instead of LRN, and operate

the sensor. The LED previously ashing at

a high rate goes out.

Teaching-in sensors

1. Setting of the left rotary switch to the

desired teaching-in function:

AUTO = timer as wake-up light;

EC1 = teach-in 'central off';

EC2 = universal switch on/off and dim;

Universal switches must be taught-in

identically at top and bottom if the

switch is to have the same function at

top and bottom.

- ' '

LC1 = teach-in 'central on';

LC2 = direction switch top means

'switch on and dim up', direction

switch bottom means 'switch off and

dim down';

Direction switches are automatically

taught-in completely by pressing top

or down.

LC3 = teach in sequential light scene

pushbutton, a pushbutton or half of a

double pushbutton is assigned auto-

matically;

LC4 = teach in direct light scene push-

button, a complete pushbutton with

double rocker is assigned automati-

cally;

LC5 = teach in a PC using the Wireless

Visualisation and Control Software

GFVS. The percentage brightness can

be set there between 0 and 100 per

cent and saved. Several dimmer

switches can be linked to form a light

scene.

LC6 = direction switch bottom means

'switch on and dim up', direction

switch top means 'switch off and dim

down';

Direction switches are automatically

taught-in completely by pressing top

or bottom.

2. Set the middle rotary switch to LRN.

The LED ashes at a low rate.

3. Operate the sensor which should be

taught-in. The LED goes out.

2. Set the required brightness value using a

previously taught-in universal switch or

direction switch.

3. Within 60 seconds, this brightness value

will be stored by pressing one of the four

rocker ends of a previously taught-in light

scene pushbutton for 3-5 seconds.

4. To save other light scenes, repeat from

point 2.

Retrieving light scenes

Up to four brightness values are retrievable

using a direct light scene pushbutton

(pushbutton with double rocker, top left =

light scene 1, top right = light scene 2, bottom

left = light scene 3 and bottom right = light

scene 4) and/or using a sequential light

scene pushbutton (pushbutton or one half

of a double pushbutton, press top = next light

scene, press bottom = previous light scene).

Switching on/off repeater:

Set the middle rotary switch to LRN.

Switch on supply voltage. The repeater is

switched on or off. When the power supply is

switched on, the LED lights up for 2 seconds

= repeater off (as-delivered state) or 5 se-

conds = repeater on to indicate the state.

Teaching-in feedback of this actuator in

other actuators or GFVS software:

For turning on and off and simultaneously

transmitting of feedback the right rotary

switch has to be applied.

Teaching-in feedback of other actuators

in this actuator:

'Switch on' will be taught-in in position

'central ON‘.

'Switch off' will be taught-in in position

'central OFF'.

After teach-in the function and desired

minimum brightness or maximum bright-

ness will be set.

To teach-in further sensors, turn the

middle rotary switch briey away from

position LRN. Continue the procedure

from pos 1.

After teaching-in with the left rotary

switch set the type of load. Either set

the minimum or maximung brightness

with the middle rotary switch. Set the

dimming speed with the right rotary

switch.

Saving light scenes

Up to four brightness values can be saved

using a direct light scene pushbutton.

1. Set the left rotary switch to the required

operating mode AUTO or EC or LC.

Frequency 868.3 MHz

Transmit power max. 10 mW

Hereby, Eltako GmbH declares that the radio

equipment type FUD70S-230V is in

com pliance with Directive 2014/53/EU.

The full text of the EU declaration of

conformity is available at the following

internet address: eltako.com

Must be kept for later use!

Eltako GmbH

D-70736 Fellbach

Technical Support English:

+49 711 94350025

technical-support@eltako.de

eltako.com

12/2021 Subject to change without notice.

When an actuator is ready for

teach-in (the LED ashes at a low

rate), the very next incoming

signal is taught-in. Therefore,

make absolutely sure that you do

not activate any other sensors

during the teach-in phase.

Especificaciones del producto

Marca:	Eltako
Categoría:	No categorizado
Modelo:	FUD70S-230V-rw

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