Eltako FSR14-2x Bruksanvisning

Eltako Inte kategoriserad FSR14-2x

Läs nedan 📖 manual på svenska för Eltako FSR14-2x (2 sidor) i kategorin Inte kategoriserad. Denna guide var användbar för 2 personer och betygsatt med 4.5 stjärnor i genomsnitt av 2 användare

Ladda ner PDF

Sida 1/2

2-channel impulse switch with integrated

relay function, 1+1 NO contacts potential free

16 A/250 V AC, incandescent lamps 2000 watts,

with DX technology. Bidirectional. Only 0.1 watt

standby loss.

Modular device for DIN-EN 60715 TH35 rail

mounting. 1 module = 18 mm wide, 58 mm

deep.

Connection to the Eltako-RS485 bus. Bus

cross wiring and power supply with jumper.

Patented Eltako Duplex technology allows

you to switch normally potential free

contacts in zero passage switching when

230 V A/C voltage 50 Hz is switched. This

drastically reduces wear. To achieve this,

simply connect the N conductor to the

terminal (N1) and L to 1 (L) and/or N to (N2)

and L to 3 (L). This results in an additional

standby consumption of only 0.1 watt.

If supply voltage fails, the switching state is

retained. When supply voltage is restored,

the device is switched off in de ned mode.

The channels can be taught-in as ES and/

or ER channel separately from each other.

Scene control:

Several channels of one or several FSR14-2x

devices can be switched on or off in a scene

by one of the four signals of a pushbutton

with double rocker taught-in as a scene

button.

RS485 bus actuator

2-channel impulse switch

FSR14-2x

Temperature at mounting location:

-20°C up to +50°C.

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

Relative humidity:

annual average value <75%.

30 014 002 - 5

Only skilled electricians may install this

electrical equipment otherwise there is

the risk of  re or electric shock!

valid for devices from production week

50/20 (see bottom side of housing)

Central commands on PC are sent using the

Wireless Building Visualisation and Control

Software GFVS. To do this, teach-in one or

several FSR14-2x devices.

Function rotary switches

Use the rotary switches to teach-in the

buttons and test the 2 channels as required.

For normal mode, the middle and lower rotary

switches are then set to AUTO. With the

upper rotary switch the EW time (0-120 sec-

onds) is directly set for relays or the RV time

(0-120 minutes) for impulse switches for all

channels if necessary.

When FBH wireless motion/brightness sen-

sors (masters) (EEP A5-08-01) are taught-in,

the switching threshold is de ned separately

for each channel using the upper rotary

switch. The switching threshold switches the

lighting on or off depending on the bright-

ness (in addition to motion) (from approx.

30 lux in position 0 to approx. 300 lux in

position 90).

If FBH devices (slaves) are taught-in in Posi-

tion 120, they are only evaluated as motion

detectors.

Several FBH devices are interlinked per

channel. If an FBH signals 'motion', the NO

contact closes. Only when all FBH devices

signal 'no motion' does the NO contact open

after the preset RV time. When an FBH is

taught-in, the RV time only applies to the FBH.

Press the ON side of a direction push-button

for 2 seconds to switch it on permanently.

Signals are not evaluated by the FBH.

Press the OFF side of a direction pushbutton

for 2 seconds to switch it off permanently.

Signals are not evaluated by the FBH.

Press the direction pushbutton brie y to

re-evaluate FBH signals.

Semiautomatic motion detection with

taught-in wireless motion sensor FB65B

factory setting (EEP A5-07-01): Press the

pushbutton to switch on. This starts a

release delay time of 5 minutes during

which the device switches on again if motion

is detected. When no further motion is de-

tected, the device switches off automati cally

after 5 minutes in addition to the set RV time.

The actuator then reacts to motion for a

further 5 minutes and may switch back on

automatically. After this time expires, the

device must be switched on again by press-

ing the pushbutton. You can switch the

device off at any time by pressing the push-

button. Motion is then no longer evaluated.

Fully automatic motion detection with

taught-in wireless motion sensor FB65B:

If the actuator should also switch on auto-

matically when motion is detected, e. g. in

rooms without daylight, replug the jumper to

'active' on the FB65B device. When no further

motion is detected, the device switches off

automatically after a release delay time of

5 minutes in addition to the set RV time. Press

the push button at any time to switch the

device on or off. When motion is detected,

the device switches on again automatically.

When wireless brightness sensors

(EEP A5-06-01, -02, -03) are taught-in, de ne

the switching threshold separately for each

channel using the top rotary switch. The

switching threshold switches the lighting on

or off depending on the brightness (from

approx. 0 lux in positi on 0 to approx. 50 lux

or 900 lux in position 120). A hysteresis of

approx. 300 lux is permanently set for switch

on/off.

An additionally set RV time is not taken into

account.

Only one FBH master or FHD60SB (EEP A5-

06-01) is taught-in per channel. However, one

FBH (masters) or FHD60SB (EEP A5-06-01)

can be taught-in in several channels.

When wireless window/door contacts FTK

(EEP D2-00-01, F6-10-00, A5-14-01, -03, -09, -0A)

are taught-in, different functions can be set

with the middle rotary switch in position

AUTO 1 to AUTO 4 and linked to maximum 116

FTKs:

AUTO 1 = window closed then output active.

AUTO 2 = window open then output active.

In settings AUTO 3 and AUTO 4 the FTKs

taught-in to a single channel are linked auto-

matically. With AUTO 3 all FTKs must be

closed so that the N/O contact closes (e. g.

for climate control). With AUTO 4 one open

FTK is su cient to close the N/O contact

(e.g. for an alarm signal or to switch on the

power supply for an extractor hood).

One or several FTKs can be taught-in in

several channels to allow several simultane-

ous functions in each FTK.

After a power failure the link is restored by a

new signal to the FTK and a signal on the

next status message 15 minutes later.

An additionally set RV time is not taken into

account.

Vibration sensor (EEP A5-14-05):

If the upper rotary switch was set to position

5 during teach-in, the actuator works as a

two-point switch, with 'vibration' it is

switched on, with 'no vibration' it is switched

off.

If the upper rotary switch was set to position

10 during teach-in, it is switched on with

'Vibration' and automatically switched off

after the time that can be set between 2 and

120 seconds has elapsed. If the upper rotary

switch is set to 0, it is not switched off auto-

matically, but must be switched off manually.

When

FRW, FRWB, FHMB (EEP A5-30-03)

wireless smoke alarms are taught-in, they are

interlinked per channel. When an FRW signals

'smoke', the NO contact closes. Only after all

FRW devices signal 'no smoke' does the NO

contact open.

When eco water probes FWS81 (EEP F6-05-01)

or con

 oor water probes (Art. No. 78142) are

taught-in with FTM wireless transmitter (Art.-

No. 78143) from AFRISO, a variety of functions

can be set using the middle rotary switch in

Positions AUTO 1 to AUTO 4.

AUTO 1 = 'no water', then NO contact closed.

AUTO 2 = 'water', then NO contact closed.

In Positions AUTO 3 and AUTO 4 the water

probes taught-in to a single channel are

interlinked automatically. With AUTO 3, all

water probes must signal 'no water' before

the NO contact closes. The NO contact opens

when a water probe signals 'water'.

With AUTO 4, the NO contact closes when a

water probe signals 'water'. Only when all

water probes signal 'no water' does the NO

contact open.

An additionally set RV time is ignored.

The LED below the upper function rotary

switch performs during the teach-in process

according to the operation manual. It shows

control commands by short  ickering during

operation.

Technical data

Rated switching capacity 16A/250V AC

each contact

Incandescent lamp and 2000 W

halogen lamp load1) 230V

Fluorescent lamp load with KVG* 1000 VA

in lead-lag circuit or

non compensated

Fluorescent lamp load with KVG* 500 VA

shunt-compensated or with EVG*

Compact  uorescent lamps 15x7 W

with EVG* and 10x20 W

energy saving lamps

Standby loss 0,1 W

(active power)

) Applies to lamps of max. 150 W.

* EVG = electronic ballast units;

KVG = conventional ballast units

Typical connection

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 FSR14-2x

The teach-in memory is clear on delivery

from the factory. To ensure that a device

was not previously taught-in, clear the

complete memory:

Turn the middle rotary switch to ALL (or to

CLR 1..2) if you only want to clear one

channel and also turn the lower rotary

switch to the required channel). The LED

 ashes at a high rate. Within 10 seconds,

turn the upper rotary switch three times

to right stop (turn clockwise) and back

again.

The LED stops  ashing and goes out after

2 seconds. All taught-in sensors/ probes

or channel sensors/probes are cleared.

Clear individual taught-in sensors in the

same way as in the teach-in procedure,

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. Select the required Channel 1, 2 or 1..2

using the lower rotary switch.

2. Use the upper rotary switch to select the

required teach-in function.

0 = teach in 'direction button';

Rocker is completely taught-in automati-

cally when operating the pushbutton.

The side on which the pushbutton is  rst

operated is de ned for switching on, the

other side for switching off.

5 = teach in 'universal button ES', 'Vibration

sensor';

10 = teach in 'universal button ER', 'vibration

sensor with time lapse';

15 = teach in 'central control button ON'

with priority;

20 = teach in 'central control button OFF'

with priority;

Central buttons have priority as long as

they are pressed.

30 = teach in 'scene button';

Scene buttons (double rocker) are taught-

in in fully automatic mode. 'Save scenes'

as described further on.

45 = teach in 'central control button ON';

90 = teach in 'central control button OFF';

120 = teach in FBH (slave) and FRW;

3. Set the middle rotary switch to LRN.

The LED  ashes at a low rate1.

4. Press the sensor to be taught-in.

The LED goes out.

For FTK, FB65B, vibration sensors and

water sensors, no teach-in position

needs to be observed for the upper rotary

switch.

For rotary switches and no teach-in GFVS

position needs to be observed. On teach-

in, the actuator automatically sends a

con rmation telegram when it receives a

device address and the upper rotary

switch on the FAM14 is turned to Pos. 2.

To teach-in further sensors, turn the

middle rotary switch brie y away from

position LRN. Continue the procedure

from pos 1.

A pushbutton (rocker end) can only

execute the same last taught-in function

of different channels of a FSR14-2x.

Different pushbuttons can execute

different functions of one or more

channels of a FSR14-2x.

After teaching-in, set the middle and

lower rotary switches to AUTO and turn

the upper function rotary switch to the

required time. For taught-in window/door

contacts FTK, note that the middle rotary

switch must be in the required setting

AUTO 1 to 4.

Teach in scenes

Up to 4 scenes are being saved with a

previously taught-in scene pushbutton.

1. All 2 channels of the impulse switch can be

turned on or off individually with a

previously taught-in universal-, direction-,

or central pushbutton as it is desired for

one scene.

2. The switch state is saved within 60 seconds

when you press one of the four rocker ends

of the doublerocker scene button for longer

than 3 seconds but shorter than 10 seconds.

3. If more scenes have to be saved return

back to point 1.

Recall scenes

Press one rocker of the scene pushbutton

brie y to recall the scene you require.

An additionally set RV time is not taken into

account.

When the middle rotary switch is set to

TEST, the 2 contacts can be closed individually

using the lower rotary switch:

TEST + AUTO = all contacts open,

TEST + 1 = contact 1 closed,

TEST + 2 = contact 2 closed,

TEST + 1..2 = all contacts closed.

Assign device address for the FSR14:

The rotary switch on the FAM14 is set to

position 1, its lower LED  ashes red. The

lower rotary switch of the FSR14 is set to 1..2.

The middle rotary switch of the FSR14 is set

to LRN, the LED  ashes smothly. After the

address of the FAM14 was assigned, its lower

LED  ashes green for 5 seconds and the LED

of the FSR14 goes out.

Delete device con guration:

Set the middle rotary switch to ALL. The LED

 ashes nervously. Then turn the upper rotary

switch within 10 seconds 3 times to the left-

most stop (anticlockwise) and turn it back

again. The LED stops  ashing and goes out

after 5 seconds. The factory settings are

restored.

Delete device con guration and

device address:

Set the middle rotary switch to ALL. The LED

 ashes nervously. Then turn the upper rotary

switch within 10 seconds 6 times to the left-

most stop (anticlockwise) and turn it back

again. The LED stops  ashing and goes out

after 5 seconds. The factory settings are

restored and the device address deleted.

Con gure FSR14:

The following points can be con gured with

the PC tool PCT14:

ɀ behavior upon return of supply voltage

ɀ teaching-in of wireless pushbuttons and

wireless window handles with single or

double click

ɀ scenes for scene pushbuttons.

ɀ Switch-on and switch-off thresholds for

brightness sensors

ɀ add or change sensors

CAUTION! Don’t forget 'disconnect FAM' in

the PC tool. While the connection from the

PC tool to the FAM14 exists, no wire less

commands are executed.

Teach-in con rmation telegram of another

bus actuator to the FSR14:

As in the teach-in procedure, only set the

middle rotary switch to LRA instead to LRN.

Teach-in 'switch ON' as 'central control button

ON'. Teach-in 'switch OFF' as 'central control

button OFF'.

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.

Manuals and documents in further

languages

http://eltako.com/redirect/FSR14-2x

1. App 2. 3.

www.

Must be kept for later use!

We recommend the housing for

operating instructions GBA14.

Eltako GmbH

D-70736 Fellbach

Technical Support English:

+49 711 94350025

technical-support@eltako.de

eltako.com

50/2022 Subject to change without notice.

Produktspecifikationer

Varumärke:	Eltako
Kategori:	Inte kategoriserad
Modell:	FSR14-2x

Behöver du hjälp?

Om du behöver hjälp med Eltako FSR14-2x ställ en fråga nedan och andra användare kommer att svara dig

Ditt namn*

Din e-post*

Skriv din fråga här

Inte kategoriserad Eltako Manualer

Eltako MS Bruksanvisning

20 September 2024

Eltako FUD61NP-230V Bruksanvisning

19 September 2024

Eltako FT4F-rw Bruksanvisning

19 September 2024

Eltako FT4F-wg Bruksanvisning

19 September 2024

Eltako DL-PD-300W-RLC-HS Bruksanvisning

19 September 2024

Eltako DSZ15DM-3x80A Bruksanvisning

19 September 2024

Eltako FTN14 Bruksanvisning

19 September 2024

Eltako FT55R Bruksanvisning

19 September 2024

Eltako FUD71L Bruksanvisning

19 September 2024

Eltako FTS14EM T Bruksanvisning

19 September 2024

Inte kategoriserad Manualer

Nyaste Inte kategoriserad Manualer

Philips 43PUL7672 Bruksanvisning

27 Oktober 2024

Manhattan 461504 Bruksanvisning

27 Oktober 2024

Sungrow SG125HV Bruksanvisning

27 Oktober 2024

Schneider CCT724319 Bruksanvisning

27 Oktober 2024

Technoline WS 250 Bruksanvisning

27 Oktober 2024

Livarno IAN 354423 Bruksanvisning

27 Oktober 2024

Kupper 12152 Bruksanvisning

27 Oktober 2024

JennAir CARBON24L Bruksanvisning

27 Oktober 2024

Medion Life E74001 (MD 81035) Bruksanvisning

27 Oktober 2024

POLARIS Sportsman Touring 850 SP (2015) Bruksanvisning

27 Oktober 2024