ineLs RFDSC-71N Dimming Socket Instruction Manual

: June 4, 2024
: inELS

Table of Contents

WARNING
Characteristics
Light scene function 1
References
Read User Manual Online (PDF format)
Download This Manual (PDF format)

**ineLs RFDSC-71N Dimming Socket Instruction Manual

**

WARNING

Newly produced drivers work in the RFIO2 data protocol mode. These drivers are loaded in the actuators in a different way than before. Among other things, it eliminates the risk of inadvertently loading another randomly occurring controller within range.
Drivers can still be switched to so-called compatibility mode, and loaded in a simpler (older way)
The mode in which the controller is located is indicated after inserting the battery and after 5 seconds have passed, at which the LED is lit by subsequent different intervals of flashing of the LED.

RFIO2 mode

* Double flash (flash, flash, gap, flash, flash)

Compatibility mode

Compatibility mode
- Flash fast (flash, flash, flash, flash, flash)
If you do not want to change the function of the controller, you must not press any buttons during this time.
If we need to change the operating mode of the controller, after inserting the battery, when the LED is permanently lit, we press at the same time:
button 1 and 3 on RF KEY-40/60
button 1 and 2 on RFWB-20/40
button 1 and 2 on RFGB-20/40
button 1 and 2 on RF KEY
converter IN 1 and IN 2 RFIM-40B / BP-SL, RFIM-40B / 230V-SL you hold the buttons until the LED starts to signal the changed mode (double fl ash or fast fl ash). After that, the buttons must be released. The selected mode of the function is stored in memory and after replacing the battery, the controller continues to operate in the same mode.
NOTE: after each removal of the battery, we press one of the buttons several times to discharge the device and reinsert the battery.

UPDATE THE CONTROLLER ACTUATORS IN RFIO2 MODE

If the controller is used in RFIO2 mode, then to update the controller actuators, it is necessary to switch not only the actuator to the update mode (according to the instructions for the actuator), but also the controller in the following way: You remove the battery from the controller, press some of the buttons several times to discharge the device, and reinsert the battery. At the moment when the LED lights up, you press the 1 button and hold it down until the controller starts signaling the updating mode with a short fl ashing of the LED. Then you release the button and the controller now works in RFIO2 update mode. To end the update mode, you remove the battery, press one of the buttons several times, and then reinsert the battery. Now you do not press any button and the controller starts again in RFIO2 operating mod.

Characteristics

The dimmed socket is used to control light sources that are connected by power cord – especially lamps:
- classic lamps.
- halogen lamps with wound transformer.
- halogen lamps with electronic transformer.
- dilemma energy-efficient fluorescent lamps.
- LED light sources (230V).
They can be combined with detectors, controllers, iNELS RF Control or system components.
Thanks to the socket design, installation is simple by direct insertion into the existing socket.
Output load 200W.
Multi-function 6 light functions – smooth increase or decrease with time setting 2s-30 min.
When switched off, the set level is stored in the memory, and when switched back on, it returns to the most recently set value.
Thanks to setting the min. brightness by potentiometer, you will eliminate flashing of the LED and ESL light sources.
The universal dimmer may be controlled by up to 32 channels (1 channel represents 1 button on the controller).
The programming button on the socket is also used for manual control of the output.
Memory status can be pre-set in the event of a power failure.
Range up to 160 m (in open space), if the signal is insufficient between the controller and unit, use the signal repeater RFRP-20N or protocol component RFIO2 that support this feature.
Communication frequency with bidirectional protocol iNELS RF Control2 (RFIO2 ).
You will find more on light sources and dimming options at www.elkoep.com/solutions.
Produced in 3 designs of sockets and plugs: French, Schuko, British.

Assembly

Assembly

Radio frequency signal penetration through various construction materials

| | | |
---|---|---|---|---

60 – 90 %

| 80 – 95 %| 20 – 60 %| 0 – 10 %| 80- 90 %
brick walls| wooden structures
with plaster boards| reinforced
concrete| metal partitions|

common glass

Indication, manual control

PROG button
LED indication
Green – input indication
Red – output ON
Setting the load type
Set the minimum brightness

Green LED – stays lit upon connecting the supply voltage.
Red LED STATUS – indication of a closed contact.
Indicators of memory function: On – LED blinks x 3. Off – The LED lights up once for a long time.
Manual control is performed by pressing the PROG button for less than 0.5s.
Programming is performed by pressing the PROG button for more than 1s. In the programming and operating mode, the LED on the component lights up at the same time each time the button is pressed – this indicates the incoming command.
Set the minimum brightness – min. :
- Minimum brightness setting turned on when we perform load by turning the potentiate meter min. brightness to the desired value.
Min. brightness is automatically stored after cca. 3 seconds since the last potentiate meter position change. Setting min. brightness by potentiometer on the front side of device eliminates fl ashing of various types of light sources.
Setting the load type – LOAD:
- Setting the type of load is performed with disconected load by turning the light source selector to the desired position. For the ESL load, when the lamp is switched off , a short press increases the brightness to the maximum level (when the energy saver “lights up“) and then drops to the preset level.

type of source

|

symbol

|

description

---|---|---

resistiv

| |

ordinary light bulb, halogen lamp

inductive

| |

coiled transformer for low-voltage halogen lamps

capacitive

| |

electronic transformer for low-voltage halogen lamps

LED

| |

LED LED lamps and LED light sources, 230 V

ESL

| |

ESL dimmable energy-saving fluorescent tubes

Compatibility

The device can be combined with all system components, controls and devices of iNELS RF Control and iNELS RF Control2 . The detector can be assigned an iNELS RF Control2 (RFIO2 ) communication protocol.

Light scene function 1

**Description of light scene 1

**

By pressing the programmed button for less than 0.5s, the light illuminates; itgoes out by pressing again.
By pressing the programmed button for more than 0.5s, fl uid brightness regulationwill occur. After releasing the button, the brightness level is saved in the memory, and pressing the button shortly later will switch the light on /off to this intensity.
It is possible to readjust the change in intensity at any time by a long press of the programmed button. The socket remembers the adjusted value even after disconnecting from the power supply

Programming

Press of programming button on socket RFDSC-71N for 1 second will activate socket RFDSC-71N into programming mode. LED is fl ashing in 1s interval.

A press of your selected button on the RF transmitter assigns the function light scene 1.

Press of programming button on socket RFDSC-71N shorter then 1 second will fi nish programming mode. The LED lights up according to the preset memory function.

Description of light scene

By pressing the programmed button for less than 3s, the light illuminates; it goes out by pressing again.
In order to limit undesirable control of brightness, fl uid brightness control occurs only by pressing a programmed button for over 3s. After releasing the button, the brightness level is saved in the memory, and pressing the button shortly later will switch the light on off to this intensity.
It is possible to readjust the change in intensity at any time by pressing the
programmed button for over 3s.The socket remembers the adjusted value even after disconnecting from the power supply

Programming

Press of programming button on socket RFDSC-71N for 1 second will activate socketRFDSC-71N into programming mode. LED is fl ashing in 1s interval.

Two presses of your selected button on the RF transmitter assigns the function light scene 2 (must be a lapse of 1s between individual presses).

Light scene function

Description of light scene 2′

By pressing the programmed button for less than 3s, the light illuminates; it goes out by pressing again.
In order to limit undesirable control of brightness, fl uid brightness control occurs only by pressing a programmed button for over 3s. After releasing the button, the brightness level is saved in the memory, and pressing the button shortly later will switch the light on / off to this intensity.
It is possible to readjust the change in intensity at any time by pressing the programmed button for over 3s. The socket remembers the adjusted value even after disconnecting from the power supply

Programming

Press of programming button on socket RFDSC-71N for 1 second will activate socket RFDSC-71N into programming mode. LED is fl ashing in 1s interval.

Two presses of your selected button on the RF transmitter assigns the function light scene 2 (must be a lapse of 1s between individual presses).

Press of programming button on socket RFDSC-71N shorter then 1 second will fi nish programming mode. The LED lights up according to the preset memory function.

Light scene function

Description of light scene

By pressing the programmed button for less than 0.5s, the light fl uidly illuminates for a period of 3s (at 100% brightness). By pressing the button shortly again, the light will continuously switch off for 3 seconds.
By pressing the programmed button for more than 0.5s, fl uid brightness regulation will occur. After releasing the button, the brightness level is saved in the memory, and pressing the button shortly later will switch the light on /off to this intensity.
It is possible to readjust the change in intensity at any time by a long press of
the programmed button. The socket remembers the adjusted value even after disconnecting from the power supply.

Programming

Press of programming button on socket RFDSC-71N for 1 second will activate socket RFDSC-71N into programming mode. LED is fl ashing in 1s interval.

Press of programming button on socket RFDSC-71N shorter then 1 second will fi nish programming mode. The LED lights up according to the preset memory function.

Light scene function

**Description of light scene

**

By pressing the programmed button for less than 0.5s, the light illuminates. By pressing the button shortly again, the light will continuously switch off for 3 seconds (at 100% brightness). b) By pressin
the programmed button for more than 0.5s, fl uid brightness regulation will occur. After releasing the button, the brightness level is saved in the memory, and pressing the button shortly later will switch the light on /off to this intensity.It is possible to readjust the change in intensity at any time by a long press of the programmed button. The socket remembers the adjusted value even after disconnecting from the power supply.

Programming

Press of programming button on socket RFDSC-71N for 1 second will activate socket RFDSC-71N into programming mode. LED is fl ashing in 1s interval.

Four presses of your selected button on the RF transmitter assigns the function light scene 4 (must be a lapse of 1s between individual presses).

Press of programming button on socket RFDSC-71N shorter then 1 second will fi nish programming mode. The LED lights up according to the preset memory function.

**Function sunrise

After pressing the programmed button, the light begins to illuminate in the programmed time interval in a range of 2 seconds to 30 minutes.
**

Programming
Press of programming button on socket RFDSC-71N for 1 second will activate socket RFDSC-71N into programming mode. LED is fl ashing in 1s interval.

Assignment of the sunrise function is performed by fi ve presses of the selected button on the RF transmitter (must be a lapse of 1s between individual presses).

Press of programming button longer then 5 seconds, will activate socket into timing mode. LED fl ashs 2x in each 1s interval. After releasing the button, the time of the sunrise function begins to count down (period of complete illumination of the light).

After the desired time has elapsed, the timing mode ends by pressing the button on the RF transmitter, to which the sunrise function is assigned. This stores the set time interval into the socket memory

Function sunset

Description of sunset function
After pressing the programmed button, the light begins to dim in the programmed time interval in a range of 2 seconds to 30 minutes.

Programming
Press of programming button on socket RFDSC-71N for 1 second will activate socket RFDSC-71N into programming mode. LED is fl ashing in 1s interval.

Assignment of the sunset function is performed by six presses of the selected button on the RF transmitter (must be a lapse of 1s between individual presses).

Press of programming button longer then 5 seconds, will activate socket into timing mode. LED fl ashs 2x in each 1s interval. After releasing the button, the time of the sunset function begins to count down (period of complete dimming of the light).

After the desired time has elapsed, the timing mode ends by pressing the button on the RF transmitter, to which the sunset function is assigned. This stores the set time interval into the socket memory.

Press of programming button on socket RFDSC-71N shorter then 1 second will fi nish programming mode. The LED lights up according to the pre-set memory function.

Function ON/OFF
Description of ON/OFF
If the light is switched off , pressing the programmed button will switch it on. If the light is switched on, pressing the programmed button will switch it of.

**Programming

** Press of programming button on socket RFDSC-71N for 1 second will activate socket RFDSC-71N into programming mode. LED is fl ashing in 1s interval.

Seven presses of your selected button on the RF transmitter assigns the function ON/OFF (must be a lapse of 1s between individual presses).

Press of programming button on socket RFDSC-71N shorter then 1 second will fi nish programming mode. The LED lights up according to the preset memory function.

**Function switch of
Description of switch of

Programming

**Press of programming button on actuator RFDSC-71N for 1 second will activate actuator RFDSC-71N into programming mode. LED is fl ashing in 1s interval.

Eight presses of selected button on the RF transmitter assigns the function OFF (must be a lapse of 1s between individual presses).

Press of programming button on actuator RFDSC-71N shorter then 1 second will fi nish programming mode. The LED lights up according to the pre-set memory function.

Delete actuator

**Deleting one position of the transmitter

By pressing the programming button on the actuator for 5 seconds, deletion of one transmitter activates. LED fl ashs 4x in each 1s interval. Pressing the required button on the transmitter deletes it from the actuator’s memory. To confirm deletion, the LED will confirm with a fl ash long and the component returns to the operating mode. The memory status is not indicated. Deletion does not affect the pre-set memory function.
**

**Deletingtheentirememory

By pressing the programming button on the actuator for 8 seconds, deletion occurs of the actuator’s entire memory. LED flashs 4x in each 1s interval. The actuator goes into the programming mode, the LED flashes in 0.5s intervals (max. 4 min.). You can return to the operating mode by pressing the Prog button for less than 1s. The LED lights up according to the pre-set memory function and the component returns to the operating mode. Deletion does not affect the pre-set memory function.
**

**Selecting the memory function

** Press of programming button on receiver RFDSC-71N for 1 second will activate receiver RFDSC-71N into programming mode. LED is fl ashing in 1s interval.

Pressing the programming button on the RFDSC-71N receiver for less than 1 second will fi nish the programming mode, this will reverse the memory function. The LED lights up according to the current pre-set memory function. The set memory function is saved.

Memory function on:
For functions 1-4, 7, 8 used to store the last state of the relay output before a power supply failure, changing the state of the output relay is written to the memory 15s after the change is made.
For function 5-6, the target state of the output relay is instantly written to the memory after the timing of the delay had been entered, after the power supply is reconnected, the output relay is set to the target state.
Memory function off: When the power supply is reconnected, the output remains off.

Additional information

Incorrect setting of the type of light source aff ects the extent and dimming (but no damage to the dimmer or load). Incorrect setting of the type of load can cause overheating of dimmer. Do not try to use energy saving bulbs that are not labeled as dimmable! Do not mix more types of light sources! Maximum number of light sources depends on their internal structure.

Programming with RF control units

The address listed on the back of the socket is used for programming and controlling sockets by RF control units.

Technical parameter

Supply voltage

|

230 V AC

---|---

Supply voltage frequency

| 50-60 Hz
Apparent power|

1.1 VA

Dissipated power

| 0.8 W
Supply voltage tolerance|

+10 %; -15 %

Output

Contactless

| 2 x MOSFET
---|---
Load capacit|

max. 200 W

Dimming load

|

R, L, C, LED, ESL

Control

Wirelessly

| 32 chanels (buttons)
---|---
Communication protocol:|

RFIO2

Frequency:

| 866–922 MHz
Function repeater:|

no

Manual control:

| button (ON/OFF)
Range|

up to

Other data

Operating temperature

|

-15 to + 50 °C

---|---

Working position

| any
Mounting|

plug into a socket

Protection

| IP30
Overvoltage category|

III

Contamination degree

| 2
Dimensions|

63 x 110 x 74 mm

Weight

| 129 g
Related standards|

EN 60730, EN 63044, EN 300 220, EN 301 489

Warning
Instruction manual is designated for mounting and also for user of the device. It is always a part of its packing. Installation and connection can be carried out only by a person with adequate professional qualifi cation upon understanding this instruction manual and functions of the device, and while observing all valid regulations. Troublefree function of the device also depends on transportation, storing and handling. In case you notice any sign of damage, deformation, malfunction or missing part, do not install this device and return it to its seller. It is necessary to treat this product and its parts as electronic waste after its lifetime is terminated. Before starting installation, make sure that all wires, connected parts or terminals are de-energized. While mounting and servicing observe safety regulations, norms, directives and professional, and export regulations for working with electrical devices. Do not touch parts of the device that are energized – life threat. Due to transmissivity of RF signal, observe correct location of RF components in a building where the installation is taking place. RF Control is designated only for mounting in interiors. Devices are not designated for installation into exteriors and humid spaces. The must not be installed into metal switchboards and into plastic switchboards with metal door – transmissivity of RF signal is then impossible. RF Control is not recommended for pulleys etc. – radiofrequency signal can be shielded by an obstruction, interfered, battery of the transceiver can get fl at etc. and thus disable remote control.

Logo