iNels RF User manual

www.elkoep.com
Installation manual
iNELS RF Control

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Installation manual iNELS RF Control2 3Installation manual iNELS RF Control
INTRODUCTION
We are a traditional and innovative manufacturer
of electronic devices based in the Czech Repub-
lic. We are proud to have been your partners in
the field of electrical installations for 23 years.
Thanks to years of experience and our participa-
tion in the electronics market, we have become
specialists in electronic module devices - relays,
of which we produce more than 200 types.
Own production, modern apparatus, research and
development center - all this allows us to lead the
development of the most coveted technology
of today, the smart system of electro-installation
iNELS. We develop and manufacture products
that save energy. The iNELS system is an integral
part of passive and low-energy houses.
Product development is inextricably linked with
the development of trade, or, conversely, if there
were no sales - there would be no products. Year
on year increases in sales and business develop-
ment networks are proof of that. We are always
close to our customers - and always ready with
technical support and a well-stocked warehouse.
You will find our oces in eight European and
two Asian countries. In addition, we have de-
INTRODUCTION
1. THE DIFFERENCE BETWEEN WIRED AND WIRELESS INSTALLATIONS
1.1 iNELS RF Control is ideal
1.2 How the iNELS RF Control can control an extensive installation
1.3 Types of communication
2. GENERAL COMMUNICATION CONTROLS (STANDARD)
2.1 iNELS RF Control - RFIO
2.2 Versions of iNELS RF Control
2.3 Advantages of RFIO
2.4 Frequency 433 vs. 868 MHz
3. BASIS OF HIGH QUALITY INSTALLATION FOR A SATISFIED CUSTOMER
3.1 What to avoid in the installation
3.2 The biggest myths about smart homes
3.3 What components iNELS RF Control oers
3.4 How to read the type designation
3.5 Installation
3.5.1 Where to install devices
3.5.2 What can interfere with RF communication?
3.6 Power
3.7 Installation/placement of controllers and system components
3.8 When to use a repeater
4. CONNECTION COMPONENTS FOR LOAD SWITCHING/OUTCOMES
4.1 Switching components
4.2 Dimming components
4.3 Temperature components
5. SET DESIGN ELEMENTS WITH CONTROLLERS AND SYSTEM UNITS
5.1 What else you should know when you install
5.2 Compatible cameras
6. BACKUP/UPDATE UNITS, RF TOUCH OR RF PILOT
6.1 Backup parameters/update units eLAN-RF
6.2 Did you know that...
7. WHY SELL iNELS RF CONTROL
8. WHAT CAN YOU CONTROL?
9. iNELS REFERENCES
pendable customers in more than 66 countries
and more are constantly being added as demand
is constantly increasing for our products. Our
products can be found under the brand names
of world (Schneider Electric, Eaton, Hager, Sie-
mens, NIEAF SMITT).
Development and modern technology are the pil-
lars of our work, which in practice is appreciated
by you - our customers. You get not only prod-
ucts, but also customized solutions - according
to your requirements. Our own development fa-
cilities and meticulous production and distribu-
tion combines to give you the opportunity to use
solutions which are both innovative and practi-
cal. We produce all our products in our modern
production facilities, which has been expanded
by including the latest SMD and fastest produc-
tion line, which means you are guaranteed qual-
ity and flexibility of supply.
The installation manual is intended for system
partners/developers as it makes recommenda-
tions for installation and a comprehensive intro-
duction to wireless technology, iNELS RF Control.

Installation manual iNELS RF Control4 5Installation manual iNELS RF Control
In conventional electrical wiring, cables are routed
from the distribution box to the outlets, switches and
lights. Using a wireless system, since it is possible to
use battery powered switches, the cables leading to
the switches are eliminated. Another great advan-
tage are the subsequent functions which are a given
for a standard switch. With a wireless switch it is pos-
sible to select the functions to switch on/of, time
delay the lights and reset or adjust these functions at
anytime. An indisputable benefit is the ability to con-
trol the selected light circuit from multiple locations
or it can be connected with other lighting circuits.
Ideal in the use of reconstruction, to which any device
can be added. Alternatively, if you want to start living
in a smart home, but do not know whether the house
will comply with the system. Or when the financial
costs incurred in the construction of the house do
not allow room for automation with a high initial in-
vestment. The big advantage of iNELS RF Control is
that you can start with a simple set and expand the
system as desired or when finance allows.
Generally, firms rush into the installation of multiple
components (which are often in their thousands).
Experienced system partners (who are engaged in
installing wireless systems), say that the building is
suitable for installing a max. 40 to 50 components
without having to adjust to a complex path of sw, or
if the signal is lost, this results in a subsequent rela-
tionship issue with reliability.
1. THE DIFFERENCE BETWEEN WIRED AND WIRELESS INSTALLATIONS
1.1 iNELS RF Control is ideal
1.3 Types of communication
1.2 How the iNELS RF Control can con-
trol an extensive installation
• One Way
The downside is that you do not know whether the
message has reached the component or not.
• Bidirectional
For the transmission of data “routing” via compo-
nents - using a repeater
• Mesh
Sometimes there is a requirement to correct the sw
signal path due to delays.
controller component
component
component
component
obstacle
obstacle
controller
RFIO is a proprietary protocol from ELKO EP, which it developed in 2005 and it is constantly improving. Commu-
nication is intended not only for simple commands such as switching lights, but also for receiving/transmitting
the values of temperature or consumption. The RF module was tested at the Institute of Electronic Communi-
cations and items subject to standards FCC, EN 60669, EN 300 220, EN 301 489 R & TTE Directive, Vč.426/
2000Sb. The system operates at a frequency band of 868 MHz/916 MHz (for automation), wherein the transmit
power of the RF module (integrated in the components) 25 mW. This brings great results applied across the fre-
quency range of installations. Components communicate among themselves bidirectionally and with adjustable
routing through other components (each component can be used as a repeater).
2. GENERAL COMMUNICATION CONTROLS (STANDARD)
2.1 iNELS RF Control – RFIO
Available frequencies in each area:
controller component 866 MHz India
868 MHz EU, UA, RU, Middle east
916 MHz North / South America,
Australia
922 MHz New Zealand
• 2008-2009
- Components marked RF Control (one-way com-
munication).
2.2 Versions of iNELS RF Control
• 2009-2014
- Oasis & RF Touch compatible (compatible with
Jablotron Oasis 80 detectors system and the RF
Touch). The dierence between Oasis 80 and RF
Touch is a one-way vs. two-way communication.
• 2015-2016
...RF Control components are bidirectional.
• 2016...
....RF Control 2, setting routing through the compo-
nents.
Individual versions are compatible with each other
(except version 2008-2009).
• the RF module (RFIO) does not tie the customer
or system partners to any licenses or other fees
associated with the software
• each subsequent version of iNELS since 2009 is
compatible with each other
• guaranteed all elements, features between each
other to be 100% compatible
• setting communication between the compo-
nents is not conditional on a computer or Inter-
net connection, the same is true for the actual
2.3 Advantages of RFID
Command (message) is broadcast five times, dur-
ing which, if the element responds the first time,
the band continues with no unnecessary communi-
cation floods. If the command does not arrive even
once the whole process is repeated. If re-command-
ed (which can also be temperature information) is
received, specially with temperature, information is
transmitted to turn o components.
See. Fig. p. 6 - Functional diagram RFIO
operation of the system = works without inter-
net connection
• data is stored in the products, not in the cloud
• if a system partner wants a program within the
system itself, we provide an Api for free (As op-
posed to standard)
• RFIO does not overwhelm space for unassigned
commands
• single setup control component and you do not
need to set any additional software or program-
ming tool

Wi-Fi
Router eLAN RFDEL
RFJA
LARA RFSA
23
21°C
18 20 22 25
Installation manual iNELS RF Control6 7Installation manual iNELS RF Control
• Certification iNELS RF Control:
The RF module was tested
at the Institute of Electronic
Communications and items
are subject to standards ČSN
EN 60669, EN 300 220, EN 301
489 directive RTTE, NVč.426 /
2000Sb (directive 1999 / ES).
According to the general authorization for the use
of radio frequencies for the operation of short range
devices for not specified stations The maximum ra-
diated power is limited by law to 10 mW at 433 MHz
frequency band and to 25 mW at 868 MHz frequen-
cy band.
With the maximum radiated power relating to the
distance at which these devices can communicate.
433 MHz band is mostly used for communication
solutions for short and medium distances. Up to 50
m or thereabouts. It provides a cheap and easy way
to connect two devices. However, this band is very
busy and may cause interference with other devices
operating at this frequency.
Rules for 868 MHz band are more restrictive than
those for the 433 MHz band. The distance over
which two devices can communicate is about 200
m, It can be called the mid-size range. Interference
with other devices operating in the 868 MHz fre-
quency is thus reduced, providing better quality in-
formation transmission.
2.4 Frequency 433 vs. 868 MHz
FCC certification is a condition
of the sale of wireless system
iNELS RF Control for USA. It is
a rigorous certification, which
confirms that electromagnet-
ic interference (EMC) of the
device iNELS RF Control is
within the limits approved by
the Federal Communications
Commission. and Examina-
tion and obtaining certifica-
tion without any problems
is proof of the quality of the
entire system. In the produc-
tion of the products iNELS RF
Controls undergo double final
inspection before leaving the
headquarters of the firm.
3. BASIS OF HIGH QUALITY INSTALLATION FOR A SATISFIED
CUSTOMER
• oer (in the form of an iNELS checklist )
• beta testing with customers
• giving up with a problem in the work
• do not say that the system is perfect and never
goes wrong
• do not just take big orders, even a small job makes
for significant marketing
• subsequent calculation program for calculating
the quote (supplied free)
• installation according to manufacturer‘s recom-
mendations
• service
3.1 What to avoid in the installation
1. Installation is expensive.
You can start from 48 EUR.
2. Harmful to health.
If we take into account that you do not have a microwave at
home and not using a cell phone (or cordless doorbell) yes.
3. Someone could hack into my house operation.
Impossible. If you do not disclose your access data to third
parties.
4.What if the electricity fails?
You can have a backup power source in the form of a bat-
tery. And when it does fail...nothing. Once the electricity
is switched on, the system checks its self. All preset pro-
3.2 The biggest myths about smart homes
Functional diagram RFIO
Control devices
RFWB, RF Pilot
Home
Videophone
Mobile
Application iHC
Camera
actualtemperature
heating1
temperature
The first step to a successful installation is filling the check list, where your customer marks, „what he wants to domi-
nate,“ then „as a means to control“ and then calculated by the partner using the software tools to easily tailor the oer.
grams are as they were, it runs, starts and re-starts
5. What if the battery control runs out of power?
The system indicates low battery, you simply replace the
battery. These are common types of batteries, available
in every watchmaking and Appliance Store.
6. Do I Need Smart Home?
No, you do not need, but you do not need a car, a wash-
ing machine, smart telephone and many other technolo-
gies. However, it‘s a lifestyle.
7. Will I save?
Definitely yes, it can save up to 30% on heating costs with
regulation; depending on whether or not you are at home.
More savings from switching the boiler to run only at
a time when energy is cheap (TOR. HDO).
8. I can handle the control system?
If you have a smart phone or know how to flick a switch
firmly Yes, the whole operation is adjustable according
to your wishes.
9. What if my grandma comes to stay Will she be able to light
up?
The smart system can be combined with the existing
electrical wiring.

RFWB-20/G RFWB-40/G RF Key RF Pilot RFIM-20B RFIM-40B RFSG-1M
RFDA-73M/RGB RFDEL-71B RFDEL-71MRFDSC-71 RFDAC-71B
RF Touch-B RF Touch-W eLAN-RF-003 eLAN-RF-Wi-003 RFGSM-220M RFRP-20 RFPM-2M
RFJA-12B/230V RFJA-12B/24V DCRFSC-61 RFUS-61
RFSA-62B RFSA-61MRFSA-11B RFSA-61B RFSA-66MRFSAI-61B
RF RF
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:
󱦳
:
RFATV-1 RFSTI-11B RFSTI-11/G RFTI-10B RFTC-10/G RFTC-50/G RFTC-100/G
RFSOU-1 RF-RGB-LED-550 RF-White-LED-675
RFSF-1B
FP-1
RFTM-1
RFSD-100/
SD-100
RFMD-100/
MD-100
iNELS Cam
RFWD-100/
WD-100
CT50Telva
TC/TZ AN-I AN-E LS, MS, IRS
Installation manual iNELS RF Control8 9Installation manual iNELS RF Control
st01.05.16 12:54
Místnosti
Scény
Oblíbené
ODEJÍT ZVOLIT
Wireless remote
control with display
4-button controller
- key-chain
4-button wireless
wall controller
2-button wireless
wall controller
Wireless contact
converter (4 outputs)
Wireless contact
converter (2 outputs)
Wireless contact
converter
Controllers
3.3 What components iNELS RF Control oers
Lighting
Wireless twilight
switch
Wireless colour bulb Wireless white bulb
System Units
Wireless touch unit
- Flush mounting
Wireless touch unit
- Surface Mounting
Multifunction GSM
communicator
Smart RF box with
Wi-Fi
Signal repeaterSmart RF box Energy gateway Wireless temperature
sensor
Temperature Regulation
Switch unit with
temperature sensor
(flush mounted)
Switch unit with a
temperature sensor
and breaker
Wireless thermovalve Wireless temperature
controller
Simple wireless
temperature
controller
Wireless temperature
controller
Analog regulator
0 (1) -10V
Dimmers
Universal dimmer
(recessed)
Universal dimmer
(Modular)
Dimmer socket
(multinational)
Dimmer for color
(RGB) LED strip
Switch unit for
shutters
Switch unit for shutters
(Contact-less)
Switch unit for outdoor
use (multi-function)
Switching socket
(multi-function)
Switches
Wireless switch unit
(inbuilt) - 2 outputs
Wireless switch unit
- 1 output
Wireless switch unit
- 6 output
Wireless switch unit
with input for
a pushbutton
Wireless switch unit
(multi function)
- 1 output
Wireless switch unit
(single function)
- 1 output
Monitoring Units
Wireless flood
detector
Wireless pulse
converter
Detectors
Smoke detector
wireless/wired
Motion detector
wireless/wired
Door/Window detector
wireless/wired
IP camera Supported cameras
Cameras
Flood probe
Accessories
Current transformerThermodriveTemperature sensor Internal antenna External antenna LED sensor,
Magnetic sensor,
Infrared sensor

R
F
S
A
-
6
2
B
R
F
D
A
-
7
3
M
60-90% 20-60%
0-10%
80-95%
80-95%
0%
0/10
RFSTI-11/G IN
RFSTI-11/G IN
Installation manual iNELS RF Control10 11Installation manual iNELS RF Control
In the iNELS RF Control product range every com-
ponent has a type designation from which you can
determine its functions, assembly and outputs.
3.4 How to read the type designation
Radio
Frequency
Switching
Actuator
function
outputs (channels)
box
Radio
Frequency
Dimming
Actuator
function
outputs (channels)
modul
Location of the components depends on the distance
between the controller (the system unit) and the com-
ponent, the material through which the signal passes
plays an important role in component placement.
Range in an open area is 200 m, but this figure is only
an approximation for real installation orientations.
3.5 Installation
brick wall wooden construction
with drywall. boards reinforced concrete
metal partitions ordinary glass
Before installing, it is necessary to measure the sig-
nal quality between the individual components. This
procedure is often underestimated, but it is an im-
portant first step towards the installation.
Measurements can be made using the control touch
unit RF Touch or remote RF Pilot (which have the
range test function). It is recommended to use the
RF test pilot for this, because it is a flexible control-
ler and battery-powered. The component is placed
at the installation site and the aforementioned con-
trol tests the signal quality.
Order of magnitude, if you get below 30% signal
quality, it is necessary to relocate the component to
maintain 100% functional.
mo 01.01.16 12:54
Test actuator cable:
Packets: 0/10
Signal status 0%
CONTINUE
mo 01.01.16 12:54
Add
Assign
Rename
Range test
Control
Remove
EXIT SELECT
Therefore, it is important to proceed according to
the following points, to ensure the best possible visi-
bility of the controller (system unit) and the compo-
nent. Transmission in a brick building through 5 walls
(width 20 cm) is in the order of 40 m. Conversely
when you install elements, the minimum distance
between components should be at least 1 cm.
Transmission of radio frequency signals in various
building materials:
RANGE up 400 m
RANGE
up 200 m
RANGE
up 200 m
RANGE
up 200 m
Test
progress
Signal
strenght
Return to Programming
Start
Communications test
Remove
Pair it with ...
Paired with ...
Change address
Function
Another way to check the communication range (of
the system components) of the installation is using
the RF Tester (battery powered) and USB fob RFAF,
which is connected to the PC. The principle of the
test is the location of the system component to the
installation site (e.g. ELAN).
PC should be placed close the system unit and open
the software with RF scanner (do not forget to con-
nect the RFAF to the USB).
Subsequently you go through the RF TESTER with
the components to be installed in places where they
will be installed On the PC, you can see the quality
of the signal. When it is less than 30% it is better to
relocate the component.
The ideal place for mounting components is in di-
rect line of sight of the iNELS RF Control (eg. light
fittings). Because it is located in the center of the
room and has direct visibility to the controller (if
there is a system controller).
3.5.1 Where to install devices
Another fitting space is in an installation box, where,
thanks to the size, wireless devices fit seamlessly
(such as a high volume installation boxe.g. KU-68).
Tip: the space in the installation box is particularly
suitable if you want to keep the existing control but-
ton and combine it with wireless - this can be done
with components RFSA-61B, 71B-RFDEL.
It is convenient to mount components in ceilings,
which oers plenty of space. Tip: Each dimmer pro-
duces heat which has to be dissipated, when mount-
ed in the ceiling this is resolved, because there is
generally more space).

☺
☺
☺

☺
☺ ☺
Installation manual iNELS RF Control12 13Installation manual iNELS RF Control
receiver
transmitter
GSM/Wi-Fi...
How can you identify the interference or signal source?
The type device which scans the area is called a spec-
trum analyzer.
The power of our controllers, components and sys-
tem units is 230 V AC (50 Hz), 110-230 V AC (50 Hz),
120 V AC (60 Hz) - US 12-24 V AC/DC and battery
CR2032 AA or AAA batteries. The components are
powered by mains voltage with a power tolerance of
+ 10% - 15%.
Perhaps the greatest challenge for the customer
is the life of the battery. On the market there are
controllers with piezoelectric power (especially
EnOcean) to function they do not need any other
power, but the disadvantage is a ridged handshake
and significantly higher noise levels. Battery replace-
ment is quite simple.
Weak batteries have charge level components that
signal the low level, this is indicated on the applica-
tion or the touch control unit RF Touch. Replacing
the batteries in the remote control comes without
lose of the set programs, they are stored in memory.
Generally, temperature influences battery perfor-
mance. Temperature instability can significantly re-
duce the reliability of backup batteries and to some
extent complicates the stable operation of the bat-
tery. Batteries reach nominal characteristics at tem-
peratures around 20 °C and higher temperatures
leads to shortened service life and frequent battery
exchanges. For example, if the ambient environment
temperature is persistently higher by only about
5 °C it can shortened service life by about 25 to 30 %.
Installation of the components to the distributor is
a given and must be suitable for the switching of sock-
3.6 Power
In the event that the components are install next to
each other, they must have a gap of at least 1 cm be-
tween them. If circumstances do not allow this dis-
tance to be observed A metal foil is used to separate
the components in the broadcast signal.
This design of component provides switching and
dimming features and the socket is installed directly
to an existing outlet (French, British, US design).
The design elements of the IP65 means that the
product (electronic part) is protected against acci-
dental contact with any tool (dust proof) and pro-
tected against water ingress. Water through a 6.3
mm nozzle at all angles at a flow rate of 12.5 liters per
minute at a pressure of 30 kN/m2for at least three
minutes from a distance of 3 m. They are installed in
garages, garden houses, cellars, greenhouses,...
RFWB-20/40 wireless switches it is possible thanks to
the flat base to mount on an existing installation box
or stick to practically any material, even on glass.
The RF Touch system controller is oered with a wall
box mounting (in case of 230 V). It is possible to
attach to the wall by means of adhesive (with power
adapter).
For Smart boxes eLAN installation is arbitrary, but for
best results they are mounted farther away from dis-
turbing elements, such as routers, servers, rack,...
3.7 Installation/placement of control-
lers and system components
ets or lighting circuits. Here you should avoid en-
closing components in metal, as iron does not allow
signals to be received and creates a Faraday cage.
Tightening torque of the terminals (distributor com-
ponents) is a standard 0.4 Nm.
If the component must be placed in a metal cabinet,
it is necessary to use an external antenna. Tighten-
ing torque of the antenna is 0.56 Nm.
If the signal is weak there can be a source of inter-
ference called. router interference = If there are sev-
eral Wi-Fi networks, and they are installed near the
transformer station, which produces EMC. Disruptive
influencees can be caused by a non-certified wire-
less doorbell, but also from the microwave (espe-
cially at a frequency of 433 MHz). In practice it may
happen that seemingly permeable material such as
glass, becomes impermeable and especially in cases
where aluminum foil it is installed on the glass.
Wall material can be made of anything, and some-
times it‘s hard to figure out what it is. The biggest
loss (of signal) is delivered by building reinforce-
ment girders, Steel casings and steal within the walls
of industrial buildings. Here you can use a commer-
cially available metal detector to install a wireless
system, The result of such an installation reflect
electromagnetic waves, like that of a mirrored sur-
face that reflects light and so creates an electro-
magnetic shadow. For small objects such as bolts,
nuts, screws, nails, this phenomenon can be omitted.
It is necessary to take into account that components
or the system controller installed directly into the
wall box (which is in the vicinity of electrical cables)
can bring about a loss of signal strength up to 30%.
The same is true when installed on metal surfaces.
Distances from other sources of interference
The respective distance of components or the sys-
tem unit from other transmitters, sources of interfer-
ence (eg. GSM device/Wi-Fi/weather stations, etc.)
should be at least 1.5 meters.
3.5.2 What can interfere with
RF communication?
RFIM-20/40 wireless transmitters are installed in an
existing installation box under switch/button techno-
logy, from where they transmit a signal.
Between the controller and the component there must
not be a distance of less than 1 cm.
Basically you should place controllers such as the wi-
reless switch RFWB with the best possible visibility to
the component, you must ensure that the signal does
not pass through walls diagonally.
Between the controller and the component there must
not be a distance of less than 1 cm.
System controllers are installed with the best possible
access to all the components, usually in the middle of
the house or room where the components are.
External Antenna AN-E


2 m
2 m

50 m
100%
100%
100%
100%
80%
100%
100%
100%
100%
80%

☺
☺
☺☺
☺☺
☺
Installation manual iNELS RF Control14 15Installation manual iNELS RF Control
A real example of the range of RF Touch in a house where it was set to command „Scenes“ for switching 20 compo-
nents The first house is built of bricks, the depth of the wall is about 20 cm.
panel and RF
components
panel and RF
components
panel and RF
components
To determine which component placement to avoid?
Diagonally, the signal passes through the material thereby increasing the risk of wireless failure.
we recommend
using a Repeater
to extend range
What is the optimal signal passage?
When the signal passes (between the controller and the component) directly through the material.

Installation manual iNELS RF Control16 17Installation manual iNELS RF Control
zanine, so that it can allow the signal to bypass the
metal barrier and arrived at the component.
One repeater RFRP-20 can route (transfer) the signal
of 20 components. In one installation, we recommend
to use a max. of 2 routers, so as not to delay the sig-
nal and reaction.
A repeater may have a problem with the signal tran-
smission between floors (which are mostly made of
reinforced concrete and thus become impassable for
RF signals). The solution is to use two eLANs in the
installation connected by LAN cable.
Spínací prvky nabízíme s napájením 230V AC a také
s napájením 12-24AC/DC, díky tomu máte široký
rozsah použití.
It is important to look at the value of the switched
current vs. contact. iNELS RF Control components
have 16 A contacts in single channel version 8 A in
multichannel. Using a relay from reputable brand
TYCO Electronics, where the number of switching
cycles is more than 3 million (depending on the swit-
ching load). Peak current at contacts 16 A and up to
30 A for a max. of 3 s.
Equally important is an indication of the contact ma-
terial. iNELS RF Control uses in its switching compo-
nents AgSnO2contacts, which is designed for swit-
ching the resistive and capacitive loads. Often you
can see (especially in non-reputable manufacturers)
the contact AgNi, which is only for resistive loads
(when connected the CFLs would explode).
The most widely used load:
AC1 – resistive load (incandescent bulbs)
AC3 - motors
AC5 - fluorescent
AC15 – contactors
4. CONNECTION COMPONENTS FOR LOAD SWITCHING/OUTCOMES
4.1 Switching components
A good guideline of the type and the maximum value of the switching current in the following table:
If the RF Pilot displays a weak signal range (less than
30%), but it s not possible for the installation compo-
nent to move, we can use a repeater. This unit receives
the signal, amplifies and resends the signal. Thanks to
this, you can control components that with the first
measurement without a repeater the signal strength
was below 30%. We recommend a maximum of 2 re-
peaters in wiring due to delays. The Repeater should
always be as close to the obstacle, so that it is visible
from both sides (transmitter and receiver) and the
signal can bypass the impassable obstacle.
Example:
If in between the house floors there are metal barriers
that prevent the passage of signals a repeater must
be used. Repeater at this time is placed in the mez-
3.8 When to use a repeater
The advantage of RFSA-61M or RFSA-66M compo-
nents is a switching contact, which can trigger the
activation or unhook the contact of controlled appli-
ances.
Working temperature of the switching components
is -15 ... 50 °C.
Switching element RFSA-61B has terminals (input)
control buttons. The maximum cable length should
not exceed 10 m and should not go in parallel with
power lines...
Switching components available with 230V AC and
Power 12-24AC / DC, because you have a wide range
of applications.
Switching shutter components RFJA-12 have a 230 V
power supply and a 12-24VDC power output supply
where it is more suitable to control almost all of the
components. These components send to the system
unit, location information entirely up / completely
down but not send any information about their con-
dition, in the case of intermediate positions.
The setting takes place via a web interface.
RFJA-12B; RFSA-62B; RFSA-66M; RFSTI-11/G; RFGSM-220M
load type cos φ0.95 M M HAL.230V
AC1 AC2 AC3 AC5a uncompensated AC5a compensated AC5b AC6a AC7b AC12
mat. contact AgSnO2
contact 8A 250V/8A 250V/5A 250V/4A x x 250W 250V/4A 250V/1A 250V/1A
load type KM M
AC13 AC14 AC15 DC1 DC3 DC5 DC12 DC13 DC14
mat. contact AgSnO2
contact 8A x 250V/4A 250V/3A 30V/8A 24V/3A 30V/2A 30V/8A 30V/2A x
RFSA-11B; RFSA-61B; RFSA-61M; RFSTI-11B; RFDAC-71B , RFSC-61, RFSAI-61B
load type cos φ0.95 M M HAL.230V
AC1 AC2 AC3 AC5a uncompensated AC5a compensated AC5b AC6a AC7b AC12
mat. contact AgSnO2
contact 16A 250V/16A 250V/5A 250V/3A 230V/3A (690 VA) 230 V/3 A (690 VA)
max. input C=14uF 1000 W x 250V/3A 250V/10A
load type KM M
AC13 AC14 AC15 DC1 DC3 DC5 DC12 DC13 DC14
mat. contact AgSnO2
contact 16A x 250V/6A 250V/6A 24V/10A 24V/3A 24V/2A 24V/6A 24V/2A x
RFUS-61
load type cos φ0.95 M M HAL.230V
AC1 AC2 AC3 AC5a uncompensated AC5a compensated AC5b AC6a AC7b AC12
mat. contact AgSnO2
contact 12A 250V/12A 250V/5A 250V/3A 230V/3A (690VA)
230V/3A (690VA)
max. input C=14uF 1000W x 250V/3A x
load type KM M
AC13 AC14 AC15 DC1 DC3 DC5 DC12 DC13 DC14
mat. contact AgSnO2
contact 14A x 250V/6A 250V/6A 24V/10A 24V/3A 24V/2A 24V/6A 24V/2A x
RFRP-20
RFWB-20/G
RFSA-61B
RFWB 20/G
RFRP 20
RFSA-61B
eLAN-RF-003
eLAN-RF-003
LAN RF 0
03
RF KEY
F
KEY

Installation manual iNELS RF Control18 19Installation manual iNELS RF Control
For dimmers in general, the output vs. maximum load
should not be more than 70%.
Furthermore,dimmer cooling is a valid concern there-
fore do not install dimmers next to each other or with
another source of heat (or contact, whose switching
produces EMC and thereby may aect the correct
operation). For all ELKO EP dimmers there is an inte-
grated thermal fuse, which at elevated temperatures
above 82 °C deactivates the output of the dimmers
(indicated by a blinking LED), while activated the dim-
mer cannot of course be controlled. After cooling it-
self, dimmer control is again possible It is advisable to
move dimmer, to prevent recurrence.
To eliminate noise interference of switching contacts
(and thanks to the electronic switching) dimmers can
also be used for switching smaller loads such as fans.
One of the great advantages of iNELS RF Control is
a range of universal dimmers with the marking RFDEL
and connection of existing keys on installing terminal
„S“. Their versatility is performed by setting the light
source R, L, C, LED, ESL and also the possibility to set
4.2 Dimming components
the minimum luminance value - this (especially for
LED light sources) eliminates flicker during dimming.
Load light source (circuit) in the case of the classic
resistive load can be calculated easily, however, with
the LED light source, the issue is greater.
A common issue in this context is how many LED light
sources can be connected to the dimmer?? Did you know
that even though the manufacturer indicates the load
parameters of the dimmer , you have not yet won? Why?
Each dimmer has overload protection which reacts
at a certain peak current value. Each load (incandes-
cent, LED, energy-saving lamps) has some power. The
manufacturer usually indicates this on the package.
But there is no specified peak current value of the
load. And because each LED or energy-saving lamp
has some electronics inside, the peak current values
for dierent products can vary widely. For this reason,
you can not generally determine the number of indi-
vidual LED bulbs, so you cannot know this value. Out-
side of testing a specific number of pieces. We have
tested the dimmer for you.
The following information is particularly important
for Thermal components.
The thermal component sends the measured tem-
perature value to the system controller at regular 5
minute intervals. If there is a sudden temperature
change it can send it within 1 minute. Sudden chang-
es in temperature means a decrease/increase in the
temperature by 3 °C since the last transmitted value.
However, if the temperature change is of less than
3 °C the component send the information to the sys-
tem controller at the next 5 min regular interval.
Another reason for this is that if the household pow-
er supply operates on a two taris (D25d) and after
switching on the heating element will begin to heat
during the more expensive tari. In case of a situa-
tion where the heating element loses communica-
tion with the system, as part of the its security func-
tion it turns itself o.
Safety features of thermal components:
RFSA-6x RFSTI-11B or G, these components can be
assigned for the switching of heating.
RFSA-6x is controlled by the Smart RF box (eLAN-
RF) using a delayed shutdown with a time of 5 min-
utes. This means that if eLAN has ceased commu-
nicating (e.g. Loss of power) the relays are always
safely o. The Smart RF box eLAN-RF regulates
temperature and responds whenever the status
changes (temperature change, regime change) and
the relay turns o/on according to the current re-
quirement. In case that the message is not received
by the RF component (crosstalk, interference, loss
of power supply units) The eLAN command is re-
peated every two minutes.
RFSTI-11B/G has within its self a secure autonomous
OFF only with eLAN an ON or OFF. If communica-
tion is lost,The relay switches itself o in 5 minutes
and the LEDs on the panel start flashing in red. The
component its self at intervals of about five minutes
sends the measured temperature to the eLAN and
checks that it matches feedback report. The compo-
nent evaluates as valid and communicates this The
relay will stay on. The relays safety functions thus,
responding to commands on/o, but also to the
temperature.
After successful installation, the wireless RFATV-1
thermo value takes 3 minutes to adapt (this is the
time it takes to open and close the valve).Wireless
thermo valve RFATV-1 has software installed that
adapts to the environment, direction and speed of
the increase/decrease in temperature over the next
14 days (operation is not aected). The benefit is an
eective control method,which allows the valve to
react to temperature changes proportionally.
In the event of pulling out the batteries of wireless
RFATV-1 valve (if you had an oset temperature)
This should be set again in iHC-MARF/MIRF.
What happens after a power failure of the system
unit (ELAN-RF ...) in the case functionality with the
wireless thermal head RFATV -1?
4.3 Temperature components
Check out the following summary table of the lamps load capacity:
More on dimmers in the dimming brochure:
http://www.elkoep.cz/reseni/stmivani-svetel/
http://www.elkoep.cz/ke-stazeni/rele/brozury/
How to determine the maximum connectible lamps:
Power factor of dimmable LEDs and ESL bulbs ranges cos =
0.95 to 0.4. The approximate value of maximum load you get
by multiplying the load capacity of the dimmer by the power
factor of the connected light source.
If you do not know the above, we recommend the use of lights
from ELKO lighting sources, which of course we have tested.
In the event that the final desired temperature was
greater than 21 ° C, then the wireless thermal head
RFATV -1 will autonomous heat to 21 ° C. When the
last required temperature was less than 21 ° C, then
RFATV-1 will autonomous heat to the last set tem-
perature.
When changing the water pressure in the heating
circuit (water filling during maintenance) re-cali-
brate the RFATV-1 according to the instructions to
ensure proper process functionality.
In general, with all temperature components you can
adjust the system controller or application:
Function:
HEATING/COOLING
OFFSET: The adjustable temperature correction of
the measured element (which is aected by mount-
ing in an installation box or a switching temperature
relay, which produces heat) vs real.
HYSTERESIS: A delay in response to regulatory in-
tervention: eg. When the valve shuts o the hot wa-
ter in the radiator, the room temperature will con-
tinue to rise because the radiator is full of hot water.
Conversely, when although the valve is open, tem-
perature decreases, as it will take a long time before
the radiator is filled with hot water.
The length of the external temperature component
sensor can be 10 cm, 3 m, 6 m, 12 m, however, it can
be extended with a cable up to 30m max. Cross-
section 2 x 2.25, It is not recommended to run in
parallel with power lines.
When installing a wireless thermo valve, these adapt-
ers that are compatible with valves are included:
LED bulbs LED spotlights LED panels LED/RGB strips
DLB-E27-
806-2K7
DLB-E27-
806-5K
DLSL-GU10-
-350-3K
LSL-GU10-
350-3K
LSL-GU10-
350-5K
LP-6060-
3K
LP-6060-
6K
LED strip
7.2W
LED strip
14.4W
LED strip
19.2W
LED strip
28.8W
RGB strip
7.2W
RGB strip
14.4W
quantity quantity quantity quantity quantity quantity quantity quantity quantity quantity quantity quantity quantity
RFDSC-71 21 21 45 25 -----------------
RFDEL-71B 11 11 25 13 13----------------
RFDA-73M/
RGB --------------
3x8 m 3x4 m 3x5 m 3x4 m 20 m 10 m
RFDAC-71B----------
50 50------------
Load capacity
light sources
quan
qan
Danfoss RAV
Danfoss RAVL
Danfoss RA