Eltako FSR61NP-230V User manual

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1Eltako Support
This document contains application notes on the use of Eltako's EnOcean elements
together with our gateways.
References:
[1] Technical data of the wireless actuators, teach-in list, operating distances and contents of
Eltako Wireless telegrams:
https://www.eltako.com/fileadmin/downloads/en/_main_catalogue/Gesamt-
Katalog_ChT_gb_highRes.pdf
[2] EEP Viewer: http://tools.enocean-alliance.org/EEPViewer/
[3] Application by EnOcean for configuration via NFC:
https://www.enocean.com/en/product/enocean-tool/
1.1 Impulse switch FSR61NP
1.1.1 Local settings
The setup is described in detail in product manual, here are briefly described the most important
things.
It has two rotary switches (trimmers) for local setup:
1.1.1.1 Adding devices (teach-in):
1. Set A-LRN (red LED goes blinking)
2. Select teach-in mode by B
3. Trigger a teach-in telegram (LED goes off)
1.1.1.2 Adding an encrypted device:
1. Set A-LRN
2. Turn Bto B-min and back three times (red LED starts blinking faster)
3. Trigger a security teach-in telegram (LED goes off) (see note 1)
Now repeat adding the device.
4. Set A-LRN (LED goes blinking)
5. Select teach-in mode by B
6. Trigger a teach-in telegram (LED goes off)
Note:
1. For example, FTKE transmits with the jumper inserted; button (PTM 215) by pressing the upper and
lower buttons at the same time or via NFC app; … If the device has a dedicated teach-in button and
A (upper)
B (lower)
A-LRN (upper end)
A-CLR (lower end)
B-max (upper end)
B-min (lower end)

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supports encryption, the security teach-in telegram is usually transmitted together with the data
teach-in, in both steps 3 and 5 this button is used.
1.1.1.3 Factory settings:
1. Set A-CLR (red LED goes blinking)
2. Turn Bto B-max and back three times (LED goes off)
1.1.1.4 Manually enable/disable status feedback messages:
1. Set A-CLR (red LED goes blinking)
2. Turn Bto B-min and back three times (LED goes off)
The status message is also automatically enabled by adding a gateway (EEP A5-38-08).
1.1.2 Communication with the gateway
The switch is controlled via a telegram similar to A5-38-08, command 1:Switching. The switch returns
the state as F6 0x70/0x50 (ON/OFF) if enabled. This communication description also applies to other
switch types (see [1] > CONTENTS OF ELTAKO WIRELESS TELEGRAMS)
It is compatible with A5-38-08, does not support some parameters.
1.1.2.1 Recommended pairing procedure –EO-BAC-IP
There are more ways to setup the connection:
1. Using a channel A5-38-08 for control + receive to another channel as F6-3F-7F
2. Defining a virtual device for control (e.g. D5-00-01, F6-10-00) + receiving to another channel
as F6-3F-7F
3. Using a special interface that is tailored to Eltako switch actuators (A5-3F-00-00D =
combination of A5-38-08 transmitting and F6 receiving on one channel) –see below
Summary of the procedure:
A. Defining a virtual device channel A5-38-08
B. Adding the virtual device to the switch (see 1.1.1.1)
C. Adjusting the channel settings to receive the current status of the switch
Point A:
1. Open the Add New > Simulate device box
2. Select a channel
3. Set EEP A5-38-08-00D (0x00D is Manufacturer ID of Eltako)
4. Save

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Point B:
1. Open Edit channel > Settings
2. Enable teach-in mode of the switch (set A-LRN)
3. Use Edit channel > Send LRN
4. Turn off teach-in mode of the switch (cancel A-LRN)
Now the switch has the ID of the gateway stored. We can control it, but we have no feedback about
the switch status. The ID of the switch is not stored in the gateway.
Point C:
1. In Edit channel > Settings untick Simulate device and change EEP of the channel to A5-3F-00
2. Go to Edit channel > Values and send the on or off command. This should cause the switch to
send a telegram F6-?-?, which will be displayed in Add New.
3. Open Add new and copy ID of the switch
4. In Edit channel > Settings enter this ID
1.
2.

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Now, the switch state should update in Values when a telegram is received:
Description of values:
Value
Meaning
Switch State
Actual state of the output
Incoming
Locked
True: disable other devices taught-in the switch
Outgoing
Switch State
Turning on/off the switch
1.2 Dimmer FUD61NP
Most of the stuff already described for FSR61NP (see 1.1)
Very old versions did not report status and B had to be in the B-min position to assign gateway as EEP
A5-38-08.
1.2.1 Communication with the gateway
The dimmer is controlled via a telegram similar to A5-38-08, command 2:Dimming. The dimmer returns
the state as F6 0x70/0x50 (ON/OFF) –dimmer on/off changes and A5 –dimmer level changes, if
enabled. This communication description also applies to other dimmer types (see [1] > CONTENTS OF
ELTAKO WIRELESS TELEGRAMS).
It is not compatible with A5-38-08, does not support some parameters and has a different value
conversion.
1.2.1.1 Recommended pairing procedure –EO-BAC-IP
It is almost the same as for switch actuators. It is defined a special interface A5-3F-01-00D
(combination of A5-38-08 transmitting and F6+A5 receiving on one channel) –see below
4.
3.

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In the point C-1, set A5-3F-01:
Description of values:
Value
Meaning
Dimmer State
Actual output state (updated by the telegram A5 or F6)
Incoming
Dimming Value
Actual dimmer level (updated by the telegram A5)
Dimming Value
Required dimmer level
Outgoing
Dimming Speed
Rate of transition between states.
0: the local dimmer setting made with the lower trimmer is used
1...255: overrides the local setting (1: min speed ... 255: max speed)
Dimmer State
Turning on/off the dimmer
1.3 Wireless Pushbutton F4T55E
It uses the wireless module PTM215 with encryption capability. We recommend using of the
application EnOcean Tool provided by EnOcean GmGH for setup (see [3]).
1.3.1 Note on PTM215 modes
In factory settings, it is possible to change encryption modes using a special combination of button
press. However, once we change settings via the app, this is no longer possible and the settings are
changed via the app only. The change using buttons works again after a factory reset.
Factory reset (see PTM manual Ch. 3.4): hold down all four buttons and 7x press the energy bow. The
module must be removed from the casing to do this.
Secure teach-in trigger:
Special button combination (can be disabled by app): hold two buttons of the same channel
(BI+B0 or AI+A0) and briefly press energy bow.
NFC interface: in the app make Installation > Learn Telegram > Execute and press any button
two times
It can be used as EEP F6-01-01, F6-02-01, F6-02-02, F6-02-03 or F6-04-01.
Its encrypted EEP is D2-03-00. Regarding our gateways, EEP can be changed to any of unencrypted
EEPs if necessary.

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1.3.2 Teach-in procedure
Unencrypted mode:
1. Open Add New
2. Select a channel
3. Press any button shortly
4. Save
Note:
The switch does not have a teach-in telegram, but the gateway detects its type as F6-02-01.
Encrypted mode:
1. Activate teach-in mode using the EnOcean Tool app (Installation > Learn Telegram > Execute)
2. Open Add New
3. Select a channel
4. Briefly press any button 3x
5. Save
Note:
On the first press nothing happens, on the second press SEC_TI is sent with encryption parameters and on the
third press the application recognizes D2-03-00.
1.4 Door/Window contact FTKE
It has encryption capability. Unencrypted EEP is F6-10-00, encrypted D2-03-10.
Encryption is switched on using a jumper:
1. Insert jumper
2. Press the contact briefly
3. Remove jumper
Note:
With the jumper inserted, the security teach-in is transmitted as a PTM. Press –first part, release –
second part of teach-in telegram (SEC_TI). Without jumper, encrypted data telegram (SEC_D) is sent.
It uses the implicit RLC (Rolling Code).
1.
2.
3x

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1.4.1 Teach-in procedure
Unencrypted mode:
1. Open Add New
2. Select a channel
3. Press the contact => release => and press again within 2 s
4. Save
Note:
The contact does not have a teach-in telegram, but the gateway detects its type as F6-10-00 based on the
sequence of data telegrams.
Encrypted mode:
1. Open Add New
2. Select a channel
3. With the jumper inserted, press and release briefly (see note 1)
Now the application can decrypt data messages.
4. Remove the jumper
5. Press the contact => release => and press again within 2 s
6. The application will recognize the type D2-03-10 and if "LRN enable" is checked, it will
automatically save the device to the selected channel.
7. Save
Note:
1) This loads the ID and encryption parameters into the application. Shown EEP is 35-?-?, indicating Security
Teach-in (SEC_TI). The SEC_TI does not transmit information about the type of device except whether it
is a PTM and which PTM channel is transmitting. It must be followed by an encrypted teach-in message
UTE or other. FTKE does not have a special teach-in message.
2.
1.
1x
2x