Waldmann Talk Modul EnOcean Wireless Module User Guide

Operating Manual

TALK MODUL

EnOcean

Wireless module

Welcome to Waldmann

Thank you for having purchased a product of the Waldmann brand. Highest product quality and a customer-friendly service are the basis for the successful distribution of Waldmann products throughout the world.
If you want to make use of our service, our service team can be reached at:

Service Hotline:      +49 (0) 77 20 / 6 01 – 170
Service E-Mail:service@waldmann.com

Your Waldmann team

For your safety

1. For your safety

This operating manual describes the installation and operation of the wireless module TALK MODUL EnOcean in a compatible product.
The operating manual does not replace the instructions for use for the compatible product.

Read and follow the operating manual and the safety and warning instructions it contains.
Read all the enclosed instructions and information.
Read and follow the instructions for use for the compatible product and the safety instructions, warnings and installation specifications they contain.

1.1 Intended use

The wireless module TALK MODUL EnOcean is installed in a compatible luminaire or a compatible device.
Thanks to the wireless module, the luminaire or the device can communicate and be operated wirelessly using EnOcean wireless technology.
Sensor data can be transmitted wirelessly to the building automation or to the cloud via a suitable EnOcean gateway.

1.2 Safety notes

Danger through electric shock

Some work can only be carried out when the luminaire or the device is connected to the power supply. Improper operation and faulty work on electric components can lead to injuries and property damage.

Only have installation and work on electric components done by a skilled electrician.
Follow the recognised safety regulations for work on electrical systems.

2. Product overview

Fig. 1: Product overviewTALK MODUL EnOcean.

3. Preparing installation

3.1 Updating firmware

Before installation, the following components of the product into which the wireless module is installed must be updated.

• Controller firmware
• TALK MODUL Bluetooth firmware

Carry out a firmware update using the LIGHT ADMIN app.

4. Installing TALK MODUL EnOcean (YARA)

4.1 Attaching the EnOcean QR code

There is a label with the EnOcean QR code included separately in the packaging. The EnOcean QR code contains information about the wireless module according to EnOcean standard. Among other things, it includes the device ID.

Affix the separately included label D with the EnOcean QR code on the column underneath the service flap see Fig. 2.
The TALK MODUL EnOcean can be identified without having to open the service flap.

NOTE: The device ID of the built-in wireless module is also shown in the LIGHT ADMIN app.

4.2 Disconnecting the luminaire from the power supply

Pull the mains plug.

4.3 Opening the service flap

NOTICE

Property damage due to improper operation.
Destruction or damage to the sensor for temperature and air humidity.
Release the service flap at the opening with the wireless symbol.
With the service flap opened, do not remove or overstretch the ribbon cable.

NOTICE

Electrostatic discharge.
Damage to electronic components.
Apply ESD protective measures.

Fig. 2: Open the service flap.

To release the service flap A on the column, press an opened paper clip C into the opening B , see Fig. 2.
Swing the service flap downwards.

4.4 Installing the TALK MODUL EnOcean

Fig. 3: Install the TALK MODUL EnOcean wireless module.

NOTE: The aerial wire for the TALK MODUL EnOcean wireless module is enclosed separately behind the service flap in the column.

Connect the grey aerial wire E to the pushbutton connection on the PCB F , see Fig. 3.
EXCEPTION: If there are two black aerial wires installed in the luminaire: Connect the pushbutton without marking to the TALK MODUL EnOcean wireless module.
Guide the PCB under the aerial wire I of the module H.
Insert the PCB to the slot G using the connector on the back.

4.5 Initial start-up

Connect the luminaire to the power supply. The status LED on the TALK MODUL EnOcean flashes quickly briefly.
The status LED flashes slowly while the TALK MODUL EnOcean registers the luminaire head or luminaire heads. Depending on the number of luminaire heads, this process takes between 30 seconds and about two minutes.
The status LED goes out when the TALK MODUL EnOcean is ready for operation.

4.6 Closing the service flap

NOTICE

Property damage due to improper operation.
Damage to the cables.
Do not pinch the cables.

Swing the service flap upwards and press it against the column until you hear it click into place.

5. Functions

This chapter contains an overview of the module functions.

5.1 Wireless telegrams

The wireless module communicates with external transmitters and receivers via wireless telegrams to the EnOcean standard.
Every wireless telegram is identified by a code which refers to its respective EnOcean Equipment Profile (EEP). The specifications of an EEP can be viewed in the EnOcean Alliance EEP viewer, see website:
http://tools.enocean-alliance.org/EEPViewer/

5.2 Teaching/unteaching an external transmitter

This function is used to teach an external transmitter. External transmitters can be:

• Standard EnOcean switches e.g. PTM215
• EnOcean gateway
  The list of compatible EnOcean gateways is being extended continually. Visit our website for more information.

This function is also used to unteach a taught transmitter in the same way.

5.3 Saving device list

NOTE: Action by the user is not required.
The device list contains all the taught external transmitters. The device list is automatically saved in the controller of the product into which the wireless module has been installed.
When the product is switched on again after an interruption to the power supply, the wireless module reads the device list out of the controller.

5.4 Deleting device list

This function is used to unteach all external transmitters, see section “Unteaching all wireless transmitters”, page 28.

5.5 Operation via an external transmitter

Operation via EnOcean switches

The luminaire with installed wireless module can be switched on, switched off and dimmed via a taught, external EnOcean switch.
The wireless module supports the following RPS telegrams:
EEP: F6-02-01, F6-03-01

Control and data query via EnOcean gateway

The luminaire with installed wireless module can be controlled via a taught EnOcean gateway. Luminaire data can be read out by the gateway. Control and data query take place via the following bidirectional VLD telegram:
EEP: D2-41-00
The VLD telegram transmits the following data among others:

• Lighting per luminaire head (read out and adjust)
  – On/off
  – Dimming value
  – Colour temperature
  – VTL mode (On/off, Owl, Lark)
  – Lighting mode (work lighting with light control/ service lifting without light control)

• Presence per luminaire head
  – Presence (read out only)
  – Workplace assignment/zone assignment (read out and adjust)

• Ambient conditions (read out only)
  – Noise level
  – Air quality (VOC)
  – Ambient brightness
  – Temperature
  – Air humidity

• Maintenance data (read out only)
  – Operating hours
  – Energy consumption
  – Power consumption

5.6 Teaching wireless module into an external receiver

With this function, the wireless module can be taught into an external receiver.
Depending on the profiles supported by the receiver, different teach-in telegrams are necessary to teach the wireless module.

• RPS telegram
• UTE teach-in telegram for VLD

The teach-in telegram supported by the receiver is transmitted at the wireless module, according to the profile settings in the LIGHT ADMIN app.

5.7 Cyclical sending of switch telegrams

NOTE: Action by the user is not required.
With this function, the wireless module can switch an external receiver on or off.

Prerequisites:

• The wireless module has been taught to the external receiver.
• The RPS telegram has been activated in the LIGHT ADMIN app.

This can be, for example, an EnOcean socket that only switches on when the luminaire with the wireless module installed is switched on or detects presence.
Depending on the settings in the LIGHT ADMIN app, the wireless module transmits RPS switch-on telegrams at regular intervals.
EEP: F6-02-01
When the luminaire is switched off, the wireless module transmits an RPS switchoff telegram.
EEP: F6-02-01

5.8 Cyclical sending of data

Prerequisite: The VLD telegram has been activated in the LIGHT ADMIN app.

NOTE: Action by the user is not required.
The wireless module transmits certain data via the following bidirectional VLD telegram at regular intervals:
EEP: D2-41-00
The interval can be set in the LIGHT ADMIN app.
The VLD telegram transmits the following data among others:

• Lighting per luminaire head
  – On/off
  – Dimming value
  – Colour temperature
  – VTL mode (On/off, Owl, Lark)
  – Lighting mode (work lighting with light control/ service lifting without light control)

• Presence per luminaire head
  – Presence
  – Workplace assignment/zone assignment

• Ambient conditions
  – Noise level
  – Air quality (VOC)
  – Ambient brightness
  – Temperature
  – Air humidity

A taught gateway can receive the data and process these for the building automation.

NOTE: The luminaire maintenance data are not transmitted cyclically. A separate command via the gateway is recommended for reading out the maintenance data.

5.9 EnOcean remote management

The wireless module supports remote management according to EnOcean specification.
With its EnOcean QR code, the wireless module can be identified and controlled via a compatible gateway.
The EnOcean QR code is attached to the wireless module itself and to the outside of the device in which the wireless module is installed, see chapter 4.1 “Attaching the EnOcean QR code”, page 22.

5.10 Updating firmware

The firmware of the wireless module is updated via the LIGHT ADMIN app.

6. Communicating with an external transmitter

6.1 Teaching and unteaching wireless transmitters

A luminaire can communicate with a maximum of ten wireless transmitters.

Special feature: multi-head luminaire

With multi-head luminaires, the complete luminaire or each individual luminaire head can communication with a maximum of ten wireless transmitters each.
Where the wireless transmitter is taught is decisive for which component is controlled:

• Teaching at the wireless module: The entire luminaire communicates with the external transmitter.
• Teaching at the luminaire head: Only the respective luminaire head communicates with the external transmitter.

The teach-in key works in the same way on the wireless module and on the luminaire head.
Refer to the corresponding instructions for use to locate the teach-in key on the luminaire head.

NOTE: If the teach-in mode is activated at the luminaire head, the luminaire is ready to receive both Bluetooth transmitters and EnOcean transmitters. The teach-in telegram received first ends teach-in mode. If no teach-in telegram is received, teach-in mode ends automatically after 60 seconds.

Teaching/unteaching an EnOcean switch

Prerequisites:

• The luminaire is connected to the power supply.
• If necessary: the wireless module is accessible, see chapter 4.3 “Opening the service flap”, page 22.

To put the entire luminaire in teach-in mode, press key C on the wireless module and keep the key pressed for 5 seconds, see Fig. 1.
The LED B flashes green.
To put an individual luminaire head in teach-in mode, press the teach-in key on the luminaire head and keep the key pressed for 5 seconds, .
The LED on the luminaire head flashes blue.
Press the key on the EnOcean switch 3 times within two seconds.
The LED goes out.
The wireless transmitter has been taught. If the wireless transmitter had already been taught, the wireless transmitter is now untaught.
To teach more wireless transmitters, repeat the process.
If the service flap of the luminaire is open: Close the service flap, see chapter 4.6 “Closing the service flap”, page 23.

Teaching an EnOcean gateway as switch

NOTE: The method described below can not be used for bidirectional communication via the VLD telegram. For communication via the VLD telegram, the gateway is taught like a receiver, see chapter 7 “Communicating with an external receiver”, page 30.

Prerequisites:

• The luminaire is connected to the power supply.
• If necessary: the wireless module is accessible, see chapter 4.3 “Opening the service flap”, page 22.
• Communication via RPS telegram is set in the gateway application.

1. Carry out one of the following actions:
   Press key C on the wireless module for 5 seconds, see Fig. 1.
   The LED B flashes green.
   or
   Press the teach-in key on the luminaire head for 5 seconds.
   The LED on the luminaire head flashes blue.

2. Send a UTE teach-in telegram to the wireless module via the gateway.
   The LED goes out.
   The gateway is taught.

3. If the service flap of the luminaire is open: Close the service flap, see chapter 4.6 “Closing the service flap”, page 23.

Unteaching an EnOcean gateway as switch

Prerequisites:

• The luminaire is connected to the power supply.
• If necessary: the wireless module is accessible, see chapter 4.3 “Opening the service flap”, page 22.

1. Carry out one of the following actions:
   Press key C on the wireless module for 5 seconds, see Fig. 1.
   The LED B flashes green.
   or
   Press the teach-in key on the luminaire head for 5 seconds.
   The LED on the luminaire head flashes blue.

2. Send a UTE teach-out telegram to the wireless module via the gateway.
   The LED goes out.
   The gateway is untaught.

3. If the service flap of the luminaire is open: Close the service flap, see chapter 4.6 “Closing the service flap”, page 23.

Unteaching all wireless transmitters

Prerequisites:

• The luminaire is connected to the power supply.
• the wireless module is accessible, see chapter 4.3 “Opening the service flap”, page 22.

Press key C and keep the key pressed for 10 seconds, see Fig. 1.
The LED B flashes 10 times.
The device list with all saved transmitters is deleted.
Close the service flap, see chapter 4.6 “Closing the service flap”, page 23

6.2 Operating a luminaire using a 2-channel wireless transmitter

Fig. 4: Example: 2-channel wireless transmitter.

Switching on

Press the key of the wireless transmitter at the bottom.

Dimming

NOTE: When luminaires can be operated separately, only the direct light is dimmed.

To dim the luminaire brighter, press the key of the wireless transmitter at the bottom and keep it depressed.
To dim the luminaire darker, press the key of the wireless transmitter at the top and keep the key depressed.

Switching off

Press the key of the wireless transmitter at the top.

Activating service lighting

Turn the cover on the wireless transmitter through 180° once.
 Press the key of the wireless transmitter at the bottom.
All the connected luminaires are operated at full power. Daylight sensors and presence sensors are switched off.
The service lighting is deactivated automatically after about one hour.
To deactivate the service lighting prematurely, press the key of the wireless transmitter at the top.

6.3 Operating a luminaire using a 4-channel wireless transmitter

Fig. 5: Example: 4-channel wireless transmitter.

Switching on

Press the right-hand key of the wireless transmitter at the bottom.

Dimming

NOTE: When luminaires can be operated separately, only the direct light is dimmed.

To dim the luminaire brighter, press the right-hand key of the wireless transmitter at the bottom and keep it depressed.
To dim the luminaire darker, press the right-hand key of the wireless transmitter at the top.

Switching off

Press the right-hand key of the wireless transmitter at the top.

Activating service lighting

Press the left-hand key of the wireless transmitter at the bottom.
All the connected luminaires are operated at full power. Daylight sensors and presence sensors are switched off.
The service lighting is deactivated automatically after about one hour.

To deactivate the service lighting prematurely, press the left-hand key of the wireless transmitter at the top.

6.4 Controlling a luminaire and reading out data via a gateway

Control and data query depend on the gateway used.

Prerequisites: Communication takes place via the VLD telegram.

Consult the gateway application documentation to find out how you can control the luminaire or read out luminaire data.

7. Communicating with an external receiver

A luminaire can communicate with any number of wireless transmitters. No list is stored showing which receivers the wireless module has been taught to.

EXCEPTION: In the case of bidirectional communication (VLD telegram), the remote terminal is transmitter and receiver at the same time and is saved on the device list.

7.1 Checking the profile settings of the wireless module

There are two profiles saved in the wireless module. Each profile uses a certain teach-in telegram:

• RPS telegram (classical switch telegram)

• The teach-in telegram for switches is sent 3 times in quick succession.
  VLD telegram.

• The bidirectional UTE teach-in telegram is used according to EnOcean specification.

NOTE: Different options can be selected in the LIGHT ADMIN app for the RPS telegram and the VLD telegram. These define the conditions under which the wireless module sends a telegram. Teach-in works with each of the available options.

Take a look in the LIGHT ADMIN app to see what is stored in profile 1 and profile 2.

7.2 Sending a teach-in telegram

There are two profiles saved in the wireless module. Each profile uses a certain teach-in telegram, see chapter 7.1 “Checking the profile settings of the wireless module”, page 30.
To be taught, the wireless module must send the matching teach-in telegram to the external EnOcean receiver.

NOTE: The function can be carried out in the same way using the teach-in key on the luminaire head or on the KIRK ceiling sensor. The function with the wireless module key is described below.

Prerequisites:

• The external EnOcean receiver is in teach-in mode, see the documentation included with the device.
• The luminaire is connected to the power supply.
• If necessary: the wireless module is accessible, see chapter 4.3 “Opening the service flap”, page 22.

To use profile 1, press key C briefly once, see Fig. 1.
To use profile 2, press key C briefly twice, see Fig. 1.
The wireless module sends the teach-in telegram for the corresponding profile.
LED B flashes according to the number of teach-in telegrams sent.
The wireless module has been taught to the external receiver.
If the service flap of the luminaire is open: Close the service flap, see chapter 4.6 “Closing the service flap”, page 23.

8. Updating firmware

8.1 Updating firmware | Via the LIGHT ADMIN app

The LIGHT ADMIN app indicates when there is a firmware update available for a luminaire.

Carry out a firmware update using the LIGHT ADMIN app.

9. What to do if?

transmitter, see chapter 6.1 “Teaching and unteaching wireless transmitters”, page 27.
The device list has been deleted.
The wrong aerial wire has been connected.| Connect the grey aerial wire to the TALK MODUL EnOcean wireless module.
EXCEPTION: If there are two black aerial wires installed in the luminaire: Connect the push-button without marking to the TALK MODUL EnOcean wireless module.
Software function is malfunctioning.| Disconnect the power supply for a few seconds and restore the power supply.
An external wireless transmitter can not be taught.| The maximum number of 10 wireless transmitters has already been taught.| Unteach at least one taught wireless transmitter, see chapter 6.1 “Teaching and unteaching wireless transmitters”, page 27.
or
Delete the device list, see chapter  “Unteaching all wireless transmitters”, page 28.
Then teach the required wireless transmitter, see chapter 6.1 “Teaching and unteaching wireless transmitters”, page 27.
Luminaire responds differently than expected after operation at the wireless transmitter.| With 2-channel wireless transmitters: The wireless transmitter’s cover is fitted the wrong way round.| Turn the cover on the wireless transmitter by 180°.
An external receiver is not receiving any data from the radio module.| The wireless module has not been taught to the external receiver.|   Teach the wireless module to the external receiver, see chapter 7.2 “Sending a teach-in telegram”, page 31.
The wrong profile has been used to teach the wireless module at the receiver.| To teach the wireless module, use the profile to match the receiver, see chapter 7.2 “Sending a teach-in telegram”, page 31.
Product with built-in wireless module does not respond to gateway requests.
The gateway is not receiving any data from the radio module.| The gateway has not been taught.| Teach the wireless module to the gateway, see chapter 7.2 “Sending a teach-in telegram”, page 31.
The device list has been deleted.
The VLD telegram is not activated in the wireless module.| Activate the VLD telegram via the LIGHT ADMIN app.
If you would like to contact our service, our service team can be reached on:
Service hotline: +49 (0) 77 20 / 6 01 – 170
Service e-mail:service@waldmann.com

Tab. 1: What to do if?

10. Disposal

The product is subject to the European WEEE Directive.

Dispose of the luminaire separately from domestic waste through companies responsible and authorised by the state.
You avoid negative consequences for humans and the environment by disposing of the product properly.

11. Technical data

NOTE: The specifications on the rating plate, which you will find on the front of the module, apply.

11.1 Compatibility

The wireless module is compatible with the communication slot of the following products:

• Waldmann controllers of the YARA luminaire family
• KIRK ceiling sensor

The list is being extended continually and can be requested from Waldmann.
The respectively current firmware is a prerequisite, see chapter 3.1 “Updating firmware”, page 22.

11.2 Permissible temperatures

Tab. 2: Permissible temperatures.

11.3 Electrical values

Tab. 3: Electrical values.

11.4 Classification

Tab. 4: Classification.

11.5 Wireless data

For use in EU countries and Switzerland.
Range| 20-25 m on one floor in the building, depending on the surroundings

Tab. 5: EnOcean wireless data.

11.6 Symbols

| Protection class III
Operation with safety extra-low voltage (SELV)
| EnOcean wireless technology
| CE conformity mark
| Disposal in accordance with European WEEE directive

Tab. 6: Symbols.

12. Conformity

12.1 CE conformity

The wireless module with CE conformity mark is approved for EU countries and Switzerland.
Model: TALK MODUL EnOcean
Registration number of the certificate:

…………

Frequency: 868.3 MHz
Herbert Waldmann GmbH & Co. KG hereby declares that the wireless module TALK MODUL EnOcean complies with Directive 2014/53/EU. The complete text of the EU Declaration of Conformity is available at the following internet address: www.waldmann.com/conformity

13. Terms and abbreviations

Tab. 7: Terms and abbreviations.

Herbert Waldmann GmbH & Co. KG
Peter-Henlein-Straße 5
D-78056 Villingen-Schwenningen

Telefon +49 (0) 77 20 / 601 – 0
Telefax +49 (0) 77 20 / 601 – 290

www.waldmann.com
info@waldmann.com

© H. Waldmann GmbH & Co. KG | Bedienungsanleitung | Best.-Nr. 405488810-00812519 | nB/10/2022 | TB | Printed in Germany | Änderungen vorbehalten | 07.10.2022

References

• Waldmann - Engineers of Light - Home
• Waldmann - Engineers of Light - Conformity

Read User Manual Online (PDF format)

Read User Manual Online (PDF format)  >>

Download This Manual (PDF format)

Download this manual  >>