Tyxia 2331 - Switch DELTA DORE - Free user manual and instructions

Product type	Radio switch
Brand	Delta Dore
Model	Tyxia 2331
Dimensions (approx.)	45 x 45 mm (flush-mounted standard)
Power supply	2 AAA batteries (not included)
Radio frequency	868 MHz (proprietary protocol)
Radio range	Up to 100 m in open field, extended by mesh
Max number of actuators in mesh network	16
Max number of actuators in extended network	Unlimited (with repeaters)
Indicator light	Red/green/orange depending on status
Main functions	Control of roller shutters, lighting, centralization
Compatibility	TYXIA, Tymoov, Tydom actuators
Installation	Flush-mounted or surface-mounted
Maintenance	Clean with a soft dry cloth
Safety	Comply with applicable electrical standards
Spare parts	Contact Delta Dore customer service
Warranty	2 years

Frequently Asked Questions - Tyxia 2331 DELTA DORE

How to associate actuators in a mesh network with the Tyxia 2331?

Put the actuators in association mode (press their button for 3s). On the remote, simultaneously press ∧ and ∨ for 3s until the indicator flashes. Follow the steps in the manual to confirm the association.

What does a flashing red indicator mean?

A flashing red indicator means that one or more actuators did not receive the radio command. Check the range and network configuration.

Can the Tyxia 2331 be used with Tymoov Solar motors?

Yes, but with condition: at least one Tymoov Solar motor must be in the mesh network to extend the link to others. The 230V and Solar actuators do not communicate with each other.

What is the procedure to add an actuator beyond the 16th?

First build a mesh network (max 16 actuators). Then, to add an additional actuator, put it in association mode, then press the T2 button on the Tyxia 2331 once so that its orange indicator flashes, then press ∧ and ∨ simultaneously for 3s.

How to verify that all actuators received the command?

The remote's indicator turns green if all actuators in the mesh network confirm reception. For additional actuators, visual inspection is necessary.

What batteries are recommended for the Tyxia 2331?

Use AAA 1.5V alkaline batteries. Replace both batteries at the same time.

Is the Tyxia 2331 compatible with the Tydom app?

Yes, it can be integrated into a Tydom system for control via smartphone. Refer to the Tydom manual for pairing.

How to reset the configuration of the Tyxia 2331?

Press and hold the ∧ and ∨ buttons for 10s until the indicator flashes rapidly. All pairings will be erased.

What is the indoor radio range?

Indoors, the range can vary from 30 to 50 m depending on obstacles. The mesh network allows signal repetition beyond that.

Can I use the Tyxia 2331 to control lighting?

Yes, it is compatible with Tyxia lighting receivers. Set up a mesh or extended network depending on the number of light points.

USER MANUAL Tyxia 2331 DELTA DORE

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The mesh function enables 2 distinct applications depending on the number of actuators (\*) to be controlled:

- 1^st application:

Centralised control of max. 16 actuators with wireless reception indicator.

Principle:

the wireless signal is repeated between all actuators.

Advantage:

broad coverage of the installation: you want to control one or more actuators that would not be in direct wireless range of the remote control.

Wireless performance:

Repeat and acknowledge mechanism to ensure good wireless reception by all receivers.

Operation from remote control:

• The LED lights up red each time a command is issued.
• The LED lights up green to indicate good reception by all actuators.
• The LED flashes red several times to indicate that one of the actuators has not received the wireless command.

Example of a roller blind mesh network

graph TD
    A["Receiver Roller blind"] --> B["Device placement"]
    B --> C["Remote control"]
    C --> D["Mobile phone with hand icon"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333

- 2^nd application (>16 actuators\*):

Extended mesh network consisting of a mesh network (application 1) and additional actuators.

Required:

Pairing the additional actuators requires each of them to be located either within the direct wireless range of the transmitter or within the wireless range of an actuator already paired within a mesh network.

Principle:

The wireless signal is repeated by a limited number of actuators (16 max.), which ensure the propagation of the wireless signal to the other actuators (outside the mesh network).

Advantage:

Very broad coverage of the installation.

Operation from remote control:

• The LED lights up red each time a command is issued.
• The LED lights up green to indicate that the control command has been received by all the actuators in the mesh network and is being repeated to the additional actuators.
• The LED flashes red several times to indicate that one of the actuators in the mesh network has not received the wireless command.

Receiver Roller blind TYXIA 1234 Tymoov motor

← - - → Roller blind mesh network

← -- ▶ Mesh lighting network

← - - ▶ Extended lighting network

Construction of the extended network

- 1st step: Construction of the mesh network.

During this step, it is important to select the receivers/motors (maximum of 16) spread over the entire installation to ensure the greatest possible wireless mesh coverage.

1/ Set the motors to awaiting pairing (press the o

button on their individual remote control for 3 seconds or via the Tydom application), the motor performs a brief up/down movement.

and/or

Set the receivers to pairing mode (press their button for 3 seconds or via the Tydom application), the receiver's LED flashes and the motor performs a brief up/down movement.

2/ On the centralised remote control, simultaneously press and hold ∧ and for 3 seconds, until its LED flashes. Release the buttib.

The remote control searches for the various motors or receivers. Its indicator flashes red, then briefly green as soon as a new receiver is detected.

3/ As soon as the remote control LED slowly flashes red, simultaneously press ∧ and ∨ for 3 seconds until the motors/receivers perform a brief up/down movement, then release.

- 2nd step: Construction of the extended network.

In this step, the additional motors/receivers (from the 17th on) are paired.

1/ Put the motors in awaiting pairing mode (press the button on their individual remote control for 3 seconds or via the Tydom application), the motor performs a brief up/down movement. and/or Put the receivers in pairing mode (press their button for 3 seconds or via the Tydom application), the receiver LED flashes and the motor performs a brief up/down movement.

2/ From the centralised remote control, Press button B once (Tyxia 1701) so that its orange LED flashes.

or

Press the T2 button once (Tyxia 2331) so that its orange LED flashes.

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3/ Simultaneously press and hold buttons ∧ et for 3 seconds.

4/ Check that the LED on the receiver(s) is no longer flashing or that the motor(s) perform a brief up/down movement.

Note:

Each time a command is sent from the transmitter, the LED will light up red then green if the receivers/motors confirm receipt of the wireless command. On the other hand, only the paired actuators in the mesh network are able to acknowledge, and therefore, it is not possible to ensure from the transmitter that the paired actuators on the extended network have received the wireless command.

Only a visual check can confirm that the command has been correctly received.

Precaution:

In the case of a mixed installation consisting of both 230V actuators (Tymoov motors or Tyxia receivers) and Tymoov Solar motors, the construction of an extended network is possible under the following conditions:

• The extended connection of a Tymoov Solar works if at least one Tymoov Solar engine is configured in the mesh network.
• The extended connection of a Tymoov 230V works if at least one Tymoov 230V motor is configured in the mesh network.

Note: 230V actuators and Tymoov Solar motors can be controlled from the same centralised remote control but will not communicate with one another.

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