GEWiSS GWA1221 Chorusmart Connected Axial Dimmer Module Instruction Manual

GEWiSS GWA1221 Chorusmart Connected Axial Dimmer Module

Other Model

GWA1221

• The safety of the device is only guaranteed if the safety and usage instructions are respected, so keep them handy. Make sure these instructions are received by the installer and end user.
• This product must only be used for the purpose for which it was designed. Any other form of use should be considered improper and/or dangerous. If you have any doubts, contact the GEWISS SAT technical support service.
• The product must not be modified. Any modification will annul the warranty and may make the product dangerous.
• The manufacturer cannot be held liable for any damage if the product is improperly or incorrectly used, or tampered with.

Contact point indicated for the purpose of fulfilling the applicable EU directives and regulations:

GEWISS S.p.a. Via A. Volta, 1 – 24069 Cenate Sotto (BG) – Italy Tel.: +39 035 946 111 –[email protected]

ATTENTION: disconnect the mains voltage before installing the device or carrying out any work on it.

If the crossed-out bin symbol appears on the equipment or packaging, this means the product must not be included with other general waste at the end of its working life. The user must take the worn product to a sorted waste centre, or return it to the retailer when purchasing a new one. Products ready for disposal and measuring less than 25 cm can be consigned free of charge to dealers whose sales area covers at least 400m², without any purchase obligation. An efficient sorted waste collection for the environmentally friendly disposal of the used device, or its subsequent recycling, helps avoid the potential negative effects on the environment and people’s health, and encourages the re-use and/or recycling of the construction materials. GEWISS actively takes part in operations that sustain the correct salvaging and re- use or recycling of electric and electronic equipment.

PACK CONTENTS

1 connected axial dimmer module
1 Installation manual (for the complete version of the installation and user manual, scan the QR code).

GENERAL INFORMATION

Connected flush-mounting device with two front push-buttons with axial activation, for commanding and regulating incandescent, halogen, LED and fluorescent lamps (240V AC, 4-150W), and for loads controlled by electronic transformers (240V AC, 4-150VA). Trailing edge load control mode. There are two axial push-buttons on the front of the device, for switching on and off (short press) and for regulating the brightness of the connected load (long press). If used in combination with the EGO SMART PLATE, two additional ZigBee commands (activated using the front push-buttons of the device when the dual or “SHIFT” function is enabled via the EGO SMART PLATE) can be sent. The device can be combined, and commanded via ZigBee, with all the connected ZigBee devices including the 4-command push-button panel (GWA1291). It works as a ZigBee “router” – in other words, it forwards ZigBee messages to other devices.
It has 2 inputs (to which auxiliary axial commands, traditional push-buttons and one way switches, sensors, etc. can be connected) for replicating the local command and regulation of the load connected to it, or for sending ZigBee commands and statuses.
If the button keys are not assembled, the front push-button can be accessed ( see Fig. C and G, point ①); when pressed with insulated tools for electric tasks up to 2500V AC, it opens and closes the ZigBee network and also resets the factory conditions/configuration on the device (Factory Reset).



NOTES: The device must be completed with one of the two types of front button key available: with diffuser or designed to allow the insertion of one of the lenses with the symbol (lens codes GW105xxA). GWA1221 must be completed with the GW1x553S (lens not included) or GW1x557S button key; GWA1222 must be completed with the GW1x554S (lenses not included) or GW1x558S button key.

FUNCTIONS

The device receives and implements commands and makes regulations regarding the load connected to the output. The command may be:

• ON/OFF
• Relative regulation of the brightness (brightness increase/decrease, regulation end)
• Absolute regulation of the brightness (set brightness % value)
• ON (TIMED) / OFF
• SCENE

ON/OFF

When the ON or Toggle command is received, the device switches the load on and brings it to the stored brightness value (i.e. the last value applied to the output via any command prior to switch-off).
When the OFF or Toggle command is received, the device switches the load off.
The required brightness value and load switch-off are obtained in a gradual or immediate way.

RELATIVE BRIGHTNESS REGULATION
The brightness level of the load can be regulated by means of a long press on the front push-buttons of the dimmer (the upper push-button to increase the brightness, or the lower one to reduce it).

ABSOLUTE BRIGHTNESS REGULATION
The brightness level of the load can be regulated via the app, selecting the required value.

Regulating the load control maximum and minimum

Via the app, it is possible to regulate the maximum and minimum load control values so they correspond to the minimum and maximum brightness thresholds of the load used.
These values should also be regulated to avoid any flickering during the regulation of the load brightness level.

ON (TIMED) / OFF
When this command is received, the device switches on the load and, at the same time, activates the timer count at the end of which the load is switched OFF. The length of the timing can be regulated via the app.

SCENE
The device can store and execute one scene or more, associating a status (ON/OFF) and a clearly defined target brightness level with each one.
The maximum number of scenes that can be managed is 16.

Switching associated with a presence/movement sensor
The device can activate the load following the detection of movement/presence by a remote sensor. When the remote sensor detects movement/presence, the device switches the load on and brings it to the pre-set brightness value. Up to 5 sensors can be managed simultaneously.

Switching associated with a binary sensor
The device activates/deactivates the load when a general remote sensor changes its status and signals that change (true/false). Up to 5 sensors can be managed simultaneously.

Auxiliary inputs
The device has two independent auxiliary inputs that can be used to control the local load (in addition to the front push-button) or to send independent ZigBee commands to other implementation devices in the ZigBee network. These two auxiliary inputs can both be connected to the phase or neutral (but it is not permitted to connect one to phase and the other to neutral – see Fig. L, 2 ).

Each input can fulfil one of the functions listed below:

• Control of a local load
• Sending of commands or ZigBee status
  • ON/OFF/TOGGLE command
  • Timed ON command (stair raiser light)
  • Wired sensor status (binary status 0/1)
  • Command for curtains and roller shutters with a single or double push-button with or without hold-to-run management
  • Command of a dimmer with single or double push-button
  • Alarm
  • Scene command

Dual function (SHIFT)
If the device is mounted in an EGO SMART PLATE, it can manage a second function associated with the pressing of the two front button keys. When the “SHIFT” function is enabled on the EGO SMART PLATE, the pressing of one of the front button keys determines the sending of two distinct commands or ZigBee scenes to other devices in the system.

Front status signalling LED
Customisation of the LED brightness in the two load statuses – on and off (night-time localisation).

STATUS NOTIFICATIONS

LED| Status
Fixed red| Device not configured
Flashing red| Overload alarm*
Fixed yellow| Device start-up or overtemperature alarm**
Fixed blue (100% brightness)| Normal operation (default): load ON
Fixed blue (50% brightness)| Normal operation (default): load OFF
Flashing blue| Brightness regulation in progress
Fixed green| ZigBee network opening
Alternating green/red| Reset to default

Alarms

• Overload: if excessive absorption is detected, the load is deactivated and the LED flashes red (one flash per second). After eliminating the cause, send a command to the device via the app or directly (locally). The device will run a test to check that the alarm condition has been resolved. The load is brought to the maximum brightness value for 15 seconds, during which time the LED flashes red (three flashes per second). If the alarm condition has been resolved, the load will go back to the condition requested via the last command, and the LED will show the load status again.
  **Overtemperature: when internal overheating is detected, the load is brought to 10% of the brightness value and the LED turns yellow. The device only recognises the OFF command. The LED remains fixed yellow until the procedure to verify the resolution of the alarm is launched. After eliminating the cause of the alarm, send a command to the device via the app or directly (locally). When the device receives the command, it brings the load to the maximum brightness value for 15 seconds, during which time the LED flashes yellow (one flash per second). If the temperature remains below the alarm threshold, the load will go back to the condition requested via the last command, and the LED will show the load status again.

Opening/closing the ZigBee network
To open the ZigBee network (Permit Join activation) and allow the other devices to join it, press the front push-button once ( see Fig. C and G, point ①). The front LED will turn green. Press again to close the network. In any case, the ZigBee network will be closed 15 minutes after being opened.

Factory reset
To reset the device and restore the factory conditions, press the central local push-button ( see Fig. C and G, point ①) for more than 10 seconds.

BEHAVIOUR ON POWER SUPPLY FAILURE AND RESET

When there is a power failure, the load connected to the device is disconnected. When the power supply returns, the device follows the start-up procedure (indicated by the fixed yellow colour of the LED). At the end of this procedure, the load status returns to the same conditions as before the power failure, or to a status defined at the time of configuration. The same applies for the behaviour of the LED.

ASSEMBLY

ATTENTION: the following operations must only be carried out when the system is not powered!

ATTENTION: to remove the front button keys, refer to Fig. E and I. Apply a lever only in the points indicated; levering in any other points may cause irreparable damage to the device!

For the terminals, refer to the connection diagram ( Fig. L ) and Fig. D/H .
The terminals are numbered, and the device must be wired in the following way:

1. Dimmed output
2. Not connected
3. Auxiliary input 2
4. Auxiliary input 1
5. Power supply phase
6. Power supply neutral

ATTENTION: make sure an F1AH 250V AC fuse is installed on the phase line.

FURTHER RESTRICTIONS

The wires must be pushed right into the back of the box, to prevent them from coming into contact with the walls of the dimmer ( see Fig. O ).

Do not install thermostats or timed thermostats next to the connected dimmer ( see Fig. N ).

Max 1 regulator per round/square box.
Max 2 regulators per rectangular box; if 2 regulators are installed in the same box, the maximum loads that can be commanded by each regulator must be reduced by 50% ( see Fig. M ).

The installation of several products side-by-side in the same container is not permitted: a blanking module must be inserted between the two electronic devices ( see Fig. M ).
The regulator has no mechanical cut-out on the main circuit, so it provides no galvanic separation.
On the load side, the circuit must always be considered live.

PROGRAMMING

To program and use the dimmer and the smart home system, download the Home Gateway app from Play Store or App Store.
ZigBee network installation data
Installation code: 00112233445566778899AABBCCDDEEFF
CRC: 0x8F52

MAINTENANCE

This device is designed in such a way that it requires no particular maintenance. If you want to clean it, use a dry cloth.

TECHNICAL DATA

4-150W (240V AC)
| 4-75W (100V AC)
4-150W (240V AC)
| 4-75W (100V AC)
4-150W (240V AC)
| 4-75VA (100V AC)
4-150VA (240V AC)
Visualisation elements| RGB status LED
Terminals| Screwed, max section 1.5 mm²
Usage environment| Dry indoor places
Operating temperature| -5°C ÷ +45°C
Storage temperature| -25°C ÷ +70°C
Relative humidity (non-condensative)| Max. 93%
Degree of protection**| IP20*
Certification| ZigBee 3.0
Reference Standards**| RoHS Directive 2011/65/EU + 2015/863
RED Directive 2014/53/EU
EN 60669-2-1
EN 60669-1
EN IEC 63000
EN 301 489-1
EN 301 489-17
EN 300 328

ATTENTION: the capacity is affected by the installation conditions (e.g. the number and type of walls between the devices), so it is always advisable to run tests to confirm that the real capacity meets the requirements.
Respect the minimum load indicated to avoid false malfunctioning signals or unwelcome behaviour. Use dimmable lamps on a continuous scale rather than lamps whose brightness can only be regulated on the basis of predefined thresholds.
With the button key installed.

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