hager WE070 Essensya Pure Rotary Dimmer Instruction Manual

June 4, 2024
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hager WE070 Essensya Pure Rotary Dimmer

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Safety instructions

Electrical equipment may only be installed and assembled by a qualified electrician in accordance with the relevant installation standards, guidelines, regulations, directives, safety and accident prevention regulations of the country.

Failure to comply with these instructions may result in damage to the device, fire or other hazards.

Hazard due to electric shock. Do not operate device without application module.

Hazard due to electric shock. The device is not suited for safe disconnection of the mains sup-ply. Even when the device is switched off, the load is not galvanically separated from the mains supply.

Do not connect any non-dimmable lamps, their transformers or operating devices. Observe manufacturer’s data.

Hazard of fire. During operation with conventional transformers, fuse each transformer on the primary side according to manufacturer’s data. Use safety transformers that comply with EN 61558-2-6 only.

These instructions are an integral component of the product and must be retained by the end user.
Design and layout of the device
(Figure 1)hager-WE070-Essensya-Pure-Rotary-
Dimmer-01

  1. Modular supporting ring.
    + Dimmer module
    + Touch rocker

  2. Frame WE4.., WE5… (not within scope of delivery

Function

Bluetooth system information
The device has a Bluetooth interface. This interface enables operation, device setting and configuration by means of Hager Mood APP via mobile end devices like Smartphones and tablets that support this standard. The Hager Mood App supports Apple devices with iOS 8 (and higher) and Android devices from version 5.1. Compatible with Bluetooth version 4.2 or higher.

Correct use

  • Switching and dimming of incandescent lamps, HV halogen lamps, dimmable 230 V LED lamps, electronic dual-mode or conventional transformers with low voltage halogen lamps
  • Only suitable for use in indoor areas with no drip and no spray water
  • Installation into wall box with at least 40 mm depth
  • Operation with suitable design cover (see Accessories)
    No mixed load operation of capacitive and inductive loads possible at the output of the dimmer.
Product characteristics
  • Automatic setting of load-dependent dimming principle and optional settings via the application module e.g. fine-setting of the minimum brightness
  • Automatic saving of switch-on brightness level
  • LED status display
  • Soft start for bulb protection
  • Electronic short circuit protection
  • Electronic overload and overheating protection
  • Allows connection of extension units (push-button NO contact, change-over switch)

Extended function by using the Hager Mood app

  • Commissioning/operation via mobile iOS or Android end devices
  • Setting and calling up relative dimming values
  • Light control via additional functions such as Astro
  • Activating/deactivating orientation lighting via LED
  • Creating and recalling scenes (group control)
  • Presence simulation
  • Week timer

Performance after mains breakdown/return of mains supply
Mains breakdown longer than 0.5 s:
There is no function during the mains break-down. Information on date and time are reset to factory settings.

Return of mains supply:
The light is restored to the last brightness level defined. To execute functions configured via the Hager App, date and time must be set again.

Dimming principles
During commissioning, the dimmer performs automatic load detection and applies the correct dimming principle for the load connected (phase cut-on, phase cut- off).

Flickering of connected lamps possible due to the load falling below the specified minimum level, ripple control impulses (tariff signals) from power stations, or replacement of 230 V LED lamps.

Short term flickering during load detection possible. No operation is possible during load detection. These are not defects of the device.

If the dimming performance of 230 V LED lamps is unsatisfactory in factory setting, a load fine-setting must be carried out. The load fine-setting is described in the instructions of the respective application module.

When circuiting several loads to one output (parallel circuiting ) optimize dimming performance via load fine-setting if necessary.

Load type Behavi our Dimming principle
Incandescent lamps ohmic phase cut-off
HV halogen lamps ohmic phase cut-off
Electronic trans- formers and dual mode transformers with LV halogen lamps
capacitive phase cut-off
Dimmable conventional trans- formers with LV halogen lamps inductive phase

cut-on
Dimmable 230 V LED lamps| capacitive| Phase cut-on/cut- off depending on bulb manufacturer

Table 1: Dimming principles

hager-WE070-Essensya-Pure-Rotary-Dimmer-01 Figure 1: Device overview

Operation

Operating concept

The operation of the top or bottom push-button operation area is validated differently for each button.

hager-WE070-Essensya-Pure-Rotary-Dimmer-02 Figure 2: Operating elements

  • 3 Push-button operation area for brighter dimming
  • 4 LED bar for status display
  • 5 Push-button operation area for darker dimming

Operating dimmer (Table 2)

Operation via extension unit: push-button (Table 3)
The extension unit input of the dimmer is configured for push-button operation (factory setting).

Operation via extension unit: change-over switch (Table 4)
The extension unit input of the dimmer is configured for change-over switch operation.

Setting the load
If the dimming and switching performance of loads is unsatisfactory, especially when circuited to energy-saving lamps and 230 V LED lamps, a load setting must be carried out when dimming.

  • Switch off load.

  • Press and hold the lower push-button operation area for more than 10 and less than 15 seconds until the LED bar flashes once.
    The device is in load setting mode.
    If no further actions are performed within the next 10 seconds, the dimmer switches to nor-mal operation.

  • Briefly press the lower push-button operation area repeatedly to activate the desired mode (Table 5).
    The load setting is executed.

Fine setting of minimum brightness
To prevent poor switch-on behavior or flickering of the load in the lower dimming range, the dimming angle for minimum brightness can be set individually for each load type.

  • Switch off load.

  • Press and hold the lower push-button operation area for more than 15 and less than 20 seconds until the LED display flashes twice.
    The load is dimmed to the maximum bright-ness. The device is now in fine- setting mode for the minimum brightness.
    If no further actions are performed within the next 10 seconds, the dimmer switches to nor-mal operation.

  • Briefly press the lower push-button operation area repeatedly to select one of the predefined brightness levels.

  • Hold down the lower push-button operation area for more than 2 seconds but less than 5 seconds.
    This saves the selected dimming angle for the minimum brightness. The LED display and the load flash 1 x.

Resetting individual settings (Table 6)
Individually stored settings of the dimmer can be reset within 5 minutes after switching on the mains voltage.

If the dimmer is in operation for longer than 5 minutes, the mains voltage must be interrupted briefly and switched on again.

Configure operation for mobile end device (pairing)
The pairing process needs be carried out for each device only the first time it is used
The mobile device must be in direct proximity (< 0.5 m) of the dimmer in order to establish a connection.

  • Start app

  • Carry out the search for compatible devices.
    Detected dimmers are displayed.

  • Select the desired dimmer and follow further instructions in the Hager Mood App.

Load

status

| Action| Push-button operation area| Result| LED bar
---|---|---|---|---
OFF| Short press of push-button
(> 50 ms … < 0.5 s)| or| Switch ON with saved switch-on brightness level.

Factory setting: Save maximum bright- ness as switch-on brightness-level.

| On
On| Short press of push-button (> 50 ms … < 0.5 s)| or| Switch OFF and save brightness as switch- on brightness level.| OFF
OFF| Long press of button| | DIMMING to maximum brightness (0 … 100 %)| On
On| Long press of button| | Dimming from current brightness to maxi- mum brightness| On
On| Long press of button| | Dimming from current brightness to mini- mum brightness| On
OFF| Long press of push-button (> 10 s)| | Calling up expanded settings|

Table 2: General operation and status display via LED bar

Load

status

| Operation push- button| Result| LED

bar

---|---|---|---
OFF| Short press of push-button| Switch ON with saved switch-on brightness level.| On
On| Short press of push-button| Switch OFF and save brightness as switch- on brightness level.| OFF
On| Long press of button| Dimming to minimum/maximum brightness with alternating direction| On
OFF| Long press of button| DIMMING to maximum brightness (0 … 100 %)| On

Table 3: Extension unit push-button, NO contact

Load

status

| Operation of switch| Result| LED

bar

---|---|---|---
OFF| Switching| Switch ON with saved switch-on brightness level.| On
On| Switching| Switch OFF and save brightness as switch-on brightness level.| OFF

Table 4: Change-over switch extension unit

Press button| Setting mode| Push-button operation area| Confirmation of the load setting
---|---|---|---
1 x| Automatic| | LED display flashes 1x
2 x| 230 V LED
mode| | LED display flashes 2x

Table 5: Dimming principles

Load status| Action| Push-button operation area| Result| LED bar
---|---|---|---|---
OFF| Long press of push-button (> 25 s… < 30 s)| | Bluetooth settings are reset to factory settings.| Flashes 3 x after 25 s
OFF| Long press of push-button (> 30 s)| | The stored minimum brightness and load setting are reset to factory set- tings.

The load is switched to maximum brightness ON for confirmation.

| Flashes 4 x after 30 s

Table 6: Resetting settings

Installation and electrical connection

DANGER!
Touching live parts can result in an electric shock!
An electric shock can be lethal!
Disconnect the connecting cables before working on the device and cover all live parts in the area!

Connecting and installing Bluetooth Dimmer
A permanent connection to the external conductor L must be established in order to supply the dimmer with mains voltage. This is done, for example, via a jumper in the change-over switch (9).

A MCB max. 16 A has been installed as device protection.

  • Insert and snap dimmer module (1) and option-al extension units according to the connecting diagram (image 3 à 5).
  • Attach frame (2).
    Illuminated mechanical push-buttons must be equipped with a separate N-terminal.hager-WE070-Essensya-Pure-Rotary-Dimmer-03

Figure 3: Connecting diagram (basic circuit)

Optional: Connect neutral conductor N for improved dimming characteristics hager-WE070-Essensya-Pure-Rotary-
Dimmer-04Figure 4: Connection diagram with push-button, NO contact as extension unit hager-WE070-Essensya-Pure-Rotary-
Dimmer-05Figure 5: Connecting diagram with change-over switch as extension unit

Configuration of the extension unit input

The dimmer can be operated via the extension unit input using a push-button, NO contact or change-over switch. After initial start-up or after resetting the dimmer to the factory settings, an initialization phase takes place. A switching operation must take place within this initialization so that the extension unit configuration for toggle switches is activated.
The dimmer Bluetooth is in the initialization phase.
Operation with push-button, NO contact:
Factory setting, is configured automatically.
Operation with change-over switch:

  • Switching contact must be closed longer than 10 s.
    The configuration for change-over switch opera-tion is activated. The load dims up and must not be switched off during this time.
    The setting of the minimum brightness and load is not possible via extension units.

Appendix

Technical data
  • Rated voltage AC 230 V~, + 10%/- 15%
  • Mains frequency 50 Hz
  • MCB max. 16 A
  • Standby power consumption < 200 mW 230 V incandescent lamps and halogen lamps 20 … 300 W
  • LV halogen lamps with electronic transformers or dual-mode transformers 20 … 300 VA
  • LV halogen lamps with conventional transformers 20 … 300 VA
  • Dimmable 230 V LED lamps (phase cut-on) 3 … 70 W
  • Dimmable 230 V LED lamps (phase cut-off) 3 … 200 W
  • Max. number of halogen lamps 15
  • Max. number of LED lamps 10
  • Degree of protection IP21 with frame and cover
  • Relative humidity 10 … 95 % (no condensation)
  • Operating temperature -5 …+ +45°C
  • Storage/transport temperature -20°C … +60°C
  • Number of extension units unlimited
  • Extension unit cable length max. 50 m
  • Connecting terminals conductor cross-sections – rigid 1 x 1.5 … 2.5 mm² 2 x 1.5 mm²
  • – flexible 1 x 1,5 … 2,5 mm²
  • Mounting orientation Connecting terminals downwards
  • Installation depth 32 mm
  • Transmission frequency
  • Bluetooth 2.4 … 2.483 GHz
  • Transmission power 10 mW
  • Radio send and / distance (Bluetooth) max. 10 m, depending on installation environment
Operating conditions
Load type Curve Maximum output power in Watt (W)
25°C 35°C
Ohmic loads A) 300
LV halogen with electronic transformers B) 300
LV halogen lamps with conventional transformers C) 300
LED lamps D) 70

hager-WE070-Essensya-Pure-Rotary-Dimmer-06 Diagram 1: Maximum output power against ambient temperature

When connecting conventional transformers, connect the optional N-conductor to obtain a stable dimming performance. Conventional transformers should be operated with at least 50 % nominal load. Nonetheless, 75% is recommended because in individual cases, depending on the transformer, unstable dimming performance may occur.

Carry out loading of conventional, electronic and dual-mode transformers according to manufacturer’s instructions.

Do not use non-dimmable 230 V LED lamps.

In 230 V LED lamps, the power supply to the dimmer can cause the lamp to glow slightly even when it is switched off.

Applicable in all Europe and in Switzerland
Hereby, Hager Controls, declares that the Bluetooth devices are in compliance with the essential requirements and other relevant provisions of directive 2014/53/UE (from June 2017).
The CE declaration of conformity can be consulted on the site hagergroup.com

Hager Controls S.A.S., 33 rue Saint-Nicolas, B.P. 10140, 67703 SAVERNE CEDEX, France – www.hager.com

References

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