Hager WJC061B Bedienungsanleitung

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Safety instructions

Electrical equipment may only be installed and

assembled by a qualied electrician in accor-

dance 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, re or other

hazards.

Hazard due to electric shock. Do not operate

the device without a cover.

Hazard due to electric shock. The device is not

suited for safe disconnection of the mains sup-

ply. Even when the device is switched o󰀨, 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 re. During operation with conventio-

nal transformers, fuse each transformer on the

primary side according to manufacturer's data.

Use safety transformers that comply with

EN61558-2-6 only.

These instructions are an integral component

of the product and must be retained by the end

user.

Design and layout of the device

(1)

(2)

(3)

(4)

(5)

(6)

Figure 1: WJC061B touch dimmer

(1) Mounting plate

(2) Mounting adapter

(3) Touch dimmer

(4) Upper casing

(5) Mounting device cover

(6) Button

Function

Correct use

-Switching and dimming of incandescent lamps,

HV halogen lamps, dimmable 230 V LED

lamps, electronic and dual-mode transformers

or conventional transformers with low voltage

halogen lamps

-Only suitable for use in indoor areas with no

drip and no spray water

-Assembly on the wall

No mixed load operation of capacitive and

inductive loads possible at the output.

Product characteristics

-Automatic setting of load-dependent dimming

principle and optional ne setting of minimum

brightness via button, e.g. for 230 V LED lamps

-Automatic saving of switch-on brightness level

-Electronic short circuit protection

-Electronic overload and overheating protection

-Allows connection of extension units (push-

button, NO contact)

-Soft start/stop for bulb protection

6LE007525A

WJC061Bateha

Touch dimmer

Variateur à touches

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a

09/2020 - 6LE007525AHager Controls S.A.S., 33 rue Saint-Nicolas, B.P. 10140, 67703 SAVERNE CEDEX, France - www.hager.com

Performance after mains breakdown

When power returns, the light is restored to the last

brightness level dened

Dimming principle

During commissioning, the dimmer performs

automatic load detection and applies the correct

dimming principle for the load connected (phase

cut-on, phase cut-o󰀨).

Flickering of connected lamps possible due to

the load falling below the specied minimum

level, ripple control pulses (tari󰀨 signals) from

power stations, or replacement of 230 V LED

lamps.

Short term ickering 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

setting must be carried out (see Setting the

load).

When circuiting several loads to one output

(parallel circuiting ) optimise dimming perfor-

mance via load setting if necessary (see Setting

the load).

After each replacement of the load (lamp) an

automatic load detection has to be carried out

(see Setting the load).

Operation

Touch dimmer operating concept

Figure 2: Switching and dimming

Load

status

ActionResult

OFFShort press

of push-button

(< 400 ms)

Switch ON with saved

switch-on brightness

level.

> 0%Short press

of push-button

(< 400 ms)

Switch OFF and save

brightness as switch-on

brightness level.

> 0%Long press

of push-button

(> 400 ms)

Dim alternately down

and up each time the

push-button is pressed.

OFFLong press

of push-button

(> 10 s)

Select load type (see

Setting the load)

OFFLong press

of push-button

(> 15 s)

Fine setting of minimum

brightness (see corre-

sponding section)

Table 1: Touch dimmer 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 at the touch dimmer.

Switch off load.

Press the button for more than 10 but less than

15 seconds.

The connected load ashes once. The device is

now in setting mode.

If no further actions are performed within the

next 10 seconds, the dimmer switches to

normal operation.

Briefly press the button repeatedly to activate

the desired mode (Table 1).

The load setting is executed.

Briey press the

button

Setting mode

1xAutomatic load detection

2xLED phase cut-on

Table 2: Setting the load type

Fine setting of minimum brightness

To prevent poor switch-on behaviour or ickering of

the load in the lower dimming range, the dimming

angle for minimum brightness (phase cut-on/

cut-o󰀨) can be set individually for each load type.

Switch off load.

Hold the button down for more than

15 seconds.

The connected load will ash once after 10 s

and again after 15 s. The device is now in ne-

setting mode for the minimum brightness.

If no further actions are performed within the

next 10 seconds, the dimmer switches to

normal operation.

Briefly press the button.

The device will switch repeatedly between the

various predened dimming angles (brightness

levels).

When the optimal setting is reached, hold the

button down (> 5 s).

This saves the selected dimming angle for the

minimum brightness.

The load is then switched o󰀨.

Information for electricians

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!

ç

Connection diagram

L

E

opt.

N

Figure 3: Connecting diagram (basic circuit)

L

E

opt.

N

Figure 4: Connection diagram with push-button,

NO contact as extension unit

Install a miniature circuit breaker of max. 16 A as

device protection.

Mount the mounting plate (1) correctly on a

suitable surface (fastening material not within

scope of delivery.

Connect touch dimmer (3), and extension units

is desired, according to the connection diagram.

Insert touch dimmer (3) into the mounting

adapter (2) and snap onto the mounting plate.

Snap upper casing (4) with mounting device

cover (5) and button (6) on the touch dimmer (3).

Do not mount dimmer on ammable surface.

Illuminated mechanical push-buttons must be

equipped with a separate N-terminal.

Connecting the optional N-conductor has

advantages for the switching/dimming

performance in the case of LED loads and

transformers.

Removing cover

(7)

Figure 5: Remove button

Insert the screwdriver into the opening (7)

and lever off the cover by slightly turning the

screwdriver.

Appendix

Technical data

Operating voltage 230 V~ +10 / -15 %

Frequency 50 Hz

MCB max. 16 A

Degree of protection IP 21

Protection class IK03

Power consumption in idle state < 0.2 W

230 V incandescent and halogen lamps 20 … 250 W

Dimmable conventional transformers 20 … 250 VA

Dimmable electronic and

dual-mode transformers 20 … 250 VA

Dimmable 230 V LED lamps 3 ... 50 W

Dimming speed 0 ... 100 %, approx. 4 s

Extension unit cable length max. 50 m

Load cable length max. 100 m

Operating temperature -5 … 45 °C

Storage temperature -20 … 60 °C

Relative humidity

(without condensation) 10 … 95 %

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

Operating conditions

LoadtypeCurveMaximum output

power

in Watt (W)

25°C35°C45°C

Ohmic loadsA)250225200

TransformersB)250250200

LED lampsC)504540

253545

°C

50

100

150

200

250

300

W

A)

B)

C)

Diagram 1: Maximum output power depending on

the 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 the case of 230 V LED lamps, the power

supply to the dimmer can cause the lamp to

glow slightly even when it is switched o󰀨.

Troubleshooting

After some time the load dims down of its own

accord.

The electronic overload protection has tripped.

Execute load detection

Reduce total load.

Use another lamp.

The lamp cannot be dimmed down su󰀩ciently.

The dimming angle is set too high.

Decrease the value in ne-setting of the

minimum brightness.

The lamp switches o󰀨 while being dimmed

down.

The dimming angle is set too low.

Increase the value in ne-setting of the

minimum brightness.

Use another lamp.

The load does not switch on.

The dimming angle and brightness value are set

too low.

Increase the value in ne-setting of the

minimum brightness.

The electronic short-circuit protection has tripped

repeatedly.

Check electrical installation and disconnect

dimmer briey from mains.

LED lamp does not switch on.

Load setting mode not correct

Start automatic load detection or set LED phase

cut-on mode.

The load generates noise.

The load type is set incorrectly.

Set the load type to automatic load detection.

If the error persists, replace the lamp.

Dimmer switches o󰀨 of its own accord.

The electronic overload protection has tripped.

Check the load connected (maximum output

power).

The electronic short-circuit protection has tripped.

Check electrical installation and disconnect

dimmer briey from mains.

Load ickers while switched o󰀨.

LED load too low.

Increase LED load at output or use

compensation module LED.

The connected load cannot be dimmed.

Be sure always to use dimmable loads.

Dimming and switching performance is

unsatisfactory.

Start automatic load detection

Set dimmer to LED phase cut-on.

Connect neutral conductor or compensation

module LED and start automatic load detection

again

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