Installation ManualZigbee Smart DimmerProductcode 50208695

YPHIXKeizer Karelplein 32

6511 NH NijmegenThe Netherlands

F u n c tio n i n tr o du c tio n

Im po r ta n t: R e a d A ll I ns truc tions P rior to I ns ta lla tion

• ZigBee knob smart dimmer based on latest ZigBee 3.0 protocol• 100-240V AC wide input and output voltage, can work under no neutral wiring and with neutral wiring, self-adaptive• Supports resistive loads, capacitive loads or inductive loads• Enables to set minimum brightness and startup brightness• 1 channel output, up to 600W• Both leading edge version and trailing edge versions are available for choosing, preset by factory setting• Enables to control ON/OFF and light intensity of connected light source• ZigBee end device that supports Touchlink commissioning• Can be controlled by zigbee gateway , zigbee remote and local rotary knob• Can directly pair to a compatible ZigBee remote via Touchlink without coordinator• Supports self-forming zigbee network without coordinator and add other devices to the network• Supports �nd and bind mode to bind a ZigBee remote• Supports zigbee green power and can bind max. 20 zigbee green power remotes• Compatible with universal ZigBee gateway products• S tandar d size, can be compatible with existing EU standard frames, and installed into standard size wall box• Radio Frequency : 2.4GHz

• Waterproof grade: IP20

F ront s ide

B a c k s ide

59. 00 m m5

9.0

0 m

m

NL N

K nob S mart Dimmer

R a tings : 100-240V, 50/60H z , MA X : 2. 8A

Ma de i n C hina

L

32 . 70 m m

R ota ry k nob, s hort pre s s t o turn o n/off, r ota te c loc kwis e t o i nc re a s e b rightne s s , r ota te c ounte rc loc kwis e t o d e c re a s e b rightne s s

“R es et” K ey: for z igbee network pa iring, touchlink or fa ctory res et the device

“Min. S et” K ey: for minimum brightnes s a nd s ta rtup brightnes s s etting

Neutra l inputL ive inputL oa d output

• 0x0019: O TA

O u tpu t C lu s te r s

Input Vo lta ge O utput Vo lta ge O utput C urre nt

P r o du c t D a ta

S iz e (L xW xH )

Compatible Load T ypes

Load Symbol Load Type Maximum Load Remarks

D ue t o v a rie ty o f L E D l a mp de s igns , m a ximum n umbe r of L E D l a mps i s f urthe r de pe nde nt on p owe r f a c tor re s ult whe n c onne c te d to dimme r.

Ma ximum p e rmitte d n umbe r of drive rs i s 3 00W d ivide d by d rive r n a me pla te p owe r ra ting.

Dimmable LED lamps

Dimmable LED drivers

Inc a nde s c e nt lighting, H V H a loge n l a mps

L ow v olta ge h a loge n lighting with e le c tronic tra ns forme rs

100-240V AC 2.8A max100-240V AC 83. 8x83. 8x52. 4mm

300W @ 2 30V150W @ 1 10V

300W @ 2 30V150W @ 1 10V

600W @ 2 30V300W @ 1 10V

300W @ 2 30V150W @ 1 10V

In pu t C lu s te r s

• 0x0000: B a s ic • 0x0003: I de ntify • 0x0004: G roups • 0x0005: S c e ne s • 0x0006: O n/off

• 0x0008: L e ve l C ontrol • 0x0b04: E le c tric a l M e a s ure me nt

Z ig B e e C lu s te r s t h e d e v ic e s u ppo r ts a r e a s f o l lo ws :

• 0x0702: S imple M e te ring • 0x0b05: D ia gnos tic s

6. F a c to r y R e s e t M a n u a l ly

S te p 2 : C onne c te d l ight will blink 3 time s t o i ndic a te s uc c e s s ful r e s e t.

S te p 1 : S hort pre s s “ R e s e t. ”

ke y f or 5 t ime s c ontinuous ly

or r e s e t powe r o f the d e vic e

from m a s te r b re a ke r f or 5

time s c ontinuous ly i f

the “ re s e t” k e y i s n ot

a c c e s s ible .

N o te : 1 ) I f t h e d e v ic e i s a l r e a dy a t f a c to r y

de fa u lt s e ttin g , t h e r e i s n o i n dic a tio n

wh e n f a c to r y r e s e t a g a in .

2 ) A l l c o n f ig u r a tio n p a r a m e te r s w i l l

be r e s e t a fte r t h e d e v ic e i s r e s e t o r

r e m o v e d f r o m t h e n e two r k .

3 . Z ig be e N e two r k P a ir in g t h r o u g h C o o r din a to r o r H u b ( A dde d to a Z ig be e N e two r k )S te p 1 : R e move t he d e vic e f rom p re vious z igbe e n e twork i f i t ha s a lre a dy b e e n a dde d to, othe rwis e pa iring will

fa il. P le a s e re fe r to the pa rt " F a c to r y R e s e t M a n u a l ly " .

S te p 2 : F rom y our Z igB e e C ontrolle r o r h ub inte rfa c e , c hoos e t o a dd l ighting d e vic e a nd e nte r P a iring m ode a s ins truc te d by the c ontrolle r.

S te p 3 : R e s e t powe r o f the d e vic e from m a s te r b re a ke r to s e t it into ne twork p a iring m ode ( c onne c te d light fla s he s t wic e s lowly) , 1 5 s e c onds t ime out, r e pe a t this s te p.

S te p 4 : C onne c te d l ight will blink 5

time s a nd the n s ta y s olid o n, t he n the

de vic e w ill a ppe a r i n y our c ontrolle r's

me nu a nd c a n b e c ontrolle d through

c ontrolle r o r h ub inte rfa c e .

L ive

N e utra l

B ypa s s

L ive

N e utra l

B ypa s s

2.This ZigBee device is a wireless receiver that communicates with a variety of ZigBee compatible systems. This

receiver receives and is controlled by wireless radio signals from the compatible ZigBee system.

• D O N O T i ns ta ll with p owe r a pplie d to d e vic e . • D O N O T e xpos e t he d e vic e t o m ois ture .

S a fe ty & W a r n in g s

Operation

1.Do wiring according to connection diagram correctly .

Main Features:• Can operate under two-wire connection with no neutral lead or three-wire connection with neutral lead• Advanced microprocessor control• Implemented algorithm of smart light source detection• Active power and energy metering functionality• Soft start function• Innovative minimum dimming level and startup brightness setting functions• The Bypass is an extension unit

As a dimmer it operates under the following loads:• Conventional incandescent and HV halogen light sources• EL V halogen lamps and dimmable LED bulbs (with electronic transformers)• ML V halogen lamps (with ferromagnetic transformers)• Dimmable LED bulbs• Dimmable compact �uorescent CFL tube lamps• Supported dimmable light sources (power factor > 0.5) with minimal power of 3V A using the Bypass (depending on the type of load)

Trailing edge or leading edge dimming mode can be preset by factory setting to control following types of loads:• "T railing edge" for resistive loads • "T railing edge" for capacitive loads• "Leading edge" for inductive loadsNote: factory default version is trailing edge.

4 . T o u c h L in k to a Z ig be e R e m o te

5. R e m o v e d f r o m a Z ig be e N e two r k t h r o u g h C o o r din a to r o r H u b I n te r fa c e

F rom y our Z igB e e c ontrolle r o r h ub

inte rfa c e , c hoos e t o d e le te o r r e s e t the

lighting d e vic e a s i ns truc te d. T he

c onne c te d l ight blinks 3 t ime s t o i ndic a te

s uc c e s s ful r e s e t.

S te p 4 : T he re s ha ll be i ndic a tion o n the r e mote f or s uc c e s s ful l ink a nd

c onne c te d l ight will f la s h twic e .

Z igbe eR e mote

< 1 0c m

S te p 2 : B ring the re mote o r touc h p a ne l within 10c m of the lighting de vic e .

S te p 3 : S e t the r e mote o r touc h pa ne l into Touc hlink c ommis s ioning,

ple a s e r e fe r to c orre s ponding r e mote or touc h p a ne l m a nua l to l e a rn h ow.

N o te : 1 ) D ir e c tly T o u c h L in k ( bo th n o t a dde d t o a Z ig B e e n e two r k ) , e a c h d e v ic e c a n l in k w ith 1 r e m o te .

2 ) T o u c h L in k a fte r b o th a dde d t o a Z ig B e e n e two r k , e a c h d e v ic e c a n l in k w ith m a x . 3 0 r e m o te s .

3 ) C o n tr o l w ith b o th g a te wa y a n d r e m o te , a dd r e m o te a n d d e v ic e t o n e two r k f i r s t t h e n T o u c h L in k .

4 ) A fte r T o u c h L in k , t h e d e v ic e c a n b e c o n tr o l le d b y t h e l in k e d r e m o te s .

L ive

N e utra l

B ypa s s

S te p 1 : M e th o d 1 : S hort pre s s “ R e s e t” button 4 t ime s ( or r e s e t powe r o f the d e vic e 4 t ime s f rom m a s te r b re a ke r) to s ta rt Touc hlink c ommis s ioning i mme dia te ly u nde r a ny c irc ums ta nc e s , 1 80S t ime out, r e pe a t this s te p. Me th o d 2 : R e s e t powe r o f the d e vic e f rom m a s te r b re a ke r, Touc hlink c ommis s ioning will s ta rt a fte r 1 5S i f i t’s n ot a dde d to a z igbe e n e twork, 1 65S t ime out. O r s ta rt imme dia te ly i f i t’s a lre a dy a dde d to a n e twork, 1 80S t ime out. O nc e t ime out, r e pe a t this s te p.

S te p 2 : S e t a nothe r d e vic e o r r e mote o r touc h p a ne l into n e twork p a iring m ode a nd pa ir to the n e twork, r e fe r to the ir m a nua ls .S te p 3 : P a ir m ore d e vic e s a nd r e mote s t o the n e twork a s y ou w ould l ike , r e fe r to the ir m a nua ls .S te p 4 : B ind the a dde d de vic e s a nd r e mote s t hrough Touc hlink s o tha t the d e vic e s c a n b e c ontrolle d by the re mote s , r e fe r to the ir m a nua ls .

N o te : 1 ) E a c h a dde d d e v ic e c a n l in k a n d b e c o n tr o l le d b y m a x . 3 0 a dde d r e m o te s .

2 ) E a c h a dde d r e m o te c a n l in k a n d c o n tr o l m a x . 3 0 a dde d d e v ic e s .12. O TAT he d e vic e s upports f irmwa re u pda ting through O TA , a nd will a c quire n e w f irmwa re f rom z igbe e c ontrolle r o r

hub e ve ry 1 0 m inute s a utoma tic a lly.

9 . L e a r n in g t o a Z ig be e G r e e n P o we r R e m o te

S te p 1 : S hort pre s s “ R e s e t. ” button 4 t ime s ( O r r e s e t powe r o f the d e vic e 4 t ime s from m a s te r b re a ke r) t o s ta rt L e a rning m ode ( c onne c te d light fla s he s t wic e ) , 1 80 s e c onds t ime out, r e pe a t this s te p.

Z igbe eG re e n P owe r

R e mote

S te p 2 : S e t the g re e n p owe r re mote i nto L e a rning m ode ,

ple a s e r e fe r to i ts m a nua l.

S te p 3 : C onne c te d l ight will fla s h twic e t o i ndic a te

s uc c e s s ful le a rning. T he n the re mote c a n c ontrol the d e vic e .

N o te : E a c h d e v ic e c a n l e a r n t o m a x . 2 0 z ig be e g r e e n p o we r r e m o te s .

L ive

N e utra l

B ypa s s

L ive

N e utra l

B ypa s s

N o te : M a ke s ure t he d e vic e a lre a dy a dde d to a n e twork, t he r e mote a dde d to the s a me o ne o r n ot a dde d to a ny ne twork.

S te p 1 : S hort pre s s “ re s e t”

button 4 t ime s ( O r r e s e t

powe r o f the d e vic e f rom

ma s te r b re a ke r) t o s ta rt

Touc hL ink

C ommis s ioning, 1 80

s e c onds t ime out, r e pe a t

this s te p.

S te p 4 : T he re s ha ll be i ndic a tion on the r e mote a nd c onne c te d l ight

fla s he s 3 t ime s f or s uc c e s s ful re s e t.

Z igbe eR e mote

< 1 0c m

S te p 2 : B ring the r e mote o r touc h pa ne l within 1 0c m o f the l ighting

de vic e .

S te p 3 : S S e t the r e mote o r touc h pa ne l into Touc h R e s e t proc e dure to r e s e t the d e vic e , p le a s e r e fe r to

c orre s ponding r e mote o r touc h pa ne l m a nua l to l e a rn h ow.

8 . F in d a n d B in d M o de

S te p 1 : S hort pre s s “ R e s e t. ” button 3 t ime s ( O r r e s e t powe r o f the d e vic e ( initia tor node ) 3 t ime s f rom m a s te r bre a ke r) t o s ta rt F ind a nd B ind m ode ( c onne c te d l ight fla s he s s lowly) t o f ind a nd bind ta rge t node , 1 80 s e c onds t ime out, r e pe a t this s te p.

Z igbe eR e mote

S te p 2 : S e t the r e mote o r touc h pa ne l ( ta rge t node ) i nto f ind

a nd bind m ode , a nd e na ble i t to f ind a nd bind initia tor, p le a s e

re fe r to c orre s ponding r e mote or touc h p a ne l m a nua l.

S te p 3 : T he re s ha ll be indic a tion o n the r e mote o r touc h p a ne l tha t it bind the

de vic e s uc c e s s fully a nd c a n c ontrol i t the n.

N o te : M a k e s u r e t h e d e v ic e a n d r e m o te a lr e a dy a dde d t o t h e s a m e z ig be e n e two r k .

L ive

N e utra l

B ypa s s

7 . F a c to r y R e s e t th r o u g h a Z ig be e R e m o te ( To u c h R e s e t)

L ive

N e utra l

B ypa s s

11 . S e tu p a Z ig be e N e two r k & A dd O th e r D e v ic e s t o t h e N e two r k ( N o C o o r din a to r R e qu ir e d)S te p 1 : S hort pre s s “ R e s e t. ” button 4 t ime s ( O r r e s e t powe r o f the d e vic e 4 t ime s from m a s te r b re a ke r) t o e na ble t he d e vic e t o s e tup a z igbe e n e twork ( c onne c te d light fla s he s t wic e ) t o dis c ove r a nd a dd o the r de vic e s , 1 80 s e c onds time out, r e pe a t this s te p.

Z igbe eR e mote

< 1 0c m

Touc hL ink

10. D e le te L e a r n in g t o a Z ig be e G r e e n P o we r R e m o te

S te p 1 : S hort pre s s “ R e s e t. ” button 3 t ime s ( O r r e s e t powe r o f the d e vic e 3 t ime s from m a s te r b re a ke r) t o s ta rt de le te L e a rning m ode (c onne c te d l ight fla s he s s lowly) , 1 80 s e c onds t ime out, re pe a t this s te p.

Z igbe eG re e n P owe r

R e mote

S te p 2 : S e t the p a ire d g re e n powe r r e mote i nto L e a rning

mode , p le a s e r e fe r to i ts m a nua l.

S te p 3 : C onne c te d l ight will fla s h 4 t ime s t o i ndic a te

s uc c e s s ful de le ting.

Z igbe e L ight D e vic e

L ive

N e utra l

B ypa s s

S e t M in im u m B r ig h tn e s s

S te p 1 : a djus t the b rightne s s o f c onne c te d loa d to a d e s ire d le ve l be twe e n 1 % -50% .

S te p 2 : p re s s a nd h old down “Min. s e t” k e y f or 3 s e c onds until c onne c te d loa d blinks t o s e t the b rightne s s a djus te d in s te p 1 a s m inimum b rightne s s , t he n the l oa d c a n n ot be dimme d be low this l e ve l.

13. M in im u m B r ig h tn e s s S e ttin g

14. S ta r tu p B r ig h tn e s s S e ttin g

D e le te M in im u m B r ig h tn e s s

S te p 1 : a djus t the b rightne s s o f c onne c te d loa d to 1 00% .

S te p 2 : p re s s a nd h old down “Min. s e t” k e y f or 3 s e c onds until c onne c te d loa d blinks t o d e le te t he p re vious ly s e t minimum b rightne s s .

S e t S ta r tu p B r ig h tn e s s

S te p 1 : a djus t the b rightne s s o f c onne c te d loa d to a d e s ire d le ve l be twe e n 1 % -50% .

S te p 2 : d ouble c lic k “ Min. s e t” k e y to s e t the b rightne s s a djus te d in s te p 1 a s s ta rtup brightne s s , t he n the l oa d will f irs t go to s ta rtup brightne s s w he n turne d o n e ve ry t ime , t he n d rop down to the b rightne s s b e fore l a s t time t urne d o ff.

Note: startup brightness setting function is to avoid the phenomenon that some dimmable LED drivers can not be turned

on after turned of f at a very low brightness level. Once setting a startup brightness, if the startup brightness is higher than

the brightness before turned of f, the driver will �rst go to the startup brightness after turned on then drop down to the

level before turned of f. If the startup brightness is lower than the brightness before tured of f, the driver will directly go to

the brightness before turned of f.

D e le te S ta r tu p B r ig h tn e s s

S te p 1 : a djus t the b rightne s s o f c onne c te d loa d to 0 % .

S te p 2 : d ouble c lic k “ Min. s e t” k e y t o d e le te t he p re vious ly s e t s ta rtup brightne s s .

(1) 2 -W ire C onne c tion W ith N o N e utra l L e a d

L ive

N e utra l

B ypa s s

N o te s f o r t h e d ia g r a m s :

L - t e rmina l for l ive l e a d

N - t e rmina l for n e utra l le a d

- o utput te rmina l o f the d imme r ( c ontrolling c onne c te d l ight s ourc e )

W ir in g D ia g r a m

C o m pa tible l o a d t y pe s a n d r e c o m m e n de d v a lu e s o f p o we r f o r s u ppo r te d l o a ds :

S u ppo r te d l o a d t y pe s 100-240V ~

20-600W @ 2 30V20-300W @ 1 10V

R e s is tiv e l o a dsC onve ntiona l inc a nde s c e nt a nd ha loge n l ight s ourc e s

C a pa c itiv e l o a dsF luore s c e nt tube l a mp (c ompa c t / with e le c tronic b a lla s t) , e le c tronic t ra ns forme r, L E D

In du c tiv e l o a dsF e rroma gne tic t ra ns forme rs

N o B ypa s s U s e d:20-300W @ 2 30V20-150W @ 1 10V

20-300W @ 2 30V20-150W @ 1 10V

U s ing B ypa s s :3-300W @ 2 30V3-150W @ 1 10V

100-240V ~

T his p ha s e d imme r a dopts l e a ding e dge d imming ( forwa rd pha s e c ontrol) o r tra iling e dge d imming ( re ve rs e pha s e c ontrol) , t wo v e rs ions a re a va ila ble f or c hoos ing, f a c tory d e fa ult ve rs ion i s t ra iling e dge . P le a s e m a ke s ure t he c onne c te d loa ds s upport the c ontrol type y ou c hoos e . P le a s e r e fe r to the u s e r m a nua l o f the l oa d o r c ons ult the s upplie r o f the l oa d.

The Bypass is a device designed to work with the knob smart dimmer. It should be used in case of connecting LED bulbs or energy saving compact fluorescent lamps. The Bypass prevents flickering of the LED lights and glowing of the turned off compact fluorescent lamps. In the case of 2-wire connection, the Bypass allows to reduce minimum power of load required by the dimmer for correct operation. The Bypass provides powering of the dimmer in case of controlling the low loads of minimum power down to 3W (for cosφ>0.5).

(2) 3-Wire Connection With Neutral Lead

Live

Neutral

Ins ta l la tion