Iec 62386-303-2017.Pdf

IEC 62386 303 Edition 1 0 201 7 05 INTERNATIONAL STANDARD NORME INTERNATIONALE Digital addressable lighting interface – Part 303 Particular requirements – Input devices – Occupancy sensor Interface d''''[.]

Digit al addressable l ght ing int er ace –

Part 303: Part icular requirement s – Input devices – Occupancy sensor

Part ie 303: Ex igences part icul ères – Disposit ifs d'ent rée – Capt eur de présence

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Digit al addressable l ght ing int er ace –

Part 303: Part icular requirement s – Input devices – Occupancy sensor

Int er ace d'éclairage adressable numérique –

Part ie 303: Exigences part icul ères – Disposit ifs d'ent rée – Capt eur de présence

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FOREWORD 4

INTRODUCTION 6

1 Sco e 8

2 Normative ref eren es 8

3 Terms an def i ition 8

4 General 9

4.1 General 9

4.2 Version n mb r 9

4.3 In ulation 9

5 Electrical sp cification 9

6 Inter ace p wer s p ly 9

7 Tran mis ion protocol stru ture 9

8 Timin 10 9 Method of o eration 10 9.1 General 10 9.2 In tan e typ 10 9.3 Input sig al an value 10 9.3.1 General 10 9.3.2 Input sig al ma pin f or movement sen ors 10 9.3.3 Input sig al ma pin f or presen e sen ors 12 9.4 Events 12 9.4.1 Priority u e 12 9.4.2 Bu u age 1

2

9.4.3 En odin 13

9.4.4 Event con g ration 13

9.4.5 Event generation 14

9.4.6 Movement trig er an catc in 14

9.5 Config rin the input device 14

9.5.1 Usin the hold timer 14

9.5.2 Usin the re ort timer 15

9.5.3 Usin the de dtime timer 15

9.5.4 Set in the timers 15

9.5.5 Man al config ration 16

9.6 Ex e tion han l n 16

9.6.1 Ph sical sen or fai ure 16

9.6.2 Man f acturer sp cific er ors 16

9.6.3 Er or value 16

10 Declaration of varia les 17

1 Definition of comman s 18

1 1 General 18

1 2 Overview s e ts 18

1 2.1 General 18

1 2.2 Stan ard comman s 18

1 3 Event mes ages 19

1 3.1 INPUT NOTIFICATION (devic /insta c , event 19

1 4 Device control in tru tion 19

1 5 Device con g ration in tru tion 19

1 6 Device q eries 19

1 7 In tan e control in tru tion 19

1 7.1 General 19

1 7.2 CATCH MOVEMENT 19

1 7.3 CANCEL HOLD TIMER 19

1 8 In tan e con g ration in tru tion 2

1 8.1 General 2

1 8.2 SET EVENT FILTER (DTR0) 2

1 8.3 SET HOLD TIMER (DTR0) 2

1 8.4 SET REPORT TIMER (DTR0) 2

1 8.5 SET DEADTIME TIMER (DTR0) 2

1 9 In tan e q eries 2

1 9.1 General 2

1 9.2 QUERY INSTANCE ERROR 2

1 9.3 QUERY DEADTIME TIMER 2

1 9.4 QUERY HOLD TIMER 2

1 9.5 QUERY REPORT TIMER 2

1 9.6 QUERY CATCHING 21

1 10 Sp cial comman s 21

Biblogra h 2

Fig re 1 – IEC 6 3 6 gra hical overview 6

Fig re 2 – State diagram for movement b sed sen or 1

Fig re 3 – State diagram for presen e sen or 12 Ta le 1 – Me nin of “in ut Value” 10 Ta le 2 – Oc up n y an vacan y events 13 Ta le 3 – Event fi ter 14 Ta le 4 – Event timer set in 15 Ta le 5 – “ma u lCap bi t yInst anc 3 x” values 16 Ta le 6 – “ nst anc Er orByt e” values 17 Ta le 7 – Declaration of device varia les 1

7

Ta le 8 – Restriction to in tan e varia les def i ed in IEC 6 3 6-10 :2 14 an

IEC 6 3 6-10 :2 14/AMD1:— 17

Ta le 9 – Declaration of in tan e varia les 18

Ta le 10 – Stan ard comman s 18

INTERNATIONAL ELECTROTECHNICAL COMMISSION

_

Part 303: Particular requirements – Input devices –

Occupancy sensor

1 Th Intern tio al Ele trote h ic l Commis io (IEC) is a worldwid org niz tio for sta d rdiz tio c mprisin

al n tio al ele trote h ic l c mmite s (IEC Natio al Commite s) Th o je t of IEC is to promote

intern tio al c -o eratio o al q e tio s c n ernin sta d rdiz tio in th ele tric l a d ele tro ic f i ld To

this e d a d in a ditio to oth r a tivitie , IEC p bls e Intern tio al Sta d rd , Te h ic l Sp cif i atio s,

Te h ic l Re orts, Pu lcly Av ia le Sp cif i atio s (P S) a d Guid s (h re f ter refer e to a “IEC

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-g v rnme tal org niz tio s laisin with th IEC als p rticip te in this pre aratio IEC c la orate clo ely

with th Intern tio al Org niz tio f or Sta d rdiz tio (ISO) in a c rd n e with c n itio s d termin d b

a re me t b twe n th two org niz tio s

2) Th f ormal d cisio s or a re me ts of IEC o te h ic l maters e pre s, a n arly a p s ible, a intern tio al

c n e s s of o inio o th rele a t s bje ts sin e e c te h ic l c mmite h s re re e tatio fom al

intere te IEC Natio al Commite s

3) IEC Pu lc tio s h v th form of re omme d tio s f or intern tio al u e a d are a c pte b IEC Natio al

Commite s in th t s n e Whie al re s n ble ef forts are ma e to e s re th t th te h ic l c nte t of IEC

Pu lc tio s is a c rate, IEC c n ot b h ld re p n ible for th wa in whic th y are u e or for a y

misinterpretatio b a y e d u er

4) In ord r to promote intern tio al u if ormity, IEC Natio al Commite s u d rta e to a ply IEC Pu lc tio s

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b twe n a y IEC Pu lc tio a d th c re p n in n tio al or re io al p blc tio s al b cle rly in ic te in

th later

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s rvic s c rie o t b in e e d nt c rtif i atio b die

6) Al u ers s o lde s re th t th y h v th late t e itio of this p blc tio

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e p n e arisin o t of th p blc tio , u e of, or rela c u o , this IEC Pu lc tio or a y oth r IEC

Pu lc tio s

8) Ate tio is drawn to th Normativ refere c s cite in this p blc tio Us of th refere c d p blc tio s is

in is e s ble for th c r e t a plc tio of this p blc tio

9) Ate tio is drawn to th p s ibi ty th t s me of th eleme ts of this IEC Pu lc tio ma b th s bje t of

p te t rig ts IEC s al n t b h ld re p n ible f or id ntifyin a y or al s c p te t rig ts

International Stan ard IEC 6 3 6-3 3 has b en pre ared by s bcommite 3 C: Au i aries

f or lamps, of IEC tec nical commit e 3 : L mps and related eq ipment

The text of this stan ard is b sed on the f ol owin doc ments:

Ful inf ormation on the votin for the a proval of this International Stan ard can b f ou d in

the re ort on votin in icated in the a ove ta le

This doc ment has b en draf ted in ac ordan e with the ISO/IEC Directives, Part 2

• Part 101, whic contain general req irements for s stem comp nents;

• Part 10 , whic contain general req irements for control devices

A l st of al p rts in the IEC 6 3 6 series, publ s ed u der the general title: Digital

ad dres a l e l ightin intera e, can b f ou d on the IEC we site

The commite has decided that the contents of this doc ment wi remain u c an ed u ti the

sta i ty date in icated on the IEC we site u der "htp:/ we store.iec.c " in the data related to

IMPORTANT – The 'colour inside' logo on the cov r pa e of this publ c tion in ic te

that it contains colours whic are considere to be us f ul f or the cor e t

understa din of its conte ts Us rs s ould th refore print this doc me t using a

colour printer

IEC 6 3 6 contain several p rts, refer ed to as series The 1x series in lu es the b sic

sp cification Part 101 contain general req irements f or s stem comp nents, Part 10

exten s this inf ormation with general req irements f or control ge r an Part 10 exten s it

f urther with general req irements for control devices

The 2x p rts exten the general req irements for control ge r with lamp sp cific exten ion

(mainly for b c ward comp tibi ty with Edition 1 of IEC 6 3 6) an with control ge r sp cific

f eatures

The 3x p rts exten the general req irements f or control devices with input device sp cif i

exten ion des ribin the in tan e typ s as wel as some common f eatures that can b

combined with multiple in tan e typ s

This f irst edition of IEC 6 3 6-3 3 is to b u ed in conju ction with IEC 6 3 6-101:2 14,

IEC 6 3 6-101:2014/AMD1:—, IEC 6 3 6-10 :2014 an IEC 6 3 6-10 :2 14/AMD1:— The

division of IEC 6 3 6 into se arately publ s ed p rts provides for e se of future amen ments

an revision Ad itional req irements wi b ad ed as an when a ne d f or them is

the p rts also in lu e ad itional req irements, as neces ary

Where the req irements of an of the clau es of IEC 6 3 6-1XX are refer ed to in this

doc ment by the senten e “The req irements of IEC 6 3 6-1XX, Clau e “n” a ply”, this

senten e is to b interpreted as me nin that al req irements of the clau e in q estion of

Part 1XX a ply, ex e t any whic are cle rly ina plca le

The stan ardization of the control interace f or control devices is inten ed to ac ieve

comp tible co-existen e an multi-master o eration b twe n electronic control ge r an

l g tin control devices, b low the level of buidin management s stems This doc ment

des rib s a method of implementin oc up n y sen ors

Al n mb rs u ed in this doc ment are decimal n mb rs u les otherwise noted Hexadecimal

IE C

101 General req irements -

Sy tem comp nents

10 General req irements -

Control devices

10 General req irements -

Control ge r

the format XXXXXXXXb or in the format XXXX XXXX, where X is 0 or 1; “x” in binary n mb rs

me n “don't care”

The f ol owin typ gra hic expres ion are u ed:

Varia les: “v ria leName” or “v ria leName[ :0]”, givin only bits 3 to 0 of “v ria leName”

Range of values: [lowest, hig est]

Comman : “COMMAND NAME”

DIGITA L ADDRESSABLE LIGHTING INTERFA CE –

Part 303: Particular requirements – Input devices –

Occupancy sensor

This p rt of IEC 6 3 6 sp cifies a bu s stem f or control by digital sig als of electronic

l g ting eq ipment whic is in l ne with the req irements of IEC 613 7, with the ad ition of DC

s p l es

This doc ment is only a pl ca le to IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—

input devices that delver oc up n y information to the l g tin control s stem throu h

movement or presen e sen in

NOT Re uireme ts for te tin in ivid al pro u ts d rin pro u tio are n t in lu e

The f ol owin doc ments are ref er ed to in the text in s c a way that some or al of their

content con titutes req irements of this doc ment For dated referen es, only the edition

cited a ples For u dated ref eren es, the latest edition of the ref eren ed doc ment (in lu in

, Digit al ad dres a l e l ighting int era e – Part 3 3: Partic lar re uireme ts

for c ntrol d evic s – Man al c nfiguration (e ture type 3 )

• IEC Electro edia: avai a le at ht p:/ www.electro edia.org/

• ISO Onl ne browsin platform: avai a le at ht p:/www.iso.org/o p

in ta c

movement or presen e input sig al proces in u it of an input device

[SOURCE: IEC 6 3 6-101:2 14, 3.2 , modified – "movement or presen e input" ad ed]

3.2

mov me t s nsor

in tan e b sed on movement detection only where oc up n y is impl ed by movement an

vacan y is con lu ed f rom the a sen e of movement d rin a sp cif ied amou t of time

Note 1 to e try: Mo eme t s n in is ty ic ly d n u in a p s iv infa-e d te tor c mbin d with Fre n l

o tic

3.3

in tan e b sed on me n other than only movement detection where oc up n y an vacan y

can b con lu ed immediately an where, in some cases, movement can also b detected

Note 1 to e try: Pre e c s n in ma b impleme te u in for e ample c mera b s d s stems

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, Clau e 4 a ply,

with the restriction , c an es an ad ition identif ied b low

4.2 Version number

In 4.2 of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, “10 ” s al b re laced by

“3 3”, “version n mb r” s al b re laced by “exten ed version n mb r” an “ve sio Numbe ”

s al b re laced by "extended Ve sio Numbe "

4.3 In ulation

Ac ordin to IEC 613 7-1 it mig t b req ired that the input device has at le st

s p lementary in ulation This de en s on the con ected comp nents In this case sp cial

atention s ould b p id with resp ct to the sen or(s) b in u ed

NOT IEC-6 3 6- 0 :2 14 a d IEC6 3 6- 0 :2 14/AMD1:— re uire s stem c mp n nts to h v at le st b sic

in ulatio

5 Ele trical spe if ication

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, Clau e 5 a ply

6 Interf ace power supply

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, Clau e 6 a ply

7 Transmission protocol structure

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, Clau e 7 a ply

8 Timing

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, Clau e 8 a ply

9 Method of operation

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, Clau e 9 a ply,

with the fol owin restriction an ad ition

Table 1 – Me ning of “inputVal ue”

9.3.2 Input signal mapping f or mov ment s nsors

For movement sen ors, the input sig al s al directly ma onto movement (only) The

in tan e s al c an e “in ut Value” to 0xFF immediately if movement is detected, th s

re ortin an oc upied are state as wel Se Fig re 2

A movement sen or s al s p ort a hold timer, with time ut value T

h ld, whic s al b

(re)started e c time movement is detected A tran ition of “in utValue” to 0x0 s al only

take place at the moment the hold timer expires or is can el ed In s c a case the ‘vacant’

trig er s al b generated

Whi e the are is oc upied, the “in ut Value” s al c an e b twe n 0xFF an 0xAA de en in

Fig re 2 – State dia ram f or mov me t ba e s n or

NOT 1 An in ut v lu of 0 5 is n t a plc ble, sin e mo eme t imple o c p n y

IEC

V ac nt Moveme t b s d s n or

'Mov eme t' a d 'Oc cu ie ' t rig er

Hold t imer e pire or c n ele /

0 F : Occu ie a d mov eme t

e try / (R e-t rig er re ort imer,

(R e-trig er h ld timer

No mov eme t d tec t ed /

'No mov eme t ' t rig er

9.3.3 Input signal mapping f or pre e c s nsors

Presen e sen ors s al re ort the movement state and are state as q ic ly as p s ible If a

presen e sen or is not a le to detect motion, it s al re ort no movement Se Fig re 3

NOT This me n th t th h ld timer in a pre e c s n or wi n v r b starte

Fig re 3 – State dia ram f or pre e c s nsor

9.4 Ev nts

9.4.1 Priority us

The default “ ventPriorit y” s al b priority 4 Sin e the a plcation control er ne d a timeslot

to resp n , “event Priorit y” s ould not b set to 2

9.4.1.2 Periodic e e ts

The p riodic “INPUT NOTIFICATION” mes age to re ort the oc up n y con rmation event

(sti vacant or sti oc upied) s al alway b sent with priority 5

NOT This ma e “e entPriority” in p lc ble f or this e e t o ly

e tr y / Re- rig er rep rt t imer e tr y / Re- rig er rep rt t imer

e tr y / Re- rig er rep rt t imer e tr y / Re- rig er rep rt t imer

0 F : Oc c upie a d mov eme t

Mo eme t d t e e /

'Mo eme t' t rig er

Mo eme t d t e e /

'Mo eme t' t rig er

No mov eme t d tec te /

'No mo eme t ' t rig er

No mov eme t d tec te /

'No mo eme t ' t rig er

Mo eme t 0 0 0 - 1b Mo eme t d te te Core p n in trig er is th ‘Mo eme t’ trig er.

Va a t 0 0 0 -0 -b Th are h s b c me v c nt Core p n in trig er is th ‘Va a t’ trig er

Sti v c nt 0 0 0 - 0-b Th are is sti v c nt Th e e t o c rs at re ular interv ls a lo g a

th v c nt c n itio h ld Core p n in trig er is th ‘Re e t’ trig er

Oc u ie 0 0 0 -01 b Th are h s b c me o c pie Core p n in trig er is th ‘Oc u ie ’

trig er

Sti o c pie 0 0 0 - 1 b Th are is sti o c pie Th e e t o c rs at re ular interv ls a lo g a

th o c pie c n itio h ld Core p n in trig er is th ‘Re e t’ trig er

Pre e c s n or 0 0 0 0- b Th c r e t e e t is trig ere b a pre e c b s d s n or

Mo eme t s n or 0 0 0 1 -b Th c r e t e e t is trig ere b a mo eme t b s d s n or

The event s al b re orted in one “INPUT NOTIFICATION” by bitwise OR-in the event

inf ormation values In order to p r orm the OR-in , every bit that is marked with “-“ f or the

l sted event names s al b as umed 0

The information contained in bit 3 can b u ed by the a pl cation control er to determine

whether the sen or alre d a pl ed a hold timer or not (movement b sed sen or)

NOT 2 Ev ry e a le e e t le d toa c mplete e e t, re ortin b th th mo eme t a d o c p n y informatio

9.4.4 Eve t configuration

The a pl cation control er may not ne d al the event trig ers mentioned in 9.4.3 The

in tan e s al al ow the a pl cation control er to set the “eventFit er” (se IEC 6 3

6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, 9.7.4) to in ibit those event trig ers that the

a pl cation control er do s not ne d For this doc ment, “eventFi t er” s al b red ced to one

byte

NOT In ibitin e e t trig ers in re s s th ef fe tiv b s b n width a aia i ty

“QUERY EVENT FILTER 0-7”, se IEC 6 3 6-10 :2 14 an IEC 6 38 -10 :2 14/AMD1:—

f or detais

If the ‘re e t’ event is ena led, on expiration of the re ort timer the ‘sti vacant’ event s al b

sent if the ‘vacant’ event is ena led, an the ‘v sti oc upied’ event s al b sent if the

‘oc upied’ event is ena led

9.4.5 Ev nt ge eration

An event s al b generated on every c an e of “ n ut Value” or when the re ort timer expires

In case a new event oc urs b f ore the c r ent event is b in sent, the new event s al re lace

the c r ent event This could b cau ed for example by bu u avaia i ty or the de dtime

timer

9.4.6 Mov me t trigger a d c tc ing

The event fi ter can b adju ted to ena le or disa le the ‘movement’ event Care s ould b

taken when ena l n the ‘movement’ event, as it is l kely to flo d the bu

If the movement event is disa led the a plcation control er can expl citly as for the event to

b sent on e (set in “cat ching ), u in the comman “CATCH MOVEMENT” Eac “INPUT

NOTIFICATION” s al cle r “cat ching , whic imples that “CATCH MOVEMENT” is a sin l

e-notif i ation req est The in tru tion s al not c an e the event fiter

If the movement event is ena led the “CATCH MOVEMENT” in tru tion s al b ig ored

NOT An th r “C TCH MOVEMENT” h s n eff ect if a c mma d h s n t (y t) le to a n tific tio

The q ery “QUERY CATCHING” can b u ed to verify that no movement notif i ation has b en

sent yet ( catching” has b en set

9.5 Configuring the input de ic

Both can elation of the hold timer an expiration of the hold timer s al generate a ’vacant’

trig er

9.5.2 Using the report timer

If the re ort timer is set, it s al generate a ‘re e t’ trig er every T

re orteven if the “ n ut Value”

has not c an ed The re ort timer s al b restarted every time an event is sent

If multiple devices have the re ort timer ena led, they mig t sen out confl ctin data

control n the same control ge r De en in on the a pl cation, care ne d to b taken when

ena l n the re ort timer

9.5.3 Using the de dtime timer

If the de dtime timer is set, the in tan e s al not sen out an event u ti the de dtime timer

has expired The de dtime timer s al b restarted every time an event is sent

NOT Th p rp s of th d a time timer is to in re s th ef fe tiv b s b n width a aia i ty It is n t inte d d

Only on (re-)startin a timer the actual time s al b calc lated b sed on the cor esp n in

varia le This impl es that the times only c an e af ter an ru nin timer has b en retrig ered,

can el ed or expired The toleran e on the time s al b ± %

Only a plc ble for mo eme t b s d s n ors

The input device s al exp se the fol owin o eration to set an o serve the timer

multipl ers:

• “SET HOLD TIMER (DTR0) , “QUERY HOLD TIMER” to set or q ery “ Hold ”;

• “SET REPORT TIMER (DTR0) , “QUERY REPORT TIMER” to set or q ery “ Rep rt ;

• “SET DEADTIME TIMER (DTR0) , “QUERY DEADTIME TIMER” to set or q ery “ Dead time”

“QUERY HOLD TIMER” s al an wer MASK if the hold timer is not implemented, “t Hold ” if it is

implemented

If the hold timer is implemented, “SET HOLD TIMER (DTR0) s al set “t Hold ” to “DTR0”

u les “DTR0” eq als MASK in whic case the comman s al b ig ored The minimum time

in case “ Hold” eq als 0 s al b 1 s

“SET REPORT TIMER (DTR0) s al set “t Rep rt de en in on “DTR0“ If “t Rep rt is set to 0,

“SET DEADTIME TIMER (DTR0) s al set “ Deadtime” de en in on “DTR0” If “t Dead time” is

If IEC 6 3 6-3 3 is implemented, the in tan e level varia les ac ordin to Ta le 5 may b

IEC 6 3 6-3 3) s al return the byte as defined in Ta le 5:

Table 5 – “man al Ca a ility nst anc 3x ” v lu s

0 Ma u l c nfig ratio of tRep rt” s p orte “ ” = “Ye ”

2 Ma u l c nfig ratio of tDead time” s p orte “ ” = “Ye ”

If a ph sical sen or f aiure is detected, the in tan e s al set “insta c Er or” to TRUE, fom

the moment the fai ure is detected u ti the faiure is resolved Whi e the er or is detected, no

f urther events s al b sent

9.6.2 Ma uf acturer spe ific er ors

If a man f acturer sp cif i er or other than ph sical sen or f ai ure is detected, the in tan e

s al set “insta c Er or” to TRUE, f rom the moment the er or oc urs u ti the er or is gone

9.6.3 Er or v lue

“inst anc Er or” can b o served via “QUERY INSTANCE STATUS”

Whi e “insta c Er or” is set, “QUERY INSTANCE ERROR” s al return “inst anc Er orByt e”

ac ordin to Ta le 6

Table 6 – “inst anc Er orByte” v lu s

4 Ma ufa turer s e ific eror 1? " " = "Ye "

5 Ma ufa turer s e ific eror 2 " " = "Ye "

6 Ma ufa turer s e ific eror 3 " " = "Ye "

If u ed, the me nin of bits [7:4] of “ nsta c Er orByte” s al b doc mented in the

man al/doc mentation The imp ct on event generation s al also b doc mented

10 Declaration of variables

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, Clau e 10

a ply, with the fol owin con ideration

Ta le 7 s ows ad ition to the device varia les

Table 7 – De laration of de ic v riable

Ta le 8 s ows restriction to the in tan e varia les

Table 8 – Re trictions to insta c v riable def ine

Table 9 – De laration of insta c v riable

Only a plc ble for a mo eme t b s d s n or, oth rwis “Hold ” is MASK

11 Def inition of commands

1 2.2 Sta dard comma ds

Ta le 10 gives an overview of the ad itional comman s an q eries

Table 10 – Sta dard comma ds

1 3 Ev nt me s ge

1 3.1 INPUT NOTIFICATION (de ic /inst anc , e ent)

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, 1 3.1 a ply,

with the fol owin ad ition :

“catching s al b set to FALSE if the trig er for the input notification is ‘movement’

Refer to 9.4.3 f or an overview of event values

1 3.2 POWER NOTIFICA TION (devic )

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, 1 3.2 a ply

1 4 De ic control instruction

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2014/AMD1:—, 1 4 a ply

1 5 De ic configuration in tructions

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, 1 5 a ply

1 6 De ic querie

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, 1 6 a ply

1 7 Insta ce control instructions

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, 1 7 a ply, with

the fol owin ad ition :

1 7.2 CA TCH MOVEMENT

If the movement event is ena led the” CATCH MOVEMENT” in tru tion s al b ig ored

If the movement event is disa led “catching s al b set to TRUE On e a movement

detected event has b en sent, "catching" s al b reset to FALSE

The event f ilter s al not b modif ied by this in tru tion

Refer to 9.4.6 f or more inf ormation

1 7.3 CANCEL HOLD TIMER

This in tru tion s al b ig ored if the hold timer is not implemented

If the hold timer is implemented an the timer is ru nin , this in tru tion s al cle r the timer

an generate a "vacant" trig er

1 8 In ta c conf iguration in tructions

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, 1 8 a ply, with

the fol owin ad ition an re lacements:

1 8.2 SET EVENT FILTER (DTR0)

“event Fi te ” s al b set to DTR0 if the value is within the vald ran e Otherwise, the

comman s al b ig ored

1 8.3 SET HOLD TIMER (DTR0)

If the hold timer is implemented, “SET HOLD TIMER (DTR0) s al set “t Hold” to “DTR0”

u les “DTR0” eq als MASK in whic case the comman s al b ig ored

Refer to 9.5.1 f or more inf ormation

1 8.4 SET REPORT TIMER (DTR0)

“ Rep rt s al b set to “DTR0”

Ref er to 9.5.2 f or more information

1 8.5 SET DEADTIME TIMER (DTR0)

“tDeadt ime” s al b set to “DTR0”

Ref er to 9.5.3 for more information

1 9 Insta c querie

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, 1 9 a ply, with

the fol owin ad ition :

1 9.2 QUERY INSTANCE ERROR

The detai ed er or information s al b “ nst anc Er orByt e”

Refer to 9.6.3 f or more information

1 9.3 QUERY DEADTIME TIMER

The an wer s al b “tDead t ime”

Ref er to 9.5.3 for more information

1 9.4 QUERY HOLD TIMER

The an wer s al b MASK if the hold timer is not implemented, “t Hold” if it is implemented

Ref er to 9.5.1 for more information

1 9.5 QUERY REPORT TIMER

Refer to 9.5.2 f or more inf ormation.

1 9.6 QUERY CATCHING

The an wer s al b YES if “cat ching eq als TRUE, an NO otherwise

Ref er to 9.4.6 f or more information

1 10 Spe ial comma d

The req irements of IEC 6 3 6-10 :2 14 an IEC 6 3 6-10 :2 14/AMD1:—, 1 10 a ply

Bibl ogr aphy

[1] IEC 613 7 (al p rts), L mp c ntrolge r

[2] IEC 613 7-1, L mp c ntrolg ar – Part 1: Ge eral a d safety re uireme ts