Brooks Automation UF70 RFID UHF Reader User Manual Product Manual

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Date Submitted	2012-05-30 00:00:00
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En glish
Pr odu ct M a n u a l
RFI D Re a de r UF7 0 Ce r t u m
The product m anual m ust be read prior t o t he init ial st art- up. Observe t he safet y inst ruct ions!
St ore for fut ure use. This docum ent at ion is not subj ect t o revisions.
I D120037
05/ 2012
I nform ation
This product m anual corresponds wit h " Direct ive 1999/ 5/ EC of t he European Parliam ent
and t he Council on radio equipm ent and t elecom m unicat ions t ransm ission equipm ent
and t he m ut ual recognit ion of t he conform it y" .
This product m anual is addressed t o t he operat ing com pany who m ust pass it on t o t he
personnel responsible for inst allat ion, connect ion, use and repairs of t he m achine.
The plant m anager m ust ensure t hat t he inform at ion cont ained in t his product m anual and
in t he accom panying docum ent s has been read and underst ood.
The product m anual m ust be st or ed in a place t hat is fam iliar and easily accessible t o
em ployees and m ust be consult ed whenever an em ployee is unsure of how t o proceed.
The m anufact urer does not assum e any r esponsibilit y for inj uries t o persons or anim als, or
dam age t o propert y or t o t he device arising fr om incor rect use or disregard or insufficient
considerat ion of t he safet y crit eria cont ained in t his product m anual or based on
m odificat ions of t he device or t he use of unsuit able spare part s.
The copyright for t his product m anual is held solely by
Brooks Aut om at ion ( Germ any) Gm bH
RFI D Division
Gart enst r. 19
95490 Mist elgau
Ger m any
or it s legal successor.
Reproducing or circulat ing t his product m anual is only perm it t ed wit h t he exclusive
approval of t he copyright holder. This also applies if only excerpt s of t he product
m anual are copied or circulat ed. These r equirem ent s also apply for circulat ing t he
product m anual in digit al form .
St at us: May 2012
I nform ation
Ar ch i v i n g

St ore t he product m anual in t he vicinit y of t he device!

Always keep t he product m anual handy!
Sy m b o l s a n d si g n a l w o r d s
The following sym bols and signal words are used in t his docum ent at ion. The
com binat ion of a pict ograph and a signal word classifies t he respect ive safet y
inform at ion. The sym bol can vary depending on t he t ype of danger.
Si g n a l w o r d
D e scr i p t i o n
D AN GER
This signal word m ust be used if deat h or
irreversible dam age t o healt h can occur if
t he hazard inform at ion is not followed.
W ARN I N G
This signal word indicat es bodily inj uries
and propert y dam age including inj uries,
accident s, and healt h risks.
CAUTI ON
This signal word indicat es a risk of
propert y dam age. I n addit ion, t here is a
slight risk of inj uries.
ATTEN TI ON
This signal word warns of m alfunct ions
and m ay only be used if no dam age t o
healt h can occur.
I M PORTAN T
This signal word indicat es crossreferences and ways in which operat ions
are facilit at ed. I t excludes all risks of
propert y dam age and inj ury risks.
No dam age
R i sk o f i n j u r y a n d
propert y dam age
Death
Sy m b o l
I nform ation
Ta r ge t gr oup
This product m anual is addressed t o personnel wit h t he following areas of
responsibilit y:
A r e a o f r e sp o n si b i l i t y
Co m p e t e n ce
I nst allat ion
Specialized personnel
Com m issioning, operat ion and
decom m issioning
I nst ruct ed personnel
Troubleshoot ing
Specialized personnel
Definit ion according t o DI N EN 60204- 1:
I n st r u ct e d p e r so n n e l
Persons who have been inst ruct ed and, if required, t rained by a specialist as t o
t he t asks assigned t o t hem , t he possible risks of incorrect behavior and t he
required safet y equipm ent and safet y m easures.
Sp e ci a l i z e d p e r so n n e l
Persons who can evaluat e t he work assigned t o t hem and recognize possible risks
based on t heir specialized t raining, knowledge, experience and fam iliarit y wit h
t he relevant st andards.
Co n t e n t s
I d e n t i f i ca t i o n
. . . . . . . . . . . . . . . . . . . . . . . . . 7
1 .1
D e sign a t e d u se
1 .2
I n cor r e ct u se
D e cl a r a t i o n o f Co n f o r m i t y
Ge n e r a l I n st r u ct i o n s
. . . . . . . . . . . . . . . 10
. . . . . . . . . . . . . . . . . . . 12
3 .1
Lia bilit y a nd w a r r a nt y
12
3 .2
Obj e ct ive s of t he pr oduct m a n u a l
12
Sa f e t y I n st r u ct i o n s
. . . . . . . . . . . . . . . . . . . . 14
4 .1
Ar e a of a pplica t ion a nd sym bols
14
4.1.1
Safet y sym bols – in com pliance wit h 4844- 2
15
4.1.2
Warning sym bols
15
4.1.3
Prohibit ion sym bols
15
4.1.4
Ot her sym bols
16
4 .2
Obliga t ion s
17
4.2.1
Operat ing com pany’s obligat ions
17
4.2.2
Operat ing personnel’s obligat ions
17
4 .3
ESD inst r uct ions
18
4 .4
Re sidu a l r isk s
18
4 .5
Addit iona l infor m a t ion
20
P r o d u ct Sp e ci f i ca t i o n s . . . . . . . . . . . . . . . . . . 2 2
5 .1
Fu nct ion
22
5 .2
I m a ge s
23
5.2.1
Front view
23
5.2.2
Rear view
24
5.2.3
Top view
25
5 .3
D e scr ipt ion of t he com pon e n t s
26
5 .4
Te ch n ica l da t a
28
I n st a l l a t i o n . . . . . . . . . . . . . . . . . . . . . . . . . . 3 0
6 .1
Sa fe t y inst r uct ions
30
6 .2
Qua lifie d inst a lla t ion pe r sonne l
32
6 .3
Un pa ck in g
32
6 .4
Asse m bly of t he de vice
33
6 .5
Ant e nna inst a lla t ion
34
Co n t e n t s
10
6.5.1
Posit ioning t he ant enna
34
6.5.2
Available ant enna t ypes
34
6 .6
Pow e r supply
34
6 .7
Te r m in a l con n e ct ion
35
6 .8
Ex t e r n a l inpu t a n d out pu t ( opt ion a l)
36
6 .9
Com m ission ing
36
6.9.1
Required operat ing condit ions
36
6.9.2
Param et ers of t he serial int erface
36
6.9.3
Param et ers of t he Et hernet int erface
37
Ope r a t ion
. . . . . . . . . . . . . . . . . . . . . . . . . . . 40
7 .1
Ope r a t ing pe r sonne l
40
7 .2
Com m un ica t ion pr ot ocol ASC- I 1
40
7.2.1
St ruct ure of t he com m unicat ion prot ocol
40
7.2.2
Package cont ent s
41
7.2.3
Com m ands of prot ocol
43
7.2.4
Param et ers
126
7 .3
Addit iona l infor m a t ion
155
Se r v i ce a n d T r o u b l e sh o o t i n g
. . . . . . . . . . . . 156
8 .1
Ge ne r a l r e m a r k s
156
8 .2
Qua lifie d t r ouble sh oot in g pe r son n e l
157
8 .3
Sa fe t y inst r uct ions
157
8 .4
Er r or code s
158
8 .5
Er r or displa y w it h LED
160
8 .6
Re a de r doe s n ot r e spond
160
8 .7
Re se t
161
8 .8
Pow e r cu t
161
8 .9
Soft w a r e r e le a se s
161
8 .1 0
Cu st om e r se r vice
161
D i sm a n t l i n g a n d St o r a g e
. . . . . . . . . . . . . . . 162
9 .1
D ism a n t lin g
162
9 .2
St or a ge
162
T r a n sp o r t a n d D i sp o sa l
. . . . . . . . . . . . . . . . 163
1 0 .1
Tr a nspor t
163
1 0 .2
D isposa l
163
Ch a p t e r 1
I de nt ifica t ion
I d e n t if ica t io n
This chapt er gives you an overview of t he following t opics:
M ode l
■
 Designat ed use
■
 I ncorrect use
RFI D Reader UF70 Cert um
Serial num ber
00 – 0001 – UF70
Part num ber
TUG- E1ML- 4O00- F4- 00E1 ETSI version, prot ect ion class I P40
TFG- E1ML- 4O00- F4- 00E1 FCC version, prot ect ion class I P40
TUG- E1ML- 4O00- R4- 00E1 ETSI version, prot ect ion class I P65
TFG- E1ML- 4O00- R4- 00E1 FCC version, prot ect ion class I P65
M a n u fa ct u r e r
Brooks Aut om at ion ( Germ any) Gm bH
RFI D Division
Gart enst r. 19
D- 95490 Mist elgau
GERMANY
Telephone
+ 49 ( 0) 9279 - 991 550
Fax
E- m ail
Websit e
+ 49 ( 0) 9279 - 991 501
info.rfid@brooks.com
www.brooks- rfid.com
For inform at ion on t he label, see  Device label.
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
Ch a p t e r 1
I de nt ifica t ion
1 .1
D e sig n a t e d u se
This product is exclusively developed for reading and writ ing of passive UHF
t ransponders ( e.g. EPC Class1 Gen2) . Any ot her use of t his device const it ut es
m isuse and renders t he user's aut horit y t o inst all and operat e t he device invalid.
This product is designed t o be m ount ed and operat ed in an indust rial set t ing as a
built- in- device only. I t is not designed t o be used as a st and- alone or port able
device or in a non- indust rial set t ing, such as a household, vehicle or in t he openair.
I nt ended use also includes t he following:
■
following all inst ruct ions in t he product m anual
■
following all safet y inform at ion
nbb
Before using t he device, t he user should ensure t hat t he nat ional approval
requirem ent s for use are m et .
Use r infor m a t ion
FCC
I M PORTAN T
Changes or m odificat ions not expressly approved by t he part y responsible for
com pliance could void t he user ’s aut horit y t o operat e t he equipm ent .
This equipm ent has been t est ed, and found t o com ply wit h t he lim it s for a Class
A digit al device, pursuant t o part 15 of t he FCC Rules. These lim it s are
designed t o provide reasonable prot ect ion against harm ful int erference when
t he equipm ent is operat ed in a com m ercial environm ent . This equipm ent
generat es, uses, and can radiat e radio frequency energy and, if not inst alled
and used in accordance wit h t he inst ruct ion m anual, m ay cause harm ful
int erference t o radio com m unicat ions. Operat ion of t his equipm ent in a
resident ial area is likely t o cause harm ful int erference, in which case t he user
will be required t o correct t he int erference at his own expense.
1 .2
I n co r r e ct u se
I ncorrect use, which can endanger t he device, t he user and t hird part ies,
includes:
■
t he use of t he device, cont rary t o it s int ended use (  Designat ed use)
■
m odifying, ext ending or reconst ruct ing t he device wit hout first consult ing
Brooks Aut om at ion ( Germ any) Gm bH
■
operat ing t he device when t here are obvious problem s
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
Ch a p t e r 1
I de nt ifica t ion
W ARN I N G
R i sk o f i n j u r y t h r o u g h i n co r r e ct m o d i f i ca t i o n s
There are risks from unaut horized m odificat ions t o t he m achine.
Only use original spare part s from t he m anufact urer. Do not m ake any changes,
at t achm ent s or m odificat ions t o t he device wit hout t he approval of Brooks
Aut om at ion ( Germ any) Gm bH.
W ARN I N G
R i sk o f i n j u r y a n d m a l f u n ct i o n o f m a ch i n e o p e r a t i o n t h r o u g h
i n co r r e ct u se
There are risks at t ached t o using t he device incorrect ly.
Use t he device exclusively according t o it s int ended use.
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
Ch a p t e r 2
D e cl a r a t i o n o f Co n f o r m i t y
D e cl a r a t i o n o f Co n f o r m i t y
Ko n f o r m i t ä t se r k l ä r u n g g e m ä ß d e m Ge se t z ü b e r Fu n k a n l a g e n u n d
T e l e k o m m u n i k a t i o n se n d e i n r i ch t u n g e n ( FT EG) u n d d e r R i ch t l i n i e
1 9 9 9 / 5 / EG ( R & T T E)
Declarat ion of Conform it y in accordance wit h t he Radio and Telecom m unicat ions
Term inal Equipm ent Act ( FTEG) and Direct ive 1999/ 5/ FC ( R&TTE Direct ive)
Herst eller / Verant wort liche Person
Manufact urer / responsible person
BR O O KS Au t o m a t i o n
( Ge r m a n y ) Gm b H /
H e r r D i t t r i ch
erklärt , dass das Produkt
declares t hat t he product
U F7 0 Ce r t u m
Type ( ggf. Anlagenkonfigurat ion m it Angabe der
Module)
Type ( if applicable, configurat ion including t he
m odules)
Telekom m unikat ions( Tk- ) endeinricht ung
Telecom m unicat ions t erm inal equipm ent
Funkanlage
Radio equipm ent
Verwendungszweck
I nt ended purpose
I d e n t i f i ca t i o n sy st e m
Gerät eklasse
Equipm ent class
bei best im m ungsgem äßer Verwendung den grundlegenden Anforderungen des
§ 3 und den übrigen einschlägigen Best im m ungen des FTEG ( Art ikel 3 der
R&TTE) ent spricht .
com plies wit h t he essent ial requirem ent s of § 3 and t he ot her relevant provisions
of t he FTEG ( Art icle 3 of t he R&TTE Direct ive) , when used for it s int ended
purpose.
Ge su n d h e i t u n d Si ch e r h e i t g e m ä ß § 3 ( 1 ) 1 . ( A r t i k e l 3 ( 1 ) a ) )
Healt h and safet y requirem ent s pursuant t o § 3 ( 1) 1. ( Art icle 3( 1) a) )
angewendet e harm onisiert e Norm en
Harm onized st andards applied
Einhalt ung der grundlegenden Anforderungen auf
andere Art und Weise ( hierzu verwendet e St andards/
Spezifikat ionen)
Ot her m eans of proving conform it y wit h t he essent ial
requirem ent s ( st andards / specificat ions used)
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
EN 6 0 9 5 0 - 1 : 2 0 0 6
- - -
10
Ch a p t e r 2
D e cl a r a t i o n o f Co n f o r m i t y
Sch u t z a n f o r d e r u n g e n i n Be z u g a u f d i e e l e k t r o m a g n e t i sch e
V e r t r ä g l i ch k e i t ( § 3 ( 1 ) 2 , A r t i k e l 3 ( 1 ) b )
Prot ect ion requirem ent s concerning elect rom agnet ic com pat ibilit y § 3( 1) ( 2) ,
( Art icle 3( 1) ( b) )
EN 3 0 1 4 8 9 - 1 V1 .8 .1
EN 3 0 1 4 8 9 - 3 V1 .4 .1
angewendet e harm onisiert e Norm en
Harm onized st andards applied
Einhalt ung der grundlegenden Anforderungen auf
andere Art und Weise ( hierzu verwendet e St andards/
Spezifikat ionen)
Ot her m eans of proving conform it y wit h t he essent ial
requirem ent s ( st andards / int erface specificat ions
used)
M a ß n a h m e n z u r e f f i z i e n t e n N u t z u n g d e s Fu n k f r e q u e n z sp e k t r u m s
Measures for t he efficient use of t he radio frequency spect rum
Luft schnit t st elle bei Funkanlagen gem äß § 3( 2) ( Art ikel 3( 2) )
Air int erface of t he radio syst em s pursuant t o § 3( 2) ( Art icle 3( 2) )
angewendet e harm onisiert e Norm en
Harm onized st andards applied
EN 3 0 2 2 0 8 - 1 V1 .3 .1
EN 3 0 2 2 0 8 - 2 V1 .3 .1
Einhalt ung der grundlegenden Anforderungen auf
andere Art und Weise ( hierzu verwendet e St andards/
Spezifikat ionen)
Ot her m eans of proving conform it y wit h t he essent ial
requirem ent s ( st andards/ specificat ions used)
- - -
BROOKS Aut om at ion ( Germ any) Gm bH
Gart enst r. 19
D- 95490 Mist elgau
GERMANY
Telephone
Fax
E- Mail
+ 49 ( 0) 9279 - 991 550
+ 49 ( 0) 9279 - 991 501
info.rfid@brooks.com
Mist elgau, July 21, 2011
( Place and dat e of issue)
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
Gerald Dit t rich
( Nam e and signat ure)
11
nbb
Ch a p t e r 3
Ge ne r a l I nst r uct ions
Ge n e r a l I n st r u ct io n s
This chapt er gives you an overview of t he following t opics:
■
 Liabilit y and warrant y
■
 Obj ect ives of t he product m anual
3 .1
Li a b i l i t y a n d w a r r a n t y
The “ General sales and delivery condit ions” of Brooks Aut om at ion ( Germ any)
Gm bH always apply.
The warrant y period is 12 m ont hs beginning wit h t he delivery of t he device, which
is verified by t he invoice or ot her docum ent s.
The warrant y includes repairs of all dam age t o t he device t hat occurs during t he
warrant y period and was clearly caused by m at erial or m anufact uring defect s.
Liabilit y and warrant y claim s in cases of inj ury t o persons or dam age t o propert y
are excluded if t hey can be at t ribut ed t o one or m ore of t he following causes:
■
incorrect use of t he device
■
disregard of t he inform at ion in t he product m anual
■
unaut horized st ruct ural m odificat ions of t he device
■
insufficient m aint enance and repairs
■
disast ers due t o foreign obj ect s or force m aj eure
3 .2
O b j e ct iv e s o f t h e p r o d u ct m a n u a l
This product m anual serves as support and cont ains all t he necessary safet y
inform at ion t hat m ust be followed for general safet y, t ransport , inst allat ion and
operat ion.
This product m anual wit h all safet y inform at ion ( as well as all addit ional
docum ent s) m ust be:
■
followed, read and underst ood by all persons working wit h t he device
( especially t he safet y inform at ion)
■
easily available t o all persons at all t im es
■
im m ediat ely consult ed in case of t he least doubt ( safet y)
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
12
Ch a p t e r 3
Ge ne r a l I nst r uct ions
Obj ect ives:
■
avoid accident s
■
increase t he service life and reliabilit y of t he device
■
reduce cost s due t o product ion downt im es
nbb
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
13
Ch a p t e r 4
Sa fe t y I nst r uct ions
Sa f e t y I n st r u ct io n s
This chapt er gives you an overview of t he following t opics:
■
 Area of applicat ion and sym bols
■
 Obligat ions
■
 ESD inst ruct ions
■
 Residual risks
■
 Addit ional inform at ion
4 .1
D AN GER
Ar e a o f a p p lica t io n a n d sy m b o ls
D a n g e r t o l i f e , r i sk o f i n j u r i e s o r d a m a g e t o p r o p e r t y
Risks exist when disregarding t he product m anual and t he safet y inst ruct ions
t herein.
Carefully read t he product m anual before init ial com m issioning. Perform t he
required safet y m easures before init ial com m issioning.
Follow t he general safet y inform at ion as well as t he special safet y inform at ion
given in ot her chapt ers.
The device was const ruct ed according t o st at e- of- t he- art t echnology and
recognized safet y regulat ions. I n order t o prevent any risks t o life and lim b of t he
user, t hird part ies or dam age t o t he device, only use t he device for it s int ended
purpose and in perfect condit ion wit h regard t o safet y.
Bodily inj uries and/ or propert y dam age result ing from non- com pliance wit h t he
inst ruct ions given in t he product m anual are t he responsibilit y of t he com pany
operat ing t he device or of t he assigned personnel. Malfunct ions t hat could
com prom ise safet y m ust be elim inat ed im m ediat ely.
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
14
Ch a p t e r 4
Sa fe t y I nst r uct ions
4 .1 .1
W ARN I N G
Sa fe t y sym bols – in com plia n ce w it h 4 8 4 4 - 2
R i sk o f i n j u r i e s w h e n d i sr e g a r d i n g sa f e t y sy m b o l s
Risks exist when disregarding warnings in t he product m anual.
Please heed t he warnings.
Special safet y sym bols in accordance wit h DI N 4844- 2 are used in t he
corresponding passages in t he t ext of t his product m anual and require special
at t ent ion depending on t he com binat ion of signal word and sym bol.
4 .1 .2
W a r n in g sy m bols
nbb
W a r n i n g a g a i n st
hazardous area
W a r n i n g a g a i n st
h a z a r d o u s e l e ct r i ca l
volt a ge
W a r n i n g a g a i n st
e l e ct r o m a g n e t i c
r a dia t ion
W a r n i n g a g a i n st
fla m m a b le m a t e r ia ls
W a r n i n g a g a i n st
p o t e n t i a l l y e x p l o si v e
a t m o sp h e r e
W a r n i n g a g a i n st
e l e ct r o st a t i ca l l y
se n si t i v e co m p o n e n t s
4 .1 .3
Pr oh ibit ion sym bols
U n a u t h o r i z e d a cce ss
is pr oh ibit e d
Fi r e , o p e n f l a m e a n d
sm o k i n g i s p r o h i b i t e d
Sw i t ch i n g i s
pr oh ibit e d
Pr oh ibit ion
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
15
Ch a p t e r 4
Sa fe t y I nst r uct ions
4 .1 .4
Ot h e r sy m bols
D i sp o se o f p a ck i n g
m a t e r i a l a cco r d i n g t o
r e gu la t ion s
R e cy cl i n g
I m port ant
in for m a t ion
Re f e r t o m a n u a l
D i sco n n e ct f r o m
p o w e r su p p l y
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
16
Ch a p t e r 4
Sa fe t y I nst r uct ions
4 .2
Obligat ions
4 .2 .1
Ope r a t in g com pa n y’s obliga t ion s
The safe condit ion and use of t he device is a requirem ent for t he safe operat ion of
t he device. The com pany operat ing t he device t herefore has t he obligat ion t o
ensure t hat t he following point s are adhered t o:

The device m ay only be operat ed by t rained and aut horized personnel!

Avoid unsafe and/ or dangerous work procedures! I f necessary, check
em ployees' act ions!

Only perm it personnel t o be t rained or inst ruct ed wit hin t he scope of a
general t raining work on t he device under t he supervision of an
experienced person!

Personnel m ust have underst ood t he product m anual. Have t his confirm ed
by signat ure!

Precisely est ablish responsibilit ies according t o t he various t ask areas
( operat ion, inst allat ion) !

Operat ing personnel m ust be com m it t ed t o im m ediat ely report ing t o t heir
superior any ident ifiable safet y deficiencies which occur!
4 .2 .2
Ope r a t in g pe r son n e l’s obliga t ion s
Operat ors are obligat ed t o cont ribut e t o t he prevent ion of work accident s and t he
consequences of t hem by t heir personal conduct .
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Ch a p t e r 4
Sa fe t y I nst r uct ions
W ARN I N G
R i sk o f i n j u r i e s d u e t o i n su f f i ci e n t p e r so n n e l q u a l i f i ca t i o n s
A risk exist s for personnel and t he proper operat ion due t o insufficient ly
qualified personnel.
Only t rained personnel m ay operat e t he device. New operat ors m ust be
inst ruct ed by t he current operat ing personnel. The operat ing com pany m ust
precisely regulat e and m onit or t he personnel's areas of responsibilit y and
com pet ence.
Personnel for t he areas of responsibilit y m ent ioned above m ust have t he
corresponding qualificat ion for t his work ( t raining, inst ruct ions) . I f necessary,
t his can be done by t he m anufact urer on behalf of t he operat ing com pany.
All warrant y claim s are void when disregarded.
4 .3
CAUTI ON
ESD i n st r u ct i o n s
St at ic elect ricit y can dam age elect ronic com ponent s in t he device. All persons
inst alling or m aint aining t he device m ust be t rained in ESD prot ect ion.
ESD prot ect ive m easures m ust be applied when opening t he device.

Disconnect t he power supply prior t o rem oving or adding com ponent s.

Discharge your body and all t ools used prior t o cont act ing any com ponent s
on t he int erior of t he device!

4 .4
Touch elect ronically sensit ive part s carefully and at t he corners!
Re sid u a l r isk s
Even if all precaut ions have been t aken, t here m ay be unapparent residual risks!
Adhering t o t he safet y inst ruct ions, t he int ended use, and t he product m anual as
a whole can reduce residual risks!
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Ch a p t e r 4
Sa fe t y I nst r uct ions
D AN GER
R i sk s f r o m e l e ct r i c cu r r e n t
Elect rical energy rem ains in lines, equipm ent and devices even when t he device
is swit ched off.
Only allow qualified elect ricians t o perform work on t he elect rical supply
syst em .
ATTEN TI ON
Disconnect t he device from t he power supply syst em if act ive part s of t he
device can be accessed by using t ools. Access is only perm it t ed for aut horized
personnel.
Regularly check t he elect rical equipm ent of t he device. Regularly check all
m oving cables for dam age wit hin t he scope of m aint enance and repairs.
D AN GER
R i sk o f f i r e a n d e x p l o si o n s
Fire and explosions m ay occur wit hin t he vicinit y of t he device.
Sm oking, open flam es and fire are st rict ly prohibit ed in t he vicinit y of t he
device. Do not st ore any flam m able liquids wit hin t he hazardous area. Keep a
fire ext inguisher in t he vicinit y of t he device.
W ARN I N G
W a r n i n g a g a i n st e l e ct r o m a g n e t i c r a d i a t i o n
Elect rom agnet ic radiat ion develops when t ransm it t ing and receiving dat a.
Set t he ant enna in such a posit ion t hat it is not in t he vicinit y of or t ouches a
hum an body while t ransm it t ing.
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Ch a p t e r 4
Sa fe t y I nst r uct ions
4 .5
Addit ion a l in for m a t ion
■
Read and underst and all safet y and product m anuals prior t o inst alling
and operat ing t he device.
■
This docum ent at ion was writ t en for specifically t rained personnel.
I nst allat ion, operat ion and t roubleshoot ing m ay only be carried out by
specifically t rained personnel.
■
Ret ain t hese inst ruct ions. Keep t his docum ent at ion in a locat ion t hat is
accessible t o all personnel involved wit h t he inst allat ion, use and
t roubleshoot ing of t he device.
■
Follow all warnings. Follow all warnings on and in t he device and in t he
docum ent at ion.
■
I nst all t he device only in accordance wit h t he m anufact urer's
inst ruct ions.
■
Use only t he accessories and cables from t he m anufact urer.
■
Troubleshoot ing t hat is not described in Chapt er  Service and
Troubleshoot ing m ay only be perform ed by t he m anufact urer.
■
People wit h hearing aids should be aware t hat t he radio signals em it t ed
by t he device can cause annoying noises in t he hearing aid.
■
Do not connect t he device t o power supplies such as norm al household
elect rical out let s. The device should only be connect ed t o power supplies
as specified in t his docum ent .
■
When rem oving a cable, only pull on t he plug and not on t he cable.
Connect cable connect ors st raight and carefully t o avoid dam aging t he
cont act s.
■
Never overbend t he ant enna cables or subj ect t hese t o m echanical
forces.
■
When replacem ent part s are required, use only t he replacem ent part s
t hat were specified by t he m anufact urer. Unaut horized spare part s can
result in fire, elect ric shock or ot her hazards.
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Ch a p t e r 4
Sa fe t y I nst r uct ions
Rule s a n d
r e gula t ions
The provisions of t he accident prevent ion regulat ions of t he governm ent safet y
organizat ions always apply t o all work on t he device.
The following m ust also be observed:
■
applicable legally binding accident- prevent ion regulat ions
■
applicable binding regulat ions at t he place of use
■
t he recognized t echnical rules for safe and professional work
■
exist ing environm ent al prot ect ion regulat ions
■
ot her applicable regulat ions
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Ch a p t e r 5
Pr oduct Spe cifica t ion s
Pr o d u ct Sp e cif ica t io n s
This chapt er gives you an overview of t he following t opics:
■
 Funct ion
■
 I m ages
■
 Descript ion of t he com ponent s
■
 Technical dat a
5 .1
Fu n ct io n
The Brooks RFI D UF70 Cert um reader is a m ult iprot ocol reader for reading
passive t ransponders in t he frequency range of 865 MHz t o 868 MHz for Europe
and 902 MHz - 928 MHz for t he FCC.
The device operat es at 2 W and 1 W HF power at t he ant enna j ack depending on
t he regist rat ion area.
When delivered, t he device can read and writ e t ransponders according t o t he EPC
Gen2 st andard. Ot her prot ocols can be added via soft ware updat es.
The device has several high perform ance int erfaces for com m unicat ions.
The reader has four ant enna port s for t he connect ion of t ransm it t ing and
receiving ant ennas for com m unicat ing wit h RFI D t ransponders.
The device also has various int erfaces for t he connect ion wit h t he PC, depending
on t he configurat ion st age. Power is supplied via a 3- pin M8 connect or.
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Ch a p t e r 5
Pr oduct Spe cifica t ion s
5 .2
I m ages
5 .2 .1
Fr on t vie w
nbb
Power ( 24 V)
RS232 int erface
Et hernet int erface
4 ant enna port s
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Ch a p t e r 5
Pr oduct Spe cifica t ion s
5 .2 .2
Re a r vie w
4 I / Os
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Ch a p t e r 5
Pr oduct Spe cifica t ion s
5 .2 .3
Top vie w
Ant enna port LED
Mode LED
Test Error LED
Mode but t on
Test OK LED
Reset but t on
Test but t on
Power LED
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Ch a p t e r 5
Pr oduct Spe cifica t ion s
5 .3
D e scr ip t io n o f t h e co m p o n e n t s
Co m p o n e n t s
Power LED
D e scr i p t i o n
I f t he correct volt age is applied t o t he device, t he
Power LED is green and t he device is operat ional.
Reset but t on
Pressing t his but t on init iat es a power- reset of t he
device. The reset but t on m ust be pressed for at least
t hree seconds unt il all t he LEDs of t he foil keypad
sim ult aneously st art and t he hardware reset is
execut ed.
Mode but t on
I f t he m ode but t on and t he reset but t on are
sim ult aneously pressed at a powerup reset for about
15 seconds unt il all t he LEDs of t he keypad light up for
t he second t im e, t he reader will be reset t o t he default
st at e ( default fact ory set t ing) .
Mode LED
Current ly no use.
Test but t on
Pressing t his but t on swit ches t he device t o t he reading
t est m ode and is used t o select t he ant enna port s. I f
t he but t on is pressed for a longer t im e ( at least 2
seconds) , t hen t he t est m ode is act ivat ed ( Test OK LED
and Test Error LED bot h briefly com e on) or disabled
( Test OK LED and Test Error LED bot h go out ) . Briefly
pressing t he but t ons when t he t est m ode is act ivat ed
result s in swit ching t o t he next ant enna port .
Test OK LED
When a t ransponder in t he t est m ode can be
successfully ident ified, t his LED t urns green.
Test Error LED
When a t ransponder in t he t est m ode cannot be
successfully ident ified, t his LED t urns red.
Ant enna port LED 1
These LEDs signal t he dat a t raffic t o t he respect ive
to 4
ant enna port s. Once dat a is read or writ t en via t he
ant enna port 1 ( above) , t he ant enna port LED 1
( above) t urns green.
Ant enna port s
Port s t o connect t he ant ennas.
I / O port s 1 t o 4
A digit al input and out put can be connect ed t o each
ant enna port . A 3 wire sensor or dry cont act is possible
as t he input . The out put can operat e a LED wit hout a
series resist or or direct ly swit ch 5 V DC
( I m ax = 100 m A) .
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Ch a p t e r 5
Pr oduct Spe cifica t ion s
Co m p o n e n t s
RS232 int erface
D e scr i p t i o n
Com m unicat ions wit h t he device can be m ade via t he
serial int erface ( 9 pin sub- D socket ) . Baudrat es of
1,200 Bd up t o 57,600 Bd are possible.
Et hernet int erface
Com m unicat ions wit h t he device can be m ade via t he
10/ 100 BaseT int erface.
Volt age supply
Cont act for connect ing t he 24 V DC volt age supply
connect ion
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Ch a p t e r 5
Pr oduct Spe cifica t ion s
5 .4
Te ch n ica l d a t a
T e ch n i ca l d a t a
Volt age
24 V DC ± 10%
Power consum pt ion
approx. 0.8 A at 24 V
Operat ing t em perat ure
- 20 t o 50 ° C
- 4 ° F t o 122 ° F
St orage t em perat ure
- 40 t o 85 ° C
- 40 ° F t o 185 ° F
Perm issible hum idit y at
50 ° C / 122 ° F
25 – 85%
Prot ect ion class
I P 40 ( opt ional I P 65)
Housing m at erial
Passivat ed alum inum
Weight
approx. 1,500 g
Air int erface
I SO 18000- 6C ( EPC Global Class 1 Gen2)
Frequency range Europe
865 – 868 MHz
Frequency range FCC
902 – 928 MHz
Radiat ion power
< 2 Wat t ERP
Transm it t ing power
program m able in 1 dB st eps
Read / writ e range
up t o 8 m
Serial int erface RS232
1,200 Bd – 57,600 Bd
Et hernet int erface
10/ 100 BaseT
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Ch a p t e r 5
Pr oduct Spe cifica t ion s
D e vice la be l
The device label wit h t he CE m ark, part / serial num ber and MAC address is on t he
device housing.
Part num ber
Serial num ber
MAC address
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 6
I nst a lla t ion
I n st a lla t ion
This chapt er gives you an overview of t he following t opics:
■
 Safet y inst ruct ions
■
 Qualified inst allat ion personnel
■
 Unpacking
■
 Assem bly of t he device
■
 Ant enna inst allat ion
■
 Power supply
■
 Term inal connect ion
■
 Ext ernal input and out put ( opt ional)
■
 Com m issioning
Re f e r t o m a n u a l
Follow t he general safet y inst ruct ions in t he chapt er  Safet y I nst ruct ions.
6 .1
CAUTI ON
Sa f e t y in st r u ct io n s
The device is exclusively designed for indoor use in an indust rial environm ent .
I nst allat ion is only allowed in an int erior room at a const ant t em perat ure
bet ween - 20 ° C / - 4 ° F and + 50 ° C / 122 ° F, and a relat ive hum idit y bet ween
25% and 80% .
Never use t he device near or in wat er.
Never pour liquids of any t ype over t he device. I f t he device should accident ally
com e in cont act wit h liquid, disconnect it and have it checked by a t echnician.
Do not inst all t he device near heat sources such as radiat ors, heat regist ers,
st oves or ot her devices ( including am plifiers) t hat generat e heat .
Do not inst all t he device in a flam m able environm ent .
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Ch a p t e r 6
I nst a lla t ion
CAUTI ON
Never expose t he device t o ext rem e t em perat ure fluct uat ions, since ot herwise
condensat ion develops in t he device and causes dam age.
Do not inst all t he device in t he vicinit y of volt age lines or ot her power lines wit h
which t hey could collide ( for exam ple, drilling) , which could result in serious
inj uries or even deat h.
The device ( especially t he ant enna) should not be inst alled in t he im m ediat e
vicinit y of elect rical equipm ent such as m edical devices, m onit ors, t elephones,
TV set s, m agnet ic disks and m et al obj ect s.
nbb
This could result in reduced read and writ e ranges.
Never use t he device in explosive areas ( e.g. paint warehouses) .
CAUTI ON
ATTEN TI ON
Do not use t he device in areas where it is exposed t o vibrat ions or shocks.
The inst allat ion locat ion m ust be adequat ely illum inat ed during t he inst allat ion.
Never inst all t he device during a light ning st orm .
Verify t hat t he inst allat ion m eet s t he requirem ent s of t he ( count ry- specific)
FCC for hum an exposure t o radio frequencies.
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Ch a p t e r 6
I nst a lla t ion
ATTEN TI ON
When det erm ining t he inst allat ion sit e, keep in m ind t he lengt h of t he ant enna
wire and t he read/ writ e range of t he ant enna used.
6 .2
Qu a lif ie d in st a lla t io n p e r so n n e l
CAUTI ON
The inst allat ion is t o be carried out by specially t rained personnel only. I f you
are uncert ain about t heir qualificat ion, cont act t he m anufact urer.
CAUTI ON
I nst alling t he device wit hout special t raining can result in dam age t o t he reader
and/ or connect ed devices.
6 .3
U n p a ck in g
The device and t he accessories are packed under clean- room condit ions. I n order
t o m aint ain t his condit ion, t he device m ust also be unpacked in clean- room
condit ions.
D isposin g of t h e
pa ck a ging m a t e r ia l
The packaging m at erial consist s of cardboard and foil. Dispose of t hese
m at erials separat ely and under t he respect ive legal regulat ions of your count ry.
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 6
I nst a lla t ion
6 .4
ATTEN TI ON
Asse m b ly o f t h e d e v ice
The m ount ing surface m ust be st able, non- flam m able, dry and clean.
I f necessary, clean it before you inst all t he device.
The device m ust be inst alled so t hat air can freely circulat e vert ically t hrough
t he heat sink, and t he operat ing and environm ent al condit ions specified under
 Technical dat a are m et at all t im es.
I nst a lla t ion
dim e n sion s
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Ch a p t e r 6
I nst a lla t ion
6 .5
ATTEN TI ON
An t e n n a in st a lla t ion
Consider t he required read and writ e ranges when inst alling t he ant enna. The
reader can only be used properly if t he t ransponder is locat ed wit hin t he
individual reading/ writ ing range of t he respect ive ant enna.
I f t he t ransponder is very close t o t he ant enna, t he t ransponder m ay be
det uned by t he m et al of t he ant enna and a reading/ writ ing is not possible. We
recom m end keeping a m inim um dist ance bet ween t ransponder and ant enna of
about 10 m m .
6 .5 .1
Posit ion in g t h e a nt e n n a
Reliable reading and writ ing depends on t he dist ance and orient at ion of t he
t ransponder from t he ant enna.
Depending on t he polarizat ion of t he ant enna and t he design of t he t ransponder,
t he orient at ion of t he t wo t oget her should be considered when a reliable
ident ificat ion m ust be guarant eed.
More inform at ion on applicat ion- specific ant enna st ruct ures can be obt ained from
our support t eam .
6 .5 .2
Av a ila ble a n t e n n a t ype s
Different t ypes of ant ennas are available on request .
6 .6
D AN GER
Pow e r su p p ly
R i sk o f d e a t h f r o m d a n g e r o u s v o l t a g e
Risks exist when supplying t he device wit h t he incorrect volt age.
Only use cables, plugs and adapt ers supplied by t he m anufact urer.
Observe power rat ings of t he t echnical dat a (  Technical dat a) .
The device can be connect ed t o an int ernal power supply of t he syst em or t o an
ext ernal power supply.
Once t he device is connect ed t o t he power supply, t he power LED light s up.
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 6
I nst a lla t ion
I f t he LED does not light up, please refer t o chapt er  Error display wit h LED.
Pin
Si g n a l
GND
+ 24 V DC
GND
6 .7
Pins 1 and 3 are bot h grounded.
Te r m in a l co n n e ct io n
The serial int erface is a Sub- D socket ( 9- pin) .
A norm al RS232 ext ension cable can be used.
Pin
D B9
NC
TxD
RxD
NC
GND
NC
NC
NC
NC
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 6
I nst a lla t ion
6 .8
Ex t e r n a l i n p u t a n d o u t p u t ( o p t i o n a l )
The following I / O versions are possible:
A digit al input and out put can be connect ed t o each ant enna port .
A 3 wire sensor or dry cont act is possible as t he input .
The out put can operat e a LED wit hout a series resist or or direct ly swit ch 5 V DC.
6 .9
Co m m i s s i o n i n g
6 .9 .1
Re qu ir e d ope r a t in g con dit ion s
The following t wo condit ions m ust be fulfilled for operat ing t he device:

An ant enna m ust be connect ed correct ly t o t he reader.

Connect t he power supply and swit ch on t he device ( if a POE is not used) .

The t ransponder m ust be locat ed wit hin t he individual reading/ writ ing
range of t he ant enna ( for t est ing) !
6 .9 .2
Pa r a m e t e r s of t h e se r ia l in t e r fa ce
Baudrat e
57,600
Dat a bit s
St op bit
Parit y
No
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Ch a p t e r 6
I nst a lla t ion
6 .9 .3
Pa r a m e t e r s of t h e Et h e r n e t in t e r fa ce
The Et hernet is connect ed via an Et hernet m odule.
Tools are available t hat allow t he Et hernet set t ings t o be configured.
By using Discovery Tools, all Et hernet devices locat ed in t he net work can be
found.
The respect ive device can be configured via a web server and a web browser via a
double click. I f t he TCP / I P address is known, t he web server can also be direct ly
opened in a browser also follows:
ht t p: / / xxx.xxx.xxx.xxx/
U se r : " r o o t "
P a ssw o r d : " d b p s"
xxx.xxx.xxx.xxx – current ly set I P address
Login
The I P address can be set via t he " net work" link. The set t ings are t ransferred wit h
t he " apply" but t on and t he device is t hen reboot ed.
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Ch a p t e r 6
I nst a lla t ion
Con figu r a t ion
I M PORTAN T
The " Fact ory Default Set t ings" m ust not be set under any circum st ances as t hey
are not t he fact ory set t ings of Brooks. Any ot her set t ings of t he Et hernet device
( exept t he I P address) m ust not be changed. Ot herwise a fault- free
com m unicat ion cannot be guarant eed by Brooks.
D igi D e vice
D iscove r y
The t ool displays all devices t hat have a Digi Connect ME. Devices t hat are not in
t he sam e subnet are also displayed. The I P address can be set direct ly via
" configure net work set t ings" . Fixed I Ps or DHCPs are possible. The web server of
t he device can be accessed direct ly via t he " open web int erface" .
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 6
I nst a lla t ion
Se le ct ion w indow
I n pu t w in dow
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Ch a p t e r 7
Operation
Opera t ion
This chapt er gives you an overview of t he following t opics:
■
 Operat ing personnel
■
 Com m unicat ion prot ocol ASC- I 1
■
 Addit ional inform at ion
7 .1
CAUTI ON
Op e r a t in g p e r son n e l
The UF70 Cert um reader should only be operat ed by specially t rained
personnel.
I f you have doubt s about t he required qualificat ions, cont act t he m anufact urer.
Operat ing t he device wit hout special t raining can result in dam age t o t he reader
and/ or connect ed devices.
7 .2
Co m m u n i ca t i o n p r o t o co l A S C- I 1
7 .2 .1
St r u ct u r e of t h e com m u n ica t ion pr ot ocol
General rem arks:
■
The com m unicat ion is done wit h ASCI I packages.
■
Each device has an RS232 int erface and an opt ional Et hernet int erface t o
which an address from 0 t o E can be assigned. The device has a default
address of 0 on delivery.
■
Aft er each com m and t o t he device, a defined response is sent . We
recom m end wait ing for t his response before sending a new com m and.
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
7 .2 .2
Pa ck a ge con t e n t s
General rem arks:
Each package includes a package header ( t hree charact ers) , a m essage ( t wo or
m ore charact ers) and t he end of t he package ( five charact ers) .
P a ck a g e h e a d e r
Pa ck a ge he a de r
M e ssa g e
En d o f p a ck a g e
The header includes t he st art charact er ( one charact er) and t he package lengt h
( t wo charact ers)
2 st art ing charact ers and 4 lengt h byt es are sent in t he ext ended ASCI I prot ocol.
nbb
P a ck a g e h e a d e r
St art
Lengt h 1
Lengt h 2
St art
St art charact er ( ASCI I charact er ´ S´ )
Lengt h 1
High byt e package lengt h ( hexadecim al) –
ASCI I charact ers ´ 0´ ..´ F´
Lengt h 2
Low byt e package lengt h ( hexadecim al) –
ASCI I charact ers ´ 0´ ..´ F´
Ext ended ASCI I form at :
P a ck a g e h e a d e r
St art 1
St art 1
St art 2
St art 2
Lengt h 1
Lengt h 2
Lengt h 3
Lengt h 4
First st art charact er ( ASCI I charact er 'S')
Second st art charact er ( ASCI I charact er 'X') for m arking
t he ext ended ASCI I prot ocol
Lengt h 1
High byt e package lengt h ( hexadecim al) ASCI I charact ers ´ 0´ ..´ F´
Lengt h 2
Byt e package lengt h ( hexadecim al) ASCI I charact ers ´ 0´ ..´ F´
Lengt h 3
Byt e package lengt h ( hexadecim al) ASCI I charact ers ´ 0´ ..´ F´
Lengt h 4
Low byt e package lengt h
( hexadecim al) - ASCI I charact ers ´ 0´ ..´ F´
The m essage lengt h describes t he num ber of charact ers of a m essage.
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
M e ssa ge st r uct ur e
The m essage cont ains a com m and, a t arget and source address, t he num ber of
t he ant enna port ( Head) and t he act ual inform at ion. The num ber of t he ant enna
port is not required for all m essages.
M e ssa g e
Com m and
Address
Head
I nform at ion
Com m and
ASCI I charact ers ( see sect ion  Com m ands of prot ocol)
Address
Target or source address; ASCI I charact ers '0'...’E’ * )
Head
Opt ional – for m essages t hat refer t o a specific
ant enna port
I nform at ion
Depends on t he com m and ( includes none, one or m ore
ASCI I charact ers '0'...'F')
* ) The device is pre- configured wit h an address of '0' on delivery.
End of pa ck a ge
The end of t he package includes an end ( 1 charact er) and t he checksum ( 4
charact ers)
En d o f p a ck a g e
End
Checksum
Checksum
Checksum
Checksum
End
End charact er ASCI I charact er no. 13 ( hexadecim al 0D)
Checksum 1
High- byt e – XOR logic for all dat a
( package header, m essage and end charact er) ; ASCI I ‘0’..’F’
Checksum 2
Low byt e – XOR logic for all dat a
( package header, m essage and end charact er) ; ASCI I ‘0’..’F’
Checksum 3
High byt e – addit ion of all dat a
( package header, m essage and end charact er) ; ASCI I ‘0’..’F’
Checksum 4
Low byt e – addit ion of all dat a
( package header, m essage and end charact er) ; ASCI I ‘0’..’F’
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
ATTEN TI ON
When using t he TCP/ I P int erface opt ion, t he checksum is not used ( is not
t ransm it t ed) .
7 .2 .3
Com m a n ds of pr ot ocol
Com m a n ds
Co m m a n d
D e scr i p t i o n
X or URX
Read dat a range of all EPC t ransponders
URY
Read dat a range of t he EPC t ransponders wit h special EPC
code
EPC scanning
URB
EPC bulk reading wit h t im e specificat ion
Writ e EPC of a single t ransponder
UWW
Writ e dat a range of all EPC t ransponders
UWZ
Writ e dat a range of t he EPC t ransponders wit h special EPC
code
UMW
Writ e dat a range m asked of all EPC t ransponders
UMZ
Writ e dat a range m asked of t he EPC t ransponders wit h special
EPC code
UBW
Erase block of all EPC t ransponders
UBZ
Erase block of t he EPC t ransponders wit h special EPC code
ULW
Ret rieving all EPC t ransponders
ULZ
Ret rieving all EPC t ransponders wit h special EPC code
UKW
Killing all EPC t ransponders
UKZ
Killing all EPC t ransponders wit h special EPC code
T or UAM
Act ivat e polling: EPC scanning
UAA
Act ivat e polling: Read raw
UAX
Act ivat e polling: Read dat a range
UAW
Act ivat e polling: Writ e dat a range
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
Co m m a n d
D e scr i p t i o n
UAZ
Act ivat e polling: Writ e dat a range m asked
UAB
Act ivat e polling: Erase block of all EPC t ransponders
UAL
Act ivat e polling: Ret rieving all EPC t ransponders
UAK
Act ivat e polling: Killing all EPC t ransponders
UAR
Read t ransponder rat e in t he polling operat ion
UAE
St op polling
UCX
Act ivat e polling: NXP- UCODE- G2X Read Prot ect
UCN
Act ivat e polling: NXP- UCODE- G2X Reset Read Prot ect
UCC
Act ivat e polling: NXP- UCODE- G2X Change EAS
UCE
Act ivat e polling: NXP- UCODE- G2X EAS Alarm
UFW
Set filt er dat a
UFR
Read filt er dat a
UFP
Set filt er
UFG
Read filt er st at us
UGL
Read out list of radio profiles
UGP
Det erm ine act ive radio profile
UPP
Set t he act ive radio profile
UNH
Perform hardware reset
N or UNR
Perform soft ware reset
UPE
Load fact ory default values
Request param et er
Set param et er
UGK
Read t he num ber of t he act ive param et er set
UPK
Set t he num ber of t he act ive param et er set
UGD
Read t he num ber of t he default param et er set
UPD
Set t he num ber of t he default param et er set
Sensor st at us
Set t ing t he out put s
Queries of out put s ( st at us)
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Ch a p t e r 7
Operation
Co m m a n d
D e scr i p t i o n
Error m essage
Heart beat ( request serial num ber)
V or UVR
Request soft ware version
UGT
Read UTC t im e
UPT
Set UTC t im e
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Ch a p t e r 7
Operation
M e ssa ge it e m s
Acce ss w o r d
8 bytes
The 4 byt e access word is required t o access t he various m em ory areas of t he
EPC t ransponder. The LSB byt e is t ransm it t ed first during t he t ransm ission. The
dat a are int erpret ed in HEX form at . That is, t wo ASCI I charact ers in t he m essage
equal one byt e of dat a in HEX form at .
Exam ple:
0x01020304
ASCI I st ring: " 04030201"
Bu l k t i m e
4 bytes
2 byt es t im e in m illiseconds specifying how long t o read. The LSB byt e is
t ransm it t ed first during t he t ransm ission. The dat a are int erpret ed in HEX form at .
That is, t wo ASCI I charact ers in t he m essage equal one byt e of dat a in HEX
form at .
Exam ple:
0x0064 ( 100 m s)
ASCI I st ring " 6400"
CM D
1 - 3 bytes
Com m and of t he m essage. See t able in chapt er  Com m ands of prot ocol.
Dat a w ords
2 to N* 4 bytes
Dat a words ( 2 byt es) are always read or writ t en. The dat a are int erpret ed in HEX
form at . That is, t wo ASCI I charact ers in t he m essage describe one byt e of
t ransponder dat a in HEX form at .
Exam ple:
HEX t ransponder dat a:
ASCI I t ransm ission:
Transm it t ed ASCI I st ring:
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
0x12, 0x34, 0x56, 0x78 ( 2 dat a words)
0x31, 0x32, 0x33, 0x34, 0x35, 0x36,
0x37, 0x38
" 12345678"
46
Ch a p t e r 7
Operation
D H CP
1 byte
A net work configurat ion t hat det erm ines if t he st at ic net work address is being
used or if t he DHCP server assigns t he net work address.
" 0" DHCP is not act ive, use st at ic net work address
" 1" DHCP is act ive; obt ain net work address from t he DHCP server
D i r e ct i o n
2 bytes
When polling, t he direct ion flag shows if a t ransponder ent ers or leaves t he field.
The display t hat a t ransponder leaves t he field can be act ivat ed via param et er
0x29. The dat a are int erpret ed in HEX form at . That is, t wo ASCI I charact ers in
t he m essage equal one byt e of dat a in HEX form at .
Values:
" 00" ( 0x00) The t ransponder leaves t he field
" 80" ( 0x80) The RSSI value changed  The t ransponder m oved wit hin t he field
" FF" ( 0xFF) The t ransponder ent ers t he field
EP C
( 2 n+ 1 ) * 2 bytes
Wit h t he UHFI 20 soft ware version ( firm ware 2.x) , t he EPC code has a flexible
lengt h n from 0 t o 31 dat a words ( 2 byt es dat a) . An n byt e is placed before t he
act ual EPC code and corresponds t o t he quant it y of EPC dat a words. The EPC code
is t ransferred so t hat t he LSB byt e is t ransm it t ed first . The dat a are int erpret ed in
HEX form at . That is, t wo ASCI I charact ers in t he m essage equal one byt e of dat a
in HEX form at . The following applies t o t he num ber of EPC dat a words:
0< = n< = 31
Exam ple:
ASCI I st ring: " 060C0B0A090807060504030201"
 Num ber of EPC dat a words: 0x06
 EPC: 0x0102030405060708090A0B0C
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
Ex f l a g
2 bytes
The ext ension flag det erm ines which inform at ion is included in t he recognized
EPC t ransponder. The Ex flag is set by param et er 0x76. The dat a are int erpret ed
in HEX form at . That is, t wo ASCI I charact ers in t he m essage equal one byt e of
dat a in HEX form at .
Values:
0x00
0x01
0x02
0x03
0x04
0x05
0x06
0x07
0x08
0x09
0x0A
0x0B
0x0C
0x0D
0x0E
0x0F
do not t ransm it ext ensions
only t ransm it ant enna port
only t ransm it RSSI value
t ransm it ant enna port and RSSI
t ransm it t im e st am p
t ransm it t im e st am p and ant enna port
t ransm it t im e st am p and RSSI value
t ransm it t im e st am p, RSSI value and ant enna port
t ransm it t ransponder prot ocol cont rol word
t ransm it ant enna port and t ransponder prot ocol cont rol word
t ransm it RSSI value and prot ocol cont rol word
t ransm it ant enna port , RSSI value and prot ocol cont rol word
t ransm it t im e st am p and prot ocol cont rol word
t ransm it t im e st am p, ant enna port and prot ocol cont rol word
t ransm it t im e st am p, RSSI and prot ocol cont rol word
t ransm it t im e st am p, RSSI , ant enna port and prot ocol cont rol word
Ex t e n si o n
0 - 1 2 bytes
I f and which ext ensions are t ransm it t ed for each det ect ed EPC t ransponder is
defined by t he Ex flag. The dat a are int erpret ed in HEX form at . That is, t wo ASCI I
charact ers in t he m essage equal one byt e of dat a in HEX form at . The act ivat ed
ext ensions are t ransferred in t he following order:
2 ASCI I charact ers ant enna port
2 ASCI I charact ers RSSI value
8 ASCI I charact ers UTC t im e st am p ( LSB byt e is t ransm it t ed first )
4 or 8 ASCI I charact er prot ocol word as applicable including XPC_W1 and
XPC_W2
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
Fi l t e r m a sk
N* 2 bytes
The filt er bit s required for t he developm ent of a filt er are defined in HEX form at in
a filt er m ask. That is, t wo ASCI I charact ers in t he m essage equal one byt e of dat a
in HEX form at . The LSB byt e of t he filt er m ask is t ransm it t ed first .
Exam ple: N= 3
Num ber of m ask bit s: 18
Filt er m ask: " 0x03FEFE"
Transm ission: " FEFE03"
Fi l t e r n u m b e r
2 bytes
The filt ers defined for filt ering are num bered consecut ively from 0 t o 31.
Values:
" 00" – Filt er 0
…
"1F" – Filt er 31
Fr a m e I D
2 bytes
The response of t he reader can be accom plished in several fram es ( e.g. if m any
t ransponders were scanned) . The fram e I D t hat is sent indicat es how m any
response m essages follow. Short responses t hat consist only of a single fram e
t hen always have t he fram e I D " 00" . Messages consist ing of m ult iple fram es
should be fully received and assem bled by t he host before t hey are processed.
The dat a are int erpret ed in HEX form at . That is, t wo ASCI I charact ers in t he
m essage equal one byt e of dat a in HEX form at .
Head I D
1 byte
Num ber of t he ant enna port ( 0 – 4) .
"0"
read on all ant enna port s
"1"- " 4" single ant enna port
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
M a sk
N* 4 bytes
The bit- orient ed m ask det erm ines what dat a will act ually be overwrit t en in t he
m asked writ e. The m ask has t he sam e lengt h as t he dat a t o be writ t en and act ual
dat a is only writ t en in t he places where a 1 is locat ed in t he m ask. The m ask is
passed in t he sam e order and lengt h as t he m asked dat a t o be writ t en.
Exam ple:
N= 1  describe a dat a word m asked
Transponder cont ent :
New dat a:
Mask:
 new t ransponder cont ent :
0x5678
0x1234
0x0F0F
0x5274
M e m o r y a d d r e ss
8 bytes
The m em ory areas of t he EPC t ransponder are addressed by 4 byt e word
point ers. The LSB byt e is t ransm it t ed first during t he t ransm ission. The dat a are
int erpret ed in HEX form at . That is, t wo ASCI I charact ers in t he m essage equal
one byt e of dat a in HEX form at . The exact m em ory dist ribut ion can be derived
from t he EPC Global st andard.
Mem ory bank
2 bytes
The EPC t ransponder has m ult iple m em ory banks, which are addressed by
num ber. The exact m em ory st ruct ure can be derived from t he EPC Global
st andard chapt er. The dat a are int erpret ed in HEX form at . That is, t wo ASCI I
charact ers in t he m essage equal one byt e of dat a in HEX form at .
Values:
" 00"
" 01"
" 02"
" 03"
( 0x00)
( 0x01)
( 0x02)
( 0x03)
Reserved
EPC
TI D
User
N um ber of dat a w ords
2 bytes
The num ber of dat a words ( 1 dat a word consist s of 2 byt es) , which are read and
writ t en, are hereby defined.
The dat a are int erpret ed in HEX form at . That is, t wo ASCI I charact ers in t he
m essage equal one byt e of dat a in HEX form at .
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
On/ Off
4 bytes
The use of a defined filt er can hereby be enabled or disabled.
Values:
" 00" – Filt er off
" FF" – Filt er on
O u t p u t st a t e
1 - 4 bytes
Displays t he current st at us of t he out put s at t he corresponding ant enna port
( Head I D) . The inform at ion unit " Out put st at e" includes t he st at us of each out put
of an ant enna port . I n t he case of querying t he st at us of all out put s of t he reader,
t he "Out put St at e" cont ains t he st at us of all 4 out put s ( 1 per head) . The st at us is
represent ed as 1 byt e for each head.
Values:
–
–
–
–
Out put OFF
Out put ON
Out put flashes
unchanged ( query only! )
Pa r a m e t e r n o.
2 bytes
Num ber of t he param et er. Two ASCI I charact ers ( 2 byt es) display t he param et er
num ber in HEX form at .
Exam ple:
Param et er 20  0x14  " 14"
Pa r a m e t e r va lu e
2 bytes
Value of t he param et er. Two ASCI I charact ers ( 2 byt es) specify t he value of t he
param et er in HEX form at .
Exam ple:
Value 192  0xC0  " C0"
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
Pa yloa d
6 bytes
I f a t ransponder m ust be locked, t he area of t he t ransponder t o be locked can be
specified by t he payload. The LSB byt e is t ransm it t ed first during t he
t ransm ission. Dat a ( 3 byt es) are in HEX form at . That is, t wo ASCI I charact ers in
t he m essage equal one byt e of dat a in HEX form at . The exact st ruct ure can be
derived from t he EPC Global st andard chapt er " Lock" .
Exam ple:
Access area wit h Perm alock= 1 lock
Payload 0x0300C0
Transfer Prot ocol " C00003"
Pr ofile n u m be r
2 bytes
Radio profiles realized in t he reader, which are num bered from 0 t o 4.
Radio profiles:
" 00"
" 01"
" 02"
" 03"
" 04"
–
–
–
–
–
Tx: 40kbps/ Rx: 80kbps/ FM0
Tx: 40kbps/ Rx: 40kbps/ Miller2
Tx: 40kbps/ Rx: 160kbps/ FM0
Tx: 40kbps/ Rx: 80kbps/ Miller2
Tx: 40kbps/ Rx: 40kbps/ Miller4 ( default set t ing)
Re a de r I D
1 byte
Address of t he device ( " 0" .. " E" ) .
The default address of t he card is " 0" on delivery.
R ECO M M I SSI O N
2 bytes
I f a t ransponder m ust be m ade unreadable ( or possibly also recom m issioned) , 3
so- called recom m ission bit s m ust be t ransferred. The value and significance of
t he recom m ission bit s depend on t he t ype of t ransponder. The 3 bit s are
int erpret ed as one byt e dat a in HEX form at . That is, t wo ASCI I charact ers in t he
m essage equal one byt e of dat a in HEX form at . The precise significance of t he 3
recom m ission bit s can be seen in t he docum ent at ion of t he EPC t ransponder and
t he EPC global st andard chapt er " Kill" .
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
R e sp o n se co d e
4 bytes
This feat ure is not used for t he single reader. This code is always " 0000" .
R e su l t
2 bytes
The result flag delivers inform at ion on whet her an act ion was com plet ed
successfully. The dat a are int erpret ed in HEX form at . That is, t wo ASCI I
charact ers in t he m essage equal one byt e of dat a in HEX form at .
Values:
"00" ( 0x00)
> 0x00
no errors occurred
an error occurred
Se n so r st a t e
1 byte
Displays t he current st at us of t he sensor at t he corresponding ant enna port ( Head
I D) .
Value 0  Sensor is uncovered ( open)
Value 1  Sensor is covered ( closed)
Se r i a l n u m b e r
4 bytes
Cont ains t he 4- byt e serial num ber of t he reader.
The serial num ber is also shown on t he label of t he reader.
So f t w a r e v e r si o n
6 - 8 bytes
Charact er st ring wit h t he soft ware version of t he reader. The display is in HEX
form at . This m eans t hat t he 12- 16 charact ers of t he ASCI I charact er st ring
describe t he 6- 8 byt es of t he soft ware version in HEX form at .
Exam ple:
v0554846493230
 0x55 0x48 0x46 0x49 0x32 0x30
= " UHFI 20"
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
T r a n sp o n d e r e r r o r co d e
2 bytes
The t ransponder it self also delivers an error code, which is also t ransm it t ed. The
dat a are int erpret ed in HEX form at . That is, t wo ASCI I charact ers in t he m essage
equal one byt e of dat a in HEX form at .
Values:
"00" ( 0x00)
> 0x00
no errors occurred
an error occurred
UTC
8 bytes
The Unix t im e code ( UTC) describes t he seconds t hat have passed since 1.1.1970
0: 00: 00. The Unix t im e code ( UTC) is t he sam e worldwide for a specific t im e. The
4 byt es of UTC are t ransm it t ed in hex form at as 2 ASCI I charact ers per byt e. The
LSB byt e is t ransm it t ed first .
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
X or URX - Re a d
da t a a r e a
The X com m and st art s t he reading of a defined dat a range of t he current EPC
t ransponder.
Several EPC t ransponders can be locat ed in t he reading area of t he ant enna when
using t his com m and.
H o st r e a d e r
CM D
Re a d e r I D
Head I D
A cce ss w o r d
M em ory bank
M em ory
a d d r e ss
N um ber of
da t a w ords
1 byt e
1 byt e
8 byt es
2 byt es
8 byt es
2 byt es
URX
R e a d e r h o st
O v e r h e a d r e sp o n se t e l e g r a m 2 )
CM D
Re a de r
ID
Fr a m e
ID
R e su l t 3 )
1 byt e
2 byt es
2 byt es
urx
D a t a o f t h e p a r t i ci p a t i n g EP C t r a n sp o n d e r s 1 ) 2 )
Ex
fla g3 )
2 byt es
Ex t e n si o n s
EP C
0- 12
byt es
( 2n+ 1) *
2 byt es
T r a n sponder
error
co d e
Num ber
N data
w ords
2 byt es
2 byt es
Data
w ords
N* 4
byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple: Read access password ( no t ransponder is present )
> > X0100000000000200000002
< < x0000A  Result " 0A" no EPC t ransponder is present
Exam ple: Read access password ( 2 t ransponders)
> > X0100000000000200000002
< < x0000001
0106010203040506070808080909000200000000
01060B0C090A0708050603040102000200000000
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Exam ple: Read access password ( m any t ransponders)
> > X0100000000000200000002
< < x0020001
0106480000000000000000000000000200000000
0106010000000000000000000000000200000000
0106060000000000000000000000000200000000
0106270000000000000000000000000200000000
< < x001
0106190000000000000000000000000200000000
0106500000000000000000000000000200000000
0106470000000000000000000000000200000000
0106170000000000000000000000000200000000
0106090000000000000000000000000200000000
0106100000000000000000000000000200000000
0106310000000000000000000000000200000000
0106390000000000000000000000000200000000
0106020000000000000000000000000200000000
0106460000000000000000000000000200000000
0106410000000000000000000000000200000000
0106070000000000000000000000000200000000
01062300000000000000
< < x000
00000000000200000000
0106380000000000000000000000000200000000
0106400000000000000000000000000200000000
0106180000000000000000000000000200000000
0106280000000000000000000000000200000000
0106420000000000000000000000000200000000
0106240000000000000000000000000200000000
0106290000000000000000000000000200000000
0106080000000000000000000000000200000000
0106110000000000000000000000000200000000
0106160000000000000000000000000200000000
0106260000000000000000000000000200000000
0106490000000000000000000000000200000000
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URY – Re a d da t a
a r e a ( de fine d EPC
code )
The URY com m and st art s t he reading of a defined dat a range of t he current EPC
t ransponders which have a defined EPC code. Several EPC t ransponders can be
locat ed in t he reading area of t he ant enna when using t his com m and.
H o st r e a d e r
CM D
Re a d e r
ID
Head
ID
EP C
A cce ss
w ord
Mem ory
bank
M em ory
a d d r e ss
Num ber
of dat a
w ords
URY
1 byt e
1 byt e
( 2n+ 1) * 2 byt es
8 byt es
2 byt es
8 byt es
2 byt es
R e a d e r h o st
O v e r h e a d r e sp o n se t e l e g r a m 2 )
CM D
Re a de r
ID
Fr a m e
ID
R e su l t 3 )
ury
1 byt e
2 byt es
2 byt es
D a t a o f t h e p a r t i ci p a t i n g EP C t r a n sp o n d e r s 1 ) 2 )
Ex
fla g3 )
2 byt es
Ex t e n si o n s
EP C
0- 12
byt es
( 2n+ 1) *
2 byt es
T r a n sponder
error
co d e
N um ber
N dat a
w ords
2 byt es
2 byt es
Data
w ords
N* 4
byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple: Read access password
> > URY01060102030405060708090A0BCD00000000000200000002
< < ury000000101060102030405060708090A0BCD000200000000
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M - EPC sca n n in g
The M com m and st art s t he scanning of t he EPC t ransponder locat ed in t he
act ivat ed ant enna locat ed in t he read area.
H o st r e a d e r
CM D
Re a de r I D
Head I D
1 byt e
1 byt e
R e a d e r h o st
D a t a o f t h e p a r t i ci p a t i n g EP C
O v e r h e a d r e sp o n se t e l e g r a m 2 )
t r a n sp o n d e r s 1 ) 2 )
CM D
Re a d e r
ID
Fr a m e
ID
R e su l t 3 )
Ex f l a g 3 )
Ex t e n si o n s
EP C
1 byt e
2 byt es
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple:
> > M01
< < m 0010001  Fram e- I D " 01" ; result " 00" and Ex flag " 01"
0106470000000000000000000000
0106270000000000000000000000
0106110000000000000000000000
0106490000000000000000000000
0106100000000000000000000000
0106230000000000000000000000
0106420000000000000000000000
0106080000000000000000000000
0106310000000000000000000000
0106290000000000000000000000
0106120000000000000000000000
0106
 t he m issing 12 byt es are included in t he next m essage
< < m 000
250000000000000000000000
0106480000000000000000000000
0106410000000000000000000000
0106380000000000000000000000
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0106280000000000000000000000
0106030000000000000000000000
0106170000000000000000000000
0106190000000000000000000000
0106400000000000000000000000
0106050000000000000000000000
0106090000000000000000000000
0106010000000000000000000000
0106240000000000000000000000
0106460000000000000000000000
0106260000000000000000000000
0106180000000000000000000000
0106390000000000000000000000
0106060000000000000000000000
> > M01
< < m 0000A Result 0x0A, since no t ransponder is available
> > URM01
< < urm 0000A Result 0x0A, since no t ransponder is available
> > URM01
< < urm 0000001  Fram e- I D "00" ; result " 00" and Ex flag " 01"
01060B0C090A0708050603040102
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URB – EPC
Bu lk r e a din g
The com m and URB st art s a reading of EPC t ransponders over a predet erm ined
period of t im e. The EPC of all det ect ed t ransponders is report ed aft er t he
com plet ion of t he t im e.
H o st r e a d e r
CM D
Re a d e r I D
Head I D
Bu l k t i m e
URB
1 byt e
1 byt e
4 byt es
R e a d e r h o st
O v e r h e a d r e sp o n se t e l e g r a m 2 )
CM D
Re a d e r
ID
Fr a m e
ID
R e su l t 3 )
urb
1 byt e
2 byt es
2 byt es
D a t a o f t h e p a r t i ci p a t i n g EP C t r a n sp o n d e r s 1 ) 2 )
Ex
fla g
3)
2 byt es
Ex t e n si o n s
EP C
0- 12
byt es
( 2n+ 1) *
2 byt es
T r a n sponder
error
co d e
Num ber
N data
w ords
2 byt es
2 byt es
Data
w ords
N* 4
byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple:
> > URB016400 (  read 100 m s ! ! )
< < urb0000001
0106010203040506070808080909
01060B0C090A0708050603040102
0106BBCC99AA7788556633441122
> > URB010064
< < urb0000A Result 0x0A, since no t ransponder is available
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W – W r it e EPC code
The W com m and st art s t he descript ion of t he EPC of a present EPC t ransponder.
Only one EPC t ransponder should be locat ed in t he writ e area of t he ant enna
when using t his com m and.
H o st r e a d e r
CM D
Re a de r I D
Head I D
A cce ss w o r d
EP C
1 byt e
1 byt e
8 byt es
( 2n+ 1) * 2 byt es
R e a d e r h o st
D a t a o f t h e p a r t i ci p a t i n g EP C t r a n sp o n d e r s 2 )
O v e r h e a d r e sp o n se t e l e g r a m
CM D
Re a de r
ID
Fr a m e
ID
R e su l t
Ex
flag
Ex t e n si o n s
EP C 1 )
T r a n sp o n d e r
e r r o r co d e
1 byt e
2 byt es
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
2 byt es
1) The t ransponder here delivers as a response t he EPC code which was
previously program m ed.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
Exam ple: Overwrit e EPC t ransponder wit h a new EPC code
> > M01 ( read old EPC code)
< < m 000000101060102030405060708090A0BCD
> > W0100000000060102030405060708090A0B0C
< < w000000101060102030405060708090A0BCD8B
> > M01 ( read new EPC code)
< < m 000000101060102030405060708090A0B0C
Exam ple: Several t ransponders are in t he field; t he act ion is t herefore incorrect
> > W0100000000060102030405060708090A0B0C
< < w0000B  Result 0x0B
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UW W – W r it e da t a
r a nge of a ll EPC
t r a n spon de r s
The UWW com m and st art s t o overwrit e t he defined dat a range of all EPC
t ransponders locat ed in t he field. Several EPC t ransponders can be locat ed in t he
writ e area of t he ant enna when using t his com m and.
H o st r e a d e r
CM D
Re a de r
ID
Head I D
A cce ss
w ord
M em ory
bank
Mem ory
a d d r e ss
N um ber of N
dat a w ords
Data
w ords
UWW
1 byt e
1 byt e
8 byt es
2 byt es
8 byt es
2 byt es
N* 4
byt es
R e a d e r h o st
D a t a o f t h e p a r t i ci p a t i n g EP C
O v e r h e a d r e sp o n se t e l e g r a m 2 )
t r a n sp o n d e r s 1 ) 2 )
CM D
Re a de r
ID
Fr a m e
ID
R e su l t 3 )
Ex f l a g 3 )
Ex t e n si o n s
EP C
T r a n sp o n d e r
e r r o r co d e
uww
1 byt e
2 byt es
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple: Overwrit e EPC t ransponder wit h a new EPC code
> > UWW01000000000102000000060102030405060708090A0B0C
< < uww000000101060B0C090A070805060304010200
Cont rol reading:
> > M01
< < m 0000001
01060B0C090A0708050603040102
Exam ple: Overwrit e several EPC t ransponders wit h a new EPC code
> > UWW01000000000102000000060102030405060708090A0B0C
< < uww0000001
010600000000C006D9DDB233083000
010600000000C006D9DDB233083000
0106BBCC99AA778855663344112200
Cont rol reading:
> > M01
< < m 0000001
01060B0C090A0708050603040102
01060B0C090A0708050603040102
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01060B0C090A0708050603040102
 EPC: 02010403060508070A090C0B
 EPC: 02010403060508070A090C0B
 EPC: 02010403060508070A090C0B
Exam ple: Writ e EPC t ransponder access code
> > UWW0100000000000200000002FFFFFFFF
< < uww00000010106BBCC99AA778855663344112200
Cont rol reading:
> > X01FFFFFFFF000200000002
< < x00000010106BBCC99AA77885566334411220002FFFFFFFF
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UW Z – W r it e da t a
r a nge of a ll EPCt r a n spon de r s
( de fin e d EPC code )
The UWZ com m and st art s t o overwrit e t he defined dat a range of all EPC
t ransponders locat ed in t he field t hat have a defined EPC code. Several EPC
t ransponders can be locat ed in t he writ e area of t he ant enna when using t his
com m and.
H o st r e a d e r
CM D
Re a de r
ID
Head
ID
UWZ
1 byt e
1 byt e
EP C
( 2n+ 1) * 2
byt es
A cce ss
w ord
M em ory
bank
M em ory
a d d r e ss
Num ber
N data
w ords
8 byt es
2 byt es
8 byt es
2 byt es
Data
w ords
N* 4
byt es
R e a d e r h o st
D a t a o f t h e p a r t i ci p a t i n g EP C
O v e r h e a d r e sp o n se t e l e g r a m 2 )
t r a n sp o n d e r s 1 ) 2 )
CM D
Re a de r
ID
Fr a m e
ID
R e su l t 3 )
Ex f l a g 3 )
Ex t e n si o n s
EP C
uwz
1 byt e
2 byt es
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2
byt es
T r a n sp o n d e r
e r r o r co d e
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple: Overwrit e several EPC t ransponders wit h t he sam e EPC code
> > UWZ01060B0C090A0708050603040102000000000102000000060102030
405060708090A0B0C
< < uwz000000101060B0C090A070805060304010200
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Cont rol reading:
> > M01
< < m 0000001
01060B0C090A0708050603040102
 EPC: 02010403060508070A090C0B
> > M01
< < m 0000001
01060102030405060708090A0B0C
01060102030405060708090A0B0C
01060102030405060708090A0B0C
 EPC: 0C0B0A090807060504030201
 EPC: 0C0B0A090807060504030201
 EPC: 0C0B0A090807060504030201
> > UWZ01060102030405060708090A0B0C000000000102000000061122334
45566778899AABBCC
< < uwz000000101060102030405060708090A0B0C00
> > M01
< < m 0000001
0106BBCC99AA7788556633441122
01060102030405060708090A0B0C
01060102030405060708090A0B0C
> > UWZ01060102030405060708090A0B0C00000000010200000006112233445
566778899AABBCC
< < uwz000000101060102030405060708090A0B0C00
> > UWZ01060102030405060708090A0B0C00000000010200000006112233445
566778899AABBCC
< < uwz000000101060102030405060708090A0B0C00
> > UWZ01060102030405060708090A0B0C00000000010200000006112233445
566778899AABBCC
< < uwz0000A
> > M01
< < m 0000001
0106BBCC99AA7788556633441122
0106BBCC99AA7788556633441122
0106BBCC99AA7788556633441122
 EPC: 2211443366558877AA99CCBB
 EPC: 2211443366558877AA99CCBB
 EPC: 2211443366558877AA99CCBB
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UM W – W r it e da t a
r a nge of a ll EPC
t r a n spon de r s
The UMW com m and st art s t o overwrit e t he defined dat a range of all EPC
t ransponders locat ed in t he field. Several EPC t ransponders can be locat ed in t he
writ e area of t he ant enna when using t his com m and.
m a sk e d
H o st r e a d e r
CM D
Re a de r
ID
Head
ID
A cce ss
w ord
M em ory
bank
M em ory
a d d r e ss
N um ber of
dat a w ords
Data
w ords
M a sk
UMW
1 byt e
1 byt e
8 byt es
2 byt es
8 byt es
2 byt es
N* 4 byt es
N* 4 byt es
R e a d e r h o st
D a t a o f t h e p a r t i ci p a t i n g EP C
O v e r h e a d r e sp o n se t e l e g r a m 2 )
t r a n sp o n d e r s 1 ) 2 )
CM D
Re a de r
ID
Fr a m e
ID
R e su l t 3 )
Ex f l a g 3 )
Ex t e n si o n s
EP C
T r a n sp o n d e r
e r r o r co d e
um w
1 byt e
2 byt es
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple: The EPC t ransponder m asks 1 dat a word of t he EPC code, rewrit e
> > M01
< < m 00000010106BBCC99AA7788556633441122
 EPC: 2211443366558877AA99CCBB
> > UMW01000000000102000000011111FFFF
< < um w00000010106BBCC99AA778855663344112200
> > M01
< < m 00000010106BBCC99AA7788556633441111
 EPC: 1111443366558877AA99CCBB
Exam ple: The EPC t ransponder m asks 2 dat a words of t he EPC code, rewrit e
> > UMW0100000000010200000002AABBCCDD0F0F0F0F
< < um w00000010106BBCC99AA778855663344111200
> > M01
< < m 00000010106BBCC99AA778855663C4D1A1B
 EPC: 1B1A4D3C66558877AA99CCBB
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UM Z – W r it e da t a
r a nge of a ll EPCt r a n spon de r s
( de fin e d EPC code )
The UMZ com m and st art s t o overwrit e t he defined dat a range of all EPC
t ransponders locat ed in t he field t hat have a defined EPC code. Several EPC
t ransponders can be locat ed in t he writ e area of t he ant enna when using t his
com m and.
m a sk e d
H o st r e a d e r
CM D
Re a de
r ID
Head
ID
UMZ
1 byt e
1 byt e
EP C
( 2n+ 1) *
2 byt es
A cce ss
w ord
Mem ory
bank
M em ory
a d d r e ss
Num ber
of dat a
w ords
8 byt es
2 byt es
8 byt es
2 byt es
Data
w ords
M a sk
N* 4
byt es
N* 4
byt es
R e a d e r h o st
D a t a o f t h e p a r t i ci p a t i n g EP C
O v e r h e a d r e sp o n se t e l e g r a m 2 )
t r a n sp o n d e r s 1 ) 2 )
CM D
Re a d e r
ID
Fr a m e
ID
R e su l t 3 )
Ex f l a g 3 )
Ex t e n si o n s
EP C
um z
1 byt e
2 byt es
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2
byt es
T r a n sp o n der error
co d e
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple: The EPC t ransponder m asks 2 dat a words of t he EPC code, rewrit e
> > M01
< < m 000000101060102030405060708090A0B0C
 EPC: 0C0B0A090807060504030201
> > UMZ01060102030405060708090A0B0C000000000102000000029999888
80F0F0F0F
< < um z000000101060102030405060708090A0B0C00
> > M01
< < m 00000010106010203040506070808080909
 EPC: 090908080807060504030201
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UBW – Er a se block
of a ll EPC
t r a n spon de r s
The UBW com m and st art s t o delet e ( erase) t he defined blocks of all EPC
t ransponders locat ed in t he field. Several EPC t ransponders can be locat ed in t he
writ e area of t he ant enna when using t his com m and.
H o st r e a d e r
CM D
Re a de r I D
Head I D
A cce ss
w ord
M em ory
bank
Mem ory
a d d r e ss
N um be r of N
dat a w ords
UBW
1 byt e
1 byt e
8 byt es
2 byt es
8 byt es
2 byt es
R e a d e r h o st
D a t a o f t h e p a r t i ci p a t i n g EP C
O v e r h e a d r e sp o n se t e l e g r a m 2 )
t r a n sp o n d e r s 1 ) 2 )
CM D
Re a de r I D
Fr a m e I D
R e su l t 3 )
Ex f l a g 3 )
Ex t e n si o n s
EP C
ubw
1 byt e
2 byt es
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) *
2 byt es
T r a n sp o n der error
co d e
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple: 2 dat a words of t he user area of an EPC t ransponder are delet ed
> > M01
< < m 000000101060B0C090A0708050603040102
> > UBW01060B0C090A070805060304010200000000030000000002
< < ubw000000101060B0C090A070805060304010200
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Operation
UBZ – Er a se block
of a ll EPC
t r a n spon de r s
( de fin e d EPC code )
The UBZ com m and st art s t o delet e ( erase) t he defined dat a range of all EPC
t ransponders locat ed in t he field t hat have a defined EPC code.
Several EPC t ransponders can be locat ed in t he writ e area of t he ant enna when
using t his com m and.
H o st r e a d e r
CM D
Re a de r
ID
Head I D
EP C
UBZ
1 byt e
1 byt e
( 2n+ 1) * 2
byt es
A cce ss
w ord
M em ory
bank
M em ory
a d d r e ss
N um ber of
N data
w ords
8 byt es
2 byt es
8 byt es
2 byt es
R e a d e r h o st
D a t a o f t h e p a r t i ci p a t i n g EP C
O v e r h e a d r e sp o n se t e l e g r a m 2 )
t r a n sp o n d e r s 1 ) 2 )
CM D
Re a de r
ID
Fr a m e
ID
R e su l t 3 )
Ex f l a g 3 )
Ex t e n si o n s
EP C
ubz
1 byt e
2 byt es
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2
byt es
T r a n sp o n d e r
e r r o r co d e
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple: 2 dat a words of t he user area of an EPC t ransponder are delet ed
> > M01
< < m 000000101060B0C090A0708050603040102
> > UBZ01060B0C090A070805060304010200000000030000000002
< < ubz000000101060B0C090A070805060304010200
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Operation
ULW – Lock in g a ll
The ULW com m and st art s t o lock t he defined dat a range of all EPC t ransponders
EPC t r a n spon de r s
locat ed in t he field. Several EPC t ransponders can be locat ed in t he writ e area of
t he ant enna when using t his com m and.
H o st r e a d e r
CM D
Re a de r I D
Head I D
A cce ss w o r d
Pa yloa d
ULW
1 byt e
1 byt e
8 byt es
6 byt es
R e a d e r h o st
D a t a o f t h e p a r t i ci p a t i n g EP C
O v e r h e a d r e sp o n se t e l e g r a m 2 )
t r a n sp o n d e r s 1 ) 2
CM D
Re a de r
ID
Fr a m e
ID
R e su l t 3 )
Ex f l a g 3 )
Ex t e n si o n s
EP C
ulw
1 byt e
2 byt es
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2
byt es
T r a n sp o n d e r
e r r o r co d e
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple: Lock t he ACCESS block of an EPC t ransponder
 Payload 0x0300C0; Perm alock= 1
> > ULW01FFFFFFFFC00003
< < ulw00000010106BBCC99AA778855663344112200
 Since Perm alock was set , t he kill password cannot be read or writ t en aft er t he
locking process!
> > UWW0100000000000200000002FFFFFFFE
< < uww00000010106BBCC99AA778855663344112284
> > UWW01FFFFFFFF000200000002FEFEFEFE
< < uww00000010106BBCC99AA778855663344112284
 Access area can no longer be writ t en!
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Operation
ULZ – Lock in g a ll
EPC t r a n spon de r s
( de fin e d EPC code )
The ULZ com m and st art s t o lock all EPC t ransponders wit h t he corresponding EPC
code locat ed in t he field. Several EPC t ransponders can be locat ed in t he writ e
area of t he ant enna when using t his com m and.
H o st r e a d e r
CM D
Re a de r I D
Head I D
EP C
A cce ss w o r d
Pa yloa d
ULZ
1 byt e
1 byt e
( 2n+ 1) * 2 byt es
8 byt es
6 byt es
R e a d e r h o st
D a t a o f t h e p a r t i ci p a t i n g EP C
O v e r h e a d r e sp o n se t e l e g r a m 2 )
t r a n sp o n d e r s 1 ) 2 )
CM D
Re a de r
ID
Fr a m e
ID
R e su l t 3 )
Ex f l a g 3 )
Ex t e n si o n s
EP C
T r a n sp o n d e r
e r r o r co d e
ulz
1 byt e
2 byt es
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple: Lock t he Kill block of an EPC t ransponder
> > UWW0100000000000000000002FEFEFEFE
< < uww00000010106BBCC99AA778855663344112200
 Kill password writ t en
 Payload 0x0C00C0; Perm alock= 1
> > ULZ0106BBCC99AA7788556633441122FFFFFFFF00030C
< < ulz00000010106BBCC99AA778855663344112200
 Since Perm alock was set , t he kill password cannot be read or writ t en aft er t he
locking process!
> > UWW0100000000000000000002FEFEFEFE
< < uww00000010106BBCC99AA778855663344112284
 Kill password can no longer be writ t en!
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Operation
UKW – Killin g a ll
The UKW com m and st art s t o kill t he defined dat a range of all EPC t ransponders
EPC t r a n spon de r s
locat ed in t he field. Several EPC t ransponders can be locat ed in t he writ e area of
t he ant enna when using t his com m and. The " kill" com m and is only perform ed for
a t ransponder if t he kill password was previously writ t en and m at ches! The
t ransponder can no longer be addressed aft er a successful kill com m and.
H o st r e a d e r
CM D
Re a de r I D
Head I D
K i l l p a ssw o r d
R e co m m i ssi o n
UKW
1 byt e
1 byt e
8 byt es
2 byt es
R e a d e r h o st
D a t a o f t h e p a r t i ci p a t i n g EP C
O v e r h e a d r e sp o n se t e l e g r a m 2 )
t r a n sp o n d e r s 1 ) 2 )
CM D
Re a d e r
ID
Fr a m e
ID
R e su l t 3 )
Ex f l a g 3 )
Ex t e n si o n s
EP C
ukw
1 byt e
2 byt es
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2
byt es
T r a n sp o n d e r
e r r o r co d e
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
Exam ple: Kill an EPC t ransponder
> > UKW01FEFEFEFEFE
< < ukw000000101060102030405060708090A0B0C00
> > UKW01FEFEFEFEFE
< < ukw0000A
 The t ransponder no longer responds!
> > M01
< < m 0000A
 The t ransponder no longer responds!
I M PORTAN T
The respect ive t ransponder can no longer be addressed aft er a successfully
conduct ed kill com m and.
This com m and cannot be undone.
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Operation
UKZ – Killin g a ll
EPC t r a n spon de r s
( de fin e d EPC code )
The UKZ com m and st art s t o kill all EPC t ransponders wit h t he corresponding EPC
code locat ed in t he field. Several EPC t ransponders can be locat ed in t he writ e
area of t he ant enna when using t his com m and. The kill com m and is only
perform ed if t he kill password was previously writ t en! The t ransponder can no
longer be addressed aft er a successful kill com m and.
H o st r e a d e r
CM D
Re a de r I D
Head I D
EP C
Ki l l p a ssw o r d
R e co m m i ssi o n
UKZ
1 byt e
1 byt e
( 2n+ 1) * 2 byt es
8 byt es
2 byt es
R e a d e r h o st
D a t a o f t h e p a r t i ci p a t i n g EP C
O v e r h e a d r e sp o n se t e l e g r a m 2 )
t r a n sp o n d e r s
1)2)
CM D
Re a de r I D
Fr a m e
ID
R e su l t 3 )
Ex f l a g 3 )
Ex t e n si o n s
EP C
ukz
1 byt e
2 byt es
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2
byt es
T r a n sp o n d e r
e r r o r co d e
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) The response of t he t ransponder is opt ional and only appears at result " 00" .
3) The result and Ex flag is only available in t he first t ransm it t ed m essage in
m essages wit h several fram es.
 EPC: 2211443366558877AA99CCBB
Exam ple: Kill an EPC t ransponder
> > M01
< < m 00000010106BBCC99AA7788556633441122
> > UKZ0106BBCC99AA7788556633441122FEFEFEFEFE
< < ukz00000010106BBCC99AA778855663344112200
 The t ransponder no longer responds!
> > UKZ0106BBCC99AA7788556633441122FEFEFEFEFE
< < ukz0000A
> > M01
< < m 0000A
 The t ransponder no longer responds!
> > M01
< < m 0000A
 The t ransponder no longer responds!
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Operation
I M PORTAN T
The respect ive t ransponder can no longer be addressed aft er a successfully
conduct ed kill com m and.
This com m and cannot be undone.
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Operation
T a n d UAM – En a ble
r e a d pollin g EPC
The T or UAM com m and st art s t he polling of EPC t ransponders on t he respect ive
ant enna port , as long as it is not ended or t he device is not reset ! ! Transponder
m essages only appear if EPC t ransponders are act ually m oved in t he field. The
polling is briefly st opped for int erm ediat e read request s and is cont inued aft er t he
act ion.
I f polling is act ivat ed via param et er " polling port " 0x28, polling is rest art ed
aut om at ically aft er reset . Only t he so- called t ransponder m essages appear when
act ivat ing polling per param et er.
H o st r e a d e r
CM D
Re a de r I D
Head I D
UAM
1 byt e
1 byt e
CM D
Re a de r I D
R e su l t
uam
1 byt e
2 byt es
R e a d e r  h o st ( co n f i r m a t i o n )
R e a d e r  h o st ( t r a n sp o n d e r m e ssa g e )
O v e r h e a d r e sp o n se t e l e g r a m
D a t a o f t h e EP C t r a n sp o n d e r
CM D
Re a de r I D
D i r e ct i o n
Ex f l a g
Ex t e n si o n s
EP C
uam
1 byt e
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
Re a din g
cy cl e s 1 )
2 byt es
1) These dat a are displayed when t ransponders are m oved out of t he field.
Exam ple:
> > P02901 ( UHFshow Going act ive)
< < p0
> > UAM01
< < uam 000
< < uam 0FF010106BBCC99AA7788556633441122
 EPC t ransponder ent ers t he field: 2211443366558877AA99CCBB
< < uam 0FF010106010203040506070808080909
 EPC t ransponder ent ers t he field: 090808080706050403020106
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Operation
< < uam 000010106BBCC99AA77885566334411225502
 EPC t ransponder leaves t he field:  EPC: 2211443366558877AA99CCBB
< < uam 0000101060102030405060708080809095C02
 EPC t ransponder leaves t he field: 090908080807060504030201
< < uam 0FF010106010203040506070808080909
 EPC t ransponder ent ers t he field: 090908080807060504030201
< < uam 0000101060102030405060708080809090500
 EPC t ransponder leaves t he field: 090908080807060504030201
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Operation
UAA –
En a ble Re a d
Polling Ra w
The UAA com m and st art s t he polling of EPC t ransponders on t he respect ive
ant enna port , as long as it is not ended or t he device is not reset ! Wit h each
polling run all t ransponders are shown - which m ay result in a high dat a t raffic.
The polling is briefly st opped for int erm ediat e read request s and is cont inued
aft er t he act ion.
I f polling is act ivat ed via param et er " polling port " 0x28, polling is rest art ed
aut om at ically aft er reset . Only t he so- called t ransponder m essages appear when
act ivat ing polling per param et er.
H o st r e a d e r
CM D
Re a de r I D
Head I D
UAA
1 byt e
1 byt e
CM D
Re a de r I D
R e su l t
uaa
1 byt e
2 byt es
R e a d e r  h o st ( co n f i r m a t i o n )
R e a d e r  h o st ( t r a n sp o n d e r m e ssa g e )
O v e r h e a d r e sp o n se t e l e g r a m
D a t a o f t h e EP C t r a n sp o n d e r
CM D
Re a de r I D
D i r e ct i o n
Ex f l a g
Ex t e n si o n s
EP C
uaa
1 byt e
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) *
2 byt es
Re a ding
cy cl e s 1 )
2 byt es
1) These dat a are displayed when t ransponders are m oved out of t he field.
Exam ple:
> > UAA01
< < uaa000
< < uaa0FF010106BBCC99AA7788556633441122
 EPC t ransponder ent ers t he field: 2211443366558877AA99CCBB
< < uaa0FF010106010203040506070808080909
 EPC t ransponder ent ers t he field: 090808080706050403020106
< < uaa000010106BBCC99AA77885566334411225502
 EPC t ransponder leaves t he field:  EPC: 2211443366558877AA99CCBB
< < uaa0000101060102030405060708080809095C02
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Operation
 EPC t ransponder leaves t he field: 090908080807060504030201
< < uaa0FF010106010203040506070808080909
 EPC t ransponder ent ers t he field: 090908080807060504030201
< < uaa0000101060102030405060708080809090500
 EPC t ransponder leaves t he field: 090908080807060504030201
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Operation
UAX – Pollin g Re a d
Data
The UAX com m and st art s t he asynchronous read ( polling) of a defined dat a range
of EPC t ransponders at t he respect ive ant enna port . The polling read dat a is
execut ed as long as it is not ended or a reset is execut ed. Transponder m essages
only appear if EPC t ransponders are act ually m oved in t he field. The polling is
briefly st opped for int erm ediat e read request s and is cont inued aft er t he act ion.
H o st r e a d e r
CM D
Re a de r I D
Head I D
A cce ss w o r d
M em ory
bank
M em ory
a d d r e ss
N um be r of
dat a w ords
UAX
1 byt e
1 byt e
8 byt es
2 byt es
8 byt es
2 byt es
R e a d e r  h o st ( co n f i r m a t i o n )
CM D
Re a de r I D
R e su l t
uax
1 byt e
2 byt es
R e a d e r  h o st ( t r a n sp o n d e r m e ssa g e )
O v e r h e a d r e sp o n se t e l e g r a m
D a t a o f t h e EP C t r a n sp o n d e r
CM D
Re a de r I D
D i r e ct i o n
Ex f l a g
Ex t e n si o n s
EP C
uax
1 byt e
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) *
2 byt es
Re a ding
cy cl e s 1 )
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
2) Dat a of t he t ransponder are opt ional; t hey appear only at t ransponder error
code " 00" .
Exam ple: Read EPC ( m em ory bank 01, address 02000000, lengt h 06)
> > UAX0100000000010200000006
< < uax000
Polling successfully init iat ed
< < uax000
<<
uax0FF010106BBCC99AA77885566334411220006112233445566778899AABBC
< < uax000010106BBCC99AA77885566334411221100
<<
uax0FF010106BBCC99AA77885566334411220006112233445566778899AABBC
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Operation
<<
uax0FF0101060102030405060708080809090006090908080708050603040102
< < uax000010106BBCC99AA77885566334411224700
<<
uax0FF010106BBCC99AA77885566334411220006112233445566778899AABBC
< < uax000010106BBCC99AA77885566334411222400
< < uax0000101060102030405060708080809097100
> > UAE0
< < uae000
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Operation
UAW – Polling
W r it e D a t a
The UAW com m and st art s t he asynchronous writ ing ( polling) of a defined dat a
range of EPC t ransponders at t he respect ive ant enna port . The polling writ e dat a
is execut ed as long as it is not ended or a reset is execut ed. Transponder
m essages only appear if EPC t ransponders are act ually m oved in t he field. The
polling is briefly st opped for int erm ediat e read request s and is cont inued aft er t he
act ion.
H o st r e a d e r
CM D
Re a de r
ID
Head
ID
A cce ss
w ord
Mem ory
bank
Mem ory
a d d r e ss
N um ber of
N data
w ords
Data
w ords
UAW
1 byt e
1 byt e
8 byt es
2 byt es
8 byt es
2 byt es
N* 4 byt es
R e a d e r  h o st ( co n f i r m a t i o n )
CM D
Re a de r I D
R e su l t
uaw
1 byt e
2 byt es
R e a d e r  h o st ( t r a n sp o n d e r m e ssa g e )
D a t a o f t h e p a r t i ci p a t i n g EP C t r a n sp o n d e r s 1 )
O v e r h e a d r e sp o n se t e l e g r a m
CM D
Re a de r
ID
D i r e ct i o n
Ex f l a g
Ex t e n si o n s
EP C
Re a din g
cy cl e s
uaw
1 byt e
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
Exam ple: Writ e EPC ( m em ory bank 01, address 02000000, lengt h 06)
> > UAW01000000000102000000060102030405060708090A0B0C
< < uaw000
Polling successfully init iat ed
< < uaw0FF010106BBCC99AA778855663344112200
<<
<<
<<
<<
<<
<<
<<
<<
uaw000010106BBCC99AA77885566334411220500
uaw0FF0101060B0C090A070805060304010200
uaw0000101060B0C090A07080506030401023000
uaw0FF01010601020304050607080808090900
uaw0000101060102030405060708080809090500
uaw0FF0101060B0C090A070805060304010200
uaw0000101060B0C090A07080506030401020700
uaw0FF0101060B0C090A070805060304010200
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Operation
< < uaw0000101060B0C090A07080506030401024E00
> > UAE0
< < uae000
St op polling
Cont rol reading:
> > M01
< < m 0000001
01060B0C090A0708050603040102
01060B0C090A0708050603040102
 EPC: 02010403060508070A090C0B
 EPC: 02010403060508070A090C0B
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Operation
UAZ – Pollin g W r it e
The UAZ com m and st art s t he asynchronous m asked writ ing ( polling) of a defined
M a sk e d D a t a
dat a range of EPC t ransponders at t he respect ive ant enna port . The polling writ e
m asked dat a is execut ed as long as it is not ended or a reset is execut ed.
Transponder m essages only appear if EPC t ransponders are act ually m oved in t he
field. The polling is briefly st opped for int erm ediat e read request s and is
cont inued aft er t he act ion.
H o st r e a d e r
CM D
Re a de r
ID
Head
ID
A cce ss
w ord
M em ory
bank
M em ory
a d d r e ss
N um ber of
N data
w ords
UAZ
1 byt e
1 byt e
8 byt es
2 byt es
8 byt es
2 byt es
Data
w ords
M a sk
N* 4
byt es
N* 4 byt es
R e a d e r  h o st ( co n f i r m a t i o n )
CM D
Re a de r I D
R e su l t
uaz
1 byt e
2 byt es
R e a d e r  h o st ( t r a n sp o n d e r m e ssa g e )
D a t a o f t h e p a r t i ci p a t i n g EP C t r a n sp o n d e r s 1 )
O v e r h e a d r e sp o n se t e l e g r a m
CM D
Re a de r I D
D i r e ct i o n
Ex f l a g
Ex t e n si o n s
EP C
Re a din g
cy cl e s
uaz
1 byt e
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
Exam ple: 1 dat a word of t he EPC m asked writ e ( m em ory bank 01, address
02000000, lengt h 01, m ask FFFF)
> > M01
< < m 000000101060B0C090A0708050603040102
 EPC: 02010403060508070A090C0B
> > UAZ01000000000102000000011122FFFF
< < uaz000
Polling successfully init iat ed
< < uaz000
< < uaz0FF0101060B0C090A070805060304010200
< < uaz0000101060B0C090A07080506030401020500
< < uaz0FF0101060B0C090A070805060304112200
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Operation
< < uaz0000101060B0C090A07080506030411224E00
> > UAE0
< < uae000
St op polling
> > M01
< < m 000000101060B0C090A0708050603041122
 EPC: 22110403060508070A090C0B
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Operation
UAB – Er a se Block
The UAB com m and st art s t he asynchronous erase block ( polling) of a defined dat a
range of EPC t ransponders at t he respect ive ant enna port . The polling erase block
is execut ed as long as it is not ended or a reset is execut ed. Transponder
m essages only appear if EPC t ransponders are act ually m oved in t he field. The
polling is briefly st opped for int erm ediat e read request s and is cont inued aft er t he
act ion.
I M PORTAN T
Erasing a block is only support ed by a few t ransponders at t his t im e!
H o st r e a d e r
CM D
Re a de r
ID
Head
ID
EP C
A cce ss
w ord
M em ory
bank
M em ory
a d d r e ss
N um ber of N
dat a w ords
UAB
1 byt e
1 byt e
( 2n+ 1) * 2 byt es
8 byt es
2 byt es
8 byt es
2 byt es
R e a d e r  h o st ( co n f i r m a t i o n )
CM D
Re a de r I D
R e su l t
uab
1 byt e
2 byt es
R e a d e r  h o st ( t r a n sp o n d e r m e ssa g e )
D a t a o f t h e p a r t i ci p a t i n g EP C t r a n sp o n d e r s 1 )
O v e r h e a d r e sp o n se t e l e g r a m
CM D
Re a de r I D
D i r e ct i o n
Ex f l a g
Ex t e n si o n s
EP C
T r a n sp o n d e r
e r r o r co d e
uab
1 byt e
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
Exam ple: Delet e 2 dat a words of t he USER m em ory area ( m em ory bank 03,
address 00000000, lengt h 02)
> > UAB0100000000030000000002
< < uab000
Polling successfully init iat ed
< < uab0FF0101060B0C090A070805060304112200
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Operation
UAL – Lock EPC
The UAL com m and st art s t he asynchronous lock EPC ( polling) of defined EPC
t ransponders at t he respect ive ant enna port . The polling lock EPC is execut ed as
long as it is not ended or a reset is execut ed. Transponder m essages only appear
if EPC t ransponders are act ually m oved in t he field. The polling is briefly st opped
for int erm ediat e read request s and is cont inued aft er t he act ion.
H o st r e a d e r
CM D
Re a de r I D
Head I D
A cce ss w o r d
Pa y loa d
UAL
1 byt e
1 byt e
8 byt es
6 byt es
R e a d e r  h o st ( co n f i r m a t i o n )
CM D
Re a de r I D
R e su l t
ual
1 byt e
2 byt es
R e a d e r  h o st ( t r a n sp o n d e r m e ssa g e )
D a t a o f t h e p a r t i ci p a t i n g EP C t r a n sp o n d e r s 1 )
O v e r h e a d r e sp o n se t e l e g r a m
CM D
Re a de r I D
D i r e ct i o n
Ex f l a g
Ex t e n si o n s
EP C
T r a n sp o n d e r
e r r o r co d e
ual
1 byt e
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
Exam ple: Lock kill password ( Payload 0x0C0300 Perm alock= 1)
> > UWW0100000000000000000002FEFEFEFE
< < uww000000101000005358004D9DDB233083000
Kill password writ t en
> > UAL010000000000030C
< < ual000
Polling successfully init iat ed
 Since Perm alock was set , t he kill password cannot be read or writ t en aft er t he
locking process!
< < ual0FF010106000005358004D9DDB233083000
> > UWW0100000000000000000002FEFEFEFE
< < uww00000010106000005358004D9DDB233083084
Transponder error 0x84: Kill password is locked!
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Operation
UAK – Kill
EPC t r a n spon de r
The UAK com m and st art s t he asynchronous kill of EPC t ransponders ( polling) at
t he respect ive ant enna port . The polling kill EPC is execut ed as long as it is not
ended or a reset is execut ed. Transponder m essages only appear if EPC
t ransponders are act ually m oved in t he field. The polling is briefly st opped for
int erm ediat e read request s and is cont inued aft er t he act ion. The " kill" com m and
is only perform ed for a t ransponder if t he kill password was previously writ t en
and m at ches! The t ransponder can no longer be addressed aft er a successful kill
com m and.
H o st r e a d e r
CM D
Re a de r I D
Head I D
K i l l p a ssw o r d
R e co m m i ssi o n
UAK
1 byt e
1 byt e
8 byt es
2 byt es
R e a d e r  h o st ( co n f i r m a t i o n )
CM D
Re a de r I D
R e su l t
uak
1 byt e
2 byt es
R e a d e r  h o st ( t r a n sp o n d e r m e ssa g e )
D a t a o f t h e p a r t i ci p a t i n g EP C t r a n sp o n d e r s 1 )
O v e r h e a d r e sp o n se t e l e g r a m
CM D
Re a de r
ID
D i r e ct i o n
Ex f l a g
Ex t e n si o n s
EP C
T r a n sp o n d e r
e r r o r co d e
uak
1 byt e
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
Exam ple: Kill EPC t ransponder
> > UAK01FEFEFEFE00
< < uak000
Polling successfully init iat ed
< < uak0FF010106000005358004D9DDB233083000
EPC t ransponder successfully m ade unreadable!
The t ransponder no longer responds!
Addit ional exam ple:
> > UAK010000000000
< < uak000
Polling successfully init iat ed
< < uak0FF0101060B0C090A070805060304112280
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< < uak0FF0101060B0C090A070805060304112280
< < uak0FF0101060B0C090A070805060304112280
< < uak0FF0101060B0C090A070805060304112280
Kill password not set
< < uak0FF010106000005358004D9DDB233083002
 Wrong Kill password
I M PORTAN T
The respect ive t ransponder can no longer be addressed aft er a successfully
conduct ed kill com m and.
This com m and cannot be undone.
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Operation
UAR – Polling
t r a nsponde r r a t e
The UAR com m and provides t he t ransponder rat e of t he act ivat ed polling act ion.
A t ransponder list of a st andard invent ory is first est ablished in t he reader in all
polling act ions before t he act ual read/ writ e act ion is execut ed. The t ransponder
rat e is form ed via t he invent ory and specifies how m any t ransponders are
det ect ed per second during t he invent ory.
H o st r e a d e r
CM D
Re a de r I D
Head I D
UAR
1 byt e
1 byt e
R e a d e r h o st
CM D
Re a de r I D
R e su l t
T r a n sp o n d e r r a t e
uar
1 byt e
2 byt es
4 byt es
Exam ple: Read t ransponder rat e at various t im es
< < n0
> > UAR01
< < uar0000000
> > UAM01
< < uam 000
 Polling Get EPCs st art ed!
< < uam 0FF0101060B0C090A0708050603040102
 EPC: 02010403060508070A090C0B
< < uam 0FF010106370000000000000000000000
 EPC: 000000000000000000000037
< < uam 0FF010106069905358004D9DDB2330830
 EPC: 300833B2DDD9048035059906
< < uam 0FF010106089905358004D9DDB2330830
 EPC: 300833B2DDD9048035059908
< < uam 0FF010106160000000000000000000000
 EPC: 000000000000000000000016
< < uam 0FF010106380000000000000000000000
 EPC: 000000000000000000000038
< < uam 0FF010106060000000000000000000000
 EPC: 000000000000000000000006
< < uam 0FF010106140000000000000000000000
 EPC: 000000000000000000000014
< < uam 0FF010106400000000000000000000000
 EPC: 000000000000000000000040
< < uam 0FF010106079905358004D9DDB2330830
 EPC: 300833B2DDD9048035059907
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< < uam 0FF010106050000000000000000000000
 EPC: 000000000000000000000005
< < uam 0FF010106340000000000000000000000
 EPC: 000000000000000000000034
< < uam 0FF010106180000000000000000000000
 EPC: 000000000000000000000018
< < uam 0FF010106430000000000000000000000
 EPC: 000000000000000000000043
< < uam 0FF010106109905358004D9DDB2330830
 EPC: 300833B2DDD9048035059910
< < uam 0FF010106170000000000000000000000
 EPC: 000000000000000000000017
< < uam 0FF010106420000000000000000000000
 EPC: 000000000000000000000042
< < uam 0FF010106070000000000000000000000
 EPC: 000000000000000000000007
< < uam 0FF010106330000000000000000000000
 EPC: 000000000000000000000033
< < uam 0FF010106150000000000000000000000
 EPC: 000000000000000000000015
< < uam 0FF010106520000000000000000000000
 EPC: 000000000000000000000052
< < uam 0FF010106390000000000000000000000
 EPC: 000000000000000000000039
< < uam 0FF010106080000000000000000000000
 EPC: 000000000000000000000008
< < uam 0FF010106410000000000000000000000
 EPC: 000000000000000000000041
< < uam 0FF010106230000000000000000000000
< < uar0006C00
< < uam 0FF010106230000000000000000000000
 EPC: 000000000000000000000023
> > UAR01
< < uar0007800
 EPC: 000000000000000000000023
> > UAR01
< < uar0005800
> > UAR01
< < uar0005800
> > UAR01
< < uar0005900
> > UAR01
< < uar0006100
> > UAR01
< < uar0006100
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> > UAR01
< < uar0006C00
> > UAR01
< < uar0006C00
> > UAR01
< < uar0006C00
< < uam 0FF010106230000000000000000000000
 EPC: 000000000000000000000023
> > UAR01
< < uar0007800
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Operation
UAE – En d
polling
The UAE com m and ends all asynchronous com m ands ( polling) at all ant enna
port s. I f t he polling was st art ed per polling port param et er, t he param et er m ust
also be reset t o finally end t his.
H o st r e a d e r
CM D
Re a de r I D
UAE
1 byt e
R e a d e r h o st
CM D
Re a de r I D
R e su l t
uae
1 byt e
2 byt es
Exam ple: end current polling act ion
> > UAE0
< < uae000
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Operation
UCX – Act iva t e
polling N XPUCOD E- G2 X Re a d
Pr ot e ct
The UCX com m and st art s t he asynchronous t ransponder funct ion ( polling
operat ion) " ReadProt ect " of all NXP- UCODE- G2X t ransponders in t he field at t he
respect ive ant enna port . The polling " ReadProt ect " is execut ed as long as it is not
ended or a reset is execut ed.
Transponder m essages only appear if NXP- UCODE- G2X t ransponders are act ually
m oved in t he field. The polling is briefly st opped for int erm ediat e read request s
and is cont inued aft er t he act ion.
H o st r e a d e r
CM D
Re a de r I D
Head I D
A cce ss w o r d
UCX
1 byt e
2 byt es
8 byt es
R e a d e r h o st ( co n f i r m a t i o n )
CM D
Re a de r I D
R e su l t
ucx
1 byt e
2 byt es
R e a d e r  h o st ( t r a n sp o n d e r m e ssa g e )
D a t a o f t h e p a r t i ci p a t i n g EP C t r a n sp o n d e r s 1 )
O v e r h e a d r e sp o n se t e l e g r a m
CM D
Re a de r
ID
D i r e ct i o n
Ex f l a g
Ex t e n si o n s
EP C
T r a n sp o n d e r
e r r o r co d e
ucx
1 byt e
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
Exam ple:
> > UCX0100000000
< < ucx000
< < ucx0FF0101060B0C090A070805060304112200
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Operation
UCN – Act iva t e
polling N XPUCOD E- G2 X Re se t
Re a d Pr ot e ct
The UCN com m and st art s t he asynchronous t ransponder funct ion ( polling
operat ion) " Reset ReadProt ect " of all NXP- UCODE- G2X t ransponders in t he field at
t he respect ive ant enna port . The polling " Reset ReadProt ect " is execut ed as long
as it is not ended or a reset is execut ed.
Transponder m essages only appear if NXP- UCODE- G2X t ransponders are act ually
m oved in t he field. The polling is briefly st opped for int erm ediat e read request s
and is cont inued aft er t he act ion.
H o st r e a d e r
CM D
Re a de r I D
Head I D
A cce ss w o r d
UCN
1 byt e
1 byt e
8 byt es
R e a d e r h o st ( co n f i r m a t i o n )
CM D
Re a de r I D
R e su l t
ucn
1 byt e
2 byt es
R e a d e r  h o st ( t r a n sp o n d e r m e ssa g e )
D a t a o f t h e p a r t i ci p a t i n g EP C t r a n sp o n d e r s 1 )
O v e r h e a d r e sp o n se t e l e g r a m
CM D
Re a de r
ID
D i r e ct i o n
Ex f l a g
Ex t e n si o n s
EP C
T r a n sp o n d e r
e r r o r co d e
ucn
1 byt e
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
Exam ple:
> > UCN0100000000
< < ucn000
< < ucn0FF0101060B0C090A070805060304112200
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UCC - Act iva t e
The UCC com m and st art s t he asynchronous t ransponder funct ion ( polling
Polling N XP-
operat ion) " Change EAS" of all NXP- UCODE- G2X t ransponders in t he field at t he
UCOD E- G2 X
respect ive ant enna port . The polling " Change EAS" is execut ed as long as it is not
Cha n ge EAS
ended or a reset is execut ed.
Transponder m essages only appear if NXP- UCODE- G2X t ransponders are act ually
m oved in t he field. The polling is briefly st opped for int erm ediat e read request s
and is cont inued aft er t he act ion.
H o st r e a d e r
CM D
Re a de r I D
Head I D
A cce ss w o r d
EA S a l a r m b i t
UCC
1 byt e
1 byt e
8 byt es
2 byt es
R e a d e r h o st ( co n f i r m a t i o n )
CM D
Re a de r I D
R e su l t
ucc
1 byt e
2 byt es
R e a d e r  h o st ( t r a n sp o n d e r m e ssa g e )
D a t a o f t h e p a r t i ci p a t i n g EP C t r a n sp o n d e r s 1 )
O v e r h e a d r e sp o n se t e l e g r a m
CM D
Re a d e r I D
D i r e ct i o n
Ex f l a g
Ex t e n si o n s
EP C
T r a n sp o n d e r
e r r o r co d e
ucc
1 byt e
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
2 byt es
1) These dat a are displayed in t he order list ed for each ident ified EPC
t ransponder.
Exam ple:
> > UCC010000000001
< < ucc000
< < ucc0FF0101060B0C090A070805060304112200
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UCE - Act iva t e
polling N XPUCOD E- G2 X EAS
a la r m
The UCE com m and st art s t he asynchronous t ransponder funct ion ( polling
operat ion) " EAS alarm " of all NXP- UCODE- G2X t ransponders in t he field at t he
respect ive ant enna port . The polling " EAS alarm " is execut ed as long as it is not
ended or a reset is execut ed.
Transponder m essages only appear if NXP- UCODE- G2X t ransponders are act ually
m oved in t he field. The polling is briefly st opped for int erm ediat e read request s
and is cont inued aft er t he act ion.
H o st r e a d e r
CM D
Re a d e r I D
Head I D
UCE
1 byt e
1 byt e
R e a d e r h o st ( co n f i r m a t i o n )
CM D
Re a de r I D
R e su l t
uce
1 byt e
2 byt es
R e a d e r  h o st ( t r a n sp o n d e r m e ssa g e )
O v e r h e a d r e sp o n se t e l e g r a m
D a t a o f t h e EP C t r a n sp o n d e r
CM D
Re a de r I D
D i r e ct i o n
Ex f l a g
Ex t e n si o n s
EP C
uce
1 byt e
2 byt es
2 byt es
0- 12 byt es
( 2n+ 1) * 2 byt es
Exam ple:
> > UCE01
< < uce000
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UFW – Se t filt e r
da t a
By set t ing and act ivat ing so- called filt ers, it is possible t o only let cert ain EPC
t ransponders part icipat e in t he invent ory. A t ot al of 8 filt ers can be defined. The
UFW com m and m akes it possible t o set t he dat a for a filt er.
H o st r e a d e r
CM D
Re a de r
ID
Fi l t e r
Num ber
On/
Off
Ta rget
A ct i o n
1)
UFW
1 byt e
2 byt es
2 byt es
2 byt es
1)
M em ory
bank
M em ory
a d d r e ss
Num ber
o f m a sk
bit s N
2 byt es
2 byt es
8 byt es
2 byt es
Fi l t e r
m a sk
2 *
Round
up ( N /
8) byt es
1) See EPC Global specificat ion " Select com m and" for a descript ion
R e a d e r h o st
CM D
Re a de r I D
R e su l t
Fi l t e r N u m b e r
ufw
1 byt e
2 byt es
2 byt es
Exam ple:
> > UFW001000000010200000010F0F0
< < ufw00001
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UFR – Re a d filt e r
da t a
By set t ing and act ivat ing filt ers, it is possible t o only let cert ain EPC t ransponders
part icipat e in t he invent ory. A t ot al of 32 filt ers can be defined. The UFR
com m and allows reading of dat a of a filt er.
H o st r e a d e r
CM D
Re a d e r I D
Fi l t e r N u m b e r
UFR
1 byt e
2 byt es
R e a d e r h o st
CM D
Re a de r
ID
R e su l t
Fi l t e r
N um ber
On/
Off
ufr
1 byt e
2 byt es
2 byt es
byt es
1)
M em ory
bank
M em ory
a d d r e ss
Num ber
o f m a sk
bit s N
2 byt es
2 byt es
8 byt es
2 byt es
Target
A ct i o n
1)
2 byt es
Fi l t e r
m a sk
2 *
Round
up ( N /
8) byt es
1) See EPC Global specificat ion " Select com m and" for a descript ion
Exam ple:
> > UFR001
< < ufr00001000000010200000010F0F0
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
UFP – Se t filt e r
By set t ing and act ivat ing so- called filt ers, it is possible t o only let cert ain EPC
t ransponders part icipat e in t he invent ory. A t ot al of 32 filt ers can be defined. The
use of a part icular filt er can be swit ched on and off by t he UFP com m and.
H o st r e a d e r
CM D
Re a de r
ID
Fi l t e r
Num ber
On/
Off
Ta rget
A ct i o n
1)
UFP
1 byt e
2 byt es
2 byt es
2 byt es
1)
M em ory
bank
M em ory
a d d r e ss
Num ber
o f m a sk
bit s N
2 byt es
2 byt es
8 byt es
2 byt es
Fi l t e r
m a sk
2 *
Round
up ( N /
8) byt es
1) See EPC Global specificat ion " Select com m and" for a descript ion
R e a d e r h o st
CM D
Re a de r I D
R e su l t
Fi l t e r N u m b e r
ufp
1 byt e
2 byt es
2 byt es
Exam ple: Act ivat e filt er 01
> > UFP001FF
< < ufp00001
Filt er 01 was act ivat ed
> > UFG001
< < ufg00001FF
Current st at us of filt er 01
> > UFR001
< < ufr00001FF0000010200000010F0F0
Cont rol read of filt er dat a 01
Exam ple: Deact ivat e filt er 01
> > UFP00100
< < ufp00001
Filt er 01 was deact ivat ed
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
UFG – Re a d filt e r
da t a
By set t ing and act ivat ing so- called filt ers, it is possible t o only let cert ain EPC
t ransponders part icipat e in t he invent ory. A t ot al of 32 filt ers can be defined. The
st at us of a part icular filt er can be det erm ined by t he UFG com m and.
H o st r e a d e r
CM D
Re a de r I D
Fi l t e r N u m b e r
UFG
1 byt e
2 byt es
R e a d e r h o st
CM D
Re a de r I D
R e su l t
Fi l t e r N u m b e r
On/ Off
ufg
1 byt e
2 byt es
2 byt es
2 byt es
Exam ple: Read st at us of filt er 01
> > UFG001
< < ufg0000100
” 00” : Filt er 01 is not act ive
UFP001FF
< < ufp00001
Filt er 01 was act ivat ed
> > UFG001
< < ufg00001FF
" FF" : Filt er 01 is act ive
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Ch a p t e r 7
Operation
UGL – Re a d list of
The radio profiles locat ed in t he reader can be read wit h t he UGL com m and. The
r a dio pr ofile s
profiles are num bered consecut ively. The profile descript ion it self is ASCI I - coded
and is always com plet ed by a zero byt e 0x00.
H o st r e a d e r
CM D
Re a de r I D
UGL
1 byt e
R e a d e r h o st
D a t a o f t h e r e sp e ct i v e p r o f i l e 1 ) 2 )
O v e r h e a d r e sp o n se t e l e g r a m
CM D
Re a de r I D
R e su l t 3 )
Pr ofile
num ber
A SCI I p r o f i l e
d e scr i p t i o n
Zero byt es
ugl
1 byt e
2 byt es
2 byt es
2* N Byt es
00
1) These dat a are displayed in t he order list ed for each ident ified profile.
2) The descript ion of t he profiles is opt ional and only appears at result " 00" .
3) The result flag is only available in t he first t ransm it t ed m essage in m essages
wit h several fram es.
Exam ple: Read radio profile list of t he reader
> > UGL0
< < ugl000
0054783A34306B6270732F52783A38306B6270732F464D3000
0154783A34306B6270732F52783A34306B6270732F4D696C6C65723200025
4783A34306B6270732F52783A3136306B6270732F464D3000
0354783A34306B6270732F52783A38306B6270732F4D696C6C65723200045
4783A34306B6270732F52783A34306B6270732F4D696C6C65723400
Radio profiles:
0x00
0x01
0x02
0x03
0x04
–
–
–
–
–
Tx: 40kbps/ Rx: 80kbps/ FM0
Tx: 40kbps/ Rx: 40kbps/ Miller2
Tx: 40kbps/ Rx: 160kbps/ FM0
Tx: 40kbps/ Rx: 80kbps/ Miller2
Tx: 40kbps/ Rx: 40kbps/ Miller4 ( default set t ing)
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Operation
UGP – Re a d a ct ive
The current ly used radio profile can be read in t he reader wit h t he UGP com m and.
r a dio pr ofile
H o st r e a d e r
CM D
Re a de r I D
UGP
1 byt e
R e a d e r h o st
CM D
Re a de r I D
Pr ofile n u m be r
ugp
1 byt e
2 byt es
Exam ple: Read act ive radio profile of t he reader
> > UGP0
< < ugp004
Default set t ing of radio profile 0x04
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Operation
UPP – Se t a ct ive
The act ive radio profile of t he reader can be set wit h t he UPP com m and.
r a dio pr ofile
H o st r e a d e r
CM D
Re a de r I D
Pr ofile n u m be r
UPP
1 byt e
2 byt es
CM D
Re a de r I D
R e su l t
upp
1 byt e
2 byt es
R e a d e r h o st
Exam ple: Set profile
> > UPP003
< < upp000
Profile successfully set
> > UGP0
< < ugp003
Current profile read
> > UPP005
< < upp004
Profile num ber out of range
> > UGP0
< < ugp003
Current profile read
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Operation
UN H – H a r dw a r e
r e se t
The UNH com m and perform s a hardware reset of t he whole UHF reader.
Approxim at ely 20 seconds pass aft er a confirm at ion unt il t he reset is com plet ed
and t he reader responds wit h a reset m essage.
H o st r e a d e r
CM D
Re a de r I D
UNH
1 byt e
R e a d e r h o st ( co n f i r m a t i o n )
CM D
Re a de r I D
R e su l t
unh
1 byt e
2 byt es
R e a d e r h o st ( r e se t m e ssa g e )
CM D
Re a de r I D
1 byt e
Exam ple:
> > UNH0
< < unh000
...up t o 20 seconds pass...
< < n0
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Operation
UN R or N –
Soft w a r e r e se t
The UNR or N com m and only t riggers a rest art of t he soft ware. Aft er t he soft ware
is reset , t he device responds wit h a reset m essage.
H o st r e a d e r
CM D
Re a de r I D
UNR
1 byt e
R e a d e r h o st ( co n f i r m a t i o n )
CM D
Re a de r I D
R e su l t
unr
1 byt e
2 byt es
R e a d e r h o st ( r e se t m e ssa g e )
CM D
Re a de r I D
1 byt e
Exam ple 1:
> > N0
< < n0
Exam ple 2:
> > UNR0
< < unr000
< < n0
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Operation
UPE - Fa ct or y
Re se t / Fa ct or y
Se t t in g
There are 3 opt ions t o com plet ely or only part ially reset t he device t o t he default
st at us.
1. Only reader- specific param et ers ( from param et er 100) are reset by t he " UPE"
com m and.
H o st r e a d e r
CM D
Re a de r I D
UPE
1 byt e
R e a d e r h o st
CM D
Re a de r I D
upe
1 byt e
Exam ple:
> > UPE0
< < upe000
2. The com plet e reader is set t o t he default st at us by t he Fact oryReset param et er
( 0x63) and a reset is t hen perform ed!
Reset wit h param et er:
> > P06300
< < p0
< < n0
3. I f t he " Modi" and " Reset " but t ons are sim ult aneously pressed at a powerup
reset for about 15 seconds unt il all t he LEDs of t he foil keypad light up for t he
second t im e, t he com plet e reader will be reset t o t he default st at e.
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Ch a p t e r 7
Operation
F – Pa r a m e t e r
qu e r y
The F com m and is used t o query individual param et ers of t he device. The num ber
of t he param et er is t ransm it t ed in " Param et er No." . The response cont ains t he
param et er num ber and value. The param et er num ber and t he value should be
specified in HEX form at : for exam ple, param et er 11  0x0B.
H o st r e a d e r
CM D
Re a de r I D
Pa r a m e t e r no.1 )
1 byt e
2 byt es
R e a d e r h o st
CM D
Re a de r I D
Pa r a m e t e r no.
Pa r a m e t e r va lu e
1 byt e
2 byt es
N* 2 byt es
1) I f a param et er num ber is not specified, t he reader will provide all reader
param et ers. A single response t elegram is t hen sent for each param et er. The
param et er value can be m ult i- digit ( N> = 1) !
Exam ple:
> > F02A ( request param et er 0x2A)
< < f02A0F
> > F0 ( request all param et ers)
< < f000A2
< < f001C9
……
< < f07905
< < f07A01
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
P – Se t pa r a m e t e r
The P com m and set s t he individual param et er values of t he device. The device
sends a confirm at ion aft er successfully set t ing a param et er. The param et er
num ber and t he value should be specified in HEX form at : e.g. param et er 11 
0x0B.
I M PORTAN T
Aft er set t ing one or several param et ers, a reset is t o be carried out as som e
param et ers affect hardware set t ings.
H o st r e a d e r
CM D
Re a de r I D
Pa r a m e t e r N o
Pa r a m e t e r va lu e
1 byt e
2 byt es
N* 2 byt es
R e a d e r h o st
CM D
Re a de r I D
1 byt e
The param et er value can be m ult i- digit ( N> = 1) !
Exam ple:
> > F014 ( read old value 0x00)
< < f01400
> > P0140F ( set value from 0x00 t o 0x0F)
< < p0
> > F014 ( read new value 0x0F)
< < f0140F
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
N - Re se t
I M PORTAN T
The N com m and perform s a reset of t he reader hardware. Aft er t he reset t he
Et hernet connect ion t o t he device has t o be reest ablished.
Aft er set t ing one or several param et ers, a reset is t o be carried out as som e
param et ers affect hardware set t ings.
H o st r e a d e r
CM D
Re a de r I D
1 byt e
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
UGK – D e t e r m in e
For t he t ypical reader param et ers ( param et er num ber 100 t o m ax. 240) , up t o 8
a ct ive pa r a m e t e r
param et er set s can be creat ed and select ed. Aft er st art ing t he reader, t he default
se t
param et er set will aut om at ically becom e t he act ive param et er set . Any changes
t o t he reader param et ers only affect t he act ive param et er set . The act ive
param et er set can be det erm ined by t he UGK com m and.
H o st r e a d e r
CM D
Re a de r I D
UGK
1 byt e
R e a d e r h o st
CM D
Re a de r I D
P a r a m e t e r se t n o .
ugk
1 byt e
2 byt es
Exam ple:
< < n0 ( Powerup reset )
> > UGK0
< < ugk000
Act ive param et er set num ber 00 ( default value)
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
UPK – D e fine t h e
For t he t ypical reader param et ers ( param et er num ber 100 t o m ax. 240) , up t o 8
a ct ive pa r a m e t e r
param et er set s can be creat ed and select ed. Aft er st art ing t he reader, t he default
se t
param et er set will aut om at ically becom e t he act ive param et er set . Any changes
t o t he reader param et ers only affect t he act ive param et er set . The act ive
param et er set can be det erm ined by t he UPK com m and.
H o st r e a d e r
CM D
Re a de r I D
P a r a m e t e r se t n o .
UPK
1 byt e
2 byt es
CM D
Re a de r I D
R e su l t
upk
1 byt e
2 byt es
R e a d e r h o st
Exam ple:
< < n0 ( Powerup reset )
> > UGK0
< < ugk000
Act ive param et er set num ber 00 ( default value)
> > UPK007
< < upk000
New act ive param et er set was successfully defined
> > UGK0
< < ugk007
Act ive param et er set num ber 07
> > P06A84
< < p0
Transm ission out put of Port 1 changed from 0x6c t o 0x84 ( param et er set 7! )
...
Poweroff reset
...
< < n0
> > UGK0
< < ugk000
> > F06A
< < f06A6C
The default param et er is loaded aft er a reset
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
> > UPK007
< < upk000
> > F06A
< < f06A84
The t ransm ission out put of param et er set 7 has t he value 0x84
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
UGD – D e t e r m in e
For t he t ypical reader param et ers ( param et er num ber 100 t o m ax. 240) , up t o 8
de fa ult pa r a m e t e r
param et er set s can be creat ed and select ed. The default param et er set is t he one
se t
t hat is loaded when st art ing t he reader and aut om at ically becom es t he act ive
param et er set . The param et er set num ber ( 0 t o 7) of t he default param et er set
can be det erm ined wit h t he UGD com m and.
R e a d e r h o st
CM D
Re a de r I D
UGD
1 byt e
H o st r e a d e r
CM D
Re a de r I D
P a r a m e t e r se t n o .
ugd
1 byt e
2 byt es
Exam ple:
> > UGD0
< < ugd000
Default param et er set num ber 00 ( default value)
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
UPD – D e fine
For t he t ypical reader param et ers ( param et er num ber 100 t o m ax. 240) , up t o 8
de fa ult pa r a m e t e r
param et er set s can be creat ed and select ed. The default param et er set is t he one
se t
t hat is loaded when st art ing t he reader and aut om at ically becom es t he act ive
param et er set . The param et er set num ber ( 0 t o 7) of t he default param et er set
can be defined wit h t he UPD com m and. I f t he UPD com m and has a param et er set
num ber great er t han 7, t he current ly act ive param et er set is used as t he default
param et er set .
R e a d e r h o st
CM D
Re a de r I D
P a r a m e t e r se t n o .
UPD
1 byt e
2 byt es
CM D
Re a de r I D
R e su l t
upd
1 byt e
2 byt es
H o st r e a d e r
Exam ple:
set new default param et er
> > UPD007
< < upd000
Default param et er set num ber successfully set
> > UGD0
< < ugd007
Default param et er set num ber 07
....
Poweroff reset
....
< < n0
> > UGD0
< < ugd007
Default param et er set num ber 07
Exam ple: Set default param et er set as t he act ive param et er set
> > UGD0
< < ugd007
Default param et er set num ber 07
> > UGK0
< < ugk007
Act ive param et er set num ber 07
> > UPK000
< < upk000
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
Act ive param et er set 00 successfully set
> > UPD008
< < upd000
Act ive param et er set is st ored as t he default param et er set !
> > UGK0
< < ugk000
Act ive param et er set 00
> > UGD0
< < ugd000
Default param et er set 00
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
B – Se n sor st a t u s
The B com m and is t ransm it t ed by t he reader if t he st at us of a sensor has
changed. The m essage shows t he current st at us of t he sensor. The host m ust
send or not send ( Par Wat ch port Bit 6) a confirm at ion depending on t he int ernal
set t ing of t he reader.
R e a d e r h o st
CM D
Re a de r I D
Head I D
Se n so r st a t e
1 byt e
1 byt e
1 byt e
H o st r e a d e r
CM D
Re a de r I D
Head I D
1 byt e
1 byt e
Exam ple: Sensor det ect ed, EPC bulk reading, sensor rem oved
< < B011
< < URB000000101060B0C090A070805060304010201060B0C090A0708050603
041122
< < B010
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Operation
O – Se t out pu t
The O com m and changes t he st at us of t he respect ive ant enna port .
H o st r e a d e r
CM D
Re a de r I D
Head I D
O u t p u t st a t e
1 byt e
1 byt e
1 byt e
R e a d e r h o st
CM D
Re a de r I D
Head I D
1 byt e
1 byt e
Exam ple:
>>
<<
>>
<<
>>
<<
>>
<<
>>
<<
O010  Set out put 1
o01
O020  Set out put 2
o02
O032  Set out put 3
o03
O044  Set out put 4
o04
Q00  Cont rol query
q000124
" Off "
" On"
" Flash"
" Fast flashing"
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
Q – Que r ie s of t he
out pu t st a t u s
The current st at us of an out put can be queried by using t he Q com m and. The
st at us of t he out put s of a single ant enna port or t he ent ire device can be queried.
For a single ant enna port , t he reader report s t he st at us of t he out put . Use t he
Head I D 0 t o query t he st at us of all out put s of t he reader. The st at us of each
out put is represent ed by 3 charact ers ( st at us + flash rat e) .
H o st r e a d e r
CM D
Re a de r I D
Head I D
1 byt e
1 byt e
R e a d e r h o st
CM D
Re a de r I D
Head I D
O u t p u t st a t e
1 byt e
1 or 4 Byt es
1 or 4 Byt es
Exam ple: ( Query aft er reset , no out put was set )
> > Q01
< < q013
> > Q02
< < q023
> > Q03
< < q033
> > Q04
< < q043
> > Q00
< < q003333
Exam ple: I / Os were set
> > O010
< < o01
> > O011
< < o01
> > O021
< < o02
> > O031
< < o03
> > O041
< < o04
> > Q00
< < q001111
> > Q01
< < q011
> > Q02
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
<<
>>
<<
>>
<<
q021
Q03
q031
Q04
q041
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
E – Er r or m e ssa ge
I f an error occurs, t he device sends an error m essage wit h a suit able error code.
This m essage m ust be confirm ed by t he host ( depending on device set t ing
param et er) .
H o st r e a d e r
CM D
Re a de r I D
Er r o r I D
1 byt e
1 byt e
R e a d e r h o st
CM D
Re a de r I D
1 byt e
For m ore inform at ion on error codes and t he corresponding correct ing act ions,
please refer t o  Error codes.
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Ch a p t e r 7
Operation
H – H e a r t be a t
The H com m and can be used t o query t he serial num ber of t he device.
H o st r e a d e r
CM D
Re a de r I D
1 byt e
R e a d e r h o st
CM D
Re a de r I D
Se r i a l n u m b e r
R e sp o n se co d e
1 byt e
4 byt es
4 byt es
The response code is not required for t he individual device. This code is always
" 0000" .
Exam ple:
> > H0
< < h012340000
 Serial num ber: 1234
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Operation
UVR or V –
The V com m and queries t he soft ware version of t he device.
Que r y soft w a r e
ve r sion
H o st r e a d e r
CM D
Re a de r I D
1 byt e
R e a d e r h o st
CM D
Re a de r I D
So f t w a r e v e r si o n
uvr
1 byt e
2* x Byt es
The x charact ers for t he soft ware version are illust rat ed by 2* x ASCI I charact ers.
Each of t he x charact ers is shown in t he HEX form at , represent ed by 2 ASCI I
charact ers.
Exam ple:
> > V0
< < v0554846493230
 Soft ware version: UHFI 20
> > F063
< < f06300
 Fine version 0
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Operation
UGT – Re a d UTC
The UGT com m and reads t he t im e in UTC form at .
t im e
H o st r e a d e r
CM D
Re a de r I D
UGT
1 byt e
R e a d e r h o st
CM D
Re a de r I D
UTC t im e
ugt
1 byt e
8 byt es
Exam ple:
> > UGT0
< < ugt 01462A348
 Reader t im e: 13.08.2008 22: 37: 08
> > UGT0
< < ugt 01F62A348
 Reader t im e: 13.08.2008 22: 37: 19
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Operation
UPT – Se t UTC t im e
The UPT com m and set s t he t im e in UTC form at .
H o st r e a d e r
CM D
Re a de r I D
UTC t im e
UPT
1 byt e
8 byt es
CM D
Re a de r I D
R e su l t
upt
1 byt e
2 byt es
R e a d e r h o st
Exam ple:
> > UPT05F65A348
< < upt 000
> > UGT0
< < ugt 06865A348
 Reader t im e: 13.08.2008 22: 51: 20
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Operation
Se nsor t r igge r e d
a u t om a t ic r e a din g
The response can be set for each of t he four input s by param et ers ( 26 t o 29)
Wat ch port . An aut om at ic reading can also be aut om at ically init iat ed on t he
respect ive ant enna, in addit ion t o sensor m essage " B" . An EPC bulk reading "urb"
is perform ed over a set t im e period as an aut om at ic reading. The t im e fram e can
be set via param et er ( 33 and 34) Aut o read Bulk t im e.
Exam ple:
< < B011  Sensor st at us at sensor 1 is "On"
< < URB0000001  Result 0x00 and ext ension 0x01
01060B0C090A0708050603041122
01060B0C090A0708050603040102
< < B010  Sensor st at us at sensor 1 is "Off "
< < B021  Sensor st at us at sensor 1 is "On"
< < URB0000A  Result 0x0A no t ransponder is det ect ed
< < B020  Sensor st at us at sensor 1 is "Off "
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Operation
7 .2 .4
No
( d e c. )
Pa r a m e t e r s
No
( hex)
Pa r a m e t e r n a m e
0x00
 Com m unicat ions port
0x01
 Baud rat e
0x03
 Parit y ( read only)
0x04
 MsgRepeat Delay Tim e
0x06
 MsgMaxRepeat
0x07
 First byt e of t he serial num ber ( read only)
0x08
 Second byt e of t he serial num ber ( read only)
11
0x0B
 Reader I D
12
0x0C
 Acknowledgm ent Error Message
20
0x14
 Sensor act ivit y
21
0x15
 Delay t im e for sensor 1
22
0x16
 Delay t im e for sensor 2
23
0x17
 Delay t im e for sensor 3
24
0x18
 Delay t im e for sensor 4
26
0x1A
 Wat ch port for sensor 1
27
0x1B
 Wat ch port for sensor 2
28
0x1C
 Wat ch port for sensor 3
29
0x1D
 Wat ch port for sensor 4
33
0x21
 High- byt e Aut o Read Bulk Tim e
34
0x22
 Low- byt e Aut o Read Bulk Tim e
39
0x27
 Adj ust I / O num bering
40
0x28
 Polling port
41
0x29
 Show UHF Going
93
0x5D
 Wait Tim e Reader Response ( read only)
94
0x5E
 Wait Tim e Reader Acknowledge ( read only)
95
0x5F
 Reader Cont rol Tim e ( read only)
96
0x60
 St op Aut om at ic Read ( read only)
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Operation
No
( d e c. )
No
( hex)
Pa r a m e t e r n a m e
97
0x61
 St op Sensor Message ( read only)
98
0x62
 Error ‘Unexpect ed’ ( read only)
99
0x63
 Fact ory Reset / Fine Version
100
0x64
 Global ETSI Channel List
101
0x65
 ETSI Channel List Ant enna 1
102
0x66
 ETSI Channel List Ant enna 2
103
0x67
 ETSI Channel List Ant enna 3
104
0x68
 ETSI Channel List Ant enna 4
105
0x69
 Channel Swit ching Mode
106
0x6A
 Transm ission Out put Ant enna Port 1
107
0x6B
 Transm ission Out put Ant enna Port 2
108
0x6C
 Transm ission Out put Ant enna Port 3
109
0x6D
 Transm ission Out put Ant enna Port 4
110
0x6E
 Ant enna cable port 1 at t enuat ion
111
0x6F
 Ant enna cable port 2 at t enuat ion
112
0x70
 Ant enna cable port 3 at t enuat ion
113
0x71
 Ant enna cable port 4 at t enuat ion
114
0x72
 Ant enna gain port 1
115
0x73
 Ant enna gain port 2
116
0x74
 Ant enna gain port 3
117
0x75
 Ant enna gain port 4
118
0x76
 Ext ended Result Flag
119
0x77
 Glim psed Tim eout Count
120
0x78
 Observed Threshold Count
121
0x79
 Observed Tim eout Count
122
0x7A
 Com m unicat ions st andard
123
0x7B
 ETSI Power Check Over All Allowed Channels
124
0x7C
 Com m St andard Cent er Freq CH0
125
0x7D
 Com m St andard Channel Widt h
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Operation
No
( d e c. )
No
( hex)
Pa r a m e t e r n a m e
126
0x7E
 Com m St andard Max Channel Tim e
127
0x7F
 Com m St andard Min Channel Wait Tim e
128
0x80
 Com m St andard First Channel
129
0x81
 Com m St andard Last Channel
130
0x82
 Tag Com m I nt elligent Writ e
131
0x83
 Tag Com m Verify Writ e
132
0x84
 Tag Com m Query Target
133
0x85
 Tag Com m Query Sel
134
0x86
 Host Com m Ant enna I ndependend Operat ion
135
0x87
 RF I nt erface Tim e t o Power Off
136
0x88
 RF I nt erface Modulat ion Type
137
0x89
 RF I nt erface Mult iplexing Ant enna Port 1
138
0x8A
 RF I nt erface Mult iplexing Ant enna Port 2
139
0x8B
 RF I nt erface Mult iplexing Ant enna Port 3
140
0x8C
 RF I nt erface Mult iplexing Ant enna Port 4
141
0x8D
 RF I nt erface Mult iplexing Ant enna Port 5
142
0x8E
 RF I nt erface Mult iplexing Ant enna Port 6
143
0x8F
 RF I nt erface Mult iplexing Ant enna Port 7
144
0x90
 RF I nt erface Mult iplexing Ant enna Port 8
145
0x91
 RF I nt erface RSSI Threshold 1
146
0x92
 RF I nt erface RSSI Threshold 2
147
0x93
 RF I nt erface RSSI Threshold 3
148
0x94
 RF I nt erface RSSI Threshold 4
149
0x95
 RF I nt erface Mult ipower Tag Access 1
150
0x96
 RF I nt erface Mult ipower Tag Access 2
151
0x97
 RF I nt erface Mult ipower Tag Access 3
152
0x98
 RF I nt erface Mult ipower Tag Access 4
153
0x99
 RF I nt erface Max Allowed Ant enna Out put Power 1
154
0x9A
 RF I nt erface Max Allowed Ant enna Out put Power 2
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Operation
No
( d e c. )
No
( hex)
Pa r a m e t e r n a m e
155
0x9B
 RF I nt erface Max Allowed Ant enna Out put Power 3
156
0x9C
 RF I nt erface Max Allowed Ant enna Out put Power 4
157
0x9D
 Tag Com m Use Pilot Tone
158
0x9E
 Tag Com m I nit ial Q
159
0x9F
 Tag Com m Session
160
0xA0
 Tag Com m Max Errors
161
0xA1
 Tag Com m Default Profile
162
0xA2
 RF I nt erface Mult iplexing Exposure Tim e 1
163
0xA3
 RF I nt erface Mult iplexing Exposure Tim e 2
164
0xA4
 RF I nt erface Mult iplexing Exposure Tim e 3
165
0xA5
 RF I nt erface Mult iplexing Exposure Tim e 4
166
0xA6
 RF I nt erface Mult iplexing Exposure Tim e 5
167
0xA7
 RF I nt erface Mult iplexing Exposure Tim e 6
168
0xA8
 RF I nt erface Mult iplexing Exposure Tim e 7
169
0xA9
 RF I nt erface Mult iplexing Exposure Tim e 8
170
0xAA
 RF I nt erface Enable RSSI Threshold At Specific Cm ds
171
0xAB
 RF I nt erface Flash Writ e Addit ional Power
172
0xAC
 Tag Com m Force Power Off Aft er EPC Writ e
173
0xAD
 Tag Com m Transm it Get EPCs Pre Select
174
0xAE
 Tag Com m Transm it Select I f No Filt er I s On
175
0xAF
 Tag Com m Num ber Of EPC Words
176
0xBO
 Tag Com m Use Block Writ e
177
0xB1
 Tag Com m Disable Receiving NXP Read Prot ect ed
Tags
178
0xB2
 Host Com m A Sync Addit ional RSSI Dat a Delivery
Delt a
179
0xB3
 Host Com m Use Milliseconds As Tim e st am p
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Operation
Pa r a m e t e r 0
( 0x00)
Co m m u n i ca t i o n s p o r t
I f t he highest value bit 0x80 is set , t he device aut om at ically det ect s t he act ive
com m unicat ions port . A reset m ust be com plet ed t o change t he com m unicat ions
port . The first m essage t o t he reader m ust t hen com e via t he new
com m unicat ions port .
0x11:
Host  reader:
Reader  host :
0x13:
Host  reader:
Reader  host :
0x22:
Host  reader:
Reader  host :
0x23:
Host  reader:
Reader  host :
Et hernet
Et hernet
Et hernet
Et hernet and RS232
RS232
RS232
RS232
Et hernet and RS232
Default : ( 0xA2) aut om at ic det ect ion of t he com m unicat ion port
Pa r a m e t e r 0 1
( 0x01)
Ba u d r a t e
Dat a t ransm ission rat e
0x0C:
0x18:
0x30:
0x60:
0xC0:
0xC8:
0xC9:
1,200 Baud
2,400 Baud
4,800 Baud
9,600 Baud
19,200 Baud
38,400 Baud
57,600 Baud
Default : ( 0xC9) 57,600 Baud ( See accom panying let t er)
Pa r a m e t e r 0 3
( 0x03)
Pa r it y ( r e a d on ly)
Param et er of t he RS232 com m unicat ion port
Param et er can only be read in t he default st at e!
Values:
Even parit y
Uneven parit y
No parit y
Default : ( 0x02) No parit y
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Operation
Pa r a m e t e r 0 4
( 0x04)
M sg R e p e a t D e l a y T i m e
I f a confirm at ion is not sent by t he host , t he device wait s t his t im e span before it
sends t he m essage t o t he host again. The num ber of repet it ions is defined in
param et er 6 ( MsgMaxRepeat ) .
10 .. 250 [ 0.1 s]
Default : 0x32 ( 5 s)
Pa r a m e t e r 0 6
( 0x06)
M sg M a x R e p e a t
I f a confirm at ion is not sent by t he host , t he device repeat s t he m essage
according t o t he set value. Only t hen is an error m essage sent .
0 – 31
Default : 0x03
Pa r a m e t e r 0 7
( 0x07)
Fi r st b y t e o f t h e se r i a l n u m b e r ( r e a d o n l y )
Represent s t he first byt e of t he serial num ber  Device label.
This value is writ e prot ect ed!
Pa r a m e t e r 0 8
( 0x08)
Se co n d b y t e o f t h e se r i a l n u m b e r ( r e a d o n l y )
Represent s t he second byt e of t he serial num ber  Device label.
This value is writ e prot ect ed!
Pa r a m e t e r 1 1
( 0 x 0 B)
Re a de r I D
This param et er defines t he address of t he device in t he ASC- I 1 prot ocol.
0 .. E
Default : 0x00
Pa r a m e t e r 1 2
( 0 x 0 C)
A ck n o w l e d g m e n t Er r o r M e ssa g e
This param et er defines whet her an error m essage m ust be confirm ed or not .
0 – No confirm at ion expect ed
1 – a confirm at ion is expect ed
Default : 0x01
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Operation
Pa r a m e t e r 2 0
( 0x14)
Se n so r a ct i v i t y
The device offers t he opt ion t o disable t he sensor input s.
0x00000000
All 4 sensors are disabled
0x00000001
0x00011111
Sensor 1 is act ivat ed
All 4 sensors are act ivat ed
Default : 0x00001111 ( 0F) all sensors are act ivat ed
Pa r a m e t e r 2 1
( 0x15)
D e l a y t i m e f o r se n so r 1
This param et er defines t he delay t im e for sensor signal before t he event m essage
is sent .
1 .. 255 1/ 10 s
Default : 0x01 ( 1 x 0.1 s = 0.1 s)
Pa r a m e t e r 2 2
( 0x16)
Pa r a m e t e r 2 3
( 0x17)
Pa r a m e t e r 2 4
( 0x18)
D e l a y t i m e f o r se n so r 2
See param et er 21.
D e l a y t i m e f o r se n so r 3
See param et er 21.
D e l a y t i m e f o r se n so r 4
See param et er 21.
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Operation
Pa r a m e t e r 2 6
( 0 x 1 A)
W a t ch p o r t f o r se n so r 1
This param et er defines t he response of t he device when t riggering t he respect ive
input .
I M PORTAN T
The sensor m ust be connect ed t o t he input , in order t o use t his response!
Bit 0:
0 – m essage input open disabled
1 – m essage input open act ivat ed
Bit 1:
0 – m essage input closed disabled
1 – m essage input closed act ivat ed
Bit 4/ 5: 0 – no scanning
1 – EPC bulk reading
Bit 6:
0 – The device does not expect any confirm at ion from t he host
1 – The device expect s a confirm at ion from t he host
Bit 7:
0 – The input signal is not invert ed ( norm al)
1 – The input signal is invert ed
Default : 0b00110011 ( 0x33) Report " input open" and " closed" and sensort riggered EPC bulk reading.
Pa r a m e t e r 2 7
( 0 x 1 B)
Pa r a m e t e r 2 8
( 0 x 1 C)
Pa r a m e t e r 2 9
( 0x1D)
Pa r a m e t e r 3 3
( 0x21)
W a t ch p o r t f o r se n so r 2
See param et er 26.
W a t ch p o r t f o r se n so r 3
See param et er 26.
W a t ch p o r t f o r se n so r 4
See param et er 26.
H i g h - b y t e Au t o R e a d Bu l k T i m e
An EPC bulk reading is com plet ed in t he sensor- t riggered aut om at ic reading. The
durat ion of t he bulk reading is specified in m illiseconds. The high byt e of t he 2
byt e t im e value is defined here.
0 – 255 page
Default : 0x01 ( 0x0100: 256 m s)
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Operation
Pa r a m e t e r 3 4
( 0x22)
Lo w - b y t e A u t o R e a d Bu l k T i m e
An EPC bulk reading is com plet ed in t he sensor- t riggered aut om at ic reading. The
durat ion of t he bulk reading is specified in m illiseconds. The low byt e of t he 2 byt e
t im e value is defined here.
0x1234  Lowbyt e 0x34
Default : 0x00 ( 0x0100: 256 m s)
Pa r a m e t e r 3 9
( 0x27)
A d j u st I / O n u m b e r i n g
Ant ennas and I / Os have t he sam e num bering. This applies for input s and out put s
Sensor 1 t herefore becom es sensor 4 and vice versa.
0: Do not provide an adj ust m ent ( com pat ibilit y t o previous versions)
1: Adj ust I / Os
Default : 0x01
Pa r a m e t e r 4 0
( 0x28)
Pollin g por t
The ant enna port is defined wit h t his param et er, on which a polling EPC scan
( asynchronous EPC scanning) is perform ed. Polling is st art ed aft er a reset
according t o t he value of t he param et er polling port .
Value range:
0x00:
0x01:
0x02:
0x04:
0x08:
0x0F:
No polling
Polling EPC on
Polling EPC on
Polling EPC on
Polling EPC on
Polling EPC on
ant enna 1
ant enna 2
ant enna 3
ant enna 4
all 4 ant ennas
Default : 0x00 ( no polling)
ATTEN TI ON
I f polling is st opped by t he " UAE" com m and, t he param et er polling port is not
affect ed. Polling is rest art ed according t o t he param et er at t he next reset .
Reset t ing t he param et er t o value 0x00 st ops polling!
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Pa r a m e t e r 4 1
( 0x29)
Sh o w U H F Go i n g
When polling is act ivat ed by t he EPC t ransponders ( asynchronous reading) , t he
det ect ion as well as t he rem oval of EPC t ransponders can be displayed.
Value range:
0x00 t o 0x03
Bit 0 ( 0x01) :
Bit 1 ( 0x02) :
I n addit ion t o det ect ing also display t he rem oval of an
EPC t ransponder
During an invent ory display t he deviat ion of t he RSSI value
t o t he am ount of t he value of t he configurat ion param et er
( Par. 0xB2) in com parison t o t he RSSI value of t he previous
invent ory
Default : 0x00 ( only show det ect ion)
Pa r a m e t e r 9 3
( 0x5D)
W a i t T i m e R e a d e r R e sp o n se ( r e a d o n l y )
This int ernal param et er can only be read.
Default : 0x9C ( count er 0x9C00)
Pa r a m e t e r 9 4
( 0 x 5 E)
W a i t T i m e R e a d e r A ck n o w l e d g e ( r e a d o n l y )
This int ernal param et er can only be read.
Default : 0x14 ( count er 0x1400)
Pa r a m e t e r 9 5
( 0 x 5 F)
R e a d e r Co n t r o l T i m e ( r e a d o n l y )
This int ernal param et er can only be read.
Default : 0x0A ( 1 s)
Pa r a m e t e r 9 6
( 0x60)
St o p Au t o m a t i c R e a d ( r e a d o n l y )
I nt ernal param et er t hat can only be read. Set t ing t he int ernal param et er causes
t he aut om at ic reading t o be t erm inat ed when t he sensor drops prem at urely.
Default : 0x01 ( act ive)
Pa r a m e t e r 9 7
( 0x61)
St o p Se n so r M e ssa g e ( r e a d o n l y )
I nt ernal param et er t hat can only be read. Set t ing of t he int ernal param et er
causes t he cessat ion of unconfirm ed repet it ive sensor m essages if t he st at e of t he
sensor changes.
Default : 0x01 ( act ive)
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Operation
Pa r a m e t e r 9 8
( 0x62)
Er r o r ‘ U n e x p e ct e d ’ ( r e a d o n l y )
I nt ernal param et er t hat can only be read. Set t ing t he int ernal param et er causes
error 9 ( unexpect ed) t o be out put only once successively.
Default : 0x01 ( act ive)
Pa r a m e t e r 9 9
( 0x63)
Fa ct o r y R e se t / Fi n e V e r si o n
The reader can be placed in t he default st at us via t his param et er. Only value 0x00
is approved here! However, t he param et er delivers t he fine version of t he
soft ware upon a query.
Default : 0x00 ( Fine version 0)
Pa r a m e t e r 1 0 0
( 0x64)
Gl o b a l ET SI Ch a n n e l Li st
This param et er specifies all ETSI channels t o be used when t he global list ( par
0x69 channel swit ching m ode) has t he value 0. The global ETSI channel list can
cont ain up t o 16 ent ries.
Value range: 0x00 t o 0x0F
0x00
no channel
0x01
…
0x0F
ETSI channel 1 ( 865.1 MHz)
ETSI channel 15 ( 867.9 MHz)
Default : Channels 0x04, 0x07, 0x0A, and 0x0D
Pa r a m e t e r 1 0 1
( 0x65)
ET SI Ch a n n e l Li st A n t e n n a 1
This param et er specifies all ETSI channels of ant enna port 1 t o be used. The
channel swit ching m ode par 0x69 m ust t hereby have a value of 1 so t hat t he
relevant list of t he corresponding ant enna port is used. The ETSI channel list of
ant enna port 1 can cont ain up t o 16 ent ries.
Value range: 0x00 t o 0x0F
0x00
0x01
0x0F
no channel
ETSI channel 1 ( 865.1 MHz)
ETSI channel 15 ( 867.9 MHz)
Default : Channels 0x04, 0x07, 0x0A, and 0x0D
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Operation
Pa r a m e t e r 1 0 2
( 0x66)
ET SI Ch a n n e l Li st A n t e n n a 2
This param et er specifies all ETSI channels of ant enna port 2 t o be used. The
channel swit ching m ode par 0x69 m ust t hereby have a value of 1 so t hat t he
relevant list of t he corresponding ant enna port is used. The ETSI channel list of
ant enna port 1 can cont ain up t o 16 ent ries.
Value range: 0x00 t o 0x0F
0x00
0x01
0x0F
no channel
ETSI channel 1 ( 865.1 MHz)
ETSI channel 15 ( 867.9 MHz)
Default : Channels 0x04, 0x07, 0x0A, and 0x0D
Pa r a m e t e r 1 0 3
( 0x67)
ET SI Ch a n n e l Li st A n t e n n a 3
This param et er specifies all ETSI channels of ant enna port 3 t o be used. The
channel swit ching m ode par 0x69 m ust t hereby have a value of 1 so t hat t he
relevant list of t he corresponding ant enna port is used. The ETSI channel list of
ant enna port 1 can cont ain up t o 16 ent ries.
Value range 0x00 t o 0x0F
0x00
0x01
0x0F
no channel
ETSI channel 1 ( 865.1 MHz)
ETSI channel 15 ( 867.9 MHz)
Default : Channels 0x04, 0x07, 0x0A, and 0x0D
Pa r a m e t e r 1 0 4
( 0x68)
ET SI Ch a n n e l Li st A n t e n n a 4
This param et er specifies all ETSI channels of ant enna port 4 t o be used. The
channel swit ching m ode par 0x69 m ust t hereby have a value of 1 so t hat t he
relevant list of t he corresponding ant enna port is used. The ETSI channel list of
ant enna port 1 can cont ain up t o 16 ent ries.
Value range 0x00 t o 0x0F
0x00
0x01
0x0F
no channel
ETSI channel 1 ( 865.1 MHz)
ETSI channel 15 ( 867.9 MHz)
Default : Channels 0x04, 0x07, 0x0A, and 0x0D
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Operation
Pa r a m e t e r 1 0 5
( 0x69)
Ch a n n e l Sw i t ch i n g M o d e
This param et er defines if t he global ETSI channel list is used or if each port has it s
own channel list .
Value range: 0x00 t o 0x01
0x00
0x01
Use global ETSI channel list
Use t he ETSI channel list of t he respect ive ant enna port
Default : 0x00
Pa r a m e t e r 1 0 6
( 0 x 6 A)
T r a n sm i ssi o n O u t p u t A n t e n n a P o r t 1
This value defines t he t ransm ission out put of ant enna port 1.
Value range:
0x00 ( 0 dBm ) The port is disabled.
0x44 t o 0x84 ( 17 dBm t o 33 dBm ; increm ent 0.25 dBm )
Default : 0x6C ( 27 dBm )
Pa r a m e t e r 1 0 7
( 0 x 6 B)
T r a n sm i ssi o n O u t p u t A n t e n n a P o r t 2
This value defines t he t ransm ission out put of ant enna port 2.
Value range:
0x00 ( 0 dBm ) The port is disabled.
0x44 t o 0x84 ( 17 dBm t o 33 dBm ; increm ent 0.25 dBm )
Default : 0x00 ( 0 dBm )
Pa r a m e t e r 1 0 8
( 0 x 6 C)
T r a n sm i ssi o n O u t p u t A n t e n n a P o r t 3
This value defines t he t ransm ission out put of ant enna port 3.
Value range:
0x00 ( 0 dBm ) The port is disabled.
0x44 t o 0x84 ( 17 dBm t o 33 dBm ; increm ent 0.25 dBm )
Default : 0x00 ( 0 dBm )
Pa r a m e t e r 1 0 9
( 0x6D)
T r a n sm i ssi o n O u t p u t A n t e n n a P o r t 4
This value defines t he t ransm ission out put of ant enna port 4.
Value range:
0x00 ( 0 dBm ) The port is disabled.
0x44 t o 0x84 ( 17 dBm t o 33 dBm ; increm ent 0.25 dBm )
Default : 0x00 ( 0 dBm )
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Operation
Pa r a m e t e r 1 1 0
( 0 x 6 E)
A n t e n n a ca b l e p o r t 1 a t t e n u a t i o n
This value defines t he at t enuat ion of t he ant enna cable at port 1.
Value range:
0x00 t o 0xFF ( 0 dB t o 63.75 dB; increm ent 0.25 dB)
Default : 0x00 ( 0 dB)
Pa r a m e t e r 1 1 1
( 0 x 6 F)
A n t e n n a ca b l e p o r t 2 a t t e n u a t i o n
This value defines t he at t enuat ion of ant enna cable at port 2.
Value range:
0x00 t o 0xFF ( 0 dB t o 63.75 dB; increm ent 0.25 dB)
Default : 0x00 ( 0 dB)
Pa r a m e t e r 1 1 2
( 0x70)
A n t e n n a ca b l e p o r t 3 a t t e n u a t i o n
This value defines t he at t enuat ion of t he ant enna cable at port 3.
Value range:
0x00 t o 0xFF ( 0 dB t o 63.75 dB; increm ent 0.25 dB)
Default : 0x00 ( 0 dB)
Pa r a m e t e r 1 1 3
( 0x71)
A n t e n n a ca b l e p o r t 4 a t t e n u a t i o n
This value defines t he at t enuat ion of ant enna cable at port 4.
Value range:
0x00 t o 0xFF ( 0 dB t o 63.75 dB; increm ent 0.25 dB)
Default : 0x00 ( 0 dB)
Pa r a m e t e r 1 1 4
( 0x72)
An t e n n a g a in p or t 1
This value defines t he ant enna gain of t he ant enna connect ed t o port 1.
Value range:
- 128 t o 127 ( - 32 dB t o 31.75 dB; increm ent 0.25 dB)
Default : 0x14 ( 5 dB)
Pa r a m e t e r 1 1 5
( 0x73)
An t e n n a g a in p or t 2
This value defines t he ant enna gain of t he ant enna connect ed t o port 2.
Value range:
- 128 t o 127 ( - 32 dB t o 31.75 dB; increm ent 0.25 dB)
Default : 0x14 ( 5 dB)
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Operation
Pa r a m e t e r 1 1 6
( 0x74)
An t e n n a g a in p or t 3
This value defines t he ant enna gain of t he ant enna connect ed t o port 3.
Value range:
- 128 t o 127 ( - 32 dB t o 31.75 dB; increm ent 0.25 dB)
Default : 0x14 ( 5 dB)
Pa r a m e t e r 1 1 7
( 0x75)
An t e n n a g a in p or t 4
This value defines t he ant enna gain of t he ant enna connect ed t o port 4.
Value range:
- 128 t o 127 ( - 32 dB t o 31.75 dB; increm ent 0.25 dB)
Default : 0x14 ( 5 dB)
Pa r a m e t e r 1 1 8
( 0x76)
Ex t e n d e d R e su l t Fl a g
This value defines t he dat a of a det ect ed t ransponder t hat are also displayed.
Value range: see inform at ion unit " Ex flag" and " Ext ensions" in  Message it em s
Default : 0x01 ( ant enna port only)
Pa r a m e t e r 1 1 9
( 0x77)
Gl i m p se d T i m e o u t Co u n t
Num ber of unsuccessful invent ories unt il a t ransponder t hat was previously
det ect ed was rem oved from t he t ransponder list .
Value range: 0x00 t o 0xFF
Default : 0x03
Pa r a m e t e r 1 2 0
( 0x78)
O b se r v e d T h r e sh o l d Co u n t
Num ber of successful t ransponders before it elevat ed int o t he " observed" st at us
( generat ing of " incom ing" m essage) .
Value range: 0x00 t o 0xFF
Default : 0x05
Pa r a m e t e r 1 2 1
( 0x79)
O b se r v e d T i m e o u t Co u n t
Num ber of unsuccessful invent ories unt il an " observed" t ransponder looses t he
" observed" st at us ( generat ing an " out going" m essage) .
Value range: 0x00 t o 0xFF
Default : 0x05
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Operation
Pa r a m e t e r 1 2 2
( 0 x 7 A)
Co m m u n i ca t i o n s st a n d a r d
The com m unicat ions st andard is select ed by t his param et er ( as far as possible
and enabled by t he license) .
Value range: 0x00 t o 0x07
0x00:
0x01:
0x02:
0x03:
0x04:
0x05:
0x06:
0x07:
No com m unicat ions st andard
Aut o det ect
EN302208
EN302208_LBT
FCC
Own special set t ings
China
Thailand
Default : 0x01
Pa r a m e t e r 1 2 3
( 0 x 7 B)
ET SI P o w e r Ch e ck O v e r A l l A l l o w e d Ch a n n e l s
Wit h t his param et er, t he perform ance check is conduct ed via t he set channels.
Value range: 0x00 ( false) and 0xFF ( t rue)
Default : 0x00 ( false)
Pa r a m e t e r 1 2 4
( 0 x 7 C)
Co m m St a n d a r d Ce n t e r Fr e q CH 0
Param et ers for t he com m unicat ions st andard " specific" .
Mid- frequency channel 0 in kHz
Value range: 0 t o 1,048,575 kHz
Default : 0x00000000
Pa r a m e t e r 1 2 5
( 0x7D)
Co m m St a n d a r d Ch a n n e l W i d t h
Param et ers for t he com m unicat ions st andard " specific" .
Channel widt h in kHz
Value range: 0 t o 65,535 kHz
Default : 0x0000
Pa r a m e t e r 1 2 6
( 0 x 7 E)
Co m m St a n d a r d M a x Ch a n n e l T i m e
Param et ers for t he com m unicat ions st andard " specific" .
Maxim um channel dwell t im e in m s
Value range: 10 t o 65,535 m s
Default : 0x0000
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
Pa r a m e t e r 1 2 7
( 0 x 7 F)
Co m m St a n d a r d M i n Ch a n n e l W a i t T i m e
Param et ers for t he com m unicat ions st andard " specific" .
Channel widt h in kHz
Value range: 0 t o 65,535 kHz
Default : 0x0000
Pa r a m e t e r 1 2 8
( 0x80)
Co m m St a n d a r d Fi r st Ch a n n e l
Param et ers for t he com m unicat ions st andard " specific" .
Num ber of t he first channel
Value range: 0 t o 255
Default : 0x00
Pa r a m e t e r 1 2 9
( 0x81)
Co m m St a n d a r d La st Ch a n n e l
Param et ers for t he com m unicat ions st andard " specific" .
Num ber of t he last channel
Value range: 0 t o 255
Default : 0x00
Pa r a m e t e r 1 3 0
( 0x82)
T a g Co m m I n t e l l i g e n t W r i t e
Only t he changing dat a are writ t en again during int elligent writ ing.
Value range: 0x00 ( false) and 0xFF ( t rue)
Default : 0xFF ( t rue)
Pa r a m e t e r 1 3 1
( 0x83)
T a g Co m m V e r i f y W r i t e
Writ t en dat a are verified again by t he cont rol reading.
Value range: 0x00 ( false) and 0xFF ( t rue)
Default : 0xFF ( t rue)
Pa r a m e t e r 1 3 2
( 0x84)
T a g Co m m Q u e r y T a r g e t
Only t ransponders wit h a corresponding invent oried flag ( A or B) part icipat e in
t he invent ory round. A det ailed descript ion of t he param et er is locat ed in t he EPC
global specificat ion for t he query com m and.
Value range: 0x00 ( t arget A) and 0x01 ( t arget B)
Default : 0x00
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Pa r a m e t e r 1 3 3
( 0x85)
T a g Co m m Q u e r y Se l
Defines t he t ransponders t hat part icipat e in t he query com m and. A det ailed
descript ion of t he param et er is locat ed in t he EPC global specificat ion for t he
query com m and.
Value range: 0x00 t o 0x03
Default : 0x00 ( t rue)
Pa r a m e t e r 1 3 4
( 0x86)
H o st Co m m A n t e n n a I n d e p e n d e n d O p e r a t i o n
Ant ennas independent reading, i.e. for each t ransponder t here is only one ent ry
in t he observed list , even if it was read at different ant ennas.
Value range: 0x00 ( false) or 0xFF ( t rue)
Default : 0x00
Pa r a m e t e r 1 3 5
( 0x87)
R F I n t e r f a ce T i m e t o P o w e r O f f
The carrier follow- up t im e indicat es how long t he carrier rem ains on aft er a
t ransponder operat ion ( subj ect t o t he rest rict ions of t he select ed com m unicat ions
st andard) .
Value range: 0 t o 65,535 s
Default : 0x0005 ( 5 s)
Pa r a m e t e r 1 3 6
( 0x88)
R F I n t e r f a ce M o d u l a t i o n T y p e
Modulat ion t ype
Value range: 0 ( DSB) and 1 ( PR-ASK)
Default : 0x01 ( PR- ASK)
Pa r a m e t e r 1 3 7
( 0x89)
R F I n t e r f a ce M u l t i p l e x i n g A n t e n n a P o r t 1
First list ent ry of t he ant enna port list !
The m ult iplexing ant enna port list specifies t he order of t he ant enna port s for a
m ult iple ant enna invent ory. The dwell t im e of t he invent ory corresponding wit h
t he list ent ry is defined lat er by t he param et er " I nt erface Mult iplexing Exposure
Tim e 1" .
Value range:
0x00 no ant enna port
0x01 t o 0x04 for t he respect ive ant enna port
Default : 0x01
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
Pa r a m e t e r 1 3 8
( 0 x 8 A)
R F I n t e r f a ce M u l t i p l e x i n g A n t e n n a P o r t 2
Second list ent ry of t he ant enna port list !
The m ult iplexing ant enna port list specifies t he order of t he ant enna port s for a
m ult iple ant enna invent ory. The dwell t im e of t he invent ory corresponding wit h
t he list ent ry is defined lat er by t he param et er " I nt erface Mult iplexing Exposure
Tim e 2" .
Value range:
0x00 no ant enna port
0x01 t o 0x04 for t he respect ive ant enna port
Default : 0x02
Pa r a m e t e r 1 3 9
( 0 x 8 B)
R F I n t e r f a ce M u l t i p l e x i n g A n t e n n a P o r t 3
Third list ent ry of t he ant enna port list !
The m ult iplexing ant enna port list specifies t he order of t he ant enna port s for a
m ult iple ant enna invent ory. The dwell t im e of t he invent ory corresponding wit h
t he list ent ry is defined lat er by param et er " I nt erface Mult iplexing Exposure Tim e
3" .
Value range:
0x00 no ant enna port
0x01 t o 0x04 for t he respect ive ant enna port
Default : 0x03
Pa r a m e t e r 1 4 0
( 0 x 8 C)
R F I n t e r f a ce M u l t i p l e x i n g A n t e n n a P o r t 4
Fourt h list ent ry of t he ant enna port list !
The m ult iplexing ant enna port list specifies t he order of t he ant enna port s for a
m ult iple ant enna invent ory. The dwell t im e of t he invent ory corresponding wit h
t he list ent ry is defined lat er by param et er " I nt erface Mult iplexing Exposure Tim e
4" .
Value range:
0x00 no ant enna port
0x01 t o 0x04 for t he respect ive ant enna port
Default : 0x04
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
Pa r a m e t e r 1 4 1
( 0x8D)
R F I n t e r f a ce M u l t i p l e x i n g A n t e n n a P o r t 5
Fift h list ent ry of t he ant enna port list !
The m ult iplexing ant enna port list specifies t he order of t he ant enna port s for a
m ult iple ant enna invent ory. The dwell t im e of t he invent ory corresponding wit h
t he list ent ry is defined lat er by param et er " I nt erface Mult iplexing Exposure Tim e
5" .
Value range:
0x00 no ant enna port
0x01 t o 0x04 for t he respect ive ant enna port
Default : 0x00
Pa r a m e t e r 1 4 2
( 0 x 8 E)
R F I n t e r f a ce M u l t i p l e x i n g A n t e n n a P o r t 6
Sixt h list ent ry of t he ant enna port list !
The m ult iplexing ant enna port list specifies t he order of t he ant enna port s for a
m ult iple ant enna invent ory. The dwell t im e of t he invent ory corresponding wit h
t he list ent ry is defined lat er by param et er " I nt erface Mult iplexing Exposure Tim e
6" .
Value range:
0x00 no ant enna port
0x01 t o 0x04 for t he respect ive ant enna port
Default : 0x00
Pa r a m e t e r 1 4 3
( 0 x 8 F)
R F I n t e r f a ce M u l t i p l e x i n g A n t e n n a P o r t 7
Sevent h list ent ry of t he ant enna port list !
The m ult iplexing ant enna port list specifies t he order of t he ant enna port s for a
m ult iple ant enna invent ory. The dwell t im e of t he invent ory corresponding wit h
t he list ent ry is defined lat er by param et er " I nt erface Mult iplexing Exposure Tim e
7" .
Value range:
0x00 no ant enna port
0x01 t o 0x04 for t he respect ive ant enna port
Default : 0x00
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
Pa r a m e t e r 1 4 4
( 0x90)
R F I n t e r f a ce M u l t i p l e x i n g A n t e n n a P o r t 8
Eight h list ent ry of t he ant enna port list !
The m ult iplexing ant enna port list specifies t he order of t he ant enna port s for a
m ult iple ant enna invent ory. The dwell t im e of t he invent ory corresponding wit h
t he list ent ry is defined lat er by param et er " I nt erface Mult iplexing Exposure Tim e
8" .
Value range:
0x00 no ant enna port
0x01 t o 0x04 for t he respect ive ant enna port
Default : 0x00
Pa r a m e t e r 1 4 5
( 0x91)
R F I n t e r f a ce R SSI T h r e sh o l d 1
RSSI t hreshold value at port 1 m ust be reached so t hat t he respect ive EPC
t ransponder is displayed.
Value range: 0x00 t o 0xFF
Default : 0x00
Pa r a m e t e r 1 4 6
( 0x92)
R F I n t e r f a ce R SSI T h r e sh o l d 2
RSSI t hreshold value at port 2 m ust be reached so t hat t he respect ive EPC
t ransponder is displayed.
Value range: 0x00 t o 0xFF
Default : 0x00
Pa r a m e t e r 1 4 7
( 0x93)
R F I n t e r f a ce R SSI T h r e sh o l d 3
RSSI t hreshold value at port 3 m ust be reached so t hat t he respect ive EPC
t ransponder is displayed.
Value range: 0x00 t o 0xFF
Default : 0x00
Pa r a m e t e r 1 4 8
( 0x94)
R F I n t e r f a ce R SSI T h r e sh o l d 4
RSSI t hreshold value at port 4 m ust be reached so t hat t he respect ive EPC
t ransponder is displayed.
Value range: 0x00 t o 0xFF
Default : 0x00
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Operation
Pa r a m e t e r 1 4 9
( 0x95)
R F I n t e r f a ce M u l t i p o w e r T a g A cce ss 1
Variat ion of t he power at ant enna port 1 in order e.g. t o det ect EPC t ransponders
in t he im m ediat e ant enna vicinit y bet t er.
Value range: 0x00 ( disabled) t o 0xFF ( enabled)
Default : 0xFF
Pa r a m e t e r 1 5 0
( 0x96)
R F I n t e r f a ce M u l t i p o w e r T a g A cce ss 2
Variat ion of t he power at ant enna port 2 in order e.g. t o det ect EPC t ransponders
in t he im m ediat e ant enna vicinit y bet t er.
Value range: 0x00 ( disabled) t o 0xFF ( enabled)
Default : 0xFF
Pa r a m e t e r 1 5 1
( 0x97)
R F I n t e r f a ce M u l t i p o w e r T a g A cce ss 3
Variat ion of t he power at ant enna port 3 in order e.g. t o det ect EPC t ransponders
in t he im m ediat e ant enna vicinit y bet t er.
Value range: 0x00 ( disabled) t o 0xFF ( enabled)
Default : 0xFF
Pa r a m e t e r 1 5 2
( 0x98)
R F I n t e r f a ce M u l t i p o w e r T a g A cce ss 4
Variat ion of t he power at ant enna port 4 in order e.g. t o det ect EPC t ransponders
in t he im m ediat e ant enna vicinit y bet t er.
Value range: 0x00 ( disabled) t o 0xFF ( enabled)
Default : 0xFF
Pa r a m e t e r 1 5 3
( 0x99)
R F I n t e r f a ce M a x A l l o w e d A n t e n n a O u t p u t P o w e r 1
The reader lim it s t he power at ant enna port 1 t o t he here defined m axim um
ant enna out put power.
Value range: 0x00 ( 0 dBm ( erp) ) t o 0xFF ( 63.75 dBm ( erp) )
Default : 0x84 ( 33 dBm ( erp) )
Pa r a m e t e r 1 5 4
( 0 x 9 A)
R F I n t e r f a ce M a x A l l o w e d A n t e n n a O u t p u t P o w e r 2
The reader lim it s t he power at ant enna port 2 t o t he here defined m axim um
ant enna out put power.
Value range: 0x00 ( 0 dBm ( erp) ) t o 0xFF ( 63.75 dBm ( erp) )
Default : 0x84 ( 33 dBm ( erp) )
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
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Ch a p t e r 7
Operation
Pa r a m e t e r 1 5 5
( 0 x 9 B)
R F I n t e r f a ce M a x A l l o w e d A n t e n n a O u t p u t P o w e r 3
The reader lim it s t he power at ant enna port 3 t o t he here defined m axim um
ant enna out put power.
Value range: 0x00 ( 0 dBm ( erp) ) t o 0xFF ( 63.75 dBm ( erp) )
Default : 0x84 ( 33 dBm ( erp) )
Pa r a m e t e r 1 5 6
( 0 x 9 C)
R F I n t e r f a ce M a x A l l o w e d A n t e n n a O u t p u t P o w e r 4
The reader lim it s t he power at ant enna port 4 t o t he here defined m axim um
ant enna out put power.
Value range: 0x00 ( 0 dBm ( erp) ) t o 0xFF ( 63.75 dBm ( erp) )
Default : 0x84 ( 33 dBm ( erp) )
Pa r a m e t e r 1 5 7
( 0x9D)
T a g Co m m U se P i l o t T o n e
Transponder pilot t one on and off.
Value range: 0x00 ( off ) or 0xFF ( on)
Default : 0xFF
Pa r a m e t e r 1 5 8
( 0 x 9 E)
T a g Co m m I n i t i a l Q
The init ial Q result s from t he num ber of ant icipat ed t ransponders ( ant icipat ed
t ransponder num ber = 2Q) .
Value range: 0x00 t o 0x0F
Default : 0x03
Pa r a m e t e r 1 5 9
( 0 x 9 F)
T a g Co m m Se ssi o n
Defines t he t ransponder session t o be applied ( see Gen2 EPCglobal St andard) .
Value range: 0x00 t o 0x03
Default : 0x02
Pa r a m e t e r 1 6 0
( 0 x A0 )
T a g Co m m M a x Er r o r s
Num ber of repeat at t em pt s of an air int erface com m and when an ant icipat ed
com m and response rem ains pending.
Value range: 0x00 t o 0xFF
Default : 0x05
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Pa r a m e t e r 1 6 1
( 0 x A1 )
T a g Co m m D e f a u l t P r o f i l e
A com m unicat ion profile includes t ransm ission dat a rat e, recept ion dat a rat e and
t ransponder response encoding ( FM0, Miller 2, Miller 4, Miller 8) in m eaningful
and st andard- conform ing com binat ions. The list of support ed profiles is available
wit h t he UGL com m and.
Value range: 0x00 t o 0xFF
Default : 0x04
Pa r a m e t e r 1 6 2
( 0 x A2 )
R F I n t e r f a ce M u l t i p l e x i n g Ex p o su r e T i m e 1
Dwell t im e on t he ant enna port , which is defined as t he first list ent ry of t he
m ult iplexing ant enna port list ( par. RF I nt erface Mult iplexing Ant enna Port 1) .
The dwell t im e indicat es how long an invent ory is perform ed on an ant enna port
( only for polling act ions) .
Value range: 0 t o 65,535 in m s
Default : 100 m s
Pa r a m e t e r 1 6 3
( 0 x A3 )
R F I n t e r f a ce M u l t i p l e x i n g Ex p o su r e T i m e 2
Dwell t im e on t he ant enna port , which is defined as t he first list ent ry of t he
m ult iplexing ant enna port list ( par. RF I nt erface Mult iplexing Ant enna Port 2) .
The dwell t im e indicat es how long an invent ory is perform ed on an ant enna port
( only for polling act ions) .
Value range: 0 t o 65,535 in m s
Default : 100 m s
Pa r a m e t e r 1 6 4
( 0 x A4 )
R F I n t e r f a ce M u l t i p l e x i n g Ex p o su r e T i m e 3
Dwell t im e on t he ant enna port , which is defined as t he first list ent ry of t he
m ult iplexing ant enna port list ( par. RF I nt erface Mult iplexing Ant enna Port 3) .
The dwell t im e indicat es how long an invent ory is perform ed on an ant enna port
( only for polling act ions) .
Value range: 0 t o 65,535 in m s
Default : 100 m s
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Pa r a m e t e r 1 6 5
( 0 x A5 )
R F I n t e r f a ce M u l t i p l e x i n g Ex p o su r e T i m e 4
Dwell t im e on t he ant enna port , which is defined as t he first list ent ry of t he
m ult iplexing ant enna port list ( par. RF I nt erface Mult iplexing Ant enna Port 4) .
The dwell t im e indicat es how long an invent ory is perform ed on an ant enna port
( only for polling act ions) .
Value range: 0 t o 65,535 in m s
Default : 100 m s
Pa r a m e t e r 1 6 6
( 0 x A6 )
R F I n t e r f a ce M u l t i p l e x i n g Ex p o su r e T i m e 5
Dwell t im e on t he ant enna port , which is defined as t he first list ent ry of t he
m ult iplexing ant enna port list ( par. RF I nt erface Mult iplexing Ant enna Port 5) .
The dwell t im e indicat es how long an invent ory is perform ed on an ant enna port
( only for polling act ions) .
Value range: 0 t o 65,535 in m s
Default : 100 m s
Pa r a m e t e r 1 6 7
( 0 x A7 )
R F I n t e r f a ce M u l t i p l e x i n g Ex p o su r e T i m e 6
Dwell t im e on t he ant enna port , which is defined as t he first list ent ry of t he
m ult iplexing ant enna port list ( par. RF I nt erface Mult iplexing Ant enna Port 6) .
The dwell t im e indicat es how long an invent ory is perform ed on an ant enna port
( only for polling act ions) .
Value range: 0 t o 65,535 in m s
Default : 100 m s
Pa r a m e t e r 1 6 8
( 0 x A8 )
R F I n t e r f a ce M u l t i p l e x i n g Ex p o su r e T i m e 7
Dwell t im e on t he ant enna port , which is defined as t he first list ent ry of t he
m ult iplexing ant enna port list ( par. RF I nt erface Mult iplexing Ant enna Port 7) .
The dwell t im e indicat es how long an invent ory is perform ed on an ant enna port
( only for polling act ions) .
Value range: 0 t o 65,535 in m s
Default : 100 m s
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Pa r a m e t e r 1 6 9
( 0 x A9 )
R F I n t e r f a ce M u l t i p l e x i n g Ex p o su r e T i m e 8
Dwell t im e on t he ant enna port , which is defined as t he first list ent ry of t he
m ult iplexing ant enna port list ( par. RF I nt erface Mult iplexing Ant enna Port 8) .
The dwell t im e indicat es how long an invent ory is perform ed on an ant enna port
( only for polling act ions) .
Value range: 0 t o 65,535 in m s
Default : 100 m s
Pa r a m e t e r 1 7 0
( 0 x AA)
R F I n t e r f a ce En a b l e R SSI T h r e sh o l d A t Sp e ci f i c Cm d s
Act ivat es or deact ivat es RSSI t hreshold check for t he specific com m ands URY,
UWZ, UMZ, UBZ, ULZ and UKZ.
Value range: 0; 255
Default : 0xFF ( act ive)
Pa r a m e t e r 1 7 1
( 0 x A B)
R F I n t e r f a ce Fl a sh W r i t e Ad d i t i o n a l P o w e r
The t ransponder requires m ore power for writ ing t han for reading. Therefore it
needs t o be closer t o t he ant enna when writ ing.
I f writ ing errors occur ( Writ e, Lock, Kill,...) t he t ransm ission out put can be
increased in st eps of 1/ 4 dB wit h t he I nt erface Flash Writ e Addit ional Power
param et er in order t o bridge t he gap bet ween reading and writ ing dist ance.
Value range: 0 - 48
Default : 0x00
Pa r a m e t e r 1 7 2
( 0 x A C)
T a g Co m m Fo r ce P o w e r O f f A f t e r EP C W r i t e
When writ ing t he EPC code, t he checksum of t he t ransponder is changed.
Therefore t he t ransponder can not t ake part in t he next invent ory. Only by
swit ching t he ant enna field off and on will t he t ransponder be react ivat ed and can
t ake part in t he invent ory process again. The param et er specifies t he t im e in 1 m s
st eps how long t he UHF carrier is swit ched off aft er an EPC writ ing.
Value range: 0 - 255 in m s
Default : 0x00
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Pa r a m e t e r 1 7 3
( 0 x AD )
T a g Co m m T r a n sm i t Ge t EP Cs P r e Se l e ct
This param et er only affect s t he com m ands M, URM, URB, UAA and UAM. All ot her
com m ands behave as if t he param et er was zero.
Pa r a m e t e r is ze r o:
1. The first ant enna is chosen from t he m ult iplex list .
2. All t ransponders wit hin receiving range are reset by a Select .
3. An invent ory is conduct ed unt il no furt her t ransponders can be found.
4. I f t he m ult iplex list cont ains addit ional ant ennas, t he st eps are repeat ed for
each of t hese ant ennas.
5. The com m and is finished and t he result is t ransferred t o t he upper level.
Pa r a m e t e r is n on - ze r o:
1. The first ant enna is chosen from t he m ult iplex list .
2. All t ransponders wit hin receiving range are reset by a Select .
3. I f t he m ult iplex list cont ains addit ional ant ennas, t his st ep is repeat ed for each
of t hese ant ennas.
4. The first ant enna of t his list is chosen again and an invent ory is conduct ed unt il
no furt her t ransponders can be found.
5. This st ep is repeat ed for each ant enna of t he m ult iplex list .
6. The com m and is finished and t he result is t ransferred t o t he upper level.
This param et er reduces t he t im e for a com prehensive det ect ion of a group of
t ransponders if t his group is wit hin receiving range of t he ant enna, and it is not
im port ant which ant enna det ect s which t ransponder. I f during t his process a
t ransponder is det ect ed by an ant enna, t his t ransponder will not be processed by
t he subsequent ant ennas.
Value range: 0; 255
Default : 0x00
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Pa r a m e t e r 1 7 4
( 0 x A E)
T a g Co m m T r a n sm i t Se l e ct I f N o Fi l t e r I s O n
Wit h a Select filt er or Select com m and at t he beginning of an invent ory, t he
reader set s all t ransponders wit hin t he range of t he ant enna t o a defined out put
st at e. The t ransponders will be det ect ed in an addit ional invent ory. I f no Select
filt er is defined, a Select com m and can be displayed via t his param et er. All
t ransponders wit hin ant enna reach can be reset wit h t his com m and.
Value range: 0; 255
Default : 0x00
Pa r a m e t e r 1 7 5
( 0 x A F)
T a g Co m m N u m b e r O f EP C W o r d s
The UF70 Cert um reader can read t ransponders wit h an EPC lengt h from 0 t o 31
words ( 0 t o 496 Bit EPCs) . This param et er can deact ivat e t he aut om at ic det ect ion
of t he EPC lengt h. The reader t herefore reads t ransponders wit h a fixed lengt h.
Value range: 0 - 31; 255
Default : 0xFF
Pa r a m e t e r 1 7 6
( 0 x B0 )
T a g Co m m U se Bl o ck W r i t e
Wit h t his param et er, t he " BlockWrit e" com m and is act ivat ed during t he writ ing of
dat a on a t ransponder. The reader t hen writ es m ore t han 16 Bit ( one word) on t he
t ransponder wit h only one com m and.
I M PORTAN T
Not all t ransponders support t he " BlockWrit e" com m and. The inform at ion if t he
respect ive t ransponder support s t his com m and can be read in t he
corresponding dat a sheet s.
Value range: 0; 255
Default : 0x00
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Pa r a m e t e r 1 7 7
( 0 x B1 )
T a g Co m m D i sa b l e R e ce i v i n g N X P R e a d P r o t e ct e d T a g s
A t ransponder prot ect ed wit h " ReadProt ect " of NXP does not t ransm it an EPC and
a valid checksum during an invent ory. The dat a cont ent of EPC and checksum is
zero. For t he reader t o be able t o det ect t hese t ransponders, it let s pass
t ransponders wit h EPC and checksum zero. These t ransponders are no longer
prot ect ed by a valid checksum . I n order t o avoid t he reader det ect ing
t ransponders t hat are not present , t his param et er should be act ivat ed. Wit h t his,
t he recept ion of " ReadProt ect " prot ect ed t ransponders is prevent ed.
Value range: 0; 255
Default : 0x00
Pa r a m e t e r 1 7 8
( 0 x B2 )
H o st Co m m A Sy n c Ad d i t i o n a l R SSI D a t a D e l i v e r y D e l t a
This param et er influences t he behavior of all asynchronous com m ands ( act ivat e
polling UAN com m and) except t he UAA com m and. At asynchronous com m ands
( act ivat e polling) an " incom ing" m essage is generat ed and t ransferred t o t he
upper level if a t ransponder ent ers t he ant enna range. I f a t ransponder leaves t he
ant enna range, an " out going" m essage is generat ed. I n order t o be able t o follow
t he m ovem ent s of a t ransponder wit hin t he ant enna range, t he field int ensit y
( RSSI value) of a t ransponder bet ween " incom ing" and " out going" m essages has
t o be observed. This param et er indicat es how t he field int ensit y of a t ransponder
needs t o change for a " TransponderDat aChanged" m essage t o be generat ed and
be t ransferred t o t he upper level. No m essages are generat ed at an RSSI value of
255.
I M PORTAN T
The Param et er Ext ended Result flag ( see  Param et er 118 ( 0x76) ) has t o be set
in a way t hat t he RSSI value is part of t he " TransponderDat aChanged" m essage.
Value range: 0 - 255
Default : 0xFF
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Pa r a m e t e r 1 7 9
( 0 x B3 )
H o st Co m m U se M i l l i se co n d s A s T i m e st a m p
I n addit ion t o t he t ransponder dat a, a t im e st am p can also be t ransferred t o t he
upper level aft er an ivent ory ( see param et er 118) . This param et er det erm ines if
t his t im e st am p cont ains t he t im e passed in m s since t he st art of t he reader or
t he UTC t im e in s since 01.01.1970 0: 00: 00. I f t his param et er is act ivat ed, t he
t im e passed in m s since t he st art of t he reader is t ransferred as a t im e st am p.
Value range: 0; 255
Default : 0x00
7 .3
I M PORTAN T
Addit ion a l in for m a t ion
Never expose t he device t o ext rem e t em perat ure fluct uat ions, since
condensat ion ot herwise develops in t he device and causes dam age!
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Se r v ice a n d Tr o u b le sh o o t in g
This chapt er gives you an overview of t he following t opics:
■
 General rem arks
■
 Qualified t roubleshoot ing personnel
■
 Safet y inst ruct ions
■
 Error codes
■
 Error display wit h LED
■
 Reader does not respond
■
 Reset
■
 Power cut
■
 Soft ware releases
■
 Cust om er service
8 .1
Ge n e r a l r e m a r k s
H e a d t h e sa f e t y ch a p t e r
Follow t he general safet y inst ruct ions in t he chapt er  Safet y I nst ruct ions.

The t ransponder reader and it s com ponent s m ust be serviced by t he
m anufact urer only!

I f errors occur, follow t he inst ruct ions in t his sect ion. Do not carry out any
error- elim inat ing m easures ot her t han t he ones described in t his sect ion!

I f you are uncert ain about errors and t heir handling, cont act t he
m anufact urer; see  Cust om er service. Have t he serial num ber of t he
t ransponder reader ready as shown on t he label ( see  Device label) !
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8 .2
CAUTI ON
Qu a lif ie d t r ou b le sh oo t in g p e r son n e l
Error handling m ust only be carried out by specially t rained personnel. I f you
are uncert ain about t he qualificat ions t hat are required, cont act t he
m anufact urer.
CAUTI ON
Error handling t he device wit hout t he special skills required and unqualified
int erference wit h t he device can result in personal inj ury and dam age t o t he
reader and/ or connect ed devices.
nbb
8 .3
Sa f e t y in st r u ct io n s
All ant enna resonant circuit com ponent s carry high volt ages!
W ARN I N G
When replacem ent part s are required, use only m anufact urer- specified part s.
Unaut horized subst it ut ion of part s can result in fire, elect ric shock or ot her
hazards.
Elect rost at ic charges can dam age elect ronic com ponent s wit hin t he device.
ESD prot ect ive m easures m ust be applied when opening t he device (  ESD
inst ruct ions) .
CAUTI ON
When rem oving t he cover, consider t hat t he cover m ay be at t ached t o t he
device by a cable ( LED) .
Carefully rem ove t he cover t o prevent dam ages. Do not operat e t he device
when t he cover is open!
CAUTI ON
Never short circuit t he fuse! This m ay result in fire or dam age on t he device.
Only use fuses specified by t he m anufact urer.
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8 .4
Er r o r co d e s
Er r o r
ID
Nam e
D e scr i p t i o n
P o ssi b l e ca u se s
Co r r e ct i n g a ct i o n
none
no error
not used
no
aut o fail
aut om at ic reading is not
possible 1)
reader is st ill busy
wit h a form er read or
writ e request
wait unt il t he form er request
is done
read or writ e init iat ed
from t he host , and/ or
ot her act ions cannot be
reader is st ill busy
wit h a form er read or
writ e request
wait unt il t he form er request
is done
reader is st ill busy
wit h a form er read or
writ e request
wait unt il t he form er request
is done
no readable t ag at
t he reading range
bring a t ag int o t he range of
t he ant enna; verify t ype and
funct ion of t he t ag
ant enna is not
connect ed correct ly
check connect ion of t he
ant enna
bad orient at ion
bet ween ant enna and
t ag
check orient at ion bet ween
ant enna and t ag ( see
sect ion ant enna inst allat ion
and ant ennas)
ant enna is not t uned
perform an ant enna t uning
( see sect ion inst allat ion - >
DI P swit ches)
disrupt ing field at
t ransm it t ing freqency
check surronding of ant enna
for possible disrupt ing
sources ( m onit ors , servo
m ot ors...)
ant enna is dam aged
or t oo close t o m et al
replace ant enna, verify
ant enna inst allat ion
dat a sent wit h a
com m and are wrong
check synt ax and dat a of
com m and
sent param et er is not
im plem ent ed or out
of range
check synt ax and value of
param et er
ex fail
carried out 1)
writ e fail
dat a t ransfer t o t he t ag
not
no t ag
invalid
possible 1)
no t ag or ant enna
inst alled
invalid param et er or
dat a
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Er r o r
ID
Nam e
D e scr i p t i o n
P o ssi b l e ca u se s
Co r r e ct i n g a ct i o n
unknown
unknown error
not used
no
unconfig
t he device is not
configured
wrong reader address
was sent
check synt ax of m essage,
check param et er F "Reader
address"
check
parit y and/ or checksum
error
wrong baud rat e is
set
check baud rat e of serial
int erface ( COM port )
t ransm ision errors on
serial com m unicat ion
check RS232 cable and
connect ors; check disrupt ing
sources at RS232
double or wrong
acknowledgem ent
check host com m unicat ion
set t ings
serial com m unicat ion
is int erupt ed
check RS232 cable and
connect ors; check disrupt ing
sources at RS232
void
ackn
no valid acknowledge
( unexpect ed
acknowledge)
locked
locked page cannot be
writ t en
page t o be writ t en is
locked ( writ e
prot ect ed forever)
check page num ber t o writ e;
replace t ag wit h new one
m sg len
m essage t oo long or t oo
short , or m essage is not
received in full
lengt h of m essage is
longer t han shown at
t he lengt h byt e
check m essage lengt h,
check lengt h byt e
no valid end sign of
m essage ( End sign
0x0D) det ect ed
check synt ax of m essage
not all charact ers are
t ransm it t ed
( I nt ercharact er
t im eout )
check synt ax of m essage,
check RS232 connect ion
unknown com m and
was sent
check synt ax of com m and
invalid
invalid com m and
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Er r o r
ID
Nam e
D e scr i p t i o n
P o ssi b l e ca u se s
Co r r e ct i n g a ct i o n
no ackn
t he m essage which has
t o be confirm ed has
been sent t he m axim um
num ber of t im es ( rs232
m axrepeat ) , and has
not been confirm ed by
t he t erm inal wit hin t he
defined t im e fram e ( see
param et er 5)
Host syst em does not
acknowledge t he
m essage
check availabilit y of host
syst em ( t erm inal) ; check
RS232 cables and
connect ors
1) because t he device is st ill busy or because a m essage has not been confirm ed
by t he previous read up t o now.
8 .5
Er r o r d i sp l a y w i t h LED
Pow e r LED doe s
not light u p

Check t he power supply and t he connect ing cables!

I f t he LED does not light up, disconnect t he device from t he power supply
and carefully rem ove t he fuse! Test t he fuse. I f it is defect ive, replace it
wit h a fuse specified by t he m anufact urer!

I f t he above m easures do not solve t he problem , leave t he device
disconnect ed and cont act t he m anufact urer!
8 .6

Re a d e r d oe s n ot r e sp on d
Check if t he int erface connect ion cable is undam aged and correct ly
connect ed t o bot h reader and host !

Check t he st at us as indicat ed by t he LED!

I f you are unsure of t he enabled com m unicat ion int erface, t ry bot h ( RS232
and Et hernet ) !

Cont act Brooks Aut om at ion ( Germ any) Gm bH regarding t he firm ware of
t he device and t he firm ware updat e soft ware!

I f t hese m easures do not solve t he problem , cont act t he m anufact urer!
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8 .7

Re se t
In the case of a malfunction, a hardware reset can be performed by
switching the power supply off and on.

After the reset, the reader performs a self-test. The self-test can take up to
five seconds. In the first step of these self-tests, all LEDs light up. If the
test was successful, all LEDs, except for the power LED, go out!
8 .8
Po w e r cu t
After a power cut, the reader performs a reset with self-test (see  Reset).
8 .9
Sof t w a r e r e le a se s
R e l e a se
date
V e r si o n
D e scr i p t i o n
March 2011
UHFI20
First version with flexible EPC length
8 . 1 0 Cu s t o m e r s e r v i ce
Brooks Automation (Germany) GmbH
RFID Division
Gartenstr. 19
D-95490 Mistelgau
GERMANY
Telephone
+49 (0) 9279 - 991 550
Fax
E-mail
+49 (0) 9279 - 991 501
rfid.support@brooks.com
24 hour technical support hotline (Brooks):
US and Canada
+1 978 262 2900
Europe
Japan
China
Taiwan
Korea
Singapore
+49 1804 2255 4887
+81 45 477 5980
+86 21 5131 7066
+886 3 5525225
+82 31 288 2500
+65 6464 1481
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
161
Ch a p t e r 9
Dism a nt ling a nd St ora ge
D ism a n t lin g a n d St or a g e
This chapt er gives you an overview of t he following t opics:
■
 Dism ant ling
■
 St orage
9 .1
D ism a n t lin g

Rem ove t he power supply!

Rem ove all cables!

Loosen and rem ove t he m ount ing screws!

Rem ove t he device from t he inst allat ion area!
9 .2
St or a g e
St ore t he reader and it s com ponent s in a clean and dry environm ent wit h t he
power supply disconnect ed.
Make sure t he cont act s rem ain clean. Observe t he necessary st orage condit ions.
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
162
Ch a p t e r 1 0
Tra nsport a nd Disposa l
10
Tr a n sp or t a n d D isp osa l
This chapt er gives you an overview of t he following t opics:
■
 Transport
■
 Disposal
1 0 . 1 Tr a n sp o r t
For t ransport at ion purposes such as m ailing, use a firm cardboard box.
Use adequat e padding m at erial t o prot ect t he device on all sides.
1 0 . 2 D isp osa l
The device and it s com ponent s are m ade of various m at erials.
Dispose of t hese m at erials separat ely, and observing t he legal regulat ions of
your count ry.
Do not dispose of t he device in regular household wast e.
Disconnect t he elect ronic com ponent s from t he case and dispose of t hem as
follows:
■
t he housing as scrap m et al
■
t he elect ronic com ponent s, ant ennas and cables as elect ronic wast e
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
163
I ndex
Access word 46
Assem bly 33
B - Sensor st at us 116
Bulk t im e 46
CMD 46
Com m ands 43
Com m issioning 36
Dat a words 46 , 50
Declarat ion of Conform it y 10
Direct ion 47
E - Error m essage 120
EPC 47
EPC code 47
Et hernet set t ings 37
Ex flag 48
Ext ension 48
F - Param et er query 107
Filt er 49
Filt er m ask 49
Filt er Num ber 49
Fram e I D 49
H - Heart beat 121
Head I D 49
High byt e 41
Hum idit y 30
I nst allat ion dim ensions 33
Liabilit y 12
Low byt e 41
M - EPC scanning 58
Malfunct ions 34
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164
I ndex
Mask 50
Mem ory address 50
Mem ory bank 50
O - set out put 117
On/ Off 51
Out put st at e 51
P - Set param et er 108
Param et er 0, Com m unicat ions Port 130
Param et er 01, Baud rat e 130
Param et er 03, Parit y 130
Param et er 04, MsgRepeat Delay Tim e 131
Param et er 06, MsgMaxRepeat 131
Param et er 07, First Byt e of t he Serial Num ber 131
Param et er 08, Second Byt e of t he Serial Num ber 131
Param et er 100, Global ETSI Channel List 136
Param et er 101, ETSI Channel List Ant enna 1 136
Param et er 102, ETSI Channel List Ant enna 2 137
Param et er 103, ETSI Channel List Ant enna 3 137
Param et er 104, ETSI Channel List Ant enna 4 137
Param et er 105, Channel Swit ching Mode 138
Param et er 106, Transm ission Out put Ant enna Port 1 138
Param et er 107, Transm ission Out put Ant enna Port 2 138
Param et er 108, Transm ission Out put Ant enna Port 3 138
Param et er 109, Transm ission Out put Ant enna Port 4 138
Param et er 11, Reader I D 131
Param et er 110, Ant enna Cable Port 1 At t enuat ion 139
Param et er 111, Ant enna Cable Port 2 At t enuat ion 139
Param et er 112, Ant enna Cable Port 3 At t enuat ion 139
Param et er 113, Ant enna Cable Port 4 At t enuat ion 139
Param et er 114, Ant enna Gain Port 1 139
Param et er 115, Ant enna Gain Port 2 139
Param et er 116, Ant enna Gain Port 3 140
Param et er 117, Ant enna Gain Port 4 140
Param et er 118, Ext ended Result flag 140
Param et er 119, Glim sed Tim eout Count 140
Param et er 12, Acknowledgm ent Error Message 131
Param et er 120, Observed Threshold Count 140
Param et er 121, Observed Tim eout Count 140
Param et er 122, Com m unicat ions St andard 141
Param et er 123, ETSI Power Check Over All Allowed Channels 141
Param et er 124, Com m St andard Cent er Freq CH0 141
Param et er 125, Com m St andard Channel Widt h 141
Param et er 126, Com m St andard Max Channel Tim e 141
Param et er 127, Com m St andard Channel Widt h 142
Param et er 128, Com m St andard First Channel 142
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
165
I ndex
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
Param et er
129,
130,
131,
132,
133,
134,
135,
136,
137,
138,
139,
140,
141,
142,
143,
144,
145,
146,
147,
148,
149,
150,
151,
152,
153,
154,
155,
156,
157,
158,
159,
160,
161,
162,
163,
164,
165,
166,
167,
168,
169,
170,
171,
172,
173,
174,
175,
176,
177,
Com m St andard Last Channel 142
I nt elligent Writ e 142
Writ e Verify 142
Tag Com m Query Target 142
Tag Com m Query Sel 143
Ant enna I ndependend Operat ion 143
RF I nt erface Tim e t o Power Off 143
RF I nt erface Modulat ion Type 143
RF I nt erface Mult iplexing Ant enna Port 1 143
RF I nt erface Mult iplexing Ant enna Port 2 144
RF I nt erface Mult iplexing Ant enna Port 3 144
RF I nt erface Mult iplexing Ant enna Port 4 144
RF I nt erface Mult iplexing Ant enna Port 5 145
RF I nt erface Mult iplexing Ant enna Port 6 145
RF I nt erface Mult iplexing Ant enna Port 7 145
RF I nt erface Mult iplexing Ant enna Port 8 146
RF I nt erface RSSI Threshold 1 146
RF I nt erface RSSI Threshold 2 146
RF I nt erface RSSI Threshold 3 146
RF I nt erface RSSI Threshold 4 146
RF I nt erface Mult ipower Tag Access 1 147
RF I nt erface Mult ipower Tag Access 2 147
RF I nt erface Mult ipower Tag Access 3 147
RF I nt erface Mult ipower Tag Access 4 147
RF I nt erface Max Allowed Ant enna Out put Power 1 147
RF I nt erface Max Allowed Ant enna Out put Power 2 147
RF I nt erface Max Allowed Ant enna Out put Power 3 148
RF I nt erface Max Allowed Ant enna Out put Power 4 148
Tag Com m Use Pilot Tone 148
Tag Com m I nit ial Q 148
Tag Com m Session 148
Tag Com m Max Errors 148
Tag Com m Default Profile 149
RF I nt erface Mult iplexing Exposure Tim e 1 149
RF I nt erface Mult iplexing Exposure Tim e 2 149
RF I nt erface Mult iplexing Exposure Tim e 3 149
RF I nt erface Mult iplexing Exposure Tim e 4 150
RF I nt erface Mult iplexing Exposure Tim e 5 150
RF I nt erface Mult iplexing Exposure Tim e 6 150
RF I nt erface Mult iplexing Exposure Tim e 7 150
RF I nt erface Mult iplexing Exposure Tim e 8 151
RF I nt erface Enable RSSI Threshold At Specific Cm ds 151
RF I nt erface Flash Writ e Addit ional Power 151
Tag Com m Force Power Off Aft er EPC Writ e 151
Tag Com m Transm it Get EPCs Pre Select 152
Tag Com m Transm it Select I f No Filt er I s On 153
Tag Com m Num ber Of EPC Word 153
Tag Com m Use Block Writ e 153
Tag Com m Disable Receiving NXP Read Prot ect ed Tags 154
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
166
I ndex
Param et er 178, Host Com m A Sync Addit ional RSSI Dat a Delivery Delt a 154
Param et er 179, Host Com m Use Milliseconds As Tim e st am p 155
Param et er 20, Sensor act ivit y 132
Param et er 21, Delay t im e for sensor 1 132
Param et er 22, Delay t im e for sensor 2 132
Param et er 23, Delay t im e for sensor 3 132
Param et er 24, Delay t im e for sensor 4 132
Param et er 26, Wat chport for sensor 1 133
Param et er 27, Wat chport for sensor 2 133
Param et er 28, Wat chport for sensor 3 133
Param et er 29, Wat chport for sensor 4 133
Param et er 33, Highbyt e Aut oread Bulkt im e 133
Param et er 34, Lowbyt e Aut oread Bulkt im e 134
Param et er 39, Adj ust I / O Num bering 134
Param et er 40, Pollingport 134
Param et er 41, Show UHF Going 135
Param et er 93, Wait Tim e Reader Response 135
Param et er 94, Wait Tim e Reader Acknowledge 135
Param et er 95, Reader Cont rol Tim e 135
Param et er 96, St op Aut om at ic Read 135
Param et er 97, St op Sensor Message 135
Param et er 98, Error 'Unexpect ed' 136
Param et er 99, Fact ory Reset / Fine Version 136
Param et er no. 51
Param et ers 126
Payload 52
Power supply 34
Profile num ber 52
Prohibit ion sym bols 15
Q - Queries of t he out put st at us 118
Reader I D 52
RECOMMI SSI ON 52
Relat ive hum idit y 30
Response code 53
Result 53
Safet y I nst ruct ions 14
Safet y inst ruct ions 30
Safet y sym bols 15
Sensor st at e 53
Sensor t riggered aut om at ic reading 125
Serial num ber 53
Soft ware version 53
Sub- D Socket 35
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
167
I ndex
T and UAM - Enable read polling EPC 75
Tem perat ure 30
Transponder error code 54
UAA - Enable Read Polling Raw 77
UAB - Erase Block 85
UAE - End polling 92
UAK - Kill EPC t ransponder 87
UAL - Lock EPC t ransponder 86
UAR - Polling Transponder- Rat e 89
UAW - Polling Writ e Dat a 81
UAX - Polling Read Dat a 79
UAZ - Polling Writ e Masked Dat a 83
UBW - Erase block of all EPC t ransponders 68
UBZ - Erase block of all EPC t ransponders ( defined EPC code) 69
UCC - Act ivat e Polling NXP- UCODE- G2X Change EAS 95
UCE - Act ivat e polling NXP- UCODE- G2X EAS alarm 96
UCN - Act ivat e polling NXP- UCODE- G2X Reset Read Prot ect 94
UCX - Act ivat e polling NXP- UCODE- G2X Read Prot ect 93
UFG - Read filt er dat a 100
UFP - Set filt er 99
UFR - Read filt er dat a 98
UFW - Set filt er dat a 97
UGD - Det erm ine Default Param et er Set 113
UGK - Det erm ine act ive param et er set 110
UGL - Read list of radio profiles 101
UGP - Read act ive radio profile 102
UGT - Read UTC t im e 123
UKW - Killing all EPC t ransponders 72
UKZ - Killing all EPC t ransponders ( defined EPC code) 73
ULW - Locking all EPC t ransponders 70
ULZ - Locking all EPC t ransponders ( defined EPC code) 71
UMW - Writ e dat a range of all EPC- t ransponders m asked 66
UMZ - Writ e dat a range of all EPC- t ransponders ( defined EPC code) m asked 67
UNH - Hardware reset 104
UNR or N - Soft ware reset 105
UPD - Define Default Param et er 114
UPE - Fact ory Reset / Fact ory Set t ing 106
UPK - Define t he act ive param et er set 111
UPP - Set act ive radio profile 103
UPT - Set UTC t im e 124
URB - EPC Bulk reading 60
URY - Read dat a area ( defined EPC code) 57
UTC 54
UVR or V - Query soft ware version 122
UWW - Writ e dat a range of EPC t ransponders 62
UWZ - Writ e dat a range of EPC- t ransponders ( defined EPC code) 64
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
168
I ndex
W - Writ e EPC code 61
Warning sym bols 15
X or URX - Read dat a area 55
Pr odu ct M a n u a l - RFI D Re a de r UF7 0 Ce r t u m
169

---

Source Exif Data:

File Type                       : PDF
File Type Extension             : pdf
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PDF Version                     : 1.6
Linearized                      : No
Encryption                      : Standard V4.4 (128-bit)
User Access                     : Print, Extract, Print high-res
Author                          : shertel
Create Date                     : 2012:05:08 16:46:30Z
Keywords                        : RFID, Brooks Automation, UHF, UF70 Certum, Reader, Transponder, Tag, Antenna
Modify Date                     : 2012:05:09 09:41:32+02:00
XMP Toolkit                     : Adobe XMP Core 4.2.1-c043 52.372728, 2009/01/18-15:08:04
Creator Tool                    : FrameMaker 7.2
Metadata Date                   : 2012:05:09 09:41:32+02:00
Producer                        : Acrobat Distiller 9.0.0 (Windows)
Format                          : application/pdf
Title                           : Product Manual
Description                     : RFID Reader UF70 Certum
Creator                         : shertel
Subject                         : RFID, Brooks Automation, UHF, UF70 Certum, Reader, Transponder, Tag, Antenna
Document ID                     : uuid:d32eb9cf-0dd0-4471-9ac5-ec292360eab0
Instance ID                     : uuid:a62abbbc-cd65-4d50-9d41-cc0cfb76504e
Page Layout                     : SinglePage
Page Mode                       : UseOutlines
Page Count                      : 169

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