Engineer Programming Quick Guide RINS1504-2 Software Version >V9.26 EN50131-1:2006 A1:2009 EN50131-3:2009 EN50131-6:2008 EN50131-5-3:2005 A1:2008 Security Grade 2
Pressing x 'NO' will take you out of the individual option, will move you up from one sub-menu to the next sub-menu or back to the main menu. Button Operations.
EN50131-1:2006+A1:2009
EENN550011331-11-3:2009
2
PEDN65606123:210-064:2008
Security Grade 2
EnEviNron5me0nt1al C3las1s 2-5-3:2005+A1:2008
Security Grade 2
Environmental Class II
3
Engineer Programming Quick Guide
INTERNAL SIREN WARNING The Enforcer 32-WE control
panel contains a 100 dBA siren, please be aware of
this during installation.
RINS1504-2 Software Version >V9.26
Contents Page
A: Operating the Enforcer 32-WE
3
B: Entering Engineers Menu
4
1 Engineers Menu: Bypass Fire/PA (Inputs)
4
2 Engineers Menu: Date & Time*
5
3 Engineers Menu: Learn Wireless Devices*
6
4 Engineers Menu: Program Inputs*
7
5 Engineers Menu: Program EOL (End of Line for the wired inputs)
8
6 Engineers Menu: Install RIXs
8
7 Engineers Menu: Program Outputs
9
8 Engineers Menu: Install Keypads/Readers
11
9 Engineers Menu: Program Timers*
12
10 Engineers Menu: Change Codes*
13
11 Engineers Menu: Exit Modes
14
12 Engineers Menu: System Options
15
13 Engineers Menu: System Displays
16
14 Engineers Menu: Volume Control
17
15 Engineers Menu: Review Logs
18
16 Engineers Menu: Diagnostics
19
17 Engineers Menu: Engineer Tests
21
18 Engineers Menu: Engineer Restore Options
22
19 Engineers Menu: Digi Modem Signalling: Programming Contact ID*
23
20 Engineers Menu: Alarm Response
26
21 Engineers Menu: Options Up/Downloading*
27
22 Engineers Menu: PC Connect Menu
28
23 Engineer Menu: Software Revision
28
24 Engineers Menu: Factory Default
29
25 Engineers Menu: Exit Engineers Menu
30
C: Stand Alone Keypad Menu
30
D: Appendix 1: Alarm Events
31
E: Compliance
34
F: Notes
35
* To quick start the system, only these features are needed to be programmed.
2
A: Operating tChHeAEPnTfoErRce2r: 3K2E-W Y PEA D S / R E A D E R S
There are four different devices that may be used to arm/disarm the alarm system; these are thDeemfaainulkteyMpaads,ttehre MexatenranagletargCroeaddee:r,1in2t3er4nal tag reader and the keyfob.
Default Engineer Code: 9999
Control Panel Keypad The Internal Tag Reader
a
= Quick exit manager menu. Arming/Disarming Methods:
b= item.
MTovheesrbeaackrweatrhdrseteo tdhieffeprreevniotudsemveicneus that may be system; these are the keypad, tag reader and
used in the keyfob.
process
of
arming/disarming
the
alarm
c = Enables chime and displays additional
informaBtiuonttionnthOe ploeg.rations
D = Ma oves=foErwxaitrdeinngtihneeleorg,mscernoluls/beStewleeecnt area A. optionsb and=enMteorsvethsebmaacsktewramrdansatgoertmheenpur.evious main menu item / Selects area B.
f p c = Use=d DtoisapcltaivyasteaFdIdReit/ioPAnaallairnmfos.rmation in the log / Scrolls to previous option in a sub-menu / Selects [ ] a=rDeiareCct.ional buttons.
D = Moves forward in the log / Selects area D. t = Sf electp s ite=msUasneddenfoterrsFimreenauns.d PA alarms.
x = C[ ance] ls ite=msD,iarendctmioonvaesl btouthtoennsex(tused for choosing options and moving through text).
item int mas=terSmealencatgseritmeemnus and enters m. enus.
x = Moves forward in the main menu and sub-menu / Exits option to sub-menu and sub-menu to
main meTnagu.Area (Where you present
your tag to arm/Unset)
How to navigate through the menu's.
Ready LED
x = "NO" - Press to move forward when in EngineerAolarrmMaLsEtDer Manger mode b = "BACK" - Press to move backward when in Engineer or Master Manger mode
t = "YES" - Press to enter in a submenu or option wThaemnpeinr LEEnDgineer or Master Manger mode
] = Press to move from one option into another option while in a submenu a = Press to quick exit the Engineer Menu from any FmaualtinLEmDenu (written in capital letters)
c = "CANCEL" - Press to move back from one prograDmisamrmaebdleLEoDption to the previous option.
Main menus are indicated with capital letters and end with a question mark (?), for example "LEARN WIRELESS DEVICE?". The sub-menus are ThinedEicxateterndalwTiathg Rsemadaellrletters and they also end with a question mark, for example "Control Inputs?". Programmable options are indicated with small
letters and do not finish with question mark (?) but Yes/No or other options are offered, for example "Bypass PA/Fire".
In order to navigate in the menu system one has to answer to the questions in the main and sub menus. For example, if the question is "LEARN
WIRELESS DEVICE?". Pressing t `YES' LwEiFllTbGrRinEgENyoLEuDi:nSttahteussiunbdi-cmateonr u "Control Inputs?". Pressing t (YES) will take you to the programmable options of this submenu. Pressing x `N(Oex' twiniglluitsahkees ayfoteur oauctouopflethoef siencdoinvdids)ual option, will move you up from one sub-menu to the next sub-menu or
back to the main menu.
RED LED: This can be programmed by your
engineer to illuminate when the alarm has
activated for example.
3
B: Entering Engineers Menu
E nforc er 3 2 W E
Ti m e 0 2:5 3
c
Engineer Code
E nter Y o ur C o d e [****]
x
AR M SYSTE M?
Ar m Are as?
P l e a s e W a it
t
[ A B C D ] t A r m i n g W ir e l e s s
x
E nforc er 3 2 W E t Are a A B C D
B Y P A S S FIR E/P A ?
Engineer Menu
x
Default Engineer Code: 9999 NOTE: The Engineer can only disarm if it was armed initially with the engineer code.
1 Engineers Menu: Bypass Fire/PA (Inputs)
B Y P A S S FIR E/P A ?
B y p a s s F ir e / P A
t
No
[0]
t
x
B y p a s s F ir e / P A :
[0] N o
[1] Y e s
D A T E & TI M E ? b
P A = P e r s o n a l A tt a c k
4
2 Engineers Menu: Date & Time*
D A T E & TI M E ? x
Y e ar 0 0-9 9
t
[0 7] t
x
L E A R N W IR E L E S S b D E VIC E S ?
( ) ( ) ( ) ( ) ( )
M o nth
1-1 2 [0 1] t
x
D ay 1-3 1 [0 1] t
x
H o urs
0-2 3 [2 3] t
x
M in ute s
0-5 9 [3 1]
x
Options [0] No [1] Yes
t S u m m er Ti m e A dj
No
[0] x
x
5
3 Engineers Menu: Learn Wireless Devices*
L E A R N W IR E L E S S D E VIC E S ?
x
L e arn In p uts ? t
x
L e arn D e vic e s ? t
x D elete D e vic e s ?
In p ut 0 1 t A v a il a b l e
x
D e l e t e A ll ? t
L e a r n i n g ... [0 1] t
x
E nter Y o ur C o d e t [2 0 0 0]
x
x
x
In p ut 0 1
L e arn e d
[0 1]
x
In p ut L e arnt
In p ut 0 1
t L e arnt
[0 1]
In p uts D elete d!
x
In p ut 0 1
t A v a il a b l e
[0 1]
x
In p ut
In p ut 0 1
D elete d!
t A v a il a b l e
[0 1]
x
L e a r n B e ll s ?
L e arn D e vic e s ? t
x
S e l e c t B e ll t A v a il a b l e
x
L e a r n i n g ... [1] t
x
B e ll L e a r n t!
S e l e c t B e ll
t L e arnt
[1]
x
P R O G R A M IN P U T S ? b
6
D elete D e vic e s ?
D e l e t e A ll ?
E nter Y o ur C o d e
B e ll s
S e l e c t B e ll
x
t
t [2 0 0 0]
D elete d!
t A v a il a b l e
[1]
x
x
x
x
S e l e c t B e ll
L e arn e d
[1]
x
B e ll D e l e t e d
S e l e c t B e ll
t A v a il a b l e
[1]
x
NOTE: Keyfobs are learnt and programmed from the Master Manager Menu
4 Engineers Menu: Program Inputs*
P R O G R A M IN P U T S ?
In p ut
[0 1]
In p ut T y p e
[0 7]
In p ut In
C o m m o n In p ut
t
In p ut 0 1
t E n tr y D ela y 1
t Are a
[A ] t N o
[0] t
xI n p u t T y p e s: [0 0] U n u s e d [ 0 1 ] F ir e [0 2] G a s [0 3] P A * [ 0 4 ] S il e n t P A * [0 5] T a m p er [0 6] In sta nt [ 0 7 ] E n tr y D ela y 1 * [ 0 8 ] F o ll o w [1 1] P u s h T o Ar m [ 1 2 ] S w it c h e r [1 3] 2 4 H o ur [ 1 6 ] F a u lt [ 1 7 ] A r m in g C o n tr ol [1 8] S h u nt [1 9] D is ar m O nly** [ 2 0 ] K e y s w it c h L a t c h d * * [ 2 1 ] E n tr y S h o c k [ 2 2 ] L i n e F a u lt [ 2 3 ] K e y s w it c h P u l s e d * * [ 2 9 ] I n t e ri o r [3 2] Flo o d [3 9] C C T V [ 4 0 ] P e ri m e t e r [ 4 1 ] P a tr ol / K e y b o x [4 2] M e dic al [ 4 3 ] E n tr y D ela y 2 *
x
x
x
x
C o m m o n I n p u t:
[0] N o
[1] Y e s
I n p u t A ttri b u t e s ?
C hi m e t No
A ll o w B y p a s s
D o u ble K n o c k
C o m bin e d In p ut
[0] t Y e s
[1] t N o
[0] t N o
[0]
x
C hi m e: [0] N o
x
A ll o w B y p a s s : x
[0] N o
D o u ble K n o c k: x [0] N o
C o m b i n e d I n p u t :x [0] N o
t
[1] Sin gle
[1] Y e s
[1] Y e s
[1] Y e s
[ 2 ] F o ll o w
N o r m a ll y O p e n
M a s k T e st
No
[0] t N o
N o r m a ll y O p e n : x [0] N o [1] Y e s
M a s k T e s t: x [0] N o [1] Y e s
N o n A c ti v it y I n p
S p e cial L o g
[0] t N o
[0] t N o
N o n A c ti v it y I n p x [0] N o [1] Y e s
S p e cial L o g:
x
[0] N o
[1] Ar m
[2] D is ar m
[3] Alw a ys
[0] t
In p ut
E n t e r N u m b e r:
E nter N a m e:
D e s c ri p ti o n ?
t In p ut 0 1
t
t
x
x
x
P R O G R A M E O L? b
* T h e s e in p uts ty p e s c a n n ot b e b y p a s s e d * * If t h e s e i n p u t t y p e s a r e u s e d , t h e s y s t e m w ill n o t c o m p l y t o E N 5 0 1 3 1 - 1 S e c u rit y G r a d e 2
7
5 Engineers Menu: Program EOL (End of Line for the wired inputs)
P R O G R A M E O L?
C hoose E O L R ange
t
1 K / 1 K*
[0]
t
C hoose E O L M ode D o u ble E O L [1] t
In p ut R e s p o n s e
300 m s
[0 3]
t
x
x C h o o s e E O L R a n g e:
x C h o o s e E O L M o d e:
x
In p ut R e s p o n s e:
[0] 1 K / 1 K *
[0] Sin gle E O L*
[0 1] 1 0 0 m s
[1] 4 K 7 / 2 K 2*
[1] D o u ble E O L
[..] ......
[2] 4 K 7 / 4 K 7*
[3 0] 3 0 0 0 m s
[3] 4 K 7 / 2 K 2* W id e
IN S T A LL RIX s? b
6 Engineers Menu: Install RIXs
IN S T A LL RIX s?
R IX A d dre s s:
R I X I n s t a ll e d
t
[0] t N o
[0]
x
x
O p ti o n s : [0] RIX A d dre ss 0 [1] RIX A d dre ss 1 [2] RIX A d dre ss 2 [3] RIX A d dre ss 3
PR O G RA M O UTPUTS? b
x
O p ti o n s : [0] N o [ 1 ] W ir e d
8
*Indicates the value of the Single End of Line resistor
If Y e s t
E nter N a m e:
t
_
x If N o
t
7 Engineers Menu: Program Outputs
PR O G RA M O UTPUTS?
E n d s t a ti o n P G M s ?
B E L L P G M [0 0 1 4]
S T B P G M [0 0 1 6]
P G M [0 0 0 0]
t
t B e ll A n y
t S tr o b e A n y
t N ot U s e d
t
x
x
x
x
x
O p ti o n s :
R IX M o d ule P G M s?
R IX A d dre s s:
P G M 1 [0 0 0 0]
t
[0] t N ot U s e d
R e p e at for P G M 2
t to P G M 4
t
B E L L P G M , S T B P G M . P G M .s = S e e O utp ut T y p e T a ble o n f o ll o w i n g p a g e .
A d d r e s s O p ti o n s :
x
x [ 0 ], [ 1 ]. [ 2 ], [ 3 ]
x
x
R O X M o d ule P G M s?
R O X A d dre s s:
R O X I n s t a ll e d :
P G M 1 [0 0 0 0]
R e p e at for P G M 2
E nter N a m e:
t
[0] t N o
[0] t N ot U s e d
t to P G M 1 6
t
t
_
A d d r e s s O p ti o n s :
x [0]
x
x
x
x
x
Keypad P G M s?
D e vic e A d dre s s:
P G M 1 [0 0 0 0]
t
[1] t N ot U s e d
t
A d d r e s s O p ti o n s :
x
x [ 0 ], [ 1 ]. [ 2 ], [ 3 ]
x
R e a d er P G M s?
R e a d er A d dre s s:
P G M 1 [0 0 0 0]
P G M 2 [0 0 0 0]
t
[0] t N ot U s e d
t N ot U s e d
t
A d d r e s s O p ti o n s :
x
x [ 0 ], [ 1 ]. [ 2 ], [ 3 ]
x
x
U s er O utp uts ? x
U s er O utp ut N o.
U s er O utp ut T y p e
U s er O utp ut N a m e
U s er O utp ut Ti m e
t
[0 1] t L atc h e d
[0] t
t
[0 1] t
x
U s er O utp ut N o : [0 0] to [3 0]
x U s er O utp ut T y p e : [0] L atc h e d
x
x
[1] P uls e d
IN S T A LL K E Y P A D S/ b READERS?
E n d s t a ti o n = M a i n P a n e l P G M = P ro gra m m a ble O utp uts S T B = S tr o b e
9
Program Output Types
Options [0000] Not Used [0001] Fire [0002] PA Any [0003] Burglary Any [0004] Final Arm All [0005] Open After Alarm [0007] Tamper Any [0008] Duress Any [0009] PA Device Any [0010] Gas [0011] Arm Fail [0012] Entry Deviation [0013] System Ready Any [0014] Bell Any [0016] Strobe Any [0017] Bypass Rearm Any [0018] Burglary Any [0019] Ready All
[0020] Exit Starts All [0021] Exit Starts Any [0022] Final Arm Any [0023] STB If Arm Fail [0024] Unable To Arm [0025] Keyswitch Disarm [0026] Arm With Bypass [0027] Pulsed Burglar Any [0028] Power Fault [0031] Entry [0032] Exit [0033] Entry/Exit [0034] Lights [0035] Follow Input [0036] Shunt Fault [0037] Restore 1 [0038] Restore 2 [0039] PIR Latch 1
[0040] PIR Latch 2 [0041] AC Mains Good [0042] PIR LED Enable [0043] Follow Test [0044] Off During Test [0048] Walk Test [0049] Detector Masked [0050] Follow 24 Hr [0051] Line/GSM Fault [0052] AC Mains Fail [0053] Battery Fault [0054] Low Volts [0055] Global Fault 1 [0056] Global Fault 2 [0057] German Relay [0058] Guard Code Used [0059] Engineer Access [0060] Follow Power Up
[0063] Test UK STU [0064] Pre RM Service [0065] Input Fault [0066] ATE Pin not used [0067] Follow Chime
[0170-0199] User Defined 1-30 [0202] PA A [0203] Burglary A [0204] Final Arm A [0207] Tamper A [0208] Duress A [0209] PA Device A [0210] Fire Reset A [0213] System Ready A [0214] Bell A [0216] Strobe A [0217] Bypass on Rearm A [0218] Burglary A
[0219] Ready A [0220] Exit Starts A [0222-0240] Area B [0242-0260] Area C [0262-0280] Area D [0620-0639] Logic Gate 1-20 [1001] Follow Input 01 [1002-1066] Follow Inputs 02-66
10
8 Engineers Menu: Install Keypads/Readers
IN S T A LL K E Y P A D S/
D e vic e A d dre s s
D e vic e T y p e
R E A D E R S?
t
[0] t K e y p a d
[0]
O p ti o n s : [0] K e y p a d [1] R e a d er [2] N ot U s e d
x x
If K e y p a d
D e vic e A r m s A re a
t
[A B C D] t
D e vic e D is ar m s
D e vic e in A re a
[A B C D] t
[A B C D] t
A d d r e s s O p ti o n s : [0] O nly for K e y p a d [1] K e y p a d or R e a d er [2] K e y p a d or R e a d er [3] K e y p a d or R e a d er
O p ti o n s : [0] A r m / D is ar m [1] A r m / D is ar m S u b- A re a [ 2 ] A c c e s s C o n tr ol [3] D is ar m O nly [ 4 ] E n tr y D o o r C o n tr ol
x
x
x
If R e a d e r t
R e a d er is A r m / D is ar m
[0]
D e vic e A r m s A re a
D e vic e D is ar m s
t
[A B C D] t
[A B C D]
x
x
x
t
N ot U s e d
D e vic e in A re a [A B C D]
x
P R O G R A M TI M E R S ? b
D e vic e Na m e?
x
E n t e r N u m b e r:
E nter N a m e:
t D e vic e 0
t
t
_
x
x
11
9 Engineers Menu: Program Timers*
P R O G R A M TI M E R S ?
A E n tr y T i m e 1
A E n tr y T i m e 2
A E x it T i m e
A B e ll T i m e
R e p e at for Are a s B,
t
[0 3 0] t
[0 3 0] t
[0 2 0] t
[0 3] t C and D
t
x
x 0-2 5 5 S eco n ds
x
0-2 5 5 S eco n ds
x 0-2 5 5 S eco n ds
x 2-1 5 M in ute s
x
B e ll D e l a y
S tr o b e T i m e
N u m b er R e-ar m s
A C F a il D e l a y
S p e a k er Ti m e
[0 0] t
[0 0] t
[9] t
[0 0 5] t
[0 0]
t
x 0-9 9 M in ute s
x
0-9 9 M in ute s
x
0-9 Ti m e s
x 0-2 5 0 M in ute s
x 0-9 9 M in ute s
Fin al D o or D ela y
D o u ble K n o c k
D ela y S e n d E n tr y
L i n e F a u lt D e l a y
A r m F a il T i m e
[0 0 5] t
[1 0] t
[0 0 0]
t
[2 5 0]
t
[2 5 0]
t
x 0-2 5 5 S eco n ds
x 0-7 5 S eco n ds
x 0-2 5 5 S eco n ds
x 0-2 5 0 S eco n ds
x 0-2 5 5 S eco n ds
G u ard C o d e D ela y
F ir e B e ll T i m e
A r m F a il W a r n i n g
N A T D a y Ti m er
N A T H o urs Ti m er
[0 3] t
[0 4] t
[0 0] t
[0 0] t
[0 0]
t
x 0-1 0 M in ute s
x 1-9 9 M in ute s
x 0-9 9 M in ute s
x
0-1 4 D ays
x 0-2 3 H o urs
C HAN G E C O DES? b
12
P u ls d B u r g lr A n y [0 0 5] t
W L s S u p erv n Ti m e [0 2] t
W L J a m m in g Ti m e [1 0 0] t
S ervic e Ti m er [0 0 0] t
x 0-2 5 5 S eco n ds
x 0-9 9 H o urs
x 0-1 0 0 S eco n ds
x 0-3 6 5 D ays
W L = W ir e l e s s N A T = N o n A c ti v it y T i m e r C o n f = C o n fir m S u p e r v n = W ir e l e s s S u p e r visi o n T i m e B u r g lr = B u r g l a r y
10 Engineers Menu: Change Codes*
C HAN G E C O DES?
C h a n g e D ure s s/ t G u ard C o d es?
x x
E m pty t
x
[0 1
E nter U s er C o d e
t
[******] t
x
U ser T yp e D uress
x
[2] t
U s er In Are a [A B C D]
U s er T y p e:
[2] D ure ss
x
[3] G u ard
U s e r A r m O p ti o n s
A re a A r m C h oic e
t U ser N a m e
D is ar m / A r m
[0]
t No
[0]
t
t
U s e r A r m O p ti o n s
A re a A r m C h oic e
x [0] D is ar m / A r m
x [0] N o
x
[1] D is ar m O nly
[1] Y e s
[2] A r m O nly
[3] N o n e
C h a n g e M a ster M a n a g er C o d e ?
x
M a ster M a n a g er
U s er In Are a
t Code
[******] t
[A B C D]
U s e r A r m O p ti o n s
t D is ar m / A r m
[0]
x
x
U s e r A r m O p ti o n s
[0] D is ar m / A r m , [1] D is ar m O nly
[2] A r m O nly, [3] N o n e
A re a A r m C h oic e
U ser N a m e
No
[0]
t
t t
_
x
A re a A r m C h oic e
x
[0] N o
[1] Y e s
E XIT M O D E S ? b
C h a n g e E n gin e er
C ode?
t
E n gin e er C o d e [******] t
x
13
11 Engineers Menu: Exit Modes
EXIT MODES? t
x
SYSTEM OPTIONS b
A Exit Mode
Timed
[0]
t
Repeat for Area's
B, C and D
t
A Exit Mode x [0] Timed
[1] Final Door [2] Timed/Final [3] Push To Arm
14
12 Engineers Menu: System Options
S Y S T E M O P TIO N S ?
A r m w it h F a u lt
A r m w it h T a m p e r
A r m if D i g i F lt.
A r m w it h T e c / F lt
A r m F a il = A l a r m
t Yes
[1] t Y e s
[1] t Y e s
[1] t Y e s
[1] t N o
[0]
t
x
x A r m W it h F a u lt :
x A r m w it h T a m p e r:
x A r m if D i g i M o d e m F a u lt: x A r m W it h T e c n i c a l F a u lt : x A r m F a il = A l a r m :
[0] N o
[0] N o
[0] N o
[0] N o
[0] N o
[1] Y e s
[1] Y e s
[1] Y e s
[1] Y e s
[1] Y e s
D o B at L o a d T e st
S u b - A r e a A b o rt
A r m A c k n o wle d g e
Bypass on R e Arm
F orc e A uto-Ar m
No
[0]
t No
[0]
t S tr o b e F la s h [ 0 ]
t No
[0]
t No
[0]
t
x D o B a t L o a d T e s t: [0] N o [1] Y e s
x S u b A r e a A b o rt: [0] N o [1] Y e s
A r m A c k n o wle d g e : x [0] N o n e
[ 1 ] S tr o b e F la s h [ 2 ] B e ll S q u a w k
[3] B oth Stb/S q k
xB yp ass o n R e-Ar m : [0] N o [1] Y e s
xA u t o - A r m [0] N o [1] Y e s
F orc e:
T a g O nly D is ar m
Q uic k A r m
No
[0]
t No
[0]
t
T a g O nly D is ar m : x [0] N o
[1] Y e s
x
Q uic k [0] N o
Ar m :
[1] Y e s
C o m m o n Fin alD r
D is ar m C h oic e
No
[0]
t Yes
[1]
t
x C o m m o n E x it M o d e : [0] N o
[1] Y e s
x D is ar m C h oic e: [0] N o
[1] Y e s
Keypad P A Key
B e ll + S i g n a l [ 2 ]
t
K e y p a d P A K e y:
x
[ [
0 1
] ]
S il e n t + D i g i B e ll s O n l y
[ 2 ] B e ll + S i g n a l
[3] D is a ble d
S Y S T E M DIS P L A Y S ? b
M a n a g er Pro g P A
T a g D is ar m + D o or
K e y p a d F ir e K e y
A r m w it h S p v n F lt
K e yf o b o n E n tr y
Y es
[1]
t Yes
[1]
t Yes
[1]
t Yes
[1]
t No
[0]
t
x M a n a g er Pro g P A: [0] N o [1] Y e s
x T a g D is a r m + D o o r: [0] N o [1] Y e s
x K e y p a d F ir e K e y : [0] N o [1] Y e s
x A r m W it h S u p e r v i s i o n F a u lt: [0] N o [1] Y e s
x K e yf o b o n E n tr y : [0] N o [1] Y e s
W L s B e ll S u p e r v n
No
[0]
6 D i g it C o d e s
t No
[0]
tx
W ir e l e s s B e ll S u p e r v i s i o n : x [0] N o
[1] Y e s
6 D i g it C o d e s [0] N o [1] Y e s
F lt = F a u lt T e c / F lt = T e c h n i c a l F a u lt D i g i = D i g it a l M o d e m S p v n F lt = S u p e r v i s i o n F a u lt W L = W ir e l e s s P A = P e r s o n a l A tt a c k
15
13 Engineers Menu: System Displays
S Y S T E M DIS P L A Y S ?
A re a A T e xt
R e p e at for
F u ll A r e a T e x t
T o p D is pla y T e xt
S it e N a m e
t Are a A
t Are a B, C, D
t A ll A r e a s A r m e d
t E nforc er 3 2 W E
t
t
_
x
x
x
x
x
x
V O LU M E C O N T R O L? b
D is p l a y If A r m e d
D is pla y Alar m s
R eady LE D O n
D is pla y P A s
Y es
[1] t Y e s
[1] t Y e s
[1] t Y e s
[ 1 ] t Dsply Silent PAs
t
Yes
[1]
x D is p l a y If A r m e d : [0] N o [1] Y e s
x D is pla y Alar m s: [0] N o [1] Y e s
x
R e a d y L E D O n: [0] N o [1] Y e s
x D is pla y P A s: [0] N o [1] Y e s
xD i s p l a y P As [0] N o [1] Y e s
S il e n t
D is pla y In p uts
D is ar m L E D O n
Y es
[1] t Y e s
[1] t
D is pla y In p uts: [0] N o [1] Y e s
D is ar m L E D O n: [0] N o [1] Y e s
16
14 Engineers Menu: Volume Control
V O LU M E C O N T R O L? t
A E n tr y
R e p e at for [4] t B, C, D
V o l u m e O p ti o n s :
x
[ 0 ] S il e n t
x
x
[ 1 ]- > [ 4 ] B u z z e r
[ 5 ]- > [ 7 ] L o u d e r I n t e r n al
S o u n d er
[4] t
A E x it
R e p e at for [4] t B, C, D
Alar m [4] t
[7] t
x
x
x
R E VIE W L O G S ? b
F ir e
T a m p er
2 4 H o ur
C hi m e
C o d e Sto p S o u n d
[7] t
[4] t
[4] t
[4] t Y e s
[1]
x
E / E T o n e s O nly
Y es
[1]
x
x
t
Alar m T o n e s O nly
S il e n t T e c h A l e rt
t Yes
[1] t N o
[0]
x
M ain S o u n d er A L L
t No
[0] t
C o d e Sto p S o u n d s x[ 0 ] N o
[1] Y e s
D i s a b l e C a ll F lt
No
[0]
t
x E / E T o n e s O nly [0] N o [1] Y e s
x Alar m T o n e s O nly [0] N o [1] Y e s
S il e n t T e c h A l e rt x [0] N o
[1] Y e s
M ain S o u n d er A L L x [0] N o
[1] Y e s
D i s a b l e C a ll F a u lt x[ 0 ] N o
[1] Y e s
E / E = E n tr y / E x it T e c h A le rt = T e c h nic al A le rt
17
15 Engineers Menu: Review Logs
R E VIE W L O G S ?
P a n el L o g ? t
x
x
A c c e s s / C trl L o g ? x
DIA G N O S TIC S ? b
0 1/0 1 0 0:1 1:4 4
t
A l a r m S il e n c e d
xc
U ser 0 1
0 1/0 1 0 0:1 1:4 4 U ser o p e n D o or
xc
U ser 0 1
R e p e a t f o r a ll
t
E v e nts
S t a rt o f L o g t
x
t T o o b t a i n m o r e i n f o r m a ti o n o n t h e e v e n t: P re s s
c
R e p e a t f o r a ll
t
E v e nts
S t a rt o f L o g t
x
t T o o b t a i n m o r e i n f o r m a ti o n o n t h e e v e n t: P re s s
c
If a device on the Enforcer 32-WE system is not installed correctly or has been lost from the bus, a device fail will be present. An example of
each fault is as follows:
-
Failure on the panel = "Control Panel, Wireless Jamming Pnl"
-
Keypad address 3 ( 1-3 available) failure = "Device 3, Device Fail Kpd"
-
Tag Readers address 2 (1-3 available) failure = "Device 2, Device Fail Trd"
-
Remote Input Expanders addresses 0 (0-4 available) = "RIX-00, Device Fail RIX"
-
Remote Output Expanders address 0 = "ROX-00, Device Fail ROX"
If a `location name' is entered for a device, the location will be displayed on the keypad instead of the address, for example instead of "Device
3" for the Keypad will display "Entrance Corridor".
18
16 Engineers Menu: Diagnostics
16.1 Engineers Menu: Diagnostics->View PSU's, View Inputs and Wireless Range and Battery Status
DIA G N O S TIC S ?
Vie w P S U s ?
t
t
S ele ct R IX P S U : [0] to [3]
S ele ct R IX P S U : [0]
x
x E n d s t a ti o n P S U :
RIX P S U: [0]
R O X P S U: [0]
K e y p a d V o lt s [ 0 ]:
R e a d e r V o lt s [ 0 ]:
1 3.1 V
t
t
t 1 3.5 V
t 1 3.5 V
t
x
x
x
x
x
Vie w In p uts ? t
W ir e d I n p u t s ?
CC t
In p ut [3 3]
[1]
t > 2 5.3 K
x
W ir e l e s s R a n g e &
B a tt e r y S t a t u s ?
t
x W ir e l e s s I n p u t s ?
x
C OTC ---------t --------------- t
x R IX In p uts ? [0]
x
In p ut t > 2 5.3 K
[1] t
x
x
x
O p ti o n s : [ C ] Clo s e [O] O pen [T] T a m p er [-] N o t le a r n t [ F ] F a u lt
x
S ig n al S tr e n g t h ?
W ir e l e s s I n p u t s ?
P l e a s e W a it
t
t 300
2331 ----------
In p ut
[0 1]
- - - - - - - - - - - - - - t E x c e ll e n t [ 1 0 0 ]
x
Vie w G S M S ig n al S tr e n g t h ?
Vie w G S M
x
S ig n al S tr e n g t h
S e e f o ll o w i n g p a g e
E N GIN E E R T E S T S ? b
B a tt e r y S t a t u s ? x
x W ir e l e s s B e ll s ?
x W ir e l e s s I n p u t s ? t
x W ir e l e s s B e ll s ?
x
2 t
P l e a s e W a it t 299sec
B e ll t B a tt e r y G o o d
x
B e ll
[1]
E x c e ll e n t
[8 0]
In p ut
[0 1]
B a tt e r y G o o d
t t
O p ti o n s : [-] N o D e v i c e I n s t a ll e d [ ? ] W a iti n g f o r i n f o [0] M is sin g [1] W e a k [2] G o o d [ 3 ] E x c e ll e n t
[1] t
P S U = P o w er S u p ply
19
16.2 Engineers Menu: Diagnostics->View GSM Signal Strength
DIA G N O S TIC S ? x
Vie w P S U s ? t
x
Vie w In p uts ? x
W ir e l e s s R a n g e & B a tt e r y S t a t u s ?
x
NOTE: This function will only be displayed if a Digi-GSM is installed.
The GSM signal strength range is from 0 to 31.
0 / 99:
Not known, no network or not detectable
1 - 10:
Bad Range
11 - 20: Ok Range
21 - 31: Good Range
Vie w G S M S ig n al S tr e n g t h ?
x
S ig n al S tr e n g t h
t
0 N o N etw ork
G S M V ersio n
t
V e ris o n 1 . 1 3
tx
E N GIN E E R T E S T S ? b
20
17 Engineers Menu: Engineer Tests
E N GIN E E R T E S T S ? x
Sounds D e m o t N o S o u n d [0 0]
x W alk T e st?
S o u n d D e m o O p ti o n s :
[0 0] N o S o u n d, [0 1] C hi m e
[ 0 4 ] E x it F a u lt, [ 0 5 ] E n tr y ,
[0 8] Alar m ,
[0 9] P A.
Sin gle,
[0 2] C hi m [0 6] T e c h [ 1 0 ] F ir e
e F o ll o w , [ 0 3 ] E x it F a u lt, [ 0 7 ] T a m p e r
W alk T e st A re a s
W alk T e st In p uts
W a l k t o a c ti v a t e
t
[A B C D] t In p ut 0 1
t e a c h in p ut
t
x
x
W alk T e st In p uts
C o m plete d!
t
E N GIN E E R R E S T O R E b O P TIO N S ?
S o a k T e st?
x
T e s t B e ll ? x
D o B a tt e r y L o a d T e st?
x T e st P G M s ?
S o a k I n p u ts [--] t
S o a k In p uts [0 1] t In p ut 0 1
x
x
S o a k D a y s L e ft
I n iti a l S o a k [ 0 0 ]
[0 0]
t
t
x
x
T e s ti n g B e ll...
t
t
x
S o a k D a y s L e ft: [0 0-9 9] D a ys
S t a rt I n iti a l S o a k : [0 0-9 9] D a ys
T e s ti n g B a tt e r y t 1 3.4 V
B a tt e r y T e s t
P a ss e d!
t
x
x
P G M T e st [0 0 0 0] t
C h o o s e P G M N u m b e r: [0 0 0 0] to [0 0 1 9]
x
x
T e st C o nta ct I D
Are Y o u S ure ?
C o m m u n i c a ti o n s ? t
t
x
x
21
18 Engineers Menu: Engineer Restore Options
E N GIN E E R
R e store B urglary
R e store P A
R e store T a m p er
R e store S o a k
R e s t o r e F a u lt s
R E S T O R E O P TIO N S ? t N o
[0] t N o
[0] t N o
[0] t N o
[0]
t No
[0]
t
x
x R e store B urglary [0] N o
x
R e store P A
[0] N o
x R e store T a m p er [0] N o
x R e store S o a k [0] N o
x R e s t o r e F a u lt s [0] N o
[1] B urglar Alar m
[1] Y e s
[1] Y e s
[1] Y e s
[1] Y e s
[2] D o N ot U s e
A n ti C o d e R s t o r e
No
[0]
t
A n ti C o d e R e s t o r e
x
[0] N o
[1] Y e s
DIGI M O D E M b SI G N A L LIN G ?
22
19 Engineers Menu: Digi Modem Signalling*
19.1 Engineers Menu: Digi Modem Signalling: Programming Contact ID
DIGI M O D E M SI G N A L LIN G ?
Pro gra m A R C t S i g n a li n g ?
C o m m u nic ator
C o m m u nic ator
t D is a ble d
[1] ] E n a ble d
[0]
x
x
t
x A R C D e t a il s
E n a ble d
[0 1]
t
No
[0]
x
A R C 1 = C o nta ct I D A R C 2-2 5 = S M S
C hoose A R C: [0 0] - [2 5]
A R C A c ti v e : x [0] N o [1] Y e s
1 st N u m b er
2 n d N u m b er t
E n a ble d
] Yes
[1]
V a li d A r e a s
t
[A
]
F or m at [1 3 0] t C o nta ct I D
x
t
Are a A R C A cc o u nt
t No
[0]
_ _ _ _
( )
S M S C o n tr ol E n a ble ?
x S M S C o n tr ol E n a ble M o r e d e t a il s f u rt h e r alo n g
x
A R C T el N u m b e r: x
1 st a n d 2 n d T el N o
x
C h o o s e Are a:
x
[A B C D]
If A r e a A R C
Are a A A cc o u nt
A c c. is Y E S t
_
If A r e a A R C A c c. is N O t
x O n e A R C A cc o u nt
_
x
R e p e at for B, C, D t
E v e nt T y p e 1-1 6 t 1 ... 5 ... 9 0 1 2 3 4 . 6
x
A c ti v a t e E v e n t T y p e s :
t
S e e e v e nt T y p e s T a ble
E v e nt T y p e 1 7-3 2 t .... 5 6 7 . 9 . 1 2 . 4 ..
t x
ALAR M RESP O NSE? b
P r e fi x T e l N o
R e dials
Ti m e O ut
T e s t C a ll s
[0 3]
t
[4 5]
t No
[0]
x R e dials: [ 0 3 ] t o [ 9 9 ] ti m e s
x T i m e O u t:
x
[0 0] to [9 9] s e c
_
tx
A d vis e d E v e nt T y p e s for C o nta ct I D : 1,5,9,1 0,1 1,1 2,1 3,1 4,1 6, 2 1,2 2,2 3,2 5,2 7,2 8,3 0
F or m at [1 3 0] C o nta ct I D
Please see Appendix 1 for Event Types
C o m m u n i c a ti o n F o r m a t s : [0 0 4] R S 2 3 2 T x [0 0 5] S c o p e P a g er [1 2 8] SIA L e v el 1 [1 2 9] SIA 3 [1 3 0] C o nta ct I D [1 3 3] S M S M e ss a g e
t
T e s t C a ll s : [0] N o [1] Ti m e d
H o urs / M in
A R C = A la r m R e c eivin g C e n tr e A c c. = A c c o u nt
23
19.2 Engineers Menu: Digi Modem Signalling: Programming SMS Message
DIGI M O D E M SI G N A L LIN G ?
x
Pro gra m A R C t S i g n a li n g ?
x
C o m m u nic ator
C o m m u nic ator
t D is a ble d
[1] ] E n a ble d
[1]
x A R C D e t a il s
[0 1]
t t
E n a ble d No
C o m m u nic ator [0] E n a ble d [1] D is a ble d
E n a ble d
[0]
t No
F or m at [1 3 3]
[0]
t S M S M essage
x
C hoose A R C:
x
[0 0] - [2 5]
x
t
S M S C o n tr ol E n a ble ?
x S M S C o n tr ol E n a ble S e e n e xt p a g e
U s e r M o b il e : x
V a li d A r e a s
t
[A ]
E v e nt T y p e 1-1 6 t ..... 6 ... 0 ......
x
x
E v e nt T y p e 1 7-3 2 t ........... 1 2 ....
x t
R e dials
Ti m e O ut
[0 9]
t
[6 0]
t
R e dials: x[ 0 3 ] t o [ 9 9 ] ti m e s
T i m e O u t: x [0 0] to [9 9] s e c
S M S E v e nt ty p e s: [ 0 6 ] F ir s t A l a r m [ 1 0 ] H i g h T e c h F a u lt s [ 2 7 ] M a i n s F a il [2 8] D ure ss
P r e fi x T e l N o
A R C = A la r m R e c eivin g C e n tr e A c c. = A c c o u nt
_
tx
ALAR M RESP O NSE? b
24
19.3 Engineers Menu: Digi Modem Signalling->SMS Control Enable
DIGI M O D E M SI G N A L LIN G ?
x
Pro gra m A R C t S i g n a li n g ?
x
Pro gra m A R C S i g n a lli n g S e e pre vio u s p a g e
S M S C o n tr ol E n a ble ?
x
P r e fi x T e l N o tx
S M S Arm ?
S M S D is ar m ?
S M S Statu s
S M S O utp ut
t Yes
[1] t Y es
[1]
t Yes
[1]
t Yes
[1]
t
S M S Arm [0] N o [1] Y e s
S M S D is ar m [0] N o [1] Y e s
S M S Statu s [0] N o [1] Y e s
S M S O utp ut [0] N o [1] Y e s
S M S No Change
S M S S t a rt U D L
Y es
[1]
t Yes
[1]
t
S M S No Change [0] N o [1] Y e s
S M S S t a rt U D L [0] N o [1] Y e s
_
ALAR M RESP O NSE? b
25
20 Engineers Menu: Alarm Response
ALAR M RESP O NSE?
A r e a A st a rt a t
A re a A sto p at
R e p e at for B,C,D
t S ig n al D igi [ 3 ] t S ig n al D igi [ 3 ] t S t a rts a t
x
x S t a rt s A t O p ti o n s :
x S t o p s A t O p ti o n s :
x
[0] K e y p a d s
[0] K e y p a d s
[1] Int S o u n d ers
[1] Int S o u n d ers
[ 2 ] B e ll s O n l y
[ 2 ] B e ll s O n l y
[3] Sig n al Digi
[3] Sig n al Digi
R e p e at for B,C,D t Sto p s at
x
F ir e s t a rt a t t Sig n al Digi [3] t
x
O P TIO N S U P/D O W Nb L O A DIN G ?
26
F ir e s t o p a t
G a s st a rt a t
G a s sto p at
P A st a rt a t
P A sto p at
Sig n al Digi
[3] t Sig n al Digi
[3] t Sig n al Digi
[3] t Sig n al Digi
[3] t Sig n al Digi
[3]
x
x
x
x
x
2 4 H o u r st a rt a t
Sig n al Digi
[3] t
x
2 4 H o ur sto p at
Sig n al Digi
[3] t
x
A n y A la r m s S t a rt
Sig n al Digi
[3] t
x
t
If A r e a s A r m e d [----] t
A n y Alar m s Sto p
Sig n al Digi
[3]
x If A r e a s A r m e d :
x
[A B C D]
t If A r e a s A r m e d
[----] t
If A r e a s A r m e d : x [A B C D]
21 Engineers Menu: Options Up/Downloading*
O P TIO N S U P/D O W NL O A DIN G ?
D o w nlo a d b y
t M ode m
[1]
x
x
Download By: [0] None [1] Modem [2] RS-232
If t
Modem
If RS232
x
If None
tx
D i a l M o d e O p ti o n
D i a l I n O p ti o n s
N u m b er of Rin g s
A u t o - A n s w e r [ 0 ] t D ir e c t D i a l
[0] t B efore A M C [0 5] t
x
x
x
Dial Mode Option: [0] Auto Answer [1] Panel Dials [2] Dial Back
Dial In Options: [0] Direct Dial [1] AMC Dial
Number of Rings: [00] No. of Rings [15] No. of Rings
P r e fi x T e l N o
R M T el N o
t
t
x
x
S e n d E v e nt T o P C [1] t
M o d e m T el N o
x
x
Send Event to PC [1] - [4]
_
S e n d Alar m s
S e n d F a u lt s
S e n d O p e n/ Clo s e
t No
[0] t N o
[0] t N o
[0] t
x Send Alarms: [0] No [1] Yes
x Send Faults: [0] No [1] Yes
x
[
S
0
e ]
nd No
O
p
e
n/
C lo
s
e:
[1] Y e s
S e n d A c c e s s / C trl
No
[0] t
Send Access Control Events:
[0] No [1] Yes
x
PC C O NNECT M ENU? b
U D L P ass w ord
R e dials [0 3]
t
t
x
x
A M C = A n s w e r M a c h i n e C o m p a ti b l e R M = R e m ote M ainte n a n c e U D L = U plo a d/ D o w nlo a d A c c e s s C trl = A c c e s s C o n tr o l
27
22 Engineers Menu: PC Connect Menu
PC C O NNECT M ENU?
S ele ct P C to
t
dial
[1]
t
S e l e c t O p e r a ti o n
C o n n e ct to P C [0]
t
C a lli n g R e m o t e P C t
x
x
S e l e c t P C t o D i a l:
x
S e l e c t O p e r a ti o n :
x
[1] P C M o d e m 1
[0] C o n n e ct to P C
[2] P C M o d e m 2
[1] T e st Dial
[3] P C M o d e m 3
[2] R M S ervic e
[4] P C M o d e m 4
[ 3 ] D a t a fr o m P C
[4] D ata to P C
[ 5 ] D i a g n o s ti c s
[6] C o m m is sio nin g
S OFT W ARE b R E VISIO N ?
P C = P ers o n al C o m p uter R M = R e m ote M ainte n a n c e
23 Engineer Menu: Software Revision
S OFT W ARE R E VISIO N ?
x
V ersio n 9.2 6
R a dio H u b
t
0 0 0 0 0 1 6 0 E nforc er t
V 0 2.2 2
t
x
x
FA CT O R Y D EFA ULT? b
28
24 Engineers Menu: Factory Default
FA CT O R Y D EFA ULT? t
FACTO RY D EFA ULT [ ] t
P l e a s e W a it
x
x D e f a u lt C o d e s :
[ 2 0 0 0 ] S t a n d a r d D e f a u lt
[ 2 0 0 2 ] E N 5 0 1 3 1 S e tti n g s D e f a u lt
E XIT E N GIN E E R b M ENU?
F a c t o r y D e f a u lt C o m plete!
t
Cle ar W L s D ata ?
W ir e l e s s D a t a
t Cle are d
t
x Cle ar C o d e s ?
C odes have been
t Cle are d!
t
x Cle ar L o g s ?
Logs have been
t
Cle are d!
t
x
29
25 Engineers Menu: Exit Engineers Menu
E XIT E N GIN E E R S M O DE?
E nforc er 3 2 W E
t Ti m e 0:2 5
c
OR x
BYPASS FIRE/PA? b
( )
B Y P A S S FIR E / P A ?
E nforc er 3 2 W E
a Ti m e 0:2 5
c
P r e s s t h e A k e y t o e x it E n g i n e e r s m o d e fr o m a n y m a i n m e n u it e m
d i s p l a y e d i n c a p it a l l e tt e r s
C: Stand Alone Keypad Menu
P re s s a n d H old D key
for 5 seconds
KEYPAD CODE
[
]
t
Press and hold D key
ADDRESS
[--] t
NOTE: This menu is dedicated to the keypad itself. This menu is mostly used for the following features: Keypad Address, Keyclick Volume, and Backlight Force.
NOTE: The keypad on the Enforcer must be always programmed to '00'
LAN G UA G E
Z O N E S T A T U S:
K E Y C LIC K V O L U M E
TAG VOLU M E
E N G LIS H
[0 0] t 1: < 0.1 k 2:< 0.1 k t
[7] t
[7] t
a
a
a
a
a
E nforc er 3 2 W E
Ti m e 0 2:5 3
c
30
Enter 00
M ASTER VOLU M E
T A G ID:
FACTO RY RESET
[7] t P R E S E N T T A G ... t
[
]t
B A C K LI G H T F O R C E [1] t
a P A / F ir e T i m e r
a
Volume Options: [0] Silent [1]->[4] Buzzer [5] ->[7] Louder Internal Sounder
[0] t
a
Enter 2000 for factory reset
a
Backlight Force [0] No [1] Yes
a
PA/Fire Timer [0-5]
D: Appendix 1: Alarm Events
SIA 3
Contact ID
Event Types
Event Types
Description
Code
Code
For CID
for SMS
= Enabled
= Disabled
EVENT TYPES 1 = Arm
Final Arm
CL
3401
System Auto Armed
CA
3403
System Rearm
CP
3463
EVENT TYPES 2 = Auto Arm/Disarm
Forced Arm
CF
3401
System Auto Disarmed
OA
1403
Auto Arm cancelled by user
CE
3405
EVENT TYPES 3 = Special Disarm
Special Disarm
OP
1401
Access Exit Request
DX
1425
EVENT TYPES 4 = Arm Error
Arm Fail
CI
1454
EVENT TYPES 5 = Alarms
Fire Input Active
FA
1110
Burglary Alarm
BA
1130
Perimeter Alarm
1131
Interior Alarm
BA
1132
Flood Active
WA
1154
24h Alarm
BA
1133
Entry Delay Alarm
BA
1134
Tamper Alarm
TA
1137
Expander Device Tamper
TA
1137
Case Tamper
TA
1137
Tamper on Sensor
TA
1144
Gas Alarm
GA
1151
Keybox Alarm
1250
Bell Tamper
TA
1321
Radio Jamming
XQ
1344
Radio supervision failure
UY
1381
Radio low battery
XT
1384
No Input Activity - sent
NA
1680
EVENT TYPES 6 = Alarms send only once for one arm period
(These event types is suggested to be used with the SMS messages. We do not recommend to enable event type
5 and 6 in the same time. One or another must be used to avoid double sending events)
Medical Alarm Send Once
MA
1100
Fire Alarm Send Once
FA
1110
PA Alarm Send Once
PA
1120
Silent PA Alarm send Once
HA
1122
Burglary Alarm Send Once
BA
1130
Perimeter Alarm Send Once
1131
Interior Alarm Send Once
BA
1132
24h Alarm Send Once
BA
1133
Entry Delay Alarm Send Once
BA
1134
Tamper Alarm Send Once
TA
1137
Gas Alarm Send Once
GA
1151
Keybox Alarm Send Once
1250
EVENT TYPES 7 = Alarms Silenced
Alarm Silenced
OR
1406
EVENT TYPES 8 = Confirmed Alarm
Confirmed Output
BV
1139
EVENT TYPES 9 = PSTN / GSM Line Fault Restore
CCTV Line fail (Line fail input)
LT
1351
D: Appendix 1: Alarm Events (Continued)
CCTV Line OK (Line fail input)
LR
3351
Telecom Line OK (modem)
LR
3351
EVENT TYPES 10 = Batt/Bus/Mains/Line Faults
RS 485 Fault
IA
1300
Low Volts
AT
1302
Battery Critical
YT
1302
Battery Load Fail
YT
1309
Battery Missing
YT
1311
Battery Restore
YR
3311
Modem Failed
1330
Expansion Device Fail
ET
1333
Expansion Device Restored
ER
3333
Telecom Line Fault (modem)
1350
STU comms failure on STU
LT
1351
input indication.
Telecom line fault (modem)
UB
1572
EVENT TYPES 11 = System Reset/Logs/Time
System Restart
1305
Reset To Factory Default
1305
Deleted Code
JX
1306
Changed Code
JV
1306
Site Changed
YG
1306
Code Added
JV
1306
Engineer reset needed
1313
Engineer Reset
RN
3313
Logs Cleared
1621
Logs nearly full
1623
Clock Set To
JT
1625
PC - Clock set to
JT
1625
EVENT TYPES 12 = Disarm
Disarm System
OP
1401
EVENT TYPES 13 = Engineer Access
Engineer Access
LB
1627
Engineer Exit
LX
1628
EVENT TYPES 14 = Door Access Alarm
Door Left Open
DL
1426
Door Forced
DF
EVENT TYPES 16 = Wrong Tag Used
Invalid Tag
JA
1421
EVENT TYPES 17 = Special log input switcher opened
Input Special Log Switcher
UA
1146
Input Opened
EVENT TYPES 18 = Special log input switcher closed
Input Special Log Switcher
UR
3146
Input Closed
EVENT TYPES 19 = Special log input opened
Input Special Log Opened
UA
1146
EVENT TYPES 20 = Special log input closed
Input Special Log Closed
UR
3146
EVENT TYPES 21 = Sub Area Arm / Shunt Opened
Sub Area Armed
CG
3402
Sub Area Input Armed
CG
3402
Shunt Opened
3402
EVENT TYPES 22 = Sub Area Disarm / Shunt Closed
Sub Area Disarmed
OG
1402
Sub Area Silenced
OG
1402
D: Appendix 1: Alarm Events (Continued)
Sub Area Input Disarmed
OG
1402
Sub Area Input Silenced
OG
1402
Shunt Closed
1402
EVENT TYPES 23 = Sub Area Alarm
Sub Area Alarm
BA
1130
EVENT TYPES 24 = Walk Test
Input Walk Tested
1607
EVENT TYPES 25 = Alarm / Faults Restores
Burglary Restore
BH
3130
Perimeter Restore
3131
Interior Alarm Restore
BH
3132
24h Alarm Restore
BH
3133
Entry Delay Alarm Restore
BH
3134
Tamper Restore
TH
3137
Case Tamper Restore
TR
3137
Tamper On Sensor Restore
TH
3144
Gas Restore
GH
3151
Keybox Restore
3250
Fuse fail restore
IR
3300
Bell Tamper Restore
YH
3321
Radio Jamming restore
XH
3344
Radio Supervision restore.
UJ
3381
Radio low battery restore
XR
3384
EVENT TYPES 27 = Mains Fault/Restore
Mains Fail Alarm
AT
1301
Mains Fail Alarm Restore
AR
3301
EVENT TYPES 28 = PA / Fire / Duress / Code Guessing alarm
Fire Alarm
FA
1110
Fire Restore
FH
3110
2 key PA
PA
1120
2 key PA restore
PR
3120
PA Alarm
PA
1120
PA Restore
PH
3120
Duress Code
HA
1121
Silent PA Alarm Input
HA
1122
Silent PA Alarm Input Restore
HH
3122
Wrong Code Entry
JA
1461
EVENT TYPES 29 = Medical Alarm / Restore
Medical Alarm
MA
1100
Medical Alarm Restore
MH
3100
EVENT TYPES 30 = Input Bypass
Input Force Armed
1570
Input Bypassed at Rearm
BB
1570
Input Bypassed
BB
1570
Fire Input Bypassed
FB
1571
24h Input Bypassed
BB
1572
EVENT TYPES 31 = Open after alarm
Stopped Arming
OP
1406
Abort
1406
PC dialled the panel
1412
NOTE: Avoid enabling event types 5 and 6 together as this will cause double reporting.
Event type 6: The events in this event type is sent only once in one arming period and this is why it is recommended that this type is used for SMS reporting.
E: Compliance
Your panel is suitable for use in installations designed to meet the European requirements of Security Grade 2,Environmental Class 2. When all parts are working normally, this equipment in combination with the modem (PSTN or GSM) and suitable ARC equipment will meet the requirements of Alarm Transmission System 2: ATS2 BS EN501311:2006+A1:2009. This is classified as Grade 2 Option B (from EN 50131-1) as per the table:
External arm/disarm readers meet the requirements of environmental class 4.
Notification Equipment
Remotely powered audible WD (siren) Self-powered audible WD Main ATS Additional ATS
Grade 2 / Options
A
B
C
2
Optional Optional
Optional ATS 2
Optional
1 ATS 2 Optional
Optional ATS 2 ATS 1
All Wireless devices comply with the following EU requirements:
ATS = Alarm Transmission System. WD = Warning Device.
EMC Directive Low Voltage Directive R&TTE Directive
2004/108/EC 2006/95/EC 1999/5/EC
Only the following are certified:-
Enforcer 32-WE with input/output board
KX10DP-WE
MC1-WE
KF4-WE
KX12DQ-WE
MC2-WE
DELTABELL-WE
DIGI-GSM DIGI-1200
D Optional
Optional ATS 3
Optional
And meet the following standards where relevant:
EN 61000-6-3:2007 EN 50131-1:2006 EN 50130-4:1996+A1+A2 EN 60950-1:2006+A12:2011 EN 50131-5-3:2005+A1:2008 ETSI EN 301489-3:2000 ETSI EN 300 220 CEPT/ERC
EMC. Generic emission standard. Residential, commercial and light industry Alarm systems - Intrusion and hold up systems Immunity requirements for components of fire, intruder and social alarm systems Information technology equipment. Safety. General requirements Grade 2. Interconnections for equipment using radio frequency techniques EMC. Radio equipment. Part 3: Short range devices (SRD) 9kHz to 40 GHz EMC. Receiver Class 1, Environmental Category 1 Recommendation 70-03 Annex 1
Compliant operation is only guaranteed when installed and operated according to the relevant installation and user manuals.
Access Levels Level 1: Access by any person; for example the general public. Level 2: User access by an operator; for example customers (systems users). Level 3: User access by an engineer; for example alarm company personnel. Level 4: User access by the manufacturer of the equipment.
Please note: Technical functions (e.g. gas, fire and flooding) are not security graded and fall outside the scope of EN50131-1 and EN50131-3 Compliance labelling should be removed or adjusted if non-compliant configurations are used.
34
F: Notes 35
Secure Holdings Pyronix House Braithwell Way
Hellaby Rotherham
S66 8QY
Customer Support line (UK Only): +44(0)845 6434 999 (local rate) or
+44(0)1709 535225
Hours: 8:00am - 6:30pm, Monday to Friday
Email: customer.support@pyronix.com
Website: www.pyronix.com
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