Highpower 3000 Multifunction Door Controller Instruction Manual 2.0.3

8/13/2019 Highpower 3000 Multifunction Door Controller Instruction Manual 2.0.3

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TEL: (203)-634-3900 FAX: (203)-238-2425

EMAIL:HIGHPOWER@HIGHPOWERSECURIT!COMWE": WWW!HIGHPOWERSECURIT!COM

#$%& C'*+$&, . /*' %&$ %1 &*$+ ' &*7', $%$ % H*$& T$%S'*& % 800-99-3646! W$ %&$ $&$ * $ %7 $ %&$%$ /*'& '$;

#$%& I%$&: W$ ' $ *&*$& *' *$* * % .&$ %%&+, %$ % &$


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PROGRAMMING THE CONTROLLER.......................................................................................9ENTERING PROGRAM MODE............................................................................................................!PROGRAMMING FEATURE LIST....................................................................................................."#

PROGRAMMING COMMANDS........................................................................................................."#

$"% ADD A USER CODE TO READER "........................................................................................"#$&% ADD A USER CODE TO READER &........................................................................................""

$'% BULK ENROLL USER CODES TO READER ".......................................................................""

$4% BULK ENROLL USER CODES TO READER &......................................................................."&$5% DELETE USER CODE FROM READER "..............................................................................."'$6% DELETE USER CODE FROM READER &..............................................................................."'

$7% DELETE A RANGE OF USER CODES FROM READER "...................................................."4

$8% DELETE A RANGE OF USER CODES FROM READER &...................................................."4$!% ADD A ONETIMEUSE CODE TO READER "......................................................................"4

$"#% ADD A ONETIMEUSE CODE TO READER &...................................................................."5

$""% BULK ENROLL ONETIMEUSE CODES TO READER &..................................................."5$"&% BULK ENROLL ONETIMEUSE CODES TO READER &..................................................."6

$"'% DELETE A RANGE OF ONETIMEUSE CODES FROM READER "................................"6

$"4% DELETE A RANGE OF ONETIMEUSE CODES FROM READER &................................"6

$"5% ADD A MASTER CODE.........................................................................................................."7$"6% DELETE A MASTER CODE...................................................................................................."7

$"7% ADD A (PROGRAMMING ADD) CARD..............................................................................."8

$"8% ADD A (PROGRAMMING REMOVE) CARD......................................................................"8$"!% DELETE A PROGRAMMING CARD....................................................................................."!

$% SETUP OUTPUT TIMERS......................................................................................................."!

$&"% SETTING THE PANIC MODE OUTPUTS..............................................................................$#% ACTIVATE PASSAGE MODE .................................................................................................

$&&% SETTING THE PASSAGE MODE OUTPUTS........................................................................

$&'% SET CODE LENGTH WHEN USING THE MATRIX KEYPAD...........................................&"$&4% AUTOSHUTDOWN...............................................................................................................&"

$&5% DELAYED EGRESS MODE....................................................................................................&"

$&6% DELAYED EGRESS COUNTDOWN DELAY.......................................................................&&

$&7% FACTORY RESET....................................................................................................................&&PROGRAMMING MODE COMMAND SUMMARY........................................................................&&

HOW TO START YOUR PROGRAM SEQUENCE OVER IF YOU MAKE A MISTAKE.............&5

ERROR TRAPPING AND RANGE CHECKING DURING PROGRAM MODE.............................&5HOW TO EXIT PROGRAM MODE....................................................................................................&5

JUMPER FUNCTIONS...............................................................................................................25HARDARE CONNECTION.....................................................................................................26

POWER CONNECTION.......................................................................................................................&6

FIRE ALARM PREPARATION...........................................................................................................&6

REMOTE RELEASE.............................................................................................................................&6

REMOTE RELEASE WIRE CONNECTION DIAGRAM..............................................................&7WIEGAND PORTS...............................................................................................................................&8

WEIGAND PORT WIRE CONNECTION DIAGRAM...................................................................&8

TESTED BRANDS OF WIEGAND DEVICES...................................................................................&!PROXIMITY READERS..................................................................................................................&!

BAR CODE READERS....................................................................................................................&!

MAGSTRIPE READERS................................................................................................................&!DELAYED EGRESS PORT..................................................................................................................&!

DELAYED EGRESS PORT WIRE CONNECTION DIAGRAM...................................................'#

LED INDICATOR OUTPUTS..............................................................................................................'"

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LED INDICATOR OUTPUTS WIRE CONNECTION DIAGRAM

............................................................................................................................................................'"EXTERNAL MATRIX KEYPAD PORT.............................................................................................'&

MATRIX KEYPAD WIRE CONNECTION DIAGRAM................................................................'&

RELAY OUTPUTS " AND & ...............................................................................................................''RELAY OUTPUT " WIRE CONNECTION DIAGRAM EXAMPLE............................................'4

RELAY OUTPUT & WIRE CONNECTION DIAGRAM EXAMPLE............................................'5

CONNECTING A PROXIMITY DETECTOR TO A RELAY OUTPUT.......................................'6TRANSISTOR OUTPUTS ' AND 4....................................................................................................'7TRANSISTOR OUTPUTS ' AND 4 WIRE CONNECTION DIAGRAM EXAMPLE..................'7

FIRE ALARM INTERFACE................................................................................................................'7

FIRE ALARM INTERFACE WIRE CONNECTION WITH AUTOMATIC RESET.....................'!BATTERY PASSTHROUGH..............................................................................................................4#

LED INDICATOR FUNCTIONS.................................................................................................4!APPLICATIONS.........................................................................................................................4"

SAFELY WIRING THE CONTROLLER WITH AN ELECTROMAGNETIC LOCK AND A

PNUEMATIC PUSHBUTTON.............................................................................................................4"

SAFELY WIRING THE CONTROLLER WITH AN ELECTROMAGNETIC LOCK* PNUEMATIC

PUSHBUTTON AND PIR SENSOR....................................................................................................4&USING TOGGLE CODES TO LEAVE A DOOR UNLOCKED.........................................................4'

WIRING DIAGRAM USING TOGGLING OUTPUTS TO LATCH A DOOR IN PASSAGE

............................................................................................................................................................4'

USING A TRANSISTOR OUTPUT TO CONTROL AN ELECTROMAGNETIC LOCK

................................................................................................................................................................44

TRANSISTOR OUTPUTS WITH FAILSAFE DEVICES WIRING DIAGRAM

............................................................................................................................................................44CONTROLLING FOUR DOORS WITH THE MODEL '###............................................................45

MANTRAPS $FOR CLEAN ROOMS%

................................................................................................................................................................45THIRD#PARTY ADD#ON PERIPHERALS.................................................................................46

CUSTOM IRING DIAGRAMS AND UNIQUE APPLICATIONS.............................................47ARRANTY INFORMATION....................................................................................................47TROUBLESHOOTING ISSUES.................................................................................................4$TYPICAL SYSTEM RISER DIAGRAM......................................................................................49

COTROLLER #ESCRIPTIO

T$ H*$& M'.'* #**& C*&*$& % *&* &' '$7 * &*17$ 7$%/$7 $&$

.*& *$ 7**& %7 %$ *&* .'* .*& * 7**&! T$ *&*$& 7$$7 * *&$ %$*7$ / $&.% B$/%7, %&7 &$%7$& %7 *+$&, %7 % *&* $$&*+%$ *B%7 $$& &B$! A77*%/, $ *&*$& % $ '$7 * $&.%$ *B % .&$ %%&+, % '&* 17$* &$*&7$& 7'& 7**& %1/ %7 % &*17$ %%&+ .*& '$'&$7 7**& *7*! T7*'+$ 7$&$ $ .$%'&$ *. *&*$& .*& +.$7 %%* %7 $'!

E FEATURES

#$%/$7 E&$ C*&*$& "OCA %7 FPA 0 *+%/ +*7$! C*&*$& &*17$

* % %'7$ %7 1'% LE# &$*$ * *$ 7**&!

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I$&%$7 A$ C*&* * 26-" W$%7 I' %7 >-W&$ M%&D $/%7 I'! U

% *&$ 50 '$& *-1*%$ EEPROM +$+*&/! A$ *&* +*7'$ 7$$7 **&B * 7**&!

W$%7 $&.%$ % %'*+% &%+* $$7 %7


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A77 %&7 $ $7 % $ $7 *. %77 % *. $ '$& %&7, $D $ %77 +*7$! A %&7$7 % % %&'%& &$%7$& */ *&B * % &$%7$&! I. $ %&7 %&$%7/ +$+*&/, $*&*$& * %* $ %77* *. $ %&7 % $*7 +$!

P&*&%++ R$+*1$ %&7 %* %7+&%* * 7$$$ % '$& *7$, $ % '$& +' $&$+*1$7 .&*+ $ /$+! "/ $ P&*&%++ R$+*1$ %&7 % % %&'%& &$%7$&, $*&*$& $$& %*$& &*&%++ +*7$! E1$&/ %&7 $7 %.$& $ P&*&%++ R$+*1$ %&7 &$+*1$7 .&*+ +$+*&/! T$ $*7 '$& %&7 % % B$ %7+&%* .*& % %&'%& '$&

'$7 $ %$ $&$ % '$& %&7 % * $$ &$'&$7 *& 7%+%$7! T &*&%++ +*7$7$$$ % %$ *. $ $7 *7$ +$+*&/ .*& % %&'%& &$%7$&! W$ % $ 7$&$7 *7$%1$ $$ &$+*1$7, $ %+$ P&*&%++ R$+*1$ %&7 %% $7 *&7$& * &$'& %B **&+% *$&%*! T$$ *$&%* % $ $&.*&+$7 * B$/&*B$ * $ B$/%7 %7 .%%7 +$ .*& +%% % .$ '$& *7$!

MATRI% AND IEGAND INTERFACES DESCRIBED

T$&$ %&$ * $&.%$ % % $ '$7 * $7 *7$ * $ *&*$&! T$ *&*$& %* % +%&D B$/%7 $&.%$ %7 * 26-" W$%7 $&.%$! T$ +%&D B$/%7 $&.%$ %*$ %$& * *$ % %7%&7 +%&D B$/%7 * $ *&*$&! T$ +%&D B$/%7 % $ '$7 .*&* %$ %7 &*&%++! M'$ +%&D B$/%7 % $ *$$7 * $ +%&D B$/%7 *& .*&

'&*$!I %77* * $ +%&D B$/%7 ', $ *&*$& % * W$%7 $&.%$ % $ '$7 *

*$ $ *&*$& * %/ %7%&7 26- W$%7 7$1$! S$ $ W$%7 7$1$ */ $7 I#'+$& %B * $ *&*$&, $ +%&D B$/%7 +' $ '$7 .*& +* &*&%++ $'$$! F*&*1$$$, $&$ % +%&D B$/%7 +*'$7 * $ *&*$& *%&7, * % '$& * '$


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S$ R$%/ % * *'' +$& %*%$7 , /*' % %1$ * 7..$&$ '*B 7$%/.*& #**& ! T .$%'&$ *++*/ '$7 * &*17$ %7%$7 %$! T$ $*7 +$& % $$ .*& % *$& 7'&%*, * % #**& $. '*B$7 .*& % *$& +$ $ % %7%$7 '$& &/ * $$&!

REMOTE RELEASE INPUTS

I %77* * ' *7$ * %1%$ +$&, * &$+*$ &$$%$ ' * $ *&*$& % $'$7! T$ &$+*$ &$$%$ ' %1%$ T+$& %7 T+$& 2 % $D$&% %! T %% $ % ''* *& *$& /$ *. % '$7 * '*B % 7**& .&*+ % &$+*$ *%*! D&'&( )*+, &' (-** /'01( &+* &) & *)* ! F&) &( ,(* /( / )*1/)*8 (& -* :2;&) & *)* &'* 1/' (-*


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T$ F*&$7 #**& A%&+ &$&$7 $ $ *B +$%+ *. % 7**& 7$.$%$7! I %$, $ 7**& '*$7 * $ *B$7, ' $ 7**& ** $*& *$! W$ *'&, $%'7$ %%&+ '& * *&7$& * %$& % '%&7 *& %7+&%*&! T$ 17$* &$*&7$& *'' %*%1%$7!

REQUEST TO E%IT O@ERRIDE

T$ 7$%/$7 $&$ B$/ '$7 * &$$ $ *&*$& $ $ *&*$& FPA 0

+*7$! A.$& *' 7*, $ 7**& '*B %7 $ *&*$& % ' % %7+&%*& $&.*&+ %&$$ ' $ B$/ ! *&+%/, B$/ % +*+$%&/ /$ ! I. /*' '$ % *-** +%%$7 /$ B$/ , $%7 *. $ +*+$%&/ /$, $ B$/ % $ '$7 **1$&&7$ $ 7$%/ $&$ *'7*! W$ $ *'7* *1$&&77$, $ &$'$ * $D % % % &$+*$ &$$%$ , $%7 *. &$& $ 7$%/$7 $&$ /$! T %* %%7+&%*& * '$ $ &$'$ * $D 7$1$ * % % % &$+*$ &$$%$ 7'& $% *%*! I7* $ &$+*$ &$$%$ 7$1$ %* ++$7%$ %%$ &*' 7**& ! T'& $ B$/ %B * $ &' ** %'$ $ *&*$& * $&.*&+ $ 7$%/$7 $&$ *'7*!

FIRE ALARM ITERFACE

T$ *&*$& % % &$%/ &' % '$7 * $&.%$ % .&$ %%&+ /$+! T &$%/

% % &$%/ &' % % ++$7%$/ ' $ *$& * % *$$7 $$&*+%$ 7**& *B! I%77* * ' *$& * % *B, $&$ %&$ &$%/ *'' % % $ '$7 .*& +**& $ %' *.$ .&$ %%&+!

T .&$ %%&+ &$%/ &' (FAR) % $ *.'&$7 .*& * +%'% %7 %'*+% &$$! I $+%'% *.'&%*, $ ' * &$-$$&J$ % $$&*+%$ *B '$ % $D$&% +%'%&$$ %'%$7! T +%'% &$$ /%/ % B$/-! I $ %'*+% *.'&%*, $ *$& &$*&$7 * $ *B $ $ .&$ %%&+ &$$! -*'**) (-* /)* +)


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T$ *&*$& 7'+ %/ B$/ &$$ % %&$ $$&$7 * $ +%&D B$/%7 . $ *7$ **+$$7 8 $*7! T .$%'&$ 7%$7 $ $ *&*$& &*&%++ +*7$!

IEGAND LED CONTROL

T$ W$%7 LE# *&* $ &$.$ $ *7* *. R$%/ %7 R$%/ 2! I. R$%/ &$&$7, $ LE# C*&* L$ * W$%7 P*& %$ $ %$ *. $ LE# * $ W$%7#$1$ % *$$7 * P*& ! I. R$%/ 2 &$&$7, $ LE# C*&* L$ * W$%7 P*& 2

%$ $ %$ *. $ LE# * $ W$%7 #$1$ % *$$7 * P*& 2!

LED INDICATOR OUTPUTS

T$ *&*$& % *'' .*& 7&1 $D$&% LE# 7%*&! T$&$ % *'' .*& $ R$7,A+$& %7 G&$$ %' LE#! T$$ *'' %* .*& $D$&% +**& *. $ *&*$& %' %7&*17$ 7%* 7'& $ #$%/$7 E&$ M*7$!

BACKUP BATTERY PASS#THROUGH

T$ *&*$& &*17$ &$ % % $ 1*%$ *. % %B ' %$&/ &*' * % $D$&%*$& '/!

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ES, %7 /$ $ *$& * $ *&*$&! W$ $ *&*$& *$& ', $ &*&%++*7$! R$%$ $


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OUTPUTS $ *'' +$& % *7$ %1%$ (!#4)! T$&$ %&$ .1$ *'' +$& *$ *&*$&! T$$ %&$ '+$&$7 0 &*' 4! T+$& 0 %7 * %'%$ R$%/ ! T+$& 2%'%$ R$%/ 2! T+$& 3 %7 4 %'%$ $% *. $ &%*& *''! "/ %1 * +$& %1%%$.*& O'' , /*' % %1$ * *7$ % *$&%$ O'' .*& * 7..$&$ $ *. +$! A *7$+%/ *$&%$ %/ '+$& *. +$& $ /$7 * $ B$/%7! F*& $D%+$, . /*' % % *7$ *%'%$ O'' %7 O'' 3, /*' /$ 3 .*& $ +$& 1%'$! *' +%/ $$& $ +$& 1%'$ %/ *&7$&, /*' +%/ %* /$ 3 .*& $D%+$!

I &$*++$7$7 ' T+$& % $ &+%&/ +$& .*& O'' ! U$ T+$& 0 $&*&%++ H%7%$7 %$!

SHORTCUT: When you are using Timer 1 as the output, you do not have to specify a 1 !henentering the T"#$RS se%ection& "f there is no T"#$RS input, the contro%%er !i%% assume Timer 1&

$'amp%e:" 5432"

EW USER CO#E $ $ U$& *7$ * $ %77$7! A.$& /*' $$& % '$& *7$, /*' $$$ R$7 LE# 'B/ B *. %7 $ * %%, 7% % $ *7$ % *&$7 1%7! I. /*' $$$ G&$$ LE# * *', +$% % $&$ % % $&&*& $ $'$$! I. *'&, &$ $

($%&) B$/ %7 &/ $ $'$$ %%!

:2; ADD A USER CODE TO READER 2

U$& *7$ %* %%$ &*' % %&'%& 7**&, ' 7* * %* %$ * &*&%++ .$%'&$!A/ *7$ $$&$7 ' *++%7 *&B R$%7$& 2!

2 OUTPUTS NE USER CODE

*' +%/ %* %77 +'$ '$& *7$ *++%7! U$ *++%7 $ /*' %1$ * %77 %* *. '$& *7$ % %&$ * *$'1$ *&7$&:

2 OUTPUTS NE USER CODE " NE USER CODE 2 *(


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*' % %* '$ %/ W$%7 R$%7$& * $$& *7$! U$ *++%7 $ /*' %1$ $ .& %7% %&7 % $&$:

3 OUTPUTS :FIRST USER CARD SIPE; :LAST USER CARD SIPE;

A.$& ' *++%7, $ %+$& LE# B $ $ *&*$& %77 $ %&7 * +$+*&/!

OUTPUTS $ *'' +$& % *7$ %1%$ (!#4)!

FIRST USER CO#E $ .& U$& C*7$ % $&$ * $ %77$7!LAST USER CO#E $ % U$& C*7$ % $&$ * $ %77$7!

$'amp%e:

(ou have a stac) of pro'imity cards !ith "*s from +-.+ and you !ant to add these cards toReader 1 !ithout entering a%% of the cards manua%%y, or s!iping a%% of the cards individua%%y& (ou !antthese cards to activate Timer 1 !hen s!iped& Using the )ey/oard, you use the /u%) enro%% feature in thefo%%o!ing !ay:

3 = = 2000 = 4200 =

This command a%%o!s any card in the series from + 0 .+ !or) as a user card on Reader 1&

(ou may a%so s!ipe the cards !ith this command:

3 = = (2000 I# C%&7 S$) (4200 I# C%&7 S$)

SHORTCUT: When you are using Timer 1 as the output, you do not have to specify a 1 !henentering the T"#$RS se%ection& "f there is no T"#$RS input, the contro%%er !i%% assume Timer 1&

$'amp%e:2 5432"

:4; BULK ENROLL USER CODES TO READER 2

U$& *7$ %* %%$ &*' % %&'%& 7**&, ' 7* * %* %$ * &*&%++ .$%'&$!"'B E&* %* /*' 'B/ %77 % $'$% &%$ *. '$& *7$ * +$+*&/! A/ '$& *7$$$&$7 ' *++%7 *&B R$%7$& 2!

4 OUTPUTS FIRST USER CODE IN RANGE LAST USER CODE IN RANGE

*' % %* '$ %/ W$%7 R$%7$& * $$& *7$! U$ *++%7 $ /*' %1$ $ .& %7% %&7 % $&$:

4 OUTPUTS :FIRST USER CARD SIPE; :LAST USER CARD SIPE;

A.$& ' *++%7, $ %+$& LE# B $ $ *&*$& %77 $ %&7 * +$+*&/!

OUTPUTS $ *'' +$& % *7$ %1%$ (!#4)!FIRST USER CO#E $ .& U$& C*7$ % $&$ * $ %77$7!LAST USER CO#E $ % U$& C*7$ % $&$ * $ %77$7!

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:5; DELETE USER CODE FROM READER "

T *++%7 '$7 * 7$$$ % +%$& *7$ .&*+ R$%7$& ! U$& C*7$() * $ 7$$$7 % $ */$7 * $ $/%7 *& $7 % %/ R$%7$&!

5 USER CODE TO DELETE

*' +%/ %* 7$$$ +'$ '$& *7$ *++%7! U$ *++%7 $ /*' %1$ * %77

% * *. +%$& *7$ % %&$ * *$'1$ *&7$&:

5 USER CODE TO DELETE " USER CODE TO DELETE 2 *(


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:7; DELETE A RANGE OF USER CODES FROM READER "

T *++%7 '$7 * 7$$$ % *$'1$ &*' *. '$& *7$ .&*+ R$%7$& ! U$& C*7$() * $7$$$7 % $ * /$7 * $ $/%7 *& $7 % %/ R$%7$&!

7 FIRST USER CODE TO DELETE LAST USER CODE TO DELETE

*' % %* '$ %/ W$%7 R$%7$& * 7$$$ % &%$ *. *7$:

7 :FIRST USER CARD TO DELETE; :LAST USER CARD TO DELETE;

FIRST USER CO#E $ .& U$& C*7$ % $&$ * $ 7$$$7!LAST USER CO#E $ % U$& C*7$ % $&$ * $ 7$$$7!

$'amp%e:

(ou !ant to disa/%e a /unch of consecutive cards "*s from 1-12 from Reader 1& "t ta)es too %ongto type or s!ipe each card& Using the )ey/oard, you use the range de%ete feature in the fo%%o!ing !ay:

> = 500 = >00 =

3%% the codes on Reader 1 from 1 0 12 are de%eted from memory&(ou may a%so s!ipe the first and %ast cards !ith this command:

> = (500 I# C%&7 S$) (>00 I# C%&7 S$)

:$; DELETE A RANGE OF USER CODES FROM READER 2

T *++%7 '$7 * 7$$$ % *$'1$ &*' *. '$& *7$ .&*+ R$%7$& 2! U$& C*7$() * $7$$$7 % $ * /$7 * $ $/%7 *& $7 % %/ R$%7$&!

$ FIRST USER CODE TO DELETE LAST USER CODE TO DELETE

*' % %* '$ %/ W$%7 R$%7$& * 7$$$ % &%$ *. *7$:

$ :FIRST USER CARD TO DELETE; :LAST USER CARD TO DELETE;

FIRST USER CO#E $ .& U$& C*7$ % $&$ * $ 7$$$7!LAST USER CO#E $ % U$& C*7$ % $&$ * $ 7$$$7!

:9; ADD A ONE#TIME#USE CODE TO READER "

O$-T+$-U$ *7$ %&$ *.$ %$7 S$&1$ C*7$! T$$ %&$ *7$ % %* %%$ .*&

*/ *$ $&/! T$/ %&$ %'*+%%/ 7$$$7 .&*+ +$+*&/ *$ $/ %&$ '$7! T$$ *7$ % $1$ * +%$%$ *&B$& *& &$%-$%$ %$$*$ * &*17$ *$-+$ $&/ * % 7**&! A/*7$ $$&$7 ' .'* *&B * $ M%&D $/%7 %7 R$%7$& !

9 OUTPUTS NE OTU CODE

*' +%/ %* %77 +'$ *7$ *++%7! U$ *++%7 $ /*' %1$ * %77 % * *.'$& *7$ % %&$ * *$'1$ *&7$&:

9 OUTPUTS NE OTU CODE " NE OTU CODE 2 *(


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A/ W$%7 R$%7$& % %* $ '$7 * $$& *7$:

9 OUTPUTS :CARD SIPE;

*' % %* '$ %/ W$%7 R$%7$& * $$& +'$ '$& *7$! U$ *++%7 $ /*'%1$ * %77 % * *. *7$ % %&$ * *$'1$ *&7$&:

9 OUTPUTS :CARD SIPE "; :CARD SIPE 2; :*(


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*' % %* '$ %/ W$%7 R$%7$& * $$& *7$! U$ *++%7 $ /*' %1$ $ .& %7% %&7 % $&$:

"" OUTPUTS :FIRST OTU#CARD SIPE; :LAST OTU#CARD SIPE;

A.$& ' *++%7, $ %+$& LE# B $ $ *&*$& %77 $ %&7 * +$+*&/!

OUTPUTS $ *'' +$& % *7$ %1%$ (!#4)!

FIRST OTU-CO#E $ .& O$-T+$-U$ C*7$ % $&$ * $ %77$7!LAST OTU-CO#E $ % O$-T+$-U$ C*7$ % $&$ * $ %77$7!

:"2; BULK ENROLL ONE#TIME#USE CODES TO READER 2

O$-T+$-U$ *7$ %* %%$ .*& */ *$ $&/! "'B E&* %* /*' 'B/ %77 %$'$% &%$ *. *$-+$-'$ *7$ * +$+*&/! A/ *7$ $$&$7 ' *++%7 *&B R$%7$& 2!

"2 OUTPUTS FIRST OTU CODE LAST OTU CODE

*' % %* '$ %/ W$%7 R$%7$& * $$& *7$! U$ *++%7 $ /*' %1$ $ .& %7

% %&7 % $&$:

"2 OUTPUTS :FIRST OTU#CARD SIPE; :LAST OTU#CARD SIPE;

A.$& ' *++%7, $ %+$& LE# B $ $ *&*$& %77 $ %&7 * +$+*&/!

OUTPUTS $ *'' +$& % *7$ %1%$ (!#4)!FIRST OTU-CO#E $ .& O$-T+$-U$ C*7$ % $&$ * $ %77$7!LAST OTU-CO#E $ % O$-T+$-U$ C*7$ % $&$ * $ %77$7!

:"3; DELETE A RANGE OF ONE#TIME#USE CODES FROM READER "

T *++%7 '$7 * 7$$$ % *$'1$ &*' *. *$-+$-'$ *7$ .&*+ R$%7$& !

"3 FIRST USER CODE TO DELETE LAST USER CODE TO DELETE

*' % %* '$ %/ W$%7 R$%7$& * 7$$$ % &%$ *. *7$:

"3 :FIRST USER CARD TO DELETE; :LAST USER CARD TO DELETE;

FIRST OTU-CO#E $ .& O$-T+$-U$ C*7$ % $&$ * $ 7$$$7!LAST OTU-CO#E $ % O$-T+$-U$ C*7$ % $&$ * $ 7$$$7!

:"4; DELETE A RANGE OF ONE#TIME#USE CODES FROM READER 2

T *++%7 '$7 * 7$$$ % *$'1$ &*' *. *$-+$-'$ *7$ .&*+ R$%7$& 2!

"4 FIRST USER CODE TO DELETE LAST USER CODE TO DELETE

*' % %* '$ %/ W$%7 R$%7$& * 7$$$ % &%$ *. *7$:


FIRST OTU-CO#E $ .& O$-T+$-U$ C*7$ % $&$ * $ 7$$$7!LAST OTU-CO#E $ % O$-T+$-U$ C*7$ % $&$ * $ 7$$$7!

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:"5; ADD A MASTER CODE

M%$& *7$ &*17$ $&/ * &*&%++ +*7$! M%$& *7$ % $ '$7 / $ /$7 * $$/%7 *& $7 % %/ R$%7$&!

"5 NE MASTER CODE

*' +%/ %* %77 +'$ +%$& *7$ *++%7! U$ *++%7 $ /*' %1$ * %77

% * *. +%$& *7$ % %&$ * *$'1$ *&7$&:

"5 NE MASTER CODE " NE MASTER CODE 2 *(


18/49

:"7; ADD A PROGRAMMING ADD CARD

P&*&%++ A77 %&7 %&$ '$7 * %77 '$& %&7 * % %&'%& R$%7$&, *' $$&&*&%++ +*7$ %7 *' ' $ B$/%7! U$ *++%7 * %77 % P&*&%++ A77%&7 * +$+*&/!

W$ % P&*&%++ A77 %&7 $7 % % &$%7$&, % %&7 $7 .** %&$ %77$7 * +$+*&/!T &*$ *'$ ' $ P&*&%++ A77 %&7 '$7 &$-$7! U$& %&7 $7 %.$&

$ P&*&%++ A77 *&B % % '$& *7$ * $ &$%7$& % % '$7 * *&$ $ %&7! I. $%&7 % $7 % R$%7$& , T+$& %1%$7 $ '$& %&7! I. $ %&7 % $7 % R$%7$&2, T+$& 2 %1%$7 $ '$& %&7! W$ /*' $$& $ A## PROGRAMMIG +*7$, */ $R$%7$& % $ P&*&%++ A77 %&7 % '$7, $ %$7 .*& $ '$& %&7! I +*7$,$ B$/*%&7 % $ '$7 * %77 *7$ % $, * +%$& % &$%7$& $ '$7! C*7$ $$&$7% $ B$/*%&7 $ %77$7 * $ R$%7$& % $ %77 %&7 % '$7!

U P&*&%++ A77 %&7 %7 P&*&%++ R$+*1$ %&7, % S%7* C%&7 /$+ % $+$+$$7!

"7 NE PROGRAMMING ADD CODE

*' +%/ %* %77 +'$ P&*&%++ A77 *7$ *++%7! U$ *++%7 $/*' %1$ * %77 % * *. *7$ % %&$ * *$'1$ *&7$&:

"7 NE P#ADD CODE " NE P#ADD CODE 2 *(


19/49

U P&*&%++ A77 %&7 %7 P&*&%++ R$+*1$ %&7, % S%7* C%&7 /$+ % $+$+$$7!

"$ NE PROGRAMMING REMO@E CODE

*' +%/ %* %77 +'$ P&*&%++ R$+*1$ *7$ *++%7! U$ *++%7$ /*' %1$ * %77 % * *. *7$ % %&$ * *$'1$ *&7$&:

"$ NE P#REMO@E CODE " NE P#REMO@E CODE 2 *(


20/49

O'' 2, 3 %7 4! S$ O'' % * +$& %*%$7 , /*' % %1$ * *7$ %*$ #**& .*& 7..$&$ %+*' *. +$! I %$, /*' % $1$ &*&%+ *$ *7$ % +$O'' %7 %*$& *7$ % *$ O'' ! T '$.' . /*' % * &$%$ % '$& *7$ %$+*&%&/ $%1$ #**& *$! I. $ +$& %&$ &*&%++$7 .*& J$&* $*7, $ *'' *$$%7 *. +$!

2! TIMER NUMBER DELAY IN SECONDS

TIMER UM"ER $ +$& '+$& .&*+ 0 * 4!#ELA I SECO#S $ $ *. +$ $ +$& %'%$ % *''! I. $ 1%'$ *.

$*7 $ * J$&* 0, $ *'' %*%$7 $ +$& *$ $%7 *. 7$%/!

W$ ' +$& 0 %7 +'%$*'/ % *7$, $ *$& 7$%/ *. $% *. $ +$& %B$ &$$7$$!

T+$& ! *$$7 * R$%/ !T+$& " %* *$$7 * R$%/ !T+$& 2 *$$7 * R$%/ 2!T+$& 3 *$$7 * T&%*& O'' 3!

T+$& 4 *$$7 * T&%*& O'' 4!

:2"; SETTING THE PANIC MODE OUTPUTS

P% +*7$ *'& $ % '$& $ %7 B$/ * % $D$&% +%&D B$/%7, $$ B$/%7 $ '$7 % % %$ 7$1$! "/ &$ $$ * B$/ * $ +%&D B$/%7+'%$*'/, % '$& % % % $ $$7$7 7'& % % '%*, *& $ .$%'&$ % $'$7 * % % '%&7 *& %7+&%*&! T$ % .$%'&$ &$& *''(), %&$ +**&$7 % %&$+*$ *%*! T$ *'' % $ % *7* &$& % $ &*&%++$7 $ .***++%7:

2" OUTPUTS

OUTPUTS $ *'' % %&$ %'%$7 $ &$ %7 = B$/ +'%$*'/! A *7$+%/ *$&%$ %/ '+$& *. +$& $ /$7 * $ B$/%7! F*& $D%+$, . /*' % % *7$ *%'%$ O'' %7 O'' 3, /*' /$ 3 .*& $ +$& 1%'$! *' +%/ $$& $ +$& 1%'$ %/ *&7$&, /*' +%/ %* /$ 3 .*& $D%+$!

:!; ACTI@ATE PASSAGE MODE

P%%$ +*7$ %$ $&% *''! W +*7$, %7+&%*& % %1$ % M%$& *7$% $%1$ 7**& '*B$7 7'& $% *%*! U$& *7$ %1$ * $..$ * %$7 *''$ $ *&*$& +*7$! O$ /*' $$& +*7$, $ R$7 LE# * $ *&*$& %7 $ G&$$ LE# ' *.. 7% % /*' %&$ %%$ +*7$! *' % $ *''%&$ %..$$7 / $ %%$ +*7$ &*&%++ .$%'&$ =22!

!

T* $D %%$ +*7$, +/ &$-$$& P&*&%+ M*7$ %7 &$'$ $ P%%$ M*7$ *++%7!

:22; SETTING THE PASSAGE MODE OUTPUTS

T$ %%$ +*7$ *'' %&$ %'%$7 $ $ %%$ +*7$ '$7!

22 OUTPUTS

P%$ 20 *. 49


21/49

W$&$:

OUTPUTS $ *'' % %&$ %'%$7 $ %%$ +*7$ 1*B$7!

:23; SET CODE LENGTH HEN USING THE MATRI% KEYPAD

T$ 1%&%$ *7$ .$%'&$ %* $ *&*$& * %$ %/ *7$, .&*+ * > 7 $! I.$ *7$ $ * $.$7, $ '$& +' &$ $ = B$/ * **B ' $ *7$!

I. $ *7$ $ $ * % 1%'$ ($$$ %7 >), $ *&*$& */ %$ $ $%+*' *. 7 7'& *7$ $&/! I *.'&%*, $ '$& * %1$ * &$ $ = B$/ %.$&$$& % *7$! F*& $D%+$, . $ *7$ $ 1%'$ $ * 5, $ *&*$& */ %$ 5-7*7$ (!$! 2345)!

S$ $ 1%'$ *. $ *7$ $ * J$&* &$-$%$ $ 1%&%$ *7$ $ .$%'&$! A.$& $$ *7$ $ 1%'$ * J$&*, $ *&*$& %$ %/ *7$ .&*+ * 8 7 .**$7 / % = (!$!2345=)!

23 CODE LENGTH

W$&$:

CO#E LEGTH $ '+$& *. 7 %$$7 7'& *7$ $&/! E$& % C*7$ L$ *.0 (J$&*) ' $ *&*$& %B * 1%&%$ *7$ $ +*7$!

*$: T % +*7$ 7*$ * 7$$$ *7$ +$+*&/! I. /*' $ $ *&*$& * */%$ *7$ *. % $&% $, $ *7$ +$+*&/ % %&$ * *. $ % * $ %$$7!S$ /*' % %$ .$%'&$ * $ ./, *7$ %B % $ %*+$7! *' % '$ +*7$ * %$ */ *7$ *. % 1$ $ % 7..$&$ +$! T +*7$ 7*$ * %..$ $B$/&*B$ $$%&/ * $$& &*&%+ +*7$! I &*&%+ +*7$, $ *&*$& %%/ 1%&%$+*7$!

:24; AUTO#SHUT#DON

24 MODE

T'& *.. *& * $ %'*-'-7* .$%'&$! T$ A'*-S'-#* .$%'&$ &$1$ $ *&*$& .&*+%$ *7$ .*& 8 $*7 . 5 &* *7$ $&$ %&$ $$&$7! T$ .$%'&$ '$7 * &$7'$ *7$%B!

MO#E !* 7%$, "* $%$!

:25; DELAYED EGRESS MODE

T .$%'&$ $ $ +*7$ % $ 7$%/$7 $&$ *&*$& *'7 *+/ ! I $ FPA 0$&$ +*7$, $ B$/- ' +' $ %'%$7 *&7$& * &$$ $ 7**& %B$7 * $ $'&$%$! I $ "OCA #$%/$7 $&$ +*7$, $ 7**& %'*+%%/ %$7 %B * % $'&$ %$%.$& % 30 $*7 7$%/! F*& % 7$%$7 7$&* *. 7$%/$7 $&$ *$&%* $$ $ *e%ayed$gress #odes7$&*! U$ $ .** *++%7 * $ $ 7$%/$7 $&$ +*7$:

25 MODE

MO#E ! .*& FPA *+%$, MO#E " .*& "OCA *+%$!T$ 7$.%' +*7$ .&*+ $ .%*&/ $ % $ FPA +*7$!

P%$ 2 *. 49


22/49


23/49


24/49


"4 #ELETE A RAGE OF OE-TIME-USE CO#ES FROM REA#ER 2 (4)T *++%7 '$7 * 7$$$ % *$'1$ &*' *. *$-+$-'$ *7$ .&*+ R$%7$& 2!

"4 FIRST USER CODE TO DELETE LAST USER CODE TO DELETE "4 :FIRST USER CARD TO DELETE; :LAST USER CARD TO DELETE;

"5 A## A MASTER CO#E

A77 +%$& *7$ * +$+*&/! A *7$ &*&%++$7 *++%7 %* %$ * $*&*$& &*&%++ .$%'&$! *' +%/ '$ $ B$/*%&7 *& %/ R$%7$& * %77 *7$!

"5 NE MASTER CODE "5 NE MASTER CODE " NE MASTER CODE 2 *(


25/49

22 SET PASSAGE MO#E OUTPUTSS$ $ *'' % %&$ &$&$7 $ %%$ +*7$ 1*B$7!

22 OUTPUTS

23 SET MATRIX EPA# CO#E LEGTHS$ $ '+$& *. B$/&*B$ %$$7 $ % *7$ $$&$7! S$ * 0 * $%$ 1%&%$*7$ $ +*7$!

23 CODE LENGTH

24 AUTO-SHUT-#OW EA"LE#ISA"LET'& *.. *& * $ %'*-'-7* .$%'&$ % *B ' $ *&*$& . 5 &* *7$ $&$ %&$$$&$7! U$7 * &$1$ *7$ %B!

24 MODE

MO#E !* 7%$, "* $%$!

25 SET #ELAE# EGRESS MO#ES$ $ 7$%/$7 $&$ *$&%* +*7$ * $ $$& "OCA *& FPA *+%!

25 MODE

MO#E: ! FPA, " "OCA

26 SET #ELAE# EGRESS #ELAT*$ $ 7$%/$7 $&$ *'7* .*& $$& 5 *& 30 $*7!

26

27 FACTOR RESETC%'$ $ *&*$& * $%& +$+*&/ %7 &$*&$ % $ * .%*&/ 7$.%'! P' $+%$& *7$ *. 2345 * +$+*&/!

27 !!!!!!!!

HO TO START YOUR PROGRAM SEQUENCE O@ER IF YOU MAKE A MISTAKE

I. /*' %&$ &*&%++ $ *&*$& %7 /*' $ &* B$/,


26/49

'+$& %&$ &*17$7 * $ *&*$& * * %$ $ .'* *. $ *&*$& %7 *&$7'$ $ *+$D/ *. & $ *&*$&! T$$ ! I. /*' 7* * 7* , $ .&$ %%&+ /$+ *&*17$ *$& * $ *B *''! I. /*' %&$ ' % .&$ %%&+, $ '&$ * *$ $ .&$%%&+ /$+ $ +%$& 7$&$7 $ 4ire 3%arm Connection$*!

REMOTE RELEASE

P%$ 26 *. 49


27/49

T$ R$+*$ R$$%$ T$&+% &*17$ % *$* .*& $D$&% $ % %&$ '$7 *&$& T+$& *& T+$& 2! "/ %1% $$ +$&, $ $D$&% $ % $ '$7 .*&$ &$+*$ &$$%$ *. #**& *& #**& 2!

TERMINAL NAME FUNCTION

R$+*$ R$$%$ O$ $ L** .&*+ $&+% * &*'7 &$& T+$&

2 G# #C S'/ G&*'7

3 R$+*$ R$$%$ 2 O$ $ L** .&*+ $&+% * &*'7 &$& T+$& 2

REMOTE RELEASE IRE CONNECTION DIAGRAM

" 2 3

R"

R2

GND

ORMALL CLOSE#REMOTE RELEASE SWITCH

#OOR

ORMALL CLOSE#REMOTE RELEASE SWITCH

#OOR 2

Remote ReleaseTerminal BlockTRM0:

OTE: W$ ' $ R$+*$ R$$%$ .$%'&$, +%B$ '&$ * $%$ $ &$+*$ &$$%$ / $$ *&&$*7 R$+*$ R$$%$ '+$& (P3 *& P4)!

P%$ 2> *. 49


28/49


29/49

TESTED BRANDS OF IEGAND DE@ICES

H*$& &1$ * +%B$ $ M*7$ 3000 % *+%$ % *$ W$%7 7$1$ .&*+ +%/+%'.%'&$&! I %*&7%$ *%, $ %1$ &$%$7 *'& W$%7 $&.%$ * %'*+%%/7$$ $ &%+* $$7 *. %/ W$%7 7$1$ *$$7!

A % &$', $ %&$ *+ % *. W$%7 7$1$ % %1$ $$ $$7 $ M*7$ 3000!

T$$ 7$1$ '7$ $ .**:

PRO%IMITY READERS

A++ 26#B/( /*'8 R*//&' D &8*+ )*8*) )& AID :A00+/*8 /)*+* ID I' REX R$'$ * ED L** I'

8 G# #C S'/ G&*'79 #PS #**& P** S I'

20 G# #C S'/ G&*'7

2 RST ED$&% $/-S R$$ I'

22 SO A'7$ S% O'' (00 +A MAX)

23 G# #C S'/ G&*'7

P%$ 29 *. 49


30/49

DELAYED EGRESS PORT IRE CONNECTION DIAGRAM

"6 "7 "$RE% DPS

Delayed Egress PortTerminal BlockTRM3:

"9 2!RST

2" 22SON

23

ORMALL CLOSE#REUEST TO EXIT SWITCH

ORMALL OPE(HEL# CLOSE#)#OOR POSITIO

MAGETIC SWITCH

ORMALLOPE

RESET E-SWITCH

AU#I"LEALARM

(SOALERT)

@

P%$ 30 *. 49


31/49

LED INDICATOR OUTPUTS

T$ LE# I7%*& *'' %&$ '$7 * +**& $ %' *. $ *&*$& $D$&%/! T$$ % %&$''%/ $ * 7%*& % %&$ +*'$7 $D$&%/ $ +%&D B$/%7! T$&$ % *'' $&+% *B &*' %$7 ACT (%1$) % '$7 * &$& % 17$* &$*&7$& 7'& $1$! T$$*'' % %* $ '$7 * *$& +% &$%/ ( 00 +A)!


24 5? (5) ?* &$'%$7 1*%$ .*& $D$&% LE# *$&!25 GREE G&$$ S%' LE# T&%*& O''

26 AM"ER A+$& S%' LE# T&%*& O''

2> RE# R$7 S%' LE# T&%*& O''

28 ACT E1$ A1$ O'' '$7 * &$& % 17$* &$*&7$&

29 G# #C S'/ G&*'7

LED INDICATOR OUTPUTS IRE CONNECTION DIAGRAM

TO ?I#EORECOR#ER

TRIGGER

IPUT

G

24 25 26

5@

AMBER

LED Indicator Ot!tsTerminal BlockTRM":

27 2$

A

CTI@E

29

GREEN

RED

GND

GREELE#

RE# LE#

AM"ERLE#

+

+

+

A

R

P%$ 3 *. 49


32/49

E%TERNAL MATRI% KEYPAD PORT

A $D$&% +%&D B$/%7 % $ *$$7 * $ *&*$&! T B$/%7 % * $ '$7 % %%$ 7$1$ *& % &*&%++ $&.%$! U $ +%&D B$/%7 $D$&%/ %* %* .*& P%S%!


30 C M%&D $/%7 C*'+

3 C2 M%&D $/%7 C*'+ 2

32 C3 M%&D $/%7 C*'+ 3

33 R M%&D $/%7 R*

34 R2 M%&D $/%7 R* 2

35 R3 M%&D $/%7 R* 3

36 R4 M%&D $/%7 R* 4

3> SH $/%7 S$7 G&*'7

MATRI% KEYPAD IRE CONNECTION DIAGRAM

3! 3" 32

C"

C3

Matri# $ey!adTerminal BlockTRM%:

33 34

R2

35

C2

R"

R3

37

SH

R4

36

" 2 3

4 5 6

7 $ 9 !

P%$ 32 *. 49


33/49

RELAY OUTPUTS " AND 2

T$ &$%/ *'' %1$ % *++* *.'&%*! T$$ *'' %&$ '$7 +%/ * &' %$$&*+%$ *B *& $$& &B$! T$ +%D+'+ '&&$ % % $ $7 / $$ *'' 5 A+!


O'' :

38 ?F S'/ ?*%$ .&*+ F&$ A%&+ R$%/

39 C *&+%/ C*$7 &$%/ *%

40 C C*++* &$%/ *%

4 O *&+%/ O$ &$%/ *%

42 (?) #C S'/ ?*%$ 35 ?#C M%D+'+

43 G# #C S'/ G&*'7

O'' 2:

44 ?F S'/ ?*%$ .&*+ F&$ A%&+ R$%/

45 C *&+%/ C*$7 &$%/ *%

46 C C*++* &$%/ *%

4> O *&+%/ O$ &$%/ *%

48 (?) #C S'/ ?*%$ 35 ?#C M%D+'+

49 G# #C S'/ G&*'7

S$$ *$* 7%&%+ * $D %$!

P%$ 33 *. 49


34/49


35/49

RELAY OUTPUT 2 IRE CONNECTION DIAGRAM E%AMPLE

@F C @NC NO

G

ND

@I GND

JP$

Relay Ot!t *

&ommon 'm!er'P+:

*$: T


36/49

CONNECTING A PRO%IMITY DETECTOR TO A RELAY OUTPUT

3$ 39 4!

@F C

Relay Ot!t 1Terminal Block

TRM):

4" 42

@

43

NC

NO

GND

@ GND

JP7

Relay Ot!t 1&ommon 'm!er'P(:

*$: T


37/49

TRANSISTOR OUTPUTS 3 AND 4

T$ &%*& *'' %1$ % *++* *.'&%*! T$$ %&$ %'D%&/ *'' % % &' $D$&%7%*&, *'$& *& $D&% %$ *&* 7$1$! T$ +%D+'+ '&&$ % % $ $7 /$$ *'' 5 A+!


50 ?F S'/ ?*%$ .&*+ F&$ A%&+ R$%/

5 3 T&%*& O'' 352 4 T&%*& O'' 4

53 (?) #C S'/ ?*%$ 35 ?#C M%D+'+

TRANSISTOR OUTPUTS 3 AND 4 IRE CONNECTION DIAGRAM E%AMPLE

5! 5" 52

@F 4

Transistor Ot!ts3 , " Terminal BlockTRM+:

53

3@

E$8&8 #**& S&B$

@

G#

L*8B +*7$ 9*' '&$ '&$* &$'&$ % 7*7$ *'&$ 1*%$ B8B%8B!

4005#IO#E

FIRE ALARM INTERFACE

T$ .&$ %%&+ $&.%$ % % &$%/ % '$7 * *$ $ *&*$& * $ .&$ %%&+! T$$&.%$ *&* $ ?F % $ *'' $&+% *B! "/ ' $ ?F % * *$& %$$&*+%$ *B, $ *$& ' ++$7%$/ $ $ .&$ %%&+ &$&$7! P$%$ *%/*'& *% .&$ %'*&/ % * $ *.'&%* *. $ F&$ A%&+ R$%/ C&'!

TERMINAL NAME FUNCTION54 TRIPPE# ED$&% M**& - T&$7 F&$ A%&+ R$%/ (S'/ ?*%$)

55 G# #C S'/ G&*'7

56 O ED$&% M**& - F&$ A%&+ R$%/ O (S'/ ?*%$)

5> RST ED$&% R$$ S

58 RST ED$&% R$$ S

59 CO ED$&% F&$ A%&+ #&/ C*%

60 CO ED$&% F&$ A%&+ #&/ C*%

S$$ *$* 7%&%+ * $D %$!

P%$ 3> *. 49


38/49

FIRE ALARM INTERFACE IRE CONNECTION ITH MANUAL E%TERNAL RESET

O

54 55 56

TRI

PPED

OK

-ire .larm

Terminal BlockTRM/:

57 5$

RST

59

GND

RST

CON

CON

6!

ORMALLOPE

MAUAL FIREALARM RELA

RESET(ESWITCH)

ORMALL OPEEXTERAL FIRE ALARM RELA

COTACT(HEL# CLOSE# " FIRE ALARM

SSTEM #URIG ORMALOPERATIO)

EXTERAL LAMPI#ICATES TRIPPE#FIRE ALARM RELA

CO#ITIO

T

+

+

EXTERAL LAMP

I#ICATES O FIREALARM RELACO#ITIO

R2

R"

OTE: S8$ $ *'' 1*%$ *. $ TRIPPE# %7 O $&+% (?@), %&$*& &$'&$7 . /*' %&$ ' LE# % 78%*&! I. ' %+, +%B$'&$ % $ *$&% 1*%$ *. $ %+ $'% * $ '/ 1*%$ (?@)! A%$ $*9 &*17$ '$$7 &$*& 1%'$ .*& /8% LE#!

C*&*$& S'/ ?*%$ (?@) R$8*++$7$7 LE# R$*& R%$

2? 360500 O+

24? >60 O+

P%$ 38 *. 49


39/49

FIRE ALARM INTERFACE IRE CONNECTION ITH AUTOMATIC RESET

O

54 55 56

TRIPPED

OK

-ire .larmTerminal BlockTRM/:

57 5$

RST

59

GND

RST

CON

CON

6!

AUTOMATICFIRE ALARM

RELARESET UMPER

ORMALL OPEEXTERAL FIRE ALARM RELA

COTACT(HEL# CLOSE# " FIRE ALARM

SSTEM #URIG ORMALOPERATIO)

EXTERAL LAMPI#ICATES TRIPPE#FIRE ALARM RELA

CO#ITIO

T

+

+

EXTERAL LAMPI#ICATES O FIRE

ALARM RELACO#ITIO

R2

R"

OTE: S8$ $ *'' 1*%$ *. $ TRIPPE# %7 O $&+% (?@), %&$*& &$'&$7 . /*' %&$ ' LE# % 78%*&! I. ' %+, +%B$'&$ % $ *$&% 1*%$ *. $ %+ $'% * $ '/ 1*%$ (?@)! A%$ $*9 &*17$ '$$7 &$*& 1%'$ .*& /8% LE#!

C*&*$& S'/ ?*%$ (?@) R$8*++$7$7 LE# R$*& R%$

2? 360500 O+

24? >60 O+

P%$ 39 *. 49


40/49

BATTERY PASS#THROUGH

T$ %$&/ %-&*' .$%'&$ +%/ *& +%/ * $ %$7 * /*'& *%&7! T .$%'&$ '$ *&$ *7$&$7 % $ * %7 * $ **+ *. $ *%&7 % '$7 * % % %& 1*%$ * %%$&/ %B'! T .$%'&$ */ %$7 % $ .%*&/ %7 '$7 H*$& P*$& S'$!

LE# I#ICATOR FUCTIOS

NAME COLOR FUNCTION

LE# G&$$ L $ $ R$+*$ R$$%$ L** C*$7!

LE#2 G&$$ L $ $ R$+*$ R$$%$ 2 L** C*$7!

LE#3 G&$$ L $ $ #$%/$7 E&$ R$'$ * ED L** C*$7!

LE#4 G&$$ L $ $ #**& P** S L** C*$7!

LE#5 G&$$ L $ $ #$%/$7 E&$ R$$ L** C*$7!

LE#6 G&$$ L $ $ F&$ A%&+ R$%/ L%$7!

LE#> G&$$ R' M*7$ I7%*& %7 S%' LE#

LE#8 A+$& $/ P&$ I7%*& %7 S%' LE#

LE#9 R$7 F&$ A%&+ T&$7 I7%*&

LE#0 R$7 E&&*& M*7$ I7%*& %7 S%' LE#

P%$ 40 *. 49


41/49

APPLICATIOS

SAFELY IRING THE CONTROLLER ITH AN ELECTROMAGNETIC LOCK AND APNUEMATIC PUSHBUTTON

3$ 39 4!

@F C

Relay Ot!t 1Terminal BlockTRM):

4" 42

@

43

NC

NO

GND

@I GND

JP7


*$: T


42/49

SAFELY IRING THE CONTROLLER ITH AN ELECTROMAGNETIC LOCKPNUEMATIC PUSHBUTTON AND PIR SENSOR

3$ 39 4!

@F C

Relay Ot!t 1

Terminal BlockTRM):

4" 42

@

43

NC

NO

GND

@ GND

JP7

Relay Ot!t 1

&ommon 'm!er

'P(:

*$: T


43/49

USING TOGGLE CODES TO LEA@E A DOOR UNLOCKED

T$&$ %&$ %%* $&$ % 7**& $ /$+ +' $ $7 *$ .*& % $D$7$7 %+*'*. +$! *' % '$ % $*7 *'' *. $ *&*$& * % % 7**& % '*B$7 +*7$! "/ ' %&%*& *'' *


44/49

I $D%+$, R$%/ O'' $ '&&$ % &*17$7 .&*+ T&%*& O'' 3! I.O'' &*&%++$7 * +$ $ 7**&, $ 7**& '*B $ *7$ % %1%$ O'' %&$'$7! "/ &*&%++ O'' 3 * *$ $ %1%$7, *7$ % %1%$ O'' 3 %'$ $7**& * &$+% '*B$7 *& *B$7, 7$$7 * $ %$ *. O'' 3! W$ ' *.'&%*.*& $ .& +$, /*' +%/ %1$ * %1%$ O'' 3 % *7$ *&7$& * '& O'' 3 *, $$&J$ $ +%$ *B!

USING A TRANSISTOR OUTPUT TO CONTROL AN ELECTROMAGNETIC LOCK

T$ &%*& *'' %&$ 7$$7 * '& * 7'& % +$7 '*B /$! "$%'$ *. ,+%/ .% $'&$ $$& &B$ % $ 7&$/ *$$7 * $$ *''! I %$ $&$ R$%/O'' %&$ * %1%%$ %7 /*' +' *$ % .%-%.$ 7$1$ * $$ *'' (' % % +%$*B) /*' +' '$ % $D$&% &$%/! T$ &%*& *'' % $ '$7 * $$&J$ $ $D$&% &$%/,' $ *$& * $ .%-%.$ 7$1$! U$ $ .** & *.'&%* * $&.*&+ .'*:

TRANSISTOR OUTPUTS ITH FAIL#SAFE DE@ICES IRING DIAGRAM

5! 5" 52

@F 4

Transistor Ot!ts

3 , " Terminal Block

TRM+:

53

3

@

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4005

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COIL COIL

C

COMMO

@F C

@

NC

NO

GND

3$ 39 4!

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Terminal Block

TRM):

" 42 43

O

P%$ 44 *. 49


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CONTROLLING FOUR DOORS ITH THE MODEL 3!!!

T$ W$%7 A$ C*&* M*7'$ *. $ M*7$ 3000 C*&*$& % 7$$7 * &' *7**& 7$$7$/! S$ $ *&*$& % .*'& *'', *+$ /$+ $ *&*$& % $ '$7* *&* ' * .*'& 7**&! *' % *$ .*'& W$%7 7$1$ * $ *&*$& / *$ +*&$% *$ 7$1$ * $% *. $ * W$%7 *&! *' % %* *$ +'$ M%&D $/%7* $ M%&D $/%7 P*&! T$$ *.'&%* +$+$$7 *&&$/ % $ &$%$, %7 %

&$7'$ *1$&% /$+ * / ' *$ *&*$& * *&* .*'& 7**&!

T$&$ %&$ *7$&%* $ ' $ *&*$& $$ $D$7$7 *.'&%*! F&, /*'+' +%B$ '&$ % % %$, $ *% '&&$ 7&% *. % *. $ *B 7$1$ *$$7 * $*&*$& 7*$ * $D$$7 $ +%D+'+ '&&$ *'' *. $ /$+ *$& '/! A*, +%B$ '&$% % % '&$ '&$* 7*7$ %&$ %$7 * $% *. $ *B 7$1$!

S$*7, *.'&%* /*' +' *$ +*&$ % *$ W$%7 7$1$ * % $W$%7 *&! T$ *&*$& %* $ *$* *. +'$ W$%7 7$1$, 7'$ * $&&*& 7$$*+$%+ *&*&%$7 * $ &*&%++ *. $ *&*$&! T %$%$ . /*' &$*J$% % W$%7 7$1$ *$$7 * $ %+$ *&, $ $7 $ %+$ %&7 '*B $7**&() % $ %&7 &*&%++$7 * '*B! I'$ % %&$ $-*&*$& /$+ % '$

*$ %&7 * '*B +'$ 7**&! W /$+ % &$'&$ * 7**& * '*B $ %+$ %&7,+%B$ '&$ % $% *. $ &$%7$& $%7 *. $ * 7**& %&$ *$$7 * 7..$&$ W$%7 *&!W *$& .*'&-7**& /$+, %71%$ % $% %&7 $ &*&%++$7 * '*B */ *$ 7**& *&7$& * +%% $'&/!

T&7, . *$ .%-%.$ 7$1$ * &%*& *'', /*' +' '$ $D$&% &$%/ %7$&$7 $ $* %$7 U % T&%*& O'' * C*&* % E$&*+%$ L*B!

L%/, %*' *$ * *$ +'$ M%&D $/%7 * $ M%&D $/%7 P*&,7* * &$*++$7$7! A/ B$/%7 *$$7 * *& $7 B$/&*B$ %B * $*&*$&! I. * $*$ $&$ * /$ *7$ % $ %+$ +$ * * +%&D B$/%7 *$$7 * $%+$ *&*$&, $ $&$ *. * '$& *'7 *. $% *$& '! O/ /$+ $&$

/% +%* * '$& .&*+ / * * B$/%7 +'%$*'/ (' % +%-&%), *'7'$ +'$ +%&D B$/%7! I. /*' &$'&$ +'$ '$& $&.%$ * *$&%$ 7$$7$/ '$W$%7 7$1$! C% H*$& . /*' $$7 %%$ *.'& $ *&*$& .*'& 7**&!

MAN#TRAPS :FOR CLEAN ROOMS;

T$&$ %&$ %%* $&$ * 7**& %&$ '$7 % +%-&%! I *.'&%*, * 7**&%&$ *%$7 % 7..$&$ * *. % *++* %%/, ' */ *$ 7**& % $ *$$7 % % +$! I. *$7**& *$$7, $ $*7 7**& % * $ '*B$7! T %%* *.$ '$7 %& *B .*&$% &**+ *&7$& * &$1$ *%+%* $ $% &**+! T %%* % $ %$1$7 $ *&*$& / *$ * *B *'' $ .** +%$&:

P%$ 45 *. 49


46/49

@F C

@

NC

NO

GND

@ GND

JP7


*$: T


47/49

%%*! W$ %&$%$ %/ $&$ %&$% %7 %&$%$ %/ *++$ /*' +%/ %1$%*' +&*1 *'& &*7'!

CUSTOM WIRIG #IAGRAMS A# UIUE APPLICATIOS

H*$& % &*17$ 7$ $&1$ .*& /*' %%* '7 & 7%&%+, %%*&*$7'&$, %7 /$+ $&%*! W$ *..$& '&B$/ *'* .*& /*'& $'&/ &$'&$+$! P$%$.$$ .&$$ * *% H*$& 7&$/ .*& $&%* $&1$!

WARRAT IFORMATIO

T%B /*' .*& ** % H*$& &*7'; T$ H*$& S$'&/ P&*7', LLC #**& C*&*$&M*7$ 3000 +%'.%'&$7 * $ $ '%/ %7%&7 * &*17$ /$%& *. 7$$7%$ $&1$!T$ M*7$ 3000 %&&%$7 .*& * /$%& .&*+ $ 7%$ *. +$ %% 7$.$ %&,*&B+% %7 +%$&%, $ %$7 %*&7%$ &'*! #$.$ % *'& %&&%/ $&*7, '7$& *&+% '$ *. $ &*7', % $ &$%&$7 *& &$%$7 % $ ',*$/ % *'& **! W%&&%/ 1*7 $ &*7' % $$ +*7.$7, 7%+%$7, %'$7, +'$7,' *. 49


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TROU"LESHOOTIG ISSUES

T $* 7$&$ &*'$** .*&+%* % 7*1$&$7 &*' $% '*& % *'& '*+$&! H*$& %$+ * '7%$ $* * % &$'%& % *'* **++*/ %B$7 $% '*& '$*!

P)&=+* D*


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TPICAL SSTEM RISER #IAGRAM

PUSH

TO

E%IT

PUSH

TO

E%IT

26Q " W$%7P&*D+/ R$%7$&

T'7$&*

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6 5 ++ 3W7

8 5 ++ 3W7W9 SH"$:*

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. 5 16 3W7

+ 5 ++ 3W7

+ 5 16 3W7

8 5 ++ 3W7

W9 SH"$:*

L 4000 P*9$& S'6/T&%.*&+$&

H*9$& M*7$6 3000 M'6.'8* #**& C*&*6

0?AC220?AC

Door #1 OutsideDoor #1 Inside Door #2 OutsideDoor #2 Inside

PUSH UTIL ALARM SOU#S#OOR CA "E OPEE# I 5

SECO#S

EXTERAL FIREALARM COTACT

Highpower 3000 Multifunction Door Controller Instruction Manual 2.0.3

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