e-plex /30 series xx operations manual · operations manual e-plex ... ming commands, e 4.nte 4.r...

operations manuale-plex® 50xx/30xx series

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TABLE OF CONTENTS

States of the Lock . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

Factory Mode4. 4

Acce4.ss Mode4. 4

Pushbutton Programming Mode4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Sequence of Operations for Start-Up Programming . . . . . . . . . . . . . . . . . . 4

De4.fault Value4.s of the4. E-Ple4.x™ Lock Programmable4. Parame4.te4.rs . . . . . . . . . . . . . 5

Configuring the Lock . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5

Ge4.ne4.ral Proce4.dure4. for Pushbutton Programming . . . . . . . . . . . . . . . . . . . . . 5

Re4.se4.t Proce4.dure4.s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

Proce4.dure4. 1 - Program the4. Acce4.ss Code4. Le4.ngth . . . . . . . . . . . . . . . . . . . . . . . 9

Proce4.dure4. 2 - Modify the4. Maste4.r Use4.r Acce4.ss Code4. . . . . . . . . . . . . . . . . . . . 10

Proce4.dure4. 3 - Se4.t the4. Date4. / Time4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Proce4.dure4. 4 - Program the4. Lock ID and Unlock Time4. . . . . . . . . . . . . . . . . . . 11

Proce4.dure4. 5 - Program the4. Duration of the4. . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Passage4. Mode4. Pe4.riod

Proce4.dure4. 6 - Program the4. Lock for Tampe4.r . . . . . . . . . . . . . . . . . . . . . . . . . 12

Time4. Parame4.te4.rs

Proce4.dure4. 7 - Programming the4. Lock for Ke4.ypad . . . . . . . . . . . . . . . . . . . . . 13

Buzze4.r Volume4.

Use4.rs - Ge4.ne4.ral Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Use4.r Le4.ve4.ls 14

User Codes 13

Use4.r Acce4.ss Code4.s (PINs) - Example4.s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

Proce4.dure4. 1 - Add / Modify a Use4.r Acce4.ss Code4. . . . . . . . . . . . . . . . . . . . . . . . 15

Proce4.dure4. 2 - Add / Modify a Manage4.r Acce4.ss Code4. . . . . . . . . . . . . . . . . . . . 16

Proce4.dure4. 3 - Add / Modify Se4.rvice4. Use4.r Acce4.ss Code4. . . . . . . . . . . . . . . . . . 17

Proce4.dure4. 4 - De4.le4.te4. Use4.r Acce4.ss Code4.s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Proce4.dure4. 5 - De4.le4.te4. Manage4.r Acce4.ss Code4.s . . . . . . . . . . . . . . . . . . . . . . . . 22

Proce4.dure4. 6 - De4.le4.te4. Se4.rvice4. Use4.r Acce4.ss Code4.s . . . . . . . . . . . . . . . . . . . . . 22

Proce4.dure4. 7 - De4.le4.te4. All Acce4.ss Code4.s Exce4.pt Maste4.r, . . . . . . . . . . . . . . . . 22

Manage4.r, and M-Unit

Proce4.dure4. 8 - Activate4. Use4.r Acce4.ss Code4.s . . . . . . . . . . . . . . . . . . . . . . . . . . 23

Proce4.dure4. 9 - Activate4. Manage4.r Acce4.ss Code4. . . . . . . . . . . . . . . . . . . . . . . . . 23

Proce4.dure4. 10 - Activate4. Se4.rvice4. Use4.r Acce4.ss Code4. . . . . . . . . . . . . . . . . . . . 24

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Proce4.dure4. 11 - Activate4. All Use4.r Acce4.ss Code4.s . . . . . . . . . . . . . . . . . . . . . . . 24

Proce4.dure4. 12 - Activate4. / De4.-activate4. Passage4. Mode4. . . . . . . . . . . . . . . . . . . 24

Proce4.dure4. 13 - De4.-activate4. Use4.r Acce4.ss Code4.s . . . . . . . . . . . . . . . . . . . . . . . 25

Proce4.dure4. 14 - De4.-activate4. Manage4.r Acce4.ss Code4.s . . . . . . . . . . . . . . . . . . . 25

Proce4.dure4. 15 - De4.-activate4. Se4.rvice4. Use4.r Acce4.ss Code4. . . . . . . . . . . . . . . . . . 26

Proce4.dure4. 16 - De4.-activate4. all Acce4.ss Code4.s e4.xce4.pt . . . . . . . . . . . . . . . . . . 20 Maste4.r, Manage4.r, and M-Unit

Proce4.dure4. 17 - Activate4. / De4.-activate4. Lockout Mode4. . . . . . . . . . . . . . . . . . . 26

Proce4.dure4. 18 - Pe4.rform Manual Diagnostics . . . . . . . . . . . . . . . . . . . . . . . . . 27

Batte4.ry Life4. and Re4.place4.me4.nt . . . . . . . . . . . . . . . . . . . . . . . . 27

Proce4.dure4. 19 - Swing Bolt Ope4.ration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

(E-Ple4.x 30xx Se4.rie4.s Only)

Summary of Pushbutton Programming Commands . . . . . . . . . . . . . . . . . . . . . . . 30

Visual Fe4.e4.dback Me4.ssage4. De4.finitions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

Use4.r List Table4. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

TABLE OF CONTENTS (continue4.d)

A publication ofKaba Acce4.ss & Data Syste4.ms Ame4.ricas2941 Indiana Ave4.nue4.Winston-Sale4.m, NC 27105

No part of this book may be4. re4.produce4.d or transmitte4.d in any form or by any me4.ans, e4.le4.ctronic or me4.chanical, including photocopying, re4.cording, or by any information storage4. and re4.trie4.val syste4.m, without prior writte4.n pe4.rmission from the4. Publishe4.r .

The4. information containe4.d in this publication is accurate4. to the4. be4.st of Kaba Acce4.ss Control’s knowle4.dge4. .

Spe4.cifications are4. subje4.ct to change4. without notice4. .

Legend • “E-Ple4.x Lock” re4.fe4.rs to both the4. E-Ple4.x 5000 and the4. E-Ple4.x 3000 locks . • “E-Ple4.x 5000” re4.fe4.rs to the4. E-Ple4.x 5000 se4.rie4.s locks only . • “E-Ple4.x 3000” re4.fe4.rs to the4. E-Ple4.x 3000 se4.rie4.s locks only .

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States of the Lock

Factory Mode

The4. factory mode4. is one4. of thre4.e4. primary state4.s of the4. E-Ple4.x Lock . The4. main characte4.ristics of this state4. are4.:

• The4. E-Ple4.x Lock ope4.ns only whe4.n the4. 8-digit maste4.r combination (1-2-3-4-5-6-7-8) is ke4.ye4.d in .

• The4. visual indication for ‘acce4.ss grante4.d’ is gre4.e4.n LED flashing once4. . A high-pitche4.d tone4. is also ge4.ne4.rate4.d while4. the4. gre4.e4.n LED is on .

• The4. Maste4.r Use4.r must change4. the4. combination to be4. able4. to e4.xit the4. factory mode4., and switch to the4. acce4.ss mode4. .

Access Mode

This mode4. re4.fe4.rs to a lock that is ope4.rational for use4.r acce4.ss, and not in facto-ry or Programming Mode4. .

Pushbutton Programming Mode

The4. E-Ple4.x lock e4.nte4.rs the4. Pushbutton Programming Mode4. whe4.n the4. use4.r e4.nte4.rs the4. maste4.r combination or one4. of the4. manage4.r combinations, pre4.ce4.de4.d and followe4.d by the4. characte4.r ‘#’ (e4.x: #12345678#) . Once4. the4. E-Ple4.x Lock is in the4. Pushbutton Programming Mode4., the4. Maste4.r/Manage4.r can e4.nte4.r one4. or more4. command se4.que4.nce4.s . Each command se4.que4.nce4. e4.nds with a ‘#’ characte4.r that acts like4. an < enter > characte4.r . At the4. ve4.ry e4.nd of all se4.que4.nce4.s of program-ming commands, e4.nte4.r one4. more4. # to re4.move4. the4. lock from the4. Pushbutton Programming Mode4. to re4.turn to normal acce4.ss mode4. .

Sequence of Operations for Start-Up Programming What is the recommended sequence of operations?

With the4. E-Ple4.x Lock in the4. factory mode4. .

• Program the4. Acce4.ss Code4. Le4.ngth (de4.fault le4.ngth is four digits) . The4. acce4.ss code4. fie4.ld le4.ngth can only be4. change4.d whe4.n the4. lock is not activate4.d (whe4.n still in the4. factory mode4.) .

• Change4. factory Maste4.r to your own Maste4.r Code4. (always e4.ight digits) to place4. lock in acce4.ss mode4. .

Put lock in Pushbutton Programming Mode4. .

• Se4.t the4. Date4. / Time4.

• Program the4. Lock ID and Unlock time4.

• Program the4. Lock for the4. Duration of Passage4. Mode4. (if de4.sire4.d)

• Program the4. Lock for Tampe4.r Time4. Se4.ttings

• Program the4. Lock for Buzze4.r Volume4.

• Add Acce4.ss Code4.s as de4.sire4.d

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Default values of the E-Plex® Lock programmable parameters

Parameters Factory Default Values

Date4. (MM/DD/YY) 01/01/00

Time4. (HH:MM) 00:00

Lock state4. Unprogramme4.d

Lock ID 0000

Passage4. mode4. ope4.n time4. limit 9 hours

Passage4. mode4. Disable4.d

Lockout mode4. Disable4.d

Unlock time4. 2 se4.conds

Buzze4.r volume4. control Low

Tampe4.r shutdown time4. 30 se4.conds

Tampe4.r atte4.mpt count 4 atte4.mpts

Acce4.ss code4. le4.ngth 4 digits

Latch Holdback Mode4. Disable4.d (E-30xx only)

Swingbolt Privile4.ge4. Disable4.d (E-30xx only)

Privacy Privile4.ge4. Disable4.d (E-50xx only)

Maste4.r combination 12345678 (8 digits)

Acce4.ss code4. None4.

Code4. status Activate4.d

M-Unit use4.r’s combination None4.

M-Unit use4.r’s status Disable4.d

Configuring the Lock

General Procedure for Pushbutton Programming

1 . The4. page4.s that follow provide4. ste4.p-by-ste4.p instructions for programming the4. E-Ple4.x Lock .

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2 . The4. ge4.ne4.ral proce4.dure4. for all programming functions is as follows:

a . Put the4. lock in Programming Mode4. by pre4.ssing # Maste4.r Code4. #

b . Use4. the4. Summary of Commands Table4. in the4. appe4.ndix se4.ction of this guide4. to e4.nte4.r the4. thre4.e4. digit command se4.que4.nce4. (Command Type4. + Function Code4.), followe4.d by # .

c . Ente4.r the4. appropriate4. numbe4.rs as re4.quire4.d .

d . Pre4.ss # to e4.nd Programming Mode4. .

e4. . Once4. the4. lock is in programming mode4., multiple4. command se4.que4.nce4.s can be4. e4.nte4.re4.d without having to re4.pe4.at the4. #maste4.rcode4.# . Howe4.ve4.r, if the4.re4. is no activity for 15 se4.conds at the4. ke4.ypad, the4. lock will automatically e4.xit from programming mode4. .

For example

• If the4. Maste4.r or Manage4.r e4.nte4.rs his code4. of 87654321, the4. door will ope4.n .

• If he4. e4.nte4.rs #87654321#, the4. lock will e4.nte4.r into the4. Programming Mode4. and wait for the4. ne4.xt part of the4. command .

• If he4. e4.nte4.rs the4. # sign twice4. at the4. e4.nd of the4. code4., for e4.xample4. #87654321##, the4. lock will go out of Programming Mode4. and re4.turn to its normal mode4. .

Note: The4. # pound sign acts like4. the4. Ente4.r ke4.y on a ke4.yboard in your communications with the4. lock . The4. # te4.lls the4. lock that one4. part of the4. e4.ntry is finishe4.d . The4. # se4.rve4.s anothe4.r purpose4. - to distinguish a programming type4. command from a simple4. Acce4.ss Code4. to ope4.n the4. door . A Maste4.r or Manage4.r Use4.r can use4. the4. same4. numbe4.r to ope4.n the4. door or to put the4. lock in Programming Mode4., the4. only diffe4.re4.nce4. be4.ing that he4. use4.s the4. # sign in front to signal that he4. is about to e4.nte4.r a programming command . For incre4.ase4.d se4.curity, it is re4.comme4.nde4.d that the4. maste4.r use4.r code4. not be4. use4.d for e4.ve4.ryday acce4.ss . This can be4. accomplishe4.d by cre4.ating an acce4.ss use4.r code4. for the4. maste4.r use4.r .

Reset ProceduresThe4.re4. are4. thre4.e4. diffe4.re4.nt “Re4.se4.t” le4.ve4.ls available4. in the4. E-Ple4.x Lock .

Code 099# will re4.se4.t the4. lock to the4. factory de4.fault se4.ttings e4.xce4.pt for the4. acce4.ss code4. le4.ngth (Maste4.r, Manage4.r Acce4.ss Use4.r code4.s and Time4. / Date4. are4. re4.taine4.d if alre4.ady programme4.d)

Code 299# will de4.le4.te4. all acce4.ss and se4.rvice4. use4.r code4.s (Maste4.r, Manage4.r and M-Unit * use4.rs are4. re4.taine4.d)

Hard Reset will re4.turn the4. lock to factory mode4. including de4.le4.ting all code4.s, putting the4. lock back to factory de4.fault value4.s (4 digit acce4.ss code4. le4.ngth) and making the4. maste4.r code4. 1-2-3-4-5-6-7-8 . A hard re4.se4.t is pe4.rforme4.d as fol-lows .

Hard reset sequence for the E-Plex E5xxx Series:

A) User knows the Master code:

1 . Inse4.rt me4.chanical ove4.rride4. ke4.y, turn counte4.rclockwise4. and hold so that lock is in ope4.n position (cylindrical latch is re4.tracte4.d) . Within 5 se4.c- onds, pre4.ss # and re4.le4.ase4. the4. ke4.y (latch) .

7

2 . You have4. up to 5 se4.conds to push ‘#’ and re4.le4.ase4. the4. ove4.rride4. ke4.y . If 5-se4.cond time4.out is re4.ache4.d without pre4.ssing ‘#’, the4. lock continue4.s its normal ope4.ration . As soon as the4. ‘#’ is pre4.sse4.d, the4. lock e4.xits the4. curre4.nt state4. . If time4.out is re4.ache4.d or if any othe4.r ke4.y is pre4.sse4.d afte4.r the4. ‘#’ was pre4.sse4.d, the4. lock e4.xits the4. se4.que4.nce4. and stays in acce4.ss state4. . If ‘#’ is pushe4.d and re4.se4.t button is re4.le4.ase4.d within 5-se4.cond pe4.riod, the4. lock goe4.s in Re4.se4.t Se4.que4.nce4. State4. and the4. lock displays the4. ‘Re4.se4.t Se4.que4.nce4. In Progre4.ss’ me4.ssage4. by flashing Gre4.e4.n and Re4.d LED alte4.rnative4.ly once4. e4.ve4.ry se4.cond .

3 . In this state4., use4.rs have4. a 20-se4.cond pe4.riod to e4.nte4.r the4. Maste4.r Code4. to pe4.rform a hard re4.se4.t . If a bad Maste4.r Code4. is ke4.ye4.d-in, the4. lock e4.xits the4. Re4.se4.t Se4.que4.nce4. State4. and goe4.s back in acce4.ss state4. . If the4. corre4.ct Maste4.r Code4. is e4.nte4.re4.d within 20 se4.conds, the4. lock pe4.rforms a hard re4.se4.t and goe4.s back in unprogramme4.d state4. . Whe4.n an incorre4.ct Maste4.r Code4. is e4.nte4.re4.d, the4. Tampe4.r Count de4.cre4.me4.nts . Afte4.r 4 unsucce4.ssful atte4.mpts to Re4.se4.t the4. lock with a bad Maste4.r code4., the4. lock goe4.s in the4. Tampe4.r Shutdown state4. for 30 se4.conds . It will re4.sume4. normal ope4.rations afte4.r this de4.lay . If no maste4.r code4. is e4.nte4.re4.d during the4. 20 se4.conds de4.lay, the4. lock will e4.nte4.r a 15 minute4. wait pe4.riod assuming the4. Maste4.r Code4. is unknown .

B) User does not know the Master code:

1 . Inse4.rt me4.chanical ove4.rride4. ke4.y, turn counte4.rclockwise4. and hold so that lock is in ope4.n position (cylindrical latch is re4.tracte4.d) . Within 5 se4.c- onds, pre4.ss # and re4.le4.ase4. the4. ke4.y (latch) .

2 . You have4. up to 5 se4.conds to push ‘#’ and re4.le4.ase4. the4. ove4.rride4. ke4.y . If 5-se4.cond time4.out is re4.ache4.d without pre4.ssing ‘#’, the4. lock continue4.s its normal ope4.ration . As soon as the4. ‘#’ is pre4.sse4.d, the4. lock e4.xits the4. curre4.nt state4. . If time4.out is re4.ache4.d or if any othe4.r ke4.y is pre4.sse4.d afte4.r the4. ‘#’ was pre4.sse4.d, the4. lock e4.xits the4. se4.que4.nce4. and stays in acce4.ss state4. . If ‘#’ is pushe4.d and re4.se4.t button is re4.le4.ase4. within 5-se4.cond pe4.riod, the4. lock goe4.s in Re4.se4.t Se4.que4.nce4. State4. and the4. lock displays the4. ‘Re4.se4.t Se4.que4.nce4. In Progre4.ss me4.ssage4. by flashing Gre4.e4.n and Re4.d LED alte4.rnative4.ly once4. e4.ve4.ry se4.cond .

3 . In this state4., use4.rs have4. a 20-se4.cond pe4.riod to e4.nte4.r the4. Maste4.r Code4. to pe4.rform a hard re4.se4.t . Whe4.n the4. use4.r doe4.s not know the4. maste4.r code4., the4. use4.r must not e4.nte4.r anything during that 20 se4.conds de4.lay . The4. Re4.se4.t se4.que4.nce4. in progre4.ss me4.ssage4. will be4. displaye4.d on the4. LEDs .

4 . Whe4.n the4. 20 se4.conds de4.lay will be4. e4.xhauste4.d, a 15 minute4.s wait pe4.riod will be4.gin . During that state4., any ope4.ration on the4. lock will be4. ignore4.d (gre4.e4.n LED will not blink whe4.n pre4.ssing ke4.ys) and the4. Gre4.e4.n and Re4.d LED will blink once4. a minute4. .

5 . Afte4.r the4. 15 minute4.s de4.lay has e4.xhauste4.d, the4. Re4.se4.t se4.que4.nce4. in progre4.ss me4.ssage4. will be4. displaye4.d on the4. LEDs again for 20 se4.conds . During this pe4.riod, the4. use4.r must e4.nte4.r the4. 1-2-3-4-5-6-7-8-# se4.que4.nce4. and the4. lock will re4.se4.t . If the4. use4.r fails to do so, the4. se4.que4.nce4. will abort and the4. lock will re4.sume4. normal ope4.ration .

8

Hard reset sequence for E-Plex 3xxx Series:

A) User knows the Master code:

1 . Inse4.rt me4.chanical ove4.rride4. ke4.y, turn to 3 o’clock position, pre4.ss # and the4.n turn ke4.y back to 12 o’clock position within 5 se4.conds .

2 . You have4. up to 5 se4.conds to push ‘#’ and the4.n turn ke4.y back to 12 o’clock position . If 5-se4.cond time4.out is re4.ache4.d without pre4.ssing ‘#’, the4. lock continue4.s its normal ope4.ration . As soon as the4. ‘#’ is pre4.sse4.d, the4. lock e4.xits the4. curre4.nt state4. . If time4.out is re4.ache4.d or if any othe4.r ke4.y is pre4.sse4.d afte4.r the4. ‘#’ was pre4.sse4.d, the4. lock e4.xits the4. se4.que4.nce4. and stays in acce4.ss state4. . If ‘#’ is pushe4.d and re4.se4.t button is re4.le4.ase4.d within 5-se4.cond pe4.riod, the4. lock goe4.s in Re4.se4.t Se4.que4.nce4. State4. and the4. lock displays the4. ‘Re4.se4.t Se4.que4.nce4. In Progre4.ss’ me4.ssage4. by flashing Gre4.e4.n and Re4.d LED alte4.rnative4.ly once4. e4.ve4.ry se4.cond .

3 . In this state4., use4.rs have4. a 20-se4.cond pe4.riod to e4.nte4.r the4. Maste4.r Code4. to pe4.rform a hard re4.se4.t . If a bad Maste4.r Code4. is ke4.ye4.d-in, the4. lock e4.xits the4. Re4.se4.t Se4.que4.nce4. State4. and goe4.s back in acce4.ss state4. . If the4. corre4.ct Maste4.r Code4. is e4.nte4.re4.d within 20 se4.conds, the4. lock pe4.rforms a hard re4.se4.t and goe4.s back in unprogramme4.d state4. . Whe4.n an incorre4.ct Maste4.r Code4. is e4.nte4.re4.d, the4. Tampe4.r Count de4.cre4.me4.nts . Afte4.r 4 unsucce4.ssful atte4.mpts to Re4.se4.t the4. lock with a bad Maste4.r code4., the4. lock goe4.s in the4. Tampe4.r Shutdown state4. for 30 se4.conds . It will re4.sume4. normal ope4.rations afte4.r this de4.lay . If no maste4.r code4. is e4.nte4.re4.d during the4. 20 se4.conds de4.lay, the4. lock will e4.nte4.r a 15 minute4. wait pe4.riod assuming the4. Maste4.r Code4. is unknown .

B) User does not know the Master code:

1 . Inse4.rt me4.chanical ove4.rride4. ke4.y, turn to 3 o’clock position, pre4.ss # and the4.n turn ke4.y back to 12 o’clock position within 5 se4.conds . 2 . You have4. up to 5 se4.conds to push ‘#’ and the4.n turn ke4.y back to 12 o’clock position . If 5-se4.cond time4.out is re4.ache4.d without pre4.ssing ‘#’, the4. lock continue4.s its normal ope4.ration . As soon as the4. ‘#’ is pre4.sse4.d, the4. lock e4.xits the4. curre4.nt state4. . If time4.out is re4.ache4.d or if any othe4.r ke4.y is pre4.sse4.d afte4.r the4. ‘#’ was pre4.sse4.d, the4. lock e4.xits the4. se4.que4.nce4. and stays in acce4.ss state4. . If ‘#’ is pushe4.d and re4.se4.t button is re4.le4.ase4. within 5-se4.cond pe4.riod, the4. lock goe4.s in Re4.se4.t Se4.que4.nce4. State4. and the4. lock displays the4. ‘Re4.se4.t Se4.que4.nce4. In Progre4.ss me4.ssage4. by flashing Gre4.e4.n and Re4.d LED alte4.rnative4.ly once4. e4.ve4.ry se4.cond .

3 . In this state4., use4.rs have4. a 20-se4.cond pe4.riod to e4.nte4.r the4. Maste4.r Code4. to pe4.rform a hard re4.se4.t . Whe4.n the4. use4.r doe4.s not know the4. maste4.r code4., the4. use4.r must not e4.nte4.r anything during that 20 se4.conds de4.lay . The4. Re4.se4.t se4.que4.nce4. in progre4.ss me4.ssage4. will be4. displaye4.d on the4. LEDs .

4 . Whe4.n the4. 20 se4.conds de4.lay will be4. e4.xhauste4.d, a 15 minute4.s wait pe4.riod will be4.gin . During that state4., any ope4.ration on the4. lock will be4. ignore4.d (gre4.e4.n LED will not blink whe4.n pre4.ssing ke4.ys) and the4. Gre4.e4.n and Re4.d LED will blink once4. a minute4. .

9

5 . Afte4.r the4. 15 minute4.s de4.lay has e4.xhauste4.d, the4. Re4.se4.t se4.que4.nce4. in progre4.ss me4.ssage4. will be4. displaye4.d on the4. LEDs again for 20 se4.conds . During this pe4.riod, the4. use4.r must e4.nte4.r the4. 1-2-3-4-5-6-7-8-# se4.que4.nce4. and the4. lock will re4.se4.t . If the4. use4.r fails to do so, the4. se4.que4.nce4. will abort and the4. lock will re4.sume4. normal ope4.ration .

*M-UnitisonlyapplicablewhenusingoptionalE-Plexsoftware.

PROCEDURE 1 - PROGRAM THE ACCESS CODE LENGTH

Se4.tting the4. le4.ngth of Acce4.ss Code4.s must be4. the4. first lock programmable4. func-tion you pe4.rform, be4.cause4. all your othe4.r acce4.ss code4.s must have4. the4. same4. le4.ngth . If a use4.r e4.nte4.rs a code4. of a diffe4.re4.nt le4.ngth, the4. lock will not acce4.pt it . Longe4.r le4.ngth Acce4.ss Code4.s pe4.rmit a gre4.ate4.r numbe4.r of code4. possibilitie4.s, and thus highe4.r se4.curity . The4. maste4.r code4. must always be4. 8 digits . This le4.ngth can not be4. change4.d .

Required User Level: Master

1 . To configure4. the4. E-Ple4.x Lock programmable4. pushbutton lock, it must first be4. place4.d in Programming Mode4. .

Important: This is the only programmable function that can be done during the factory mode using the factory master code . Except for changing from the factory code to a new master code .

2 . Ente4.r the4. E-Ple4.x Lock factory Maste4.r (Programming) Code4. (#12345678#) . The4. lock re4.sponds with a flashing gre4.e4.n light . If 1-2-3-4-5-6-7-8 doe4.s not se4.e4.m to work, ple4.ase4. follow the4. ste4.ps to pe4.rform a hard re4.se4.t by following the4. proce4.dure4. in on page4. 6 .

3 . Ente4.r the4. code4. 009 #LL #, whe4.re4. LL re4.pre4.se4.nts the4. le4.ngth (numbe4.r of digits in a code4.) . The4. range4. is from 04 to 08 digits . You can leave the factory default Access Code length (4 digits) if you wish by not changing the length .

4 . Example4. of Comple4.te4. Entry: 009#05# to change4. the4. code4. le4.ngth to 5 digits .

5 . Ke4.y in anothe4.r # to indicate4. the4. e4.nd of programming .

6 . From now on, all the4. Acce4.ss Code4.s you cre4.ate4. must be4. the4. le4.ngth spe4.cifie4.d in this ste4.p .

10

PROCEDURE 2 - MODIFY THE MASTER USER ACCESS CODE


1 . To change4. the4. factory code4. or curre4.nt Maste4.r Code4., follow the4. ne4.xt thre4.e4. ste4.ps:

2 . Put lock into Pushbutton Programming Mode4. .

3 . Use4. the4. command, 000, for Maste4.r, the4.n the4. ne4.w Maste4.r Code4. numbe4.r .

4 . You must use4. 8 digits be4.twe4.e4.n 00000000 and 99999999 as follows: 000#MMMMMMMM#, we4.’ll use4. 000#87654321# as an e4.xample4. .

5 . Ente4.r the4. Maste4.r Code4. again 87654321# for confirmation .

6 . Example4. of Comple4.te4. Entry: 000#87654321#87654321# .

7 . Ke4.y in anothe4.r # to indicate4. the4. e4.nd of programming .

8 . Afte4.r that, you will always use4. your own Maste4.r Code4. . Ple4.ase4. write4. the4. code4. down and ke4.e4.p in a safe4. place4. . The4. factory code4. is no longe4.r valid .

PROCEDURE 3 - SET THE DATE / TIME

Note: Not re4.quire4.d if software4. is not use4.d

You must e4.nte4.r the4. curre4.nt date4. and time4. in e4.ach lock to e4.nable4. accurate4. programming and auditing . Always e4.nte4.r Standard Time4.; the4. software4. package4. will make4. the4. adjustme4.nt for Daylight Savings Time4. . The4.se4. must be4. re4.gularly update4.d according to your mainte4.nance4. sche4.dule4. . Ente4.r 001 for date4. se4.ttings and 002 for time4. se4.ttings . Date4. / time4. se4.ttings are4. ke4.pt afte4.r a batte4.ry change4. unle4.ss you re4.move4. the4. batte4.rie4.s for more4. than two minute4.s . In this case4., the4. time4. is re4.se4.t to 00:00:00 and the4. date4. to 01/01/00 .


1 . Put lock into pushbutton programming mode4. .

2 . Ente4.r the4. date4. as follows: 001#MMDDYY# (Month, Day, Ye4.ar, whe4.re4. MM = 01 to 12; DD = 01 to 31; YY = 00 to 99 . For e4.xample4., Nov . 22, 2007 would be4. e4.nte4.re4.d as 112207) .

3 . Ente4.r the4. date4. again to confirm MMDDYY# . Example4. of Comple4.te4. Entry: 001#112207#112207# .

4 . For the4. time4., e4.nte4.r as follows: 002#HHMM#, whe4.re4. HH = 00 to 23 hours; MM = 00 to 59 minute4.s . Use4. military time4. - for e4.xample4. e4.ight- thirty in the4. morning would be4. 0830, while4. in the4. e4.ve4.ning it would be4. 2030) .

5 . Ente4.r the4. code4. again HHMM#, for e4.xample4. 0830 .

6 . Example4. of Comple4.te4. Entry: 002#0830#0830# .

7 . Ente4.r anothe4.r # to indicate4. the4. e4.nd of programming .

8 . The4. curre4.nt date4. and time4. are4. now programme4.d into the4. lock .

11

PROCEDURE 4 - PROGRAM THE LOCk ID AND UNLOCk TIME

Assign an ID numbe4.r to e4.ach lock for configuration and auditing purpose4.s . This is an inte4.rnal numbe4.r (de4.fault 0000), and is the4. same4. as the4. door numbe4.r . Unlock time4. is the4. le4.ngth of time4. the4. door will re4.main unlocke4.d whe4.n a corre4.ct code4. is e4.nte4.re4.d be4.fore4. automatically re4.-locking itse4.lf .

Required User Level: Lock ID: Master, Unlock Time: Master, Manager

1 . Put the4. lock into Pushbutton Programming Mode4. .

2 . To se4.t up the4. Lock ID, e4.nte4.r command 003# .

3 . Enter NNNN (whe4.re4. NNNN is the4. lock ID - a numbe4.r from 0000 to 9999) . For e4.xample4., 1234 .

4 . Example4. of Comple4.te4. Entry: 003#1234# .

5 . The4. lock ID is now in its me4.mory .

6 . Ente4.r anothe4.r # to indicate4. the4. e4.nd of programming, or re4.main in programming mode4. to continue4. .

7 . To e4.stablish Unlock Time4., e4.nte4.r the4. following code4.: 004#TT#, where TT is the4. time4. in se4.conds, (TT=02 to 20 se4.conds, for e4.xample4. 10 se4.conds) .



10 . You have4. now programme4.d the4. lock ID 1234 and, for e4.xample4., an Unlock Time4. of 10 se4.conds for the4. door .

PROCEDURE 5 - PROGRAM THE DURATION OF THE PASSAGE MODE PERIOD

You might want to program locks for public are4.as, such as cafe4.te4.rias, to have4. fre4.e4. acce4.ss (Passage4. Mode4.) during ce4.rtain pe4.riods of the4. day, and re4.ve4.rt to re4.quire4.d code4. acce4.ss outside4. of the4.se4. re4.gular hours .

The4. le4.ngth of time4. that the4. lock re4.mains in Passage4. Mode4. is programmable4. .

The4. factory de4.fault le4.ngth of time4. for Passage4. Mode4. is 9 hours - you may le4.ave4. the4. de4.fault, but by de4.fault, the4. lock’s passage4. mode4. is de4.-activate4.d .

Whe4.n the4. lock is activate4.d at the4. lock ke4.ypad to go into Passage4. Mode4., it will automatically re4.lock afte4.r the4. de4.signate4.d duration .

Required User Level: Master, Manager


2 . Ente4.r command code4. 005# .

3 . The4.n TT#, whe4.re4. TT= 01 to 24 hours .

4 . A TT e4.ntry of 00 me4.ans the4.re4. is no time4. limit - the4. door re4.mains unlocke4.d (pe4.rmane4.ntly) .

5 . Ente4.r 005 #TT#; for e4.xample4., 005#06# for six hours .

12



8 . In this e4.xample4., the4. lock will re4.main unlocke4.d for six hours, starting from the4. time4. you activate4. it in Passage4. Mode4. .

9 . You have4. now configure4.d the4. duration of the4. Passage4. Mode4. pe4.riod for that lock . This doe4.s NOT initiate4. Passage4. Mode4. until you activate4. the4. Passage4. Mode4. - Se4.e4. Proce4.dure4. 12 on “How to activate4./de4.activate4. the4. Passage4. Mode4. .”

10 . The4. ne4.w le4.ngth of time4. will take4. e4.ffe4.ct the4. ne4.xt time4. you put a lock into Passage4. Mode4. by following the4. corre4.ct command se4.que4.nce4. .

PROCEDURE 6 - PROGRAM THE LOCk FOR TAMPER TIME PARAMETERS

You can se4.t a Tampe4.r Time4. Wrong Trie4.s parame4.te4.r re4.fe4.rring to the4. numbe4.r of time4.s the4. wrong code4. can be4. e4.nte4.re4.d be4.fore4. the4. lock goe4.s into Tampe4.r Shutdown Mode4. .

For e4.xample4., if you program the4. lock to acce4.pt thre4.e4. wrong trie4.s, the4. lock will tole4.rate4. thre4.e4. wrong e4.ntrie4.s, staying locke4.d but providing visual fe4.e4.dback (se4.e4. visual me4.ssage4. chart in re4.ar se4.ction) . Afte4.r that, it will go into a Tampe4.r Shutdown Mode4. and re4.main locke4.d until the4. e4.nd of the4. Tampe4.r Shutdown Time4. pe4.riod - the4. le4.ngth of that pe4.riod is configure4.d in Ste4.p 4 of this proce4.dure4. (be4.low) .


1 . Se4.t the4. tampe4.r time4. for the4. pe4.riod of time4. during which the4. ke4.ypad will re4.main inacce4.ssible4. afte4.r the4. spe4.cifie4.d numbe4.r of wrong Acce4.ss Code4.s are4. e4.nte4.re4.d


3 . Ente4.r the4. code4. as follows - 006#TT# (TT is se4.conds - 00 to 90 se4.conds) .

4 . Example4. of Comple4.te4. Entry: 006#60# . (for 60 se4.conds)

5 . Ente4.r the4. code4. as follows: 007 #TT# (TT is numbe4.r of wrong e4.ntrie4.s - 03 to 09), le4.t’s use4. 05 for e4.xample4. .



8 . The4. lock will stay locke4.d afte4.r thre4.e4. wrong e4.ntrie4.s for the4. le4.ngth of time4. you se4.le4.ct in the4. ste4.ps be4.low, even if a valid code (including the Master or a Manager Code) is entered after the three wrong codes . Only the mechanical key override will open the lock during the tamper shut down Period .


13

In this e4.xample4., the4. lock will now re4.main locke4.d for 30 se4.conds afte4.r thre4.e4. wrong Acce4.ss Code4.s have4. be4.e4.n e4.nte4.re4.d . No code4.s, e4.ve4.n valid one4.s or the4. Maste4.r Code4., will work in the4. lock until that time4. pe4.riod has e4.lapse4.d . Only the4. me4.chanical ove4.rride4. ke4.y will ope4.n the4. lock during the4. tampe4.r shutdown .

PROCEDURE 7 - PROGRAMMING THE LOCk FOR kEYPAD BUzzER VOLUME

You might want to adjust the4. volume4. of the4. Ke4.ypad Buzze4.r de4.pe4.nding on whe4.re4. the4. lock is locate4.d - a noisy or quie4.t are4.a .



2 . Ente4.r the4. code4. 008#VV# (whe4.re4. VV is a scale4. of volume4. from 00 to 03; 00 = off; 01 = Low; 02 = Normal; 03 = High) .



5 . The4. lock will now sound the4. buzze4.r at the4. de4.sire4.d volume4. Normal, until you change4. it .

USER - GENERAL INFORMATION 1 . Maste4.r and Manage4.r Code4.s can do two diffe4.re4.nt things:

• Ope4.n the4. door by e4.nte4.ring the4. Acce4.ss Code4. without # signs . • Put the4. lock into Pushbutton Programming Mode4. by e4.nte4.ring # be4.fore4.

and afte4.r the4.ir Acce4.ss Code4. .

2 . Each use4.r (Manage4.r Use4.r, Se4.rvice4. Use4.r or Acce4.ss Use4.r) occupie4.s one4. of the4. available4. 300 locations in the4. use4.r table4. .

3 . By de4.fault, use4.r 000 is the4. Maste4.r Use4.r .

4 . The4. M-Unit Use4.r is outside4. of the4. use4.r table4. (only applicable4. with “E-Ple4.x Standard” PC software4. use4.) .

5 . Use4.rs have4. a 15-se4.cond pe4.riod to e4.nte4.r the4. e4.ntire4. ke4.y se4.que4.nce4., and 5 se4.conds be4.twe4.e4.n pre4.ssing e4.ach pushbutton numbe4.r . If the4.y pause4. longe4.r than 5 se4.conds be4.twe4.e4.n e4.ach pushbutton pre4.sse4.d, or e4.xce4.e4.d the4. 15-se4.c-ond pe4.riod to e4.nte4.r the4. total se4.que4.nce4., the4. lock: • aborts the4. curre4.nt programming se4.que4.nce4. • automatically e4.xits the4. programming state4. • se4.nds the4. use4.r a ‘Ke4.ypad Time4.out’ fe4.e4.dback me4.ssage4.

Note: Correct errors during a command sequence . If an invalid e4.ntry occurs, re4.cove4.r from the4. mistake4. by e4.nte4.ring the4. (*) ke4.y, which will cle4.ar all e4.ntrie4.s made4. from the4. be4.ginning of the4. curre4.nt command se4.que4.nce4., and will re4.se4.t the4. 15-se4.cond time4. limit for e4.nte4.ring the4. code4. . In this case4., you still have4. 15 se4.conds from the4. first numbe4.r e4.nte4.re4.d to e4.nte4.r the4. whole4. code4. .

14

USER LEVELS

Five4. diffe4.re4.nt classifications of use4.rs can pe4.rform various ope4.rations at the4. lock .

Master User - The4. Maste4.r Use4.r is the4. top-le4.ve4.l manage4.r who pe4.rforms the4. initial lock se4.tup activitie4.s and can program all lock functions . The4.re4. is a maximum of one4. Maste4.r Use4.r pe4.r lock .

Manager - A Manage4.r can program all lock functions e4.xce4.pt:

• de4.fining the4. Acce4.ss Use4.r Code4. le4.ngth

• modifying the4. lock ID

• modifying maste4.r use4.r Acce4.ss Code4.

• changing date4. and time4.

• re4.se4.tting to de4.fault value4.

• activating lockout mode4.

• adding / de4.le4.ting / e4.nabling / disabling a Manage4.r Use4.r . The4. numbe4.r of Manage4.rs is limite4.d only by available4. use4.r table4. space4. (299 maximum be4.cause4. one4. (000) is re4.se4.rve4.d for the4. Maste4.r Code4.) .

Access User - An Acce4.ss Use4.r has the4. ability to ope4.n the4. lock . The4. numbe4.r of Acce4.ss Use4.rs is limite4.d only by available4. use4.r table4. space4. (299 maximum be4.cause4. one4. (000) is re4.se4.rve4.d for the4. Maste4.r Code4.) .

Service User - A use4.r with an Acce4.ss Code4. valid for a configurable4. pe4.riod of time4. . This pe4.riod of time4. starts on the4. first use4. of the4. code4. . Each Se4.rvice4. Use4.r combination is automatically de4.le4.te4.d from the4. locks me4.mory afte4.r its pe4.riod of time4. e4.xpire4.s . The4. numbe4.r of se4.rvice4. use4.rs is limite4.d only by available4. use4.r table4. space4. (299 maximum be4.cause4. one4. (000) is re4.se4.rve4.d for the4. Maste4.r Code4.) .

M-Unit User - The4. M-Unit Use4.r (Mainte4.nance4. Use4.r) is only applicable4. whe4.n use4.d with a handhe4.ld PDA and the4. E-Ple4.x software4., sold se4.parate4.ly . Ple4.ase4. re4.fe4.r to the4. “E-Ple4.x Standard” Software4. Use4.r Guide4. for M-Unit ope4.ration .

Note: The4. total numbe4.r of code4.s e4.nrolle4.d into the4. lock at any give4.n time4. cannot e4.xce4.e4.d 300 (plus M-Unit Use4.r if applicable4.), re4.gardle4.ss of code4. classification .

USER CODES

Each time4. you add a use4.r to give4. acce4.ss to a door, you must program the4. door with an Acce4.ss Code4. for the4.m . This Use4.r Acce4.ss Code4. can also be4. re4.fe4.rre4.d to as a PIN (Pe4.rsonal Ide4.ntification Numbe4.r) . If you modify the4. Acce4.ss Code4. for an e4.xisting use4.r, the4. proce4.dure4. is the4. same4. .

User Codes must not have the exact same numbers in the same position as the Master Code .

The4. Maste4.r Code4. 00004992 is use4.d as an e4.xample4. in the4. table4. be4.low .

15

USER ACCESS CODES (PINs) - ExAMPLES

Master Code User Code Length Sample User Codes

Acceptable Unacceptable

00004992 4 digits 1000 0000

0005

1206

0001

00004992 5 digits 32000 00004

00006

00100

00044

00004992 6 digits 001041 000049

000046

400492

000048

00004992 7 digits 0005521 0000499

2000499

9900872

1000892

00004992 8 digits 80009765 00004992

12006654

00004993

40004992

PROCEDURE 1 - ADD / MODIFY A USER ACCESS CODE

• Whe4.n use4.rs no longe4.r ne4.e4.d acce4.ss to the4. lock, de4.le4.te4. the4. Use4.r Code4. by de4.le4.ting the4. corre4.sponding use4.r ID location . This pe4.rmits you to use4. the4. de4.le4.te4.d use4.r ID location for a ne4.w use4.r .

• If you only de4.-activate4. the4. old code4., you cannot add a use4.r with the4. same4. numbe4.r . De4.-activate4. should only be4. use4.d whe4.n the4. Use4.r is, for e4.xample4., on vacation, and his numbe4.r will be4. re4.-activate4.d whe4.n he4. re4.turns .

• A Use4.r ID location is a 3-digit numbe4.r assigne4.d by the4. Maste4.r or Manage4.r . You should have4. the4. list of Use4.r ID locations with you whe4.n programming locks . You should always maintain an accurate4. and corre4.ct list of Use4.r ID locations and use4.rs assigne4.d to those4. ID locations .

16



2 . Ente4.r command 100# to add / modify a Use4.r Acce4.ss Code4. .

3 . Ente4.r the4. Use4.r ID location followe4.d by # - NNN#, we4. use4. 023# for e4.xample4. (Range4. = 000 to 299) . The4. Use4.r List Table4. on page4. 28 may be4. he4.lpful .

4 . Ente4.r UUUUUUUU#, re4.pre4.se4.nting a Use4.r Acce4.ss Code4. of be4.twe4.e4.n 4 and 8 numbe4.rs, de4.pe4.nding on the4. le4.ngth of Acce4.ss Code4. that you se4.le4.cte4.d in Proce4.dure4. 1 on page4. 7 . For e4.xample4., if your code4. le4.ngth is 4 digits, the4. numbe4.r could be4. 1024# .

5 . Ente4.r the4. code4. 1024# again .

6 . Example4. of Comple4.te4. Entry: 100#023#1024#1024# .


8 . In this e4.xample4., the4. Use4.r Acce4.ss Code4. 1024 will now work in that door for this re4.gular Use4.r .

PROCEDURE 2 - ADD / MODIFY A MANAGER ACCESS CODE

Each time4. you add a Manage4.r acce4.ss to a door, you must program the4. door with a Manage4.r Acce4.ss Code4. . If you change4. the4. Acce4.ss Code4. for an e4.xisting Manage4.r, the4. proce4.dure4. is the4. same4. .



2 . Ente4.r command 101# to add / modify a Manage4.r Acce4.ss Code4. .

3 . Ente4.r the4. Use4.r ID location (a thre4.e4.-digit numbe4.r you have4. on a list that you should carry with you) followe4.d by #, for e4.xample4. 024# .

4 . Ente4.r UUUUUUUU#, re4.pre4.se4.nting a Use4.r Acce4.ss Code4. of be4.twe4.e4.n 4 and 8 numbe4.rs, de4.pe4.nding on the4. le4.ngth of Acce4.ss Code4. that you se4.le4.cte4.d in Proce4.dure4. 1 on page4. 7 . For e4.xample4., if your code4. le4.ngth is 4 digits, it could be4. 1224# .


6 . Example4. of Comple4.te4. Entry: 101#024#1224#1224# .


8 . The4. Manage4.r Acce4.ss Code4. 1224 will now work in that door with all the4. acce4.ss privile4.ge4.s assigne4.d to a Manage4.r Use4.r .

9 . Manage4.r Use4.rs can ope4.n the4. door by just e4.nte4.ring the4. Acce4.ss Code4. without the4. # signs, or put the4. lock into Pushbutton Programming Mode4. by e4.nte4.ring # be4.fore4. and afte4.r the4.ir Acce4.ss Code4. and program any lock .

17

PROCEDURE 3 - ADD / MODIFY SERVICE USER ACCESS CODE

A Se4.rvice4. Use4.r is any pe4.rson who ne4.e4.ds acce4.ss to the4. lock for a limite4.d time4. pe4.riod in orde4.r to pe4.rform a se4.rvice4., such as painting or re4.pairs in the4. room or are4.a . A Se4.rvice4. Use4.r Acce4.ss Code4. allows the4. se4.rvice4. pe4.rson to e4.nte4.r, e4.xit and re4.-e4.nte4.r using that code4. for a ce4.rtain numbe4.r of hours, up to a maximum of 24 hours .



2 . Ente4.r Command 102# to add/ modify a Se4.rvice4. Use4.r Acce4.ss Code4. .

3 . Ente4.r the4. Se4.rvice4. Use4.r ID location (a thre4.e4.-digit numbe4.r you have4. on a list that you should carry with you) followe4.d by #, for e4.xample4. 025# .

4 . Ente4.r UUUUUUUU#, re4.pre4.se4.nting a Use4.r Acce4.ss Code4. of be4.twe4.e4.n 4 and 8 numbe4.rs de4.pe4.nding on the4. le4.ngth of Acce4.ss Code4. that you se4.le4.cte4.d in Proce4.dure4. 1 on page4. 7 . For e4.xample4., if your code4. le4.ngth is 4 digits, it could be4. 2240# .


6 . Now e4.nte4.r the4. numbe4.r of hours, programmable4. be4.twe4.e4.n 01 and 24, for e4.xample4. 04 . If you e4.nte4.r a Se4.rvice4. Acce4.ss Code4. of 00, you can only e4.nte4.r the4. door once4. . If the4. door shuts upon e4.xiting, you will not be4. able4. to re4.-e4.nte4.r . This type4. of acce4.ss is calle4.d a one4.-shot code4. .

7 . Example4. of Comple4.te4. Entry: 102#025#2240#2240#04# .


9 . The4. Se4.rvice4. Use4.r Acce4.ss Code4. 2240 will now work in that door, for this Se4.rvice4. Use4.r for a pe4.riod of 4 hours from the4. time4. the4. Se4.rvice4. Use4.r e4.nte4.rs his Acce4.ss Code4. the4. first time4. .

PROCEDURE 4 - DELETE USER ACCESS CODES

Use4.r Acce4.ss Code4.s should be4. de4.le4.te4.d from the4. lock if no longe4.r ne4.e4.de4.d . This fre4.e4.s the4. Use4.r ID location to be4. assigne4.d to anothe4.r use4.r . Code4.s that may be4. ne4.e4.de4.d some4. time4. in the4. future4. should be4. de4.-activate4.d rathe4.r than de4.le4.te4.d .



2 . Ente4.r Command 200# to de4.le4.te4. a Use4.r Acce4.ss Code4. .

3 . Ente4.r the4. Use4.r ID location NNN#, whe4.re4. NNN is the4. spe4.cific Use4.r ID location from 000 to 299 .

4 . Example4. of comple4.te4. e4.ntry: 200 #023# .


By de4.le4.ting a Use4.r ID location, you have4. now also de4.le4.te4.d the4. associate4.d Use4.r Acce4.ss Code4., allowing you to assign this Use4.r ID location with a ne4.w acce4.ss code4. to anothe4.r use4.r if you wish .

18

kABA SIMPLEx®/E-PLEx® 5x00/3x00 SERIES LIMITED WARRANTYKaba Acce4.ss Control warrants this product to be4. fre4.e4. from de4.fe4.cts in mate4.rial and workmanship unde4.r normal use4. and se4.rvice4. for a pe4.riod of thre4.e4. (3) ye4.ars . Kaba Acce4.ss Control will re4.pair or re4.place4., at our discre4.tion, E-Ple4.x 5x00 and 3x00 Se4.rie4.s Locks found by Kaba Acce4.ss Control analysis to be4. de4.fe4.ctive4. during this pe4.riod . Our only liability, whe4.the4.r in tort or in contract, unde4.r this warranty is to re4.pair or re4.place4. products that are4. re4.turne4.d to Kaba Acce4.ss Control within the4. thre4.e4. (3) ye4.ar warranty pe4.riod .

This warranty is in lie4.u of and not in addition to any othe4.r warranty or condition, e4.xpre4.ss or implie4.d, including without limitation me4.rchantability, fitne4.ss for purpose4. or abse4.nce4. of late4.nt de4.fe4.cts .

ATTENTION: This warranty doe4.s not cove4.r proble4.ms arising out of imprope4.r installation, ne4.gle4.ct or misuse4. . All warrantie4.s implie4.d or writte4.n will be4. null and void if the4. lock is not installe4.d prope4.rly and / or if any supplie4.d compone4.nt part is substitute4.d with a fore4.ign part . If the4. lock is use4.d with a wall bumpe4.r, the4. warranty is null and void . If a doorstop is re4.quire4.d, we4. re4.comme4.nd the4. use4. of a floor se4.cure4.d stop .

The4. e4.nvironme4.nt and conditions of use4. de4.te4.rmine4. the4. life4. of finishe4.s on Kaba Acce4.ss Control products . Finishe4.s on Kaba Acce4.ss Control products are4. subje4.ct to change4. due4. to we4.ar and e4.nvironme4.ntal corrosion . Kaba Acce4.ss Control cannot be4. he4.ld re4.sponsible4. for the4. de4.te4.rioration of finishe4.s .

Authorization to Return Goods Re4.turne4.d me4.rchandise4. will not be4. acce4.pte4.d without prior approval . Approvals and Re4.turne4.d Goods Authorization Numbe4.rs (RGA Numbe4.rs) for the4. E-Ple4.x 5x00 and 3x00 Se4.rie4.s are4. available4. through our Custome4.r Se4.rvice4. de4.partme4.nt in Winston-Sale4.m, NC (800) 849-8324 . The serial number of a lock is required to obtain this RGA Number . The4. issuance4. of an RGA doe4.s not imply that a cre4.dit or re4.place4.me4.nt will be4. issue4.d .

The4. RGA numbe4.r must be4. include4.d on the4. addre4.ss labe4.l whe4.n mate4.rial is re4.turne4.d to the4. factory . All compone4.nt parts including latche4.s and strike4.s (e4.ve4.n if not inope4.rative4.) must be4. include4.d in the4. package4. with re4.turn . All me4.r-chandise4. must be4. re4.turne4.d pre4.paid and prope4.rly package4.d to the4. addre4.ss indicate4.d .

* E-Ple4.x 5x00/3x00 Se4.rie4.s locks are4. warrante4.d thre4.e4. (3) ye4.ars from date4. of activation .

KABA

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UM

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21

NotesNotes

22

PROCEDURE 5 - DELETE MANAGER ACCESS CODES

A Manage4.r Code4. should be4. de4.le4.te4.d from the4. lock if no longe4.r ne4.e4.de4.d, in orde4.r to fre4.e4. the4. code4. ID location to be4. assigne4.d to anothe4.r Manage4.r Use4.r . Manage4.r Code4.s that might be4. ne4.e4.de4.d some4. time4. in the4. future4. should be4. de4.- activate4.d rathe4.r than de4.le4.te4.d .



2 . Ente4.r Command 201# to de4.le4.te4. a Manage4.r Code4. .

3 . Ente4.r the4. ID location NNN#, whe4.re4. NNN is the4. spe4.cific Manage4.r ID location, 024 for e4.xample4. .

4 . Example4. of comple4.te4. e4.ntry: 201#024# .


You have4. now de4.le4.te4.d a Manage4.r ID location, and (indire4.ctly) his Acce4.ss Code4., allowing you to assign that ID location to anothe4.r Manage4.r or Acce4.ss Use4.r if you wish .

PROCEDURE 6 - DELETE SERVICE USER ACCESS CODES

A Se4.rvice4. Use4.r Acce4.ss Code4. is automatically de4.le4.te4.d from the4. lock at the4. e4.nd of its spe4.cifie4.d le4.ngth of time4. . Howe4.ve4.r, use4. this proce4.dure4. if you want to de4.le4.te4. the4. code4. e4.arlie4.r than the4. spe4.cifie4.d e4.xpiry time4. .



2 . Ente4.r Command 202# to de4.le4.te4. Se4.rvice4. Use4.r Acce4.ss Code4. .

3 . Ente4.r the4. ID location NNN#, whe4.re4. NNN is the4. spe4.cific Se4.rvice4. Use4.r ID location, 025 for e4.xample4.



6 . You have4. now de4.le4.te4.d a Se4.rvice4. Use4.r ID location, and (indire4.ctly) his acce4.ss code4., allowing you to assign that ID location to anothe4.r Se4.rvice4. Use4.r if you wish .

PROCEDURE 7 - DELETE ALL ACCESS CODES ExCEPT MASTER, MANAGER AND M-UNIT

All code4.s may be4. de4.le4.te4.d toge4.the4.r if you are4. changing e4.ve4.rything be4.cause4. of, for e4.xample4., suspe4.cte4.d the4.ft of code4.s . Warning - be4. sure4. that you want to do this, be4.cause4. re4.-cre4.ating code4.s for all the4. pe4.rsonne4.l will be4. time4.-consuming at the4. pushbuttons .

23



2 . Ente4.r Command 299# to de4.le4.te4. all Acce4.ss and Se4.rvice4. Use4.r Code4.s .


4 . You have4. now de4.le4.te4.d all Use4.r Acce4.ss and Se4.rvice4. Code4.s, allowing you to re4.-assign Acce4.ss Code4.s from 0000{0000} to 9999{9999}, in ID loca-tions from 001 through 299 .

PROCEDURE 8 - ACTIVATE USER ACCESS CODES

A Use4.r Code4. should be4. activate4.d if it has be4.e4.n de4.-activate4.d for a ce4.rtain time4. pe4.riod - during a use4.r’s vacation, for e4.xample4. . Use4.r Code4.s that are4. inactive4., but might be4. ne4.e4.de4.d some4. time4. in the4. future4., should be4. de4.-activate4.d rathe4.r than de4.le4.te4.d .



2 . Ente4.r Command 300# to activate4. a Use4.r Code4. .

3 . Ente4.r the4. ID location NNN #, whe4.re4. NNN is the4. spe4.cific Use4.r ID location, 023 for e4.xample4. .



6 . You have4. now activate4.d the4. Use4.r Acce4.ss Code4. assigne4.d to 023 .

PROCEDURE 9 - ACTIVATE MANAGER ACCESS CODE

A Manage4.r Code4. should be4. activate4.d if it has be4.e4.n de4.-activate4.d for a ce4.rtain time4. pe4.riod - during a Manage4.r’s vacation, for e4.xample4. .



2 . Ente4.r Command 301# to activate4. a Manage4.r Acce4.ss Code4. .

3 . Ente4.r the4. ID location NNN#, whe4.re4. NNN is the4. spe4.cific Use4.r ID location, 024 for e4.xample4. .



6 . The4. Manage4.r Acce4.ss Code4. will now work in that door with all the4. acce4.ss privile4.ge4.s assigne4.d to a Manage4.r Use4.r .

24

PROCEDURE 10 - ACTIVATE SERVICE USER ACCESS CODE

A Se4.rvice4. Use4.r Acce4.ss Code4. should be4. activate4.d if it has be4.e4.n de4.activate4.d for a ce4.rtain time4. pe4.riod - during a Se4.rvice4. Use4.r’s vacation, for e4.xample4. .



2 . Ente4.r Command 302# for Se4.rvice4. Use4.r Functional Code4. .

3 . Ente4.r the4. ID location NNN#, whe4.re4. NNN is the4. spe4.cific Use4.r ID location, 025 for e4.xample4. .



6 . You have4. now re4.activate4.d a Se4.rvice4. Use4.r Acce4.ss Code4. .

PROCEDURE 11 - ACTIVATE ALL USER ACCESS CODES

You may ne4.e4.d to activate4. all use4.rs if you have4. de4.-activate4.d the4. whole4. group - afte4.r a lockout, for e4.xample4. . This proce4.dure4. will re4.-activate4. all re4.gular and Se4.rvice4. Use4.r Acce4.ss Code4.s that are4. te4.mporarily inactive4. .



2 . Ente4.r Command 398# .

3 . Example4. of Comple4.te4. Entry: 398# .


5 . You have4. now re4.activate4.d all re4.gular Use4.r and Se4.rvice4. Use4.r Acce4.ss Code4.s .

PROCEDURE 12 - ACTIVATE / DE-ACTIVATE PASSAGE MODE

You have4. alre4.ady programme4.d a de4.fault duration for a door to re4.main in Passage4. Mode4. - Procedure 5, Program the Duration of the Passage Mode Period, on page4. 9 . Whe4.n you activate4. Passage4. Mode4., it be4.come4.s e4.nable4.d for the4. duration you have4. se4.t in Proce4.dure4. 5 .

If your le4.ngth is 6 hours, and you activate4. Passage4. Mode4. at 1:00, it will auto-matically re4.-lock at 7:00 . Eve4.n if the4. lock was take4.n in and out of Passage4. Mode4. multiple4. time4.s during the4. six hour pe4.riod, it will still re4.-lock afte4.r six hours (pro-grammable4.) from the4. original starting pe4.riod . This e4.nsure4.s that a lock will ne4.ve4.r re4.main in Passage4. Mode4. be4.yond the4. programme4.d time4. pe4.riod of 1 to 24 hours .

25



2 . Ente4.r Command 399# to activate4. / de4.-activate4. Passage4. Mode4. .

3 . Ente4.r the4. code4. whe4.re4. 1 = activate4. Passage4. Mode4. and 0 = de4.-activate4. Passage4. Mode4. .

4 . Example4. of Comple4.te4. Entry to activate4. Passage4. Mode4. 399#1# .


6 . You have4. now activate4.d Passage4. Mode4. on the4. door .

7 . Example4. of comple4.te4. Entry to de4.-activate4. passage4. mode4. 399#0##, anytime4. be4.fore4. the4. passage4. mode4. e4.xpiry time4. .

PROCEDURE 13 - DE-ACTIVATE USER ACCESS CODES

A Use4.r Code4. should be4. de4.-activate4.d during a Use4.r’s vacation, for e4.xample4. . Use4.r code4.s that are4. inactive4., but might be4. ne4.e4.de4.d some4. time4. in the4. future4., should be4. de4.-activate4.d rathe4.r than de4.le4.te4.d .



2 . Ente4.r Command 400# to de4.-activate4. Use4.r Acce4.ss Code4.s .

3 . Ente4.r the4. code4. 400 #NNN #, whe4.re4. NNN is the4. spe4.cific Use4.r ID location, 023 for e4.xample4. .



6 . You have4. now de4.-activate4.d the4. Use4.r Acce4.ss Code4. assigne4.d to 023 .

PROCEDURE 14 - DE-ACTIVATE MANAGER ACCESS CODES

A Manage4.r Acce4.ss Code4. should be4. de4.-activate4.d for a ce4.rtain time4. pe4.riod - dur-ing a Manage4.r’s vacation, for e4.xample4. . Manage4.r Code4.s that might be4. ne4.e4.de4.d some4. time4. in the4. future4. should be4. de4.-activate4.d rathe4.r than de4.le4.te4.d .



2 . Ente4.r Command 401# to de4.-activate4. a Manage4.r Acce4.ss Code4. .

3 . Ente4.r the4. code4. 401#NNN#, whe4.re4. NNN is the4. spe4.cific Manage4.r ID location, 024 for e4.xample4. .



6 . You have4. now de4.-activate4.d a Manage4.r Acce4.ss Code4. .

26

PROCEDURE 15 - DE-ACTIVATE SERVICE USER ACCESS CODES

A Se4.rvice4. Use4.r Acce4.ss Code4. should be4. de4.-activate4.d for a ce4.rtain time4. pe4.riod - during a Se4.rvice4. Use4.r’s abse4.nce4., for e4.xample4. .



2 . Ente4.r Command 402# to de4.-activate4. a Se4.rvice4. Use4.r Acce4.ss Code4. .

3 . Ente4.r the4. code4. 402#NNN#, whe4.re4. NNN is the4. spe4.cific Manage4.r ID location, 024 for e4.xample4. .



6 . You have4. now de4.-activate4.d a Se4.rvice4. Use4.r Acce4.ss Code4. .

PROCEDURE 16 - DE-ACTIVATE ALL ACCESS CODES ExCEPT MASTER, MANAGER, M-UNIT

You may ne4.e4.d to de4.-activate4. all use4.rs, for e4.xample4., during a plant shutdown . This proce4.dure4. will de4.-activate4. all re4.gular Use4.r Acce4.ss and Se4.rvice4. Code4.s that are4. active4., e4.xcluding Maste4.r, Manage4.r, and M-Unit Code4.s .



2 . Ente4.r Command 498# to de4.-activate4. all Acce4.ss and Se4.rvice4. Code4.s .

3 . Example4. of Comple4.te4. Entry: 498# .


5 . You have4. now de4.-activate4.d all re4.gular Use4.r Acce4.ss Code4.s .

PROCEDURE 17 - ACTIVATE/DE-ACTIVATE LOCkOUT MODE

You may ne4.e4.d to use4. a global Lockout Mode4., for e4.xample4., during a Strike4. or fire4. whe4.n you do not want anyone4. to re4.turn to work . This proce4.dure4. will de4.-activate4. all re4.gular Use4.r Acce4.ss Code4.s that are4. active4., including Manage4.r Code4.s, but e4.xcluding the4. Maste4.r Code4. .



2 . Ente4.r Command 499# for Lockout Use4.rs Mode4. (e4.xce4.pt Maste4.r) .

3 . Ente4.r 1# to activate4. Lockout Mode4. and 0# to de4.-activate4. .

4 . Example4. of Comple4.te4. Entry: 499#1# or 499#0# .


6 . You have4. now activate4.d or de4.-activate4.d Global Lockout Mode4. .

27

PROCEDURE 18 - PERFORM MANUAL DIAGNOSTICS

Use4. the4. Diagnostic Code4. to pe4.rform manual diagnostics of the4. lock, gre4.e4.n LED, re4.d LED, buzze4.r, and the4. twe4.lve4. pushbuttons - 0 through 9, * and # .



2 . Ente4.r Command 500# for Diagnostics .

3 . You will se4.e4. a gre4.e4.n LED and he4.ar a high be4.e4.p followe4.d by a re4.d LED and a low be4.e4.p .

4 . Ente4.r 1234567890*#, in that orde4.r e4.xactly, to te4.st e4.ach pushbutton . If e4.ve4.ry pushbutton is working corre4.ctly, you will se4.e4. a gre4.e4.n LED and he4.ar a normal be4.e4.p for e4.ach pushbutton that is pre4.sse4.d .

5 . Example4. of Comple4.te4. Entry: 500#1234567890*# .


7 . If you se4.e4. a re4.d LED at any time4. you are4. pre4.ssing a pushbutton, or at the4. e4.nd of the4. code4., the4.re4. could be4. a proble4.m with the4. pushbutton e4.le4.ctronics .

8 . Try the4. Diagnostic Code4. again, 500#1234567890*#, to be4. sure4. you e4.nte4.re4.d all the4. numbe4.rs corre4.ctly and in the4. corre4.ct orde4.r .


10 . If you still se4.e4. the4. re4.d LED, the4. lock has a proble4.m . Call Kaba’s te4.chnical (800-849-TECH) support to he4.lp diagnose4. and fix the4. proble4.m .

Battery Life and ReplacementA varie4.ty of factors (she4.lf life4., ope4.nings pe4.r day, e4.nvironme4.nt, batte4.ry brand, lock se4.ttings, e4.tc .) will de4.te4.rmine4. how long your lock ope4.rate4.s on a se4.t of batte4.rie4.s . In ave4.rage4. conditions, you can e4.xpe4.ct up to 180,000 ope4.nings for the4. E-Ple4.x Lock mode4.ls (4 “AA” Alkaline4. Batte4.rie4.s) .

A Low Batte4.ry condition is ide4.ntifie4.d by a flash of both re4.d and gre4.e4.n LEDs whe4.n a valid acce4.ss code4. is e4.nte4.re4.d and the4. lock will still give4. acce4.ss . Whe4.n the4. low batte4.ry condition is obse4.rve4.d, the4. batte4.rie4.s should be4. re4.place4.d as soon as possible4. .

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The following procedure applies to the E-Plex 30xx locks only:

PROCEDURE 19 - SWINGBOLT OPERATIONThis ope4.ration is similar to the4. Privacy function of a conve4.ntional lock with a physical de4.adbolt, but not quite4.! In the4. E-Ple4.x 3000 Swinbolt ope4.ration, any valid use4.r can dise4.ngage4., ie4. ., ove4.rride4. the4. “privacy” by e4.nte4.ring a valid PIN and the4.n turning the4. thumbturn which will re4.tract the4. swingbolt down . Now the4. lock will be4.have4. as though it is in a “latch holdback” mode4. since4. the4. swingbolt is comple4.te4.ly re4.tracte4.d and stays re4.tracte4.d, thus allowing fre4.e4. acce4.ss without any code4.s . You pe4.rform the4. same4. se4.que4.nce4. of ope4.rations to e4.ngage4., ie4. ., re4.-lock by bringing the4. swingbolt back to its “home4.” (horizontal locke4.d) position .

• the4. swingbolt e4.ngage4. (proje4.ct it) and dise4.ngage4. (re4.tract it) actions are4. strictly manual by flipping the4. thumbturn on the4. lock front housing . This function is ne4.ithe4.r programmable4. nor automatic and so you must e4.nsure4. to re4.-lock if it was le4.ft too long in a re4.tracte4.d position,

• any valid use4.r can pe4.rform this function – ie4. ., e4.ngage4. or dise4.ngage4. the4. swingbolt anytime4.,

• whe4.n the4. swingbolt is dise4.ngage4.d (re4.tracte4.d), it will physically stay re4.tracte4.d down whe4.n the4. door close4.s so that use4.rs carrying package4.s e4.tc do not have4. the4. inconve4.nie4.nce4. of having to turn the4. thumbturn again to ope4.n the4. door, but simply push the4. door to e4.nte4.r without a code4.,

• from the4. inte4.rior side4. of the4. door, any pe4.rson (valid use4.r or not) can manually re4.tract or e4.ngage4. the4. swingbolt to unlock or lock the4. door .

Required User Level: Master, Manager, Access user & Service user

1 . To Disengage (retract swingbolt): Ente4.r a valid PIN to ope4.n and the4. lock will flash the4. gre4.e4.n LED indicating that you are4. a valid use4.r and you are4. allowe4.d to dise4.ngage4. the4. swingbolt to unlock . Turn the4. thumbturn on the4. lock front housing clockwise4. and hold . The4. swingbolt will fully re4.tract down and will stay re4.tracte4.d, allowing you to e4.nte4.r the4. door . Le4.t go off the4. thumbturn so that it will re4.ve4.rt back to its normal horizontal (home4.) position but the4. swing-bolt will stay re4.tracte4.d and dise4.ngage4.d .

2 . You can also dise4.ngage4. the4. swingbolt using the4. mechanical override key by pe4.rforming the4. following ope4.ration: inse4.rt the4. me4.chanical ke4.y in the4. lock ove4.rride4. cylinde4.r’s ve4.rtical slit and turn it clockwise4. to the4. horizontal position . With the key still in this horizontal position, turn the4. thumbturn clockwise4. to dise4.ngage4. the4. swingbolt which will fully re4.tract down and will stay re4.tract-e4.d . Le4.t go off the4. thumbturn so that it will re4.ve4.rt back to its normal horizontal (home4.) position . Turn the4. ke4.y back to its ve4.rtical position and re4.move4. it from the4. lock cylinde4.r .

3 . To Engage (project swingbolt): This proce4.dure4. is almost the4. same4. as in Ste4.p 1 above4. . Ente4.r a valid PIN and the4. lock will flash the4. gre4.e4.n LED indicating that you are4. a valid use4.r and you are4. allowe4.d to e4.ngage4. the4. swingbolt to lock back . Turn the4. thumbturn on the4. lock front housing clockwise4. and hold . The4. swingbolt will re4.ve4.rt back up to its locke4.d, horizontal (home4.) position . Le4.t go off the4. thumbturn so that it will also re4.ve4.rt back to its normal horizontal (home4.) position .

29

Warning: Ensure4. that you re4.lock the4. door (e4.ngage4. the4. swingbolt) whe4.n not ne4.e4.de4.d; othe4.rwise4. the4. lock will stay unlocke4.d pe4.rmane4.ntly compromising se4.curity .

4 . You can also e4.ngage4. the4. swingbolt using the4. mechanical override key by pe4.rforming the4. following ope4.ration and the4. proce4.dure4. is almost the4. same4. as in Ste4.p 2 . above4. . Inse4.rt the4. me4.chanical ke4.y in the4. lock ove4.rride4. cylinde4.r’s ve4.rtical slit and turn it clockwise4. to the4. horizontal position . With the key still in this horizontal position, turn the4. thumbturn clockwise4. to e4.ngage4. the4. swingbolt which will re4.ve4.rt back up to its locke4.d, horizontal (home4.) position . Le4.t go off the4. thumbturn so that it will also re4.ve4.rt back to its normal horizontal (home4.) position . Turn the4. ke4.y back to its ve4.rtical position and re4.move4. it from the4. lock cylinde4.r .

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SummaryofPushbuttonProgrammingCommandsName Command Description of Command Authorization

Configure 000 #

MMMMMMMM#

MMMMMMMM#

‘Modify Maste4.r Use4.r Acce4.ss Code4. (lock’s activation)’ (Always 8 digits)

Maste4.r

001 #

MMDDYY#

MMDDYY#

‘Date4. se4.tup’ (MM = 01 to 12; DD = 01 to 31; YY = 00 to 99)

Maste4.r

002 #

HHMM#

HHMM#

‘Time4. se4.tup’ (HH = 00 to 23; MM = 00 to 59)

Maste4.r

003 #

NNNN#

‘Lock ID se4.tup’ (NNNN = 0000 to 9999) Maste4.r

004 #

TT#

‘Unlock time4. se4.tup’ (TT = 02 to 20 se4.conds) Maste4.r, Mgr

005 #

TT#

‘Passage4. Mode4. Time4.out se4.tup’ (TT = 01 to 24 hours - duration time4. in hours; 00 = no time4. limit)

Maste4.r, Mgr

006 #

TT#

‘Tampe4.r time4. se4.tup’ (TT = 00 to 90 se4.conds) Maste4.r, Mgr

007 #

TT#

‘Tampe4.r wrong try se4.tup’ (TT = 03 to 09) Maste4.r, Mgr

008 #

VV#

‘Buzze4.r volume4. control’ (VV = 00 to 03; 00 = off; 01 = Low; 02 = Normal; 03 = High)

Maste4.r, Mgr

009 #

LL#

‘Modify acce4.ss le4.ngth’ (LL = 04 to 08 digits) Maste4.r

099 # ‘Re4.se4.t to factory de4.fault value4.s’, e4.xce4.pt acce4.ss code4. le4.ngth . (Maste4.r, manage4.r, acce4.ss use4.r and time4./date4. are4. re4.taine4.d if alre4.ady programme4.d . Use4.rs are4. not re4.se4.t .)

Maste4.r

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SummaryofPushbuttonProgrammingCommandsName Command Description of Command

Add/Modify Users

100 #

NNN #

UUUU {UUUU}#

UUUU {UUUU}#

‘Add/Modify Use4.r Acce4.ss Code4.’ NNN = spe4.cific Use4.r ID location (001 to 299) (Combination le4.ngth can be4. 4 to 8 digits, de4.pe4.nding on acce4.ss le4.ngth LL se4.tting)

Maste4.r, Mgr

101 #

NNN #

UUUU {UUUU}#

UUUU {UUUU}#

‘Add/Modify Manage4.r Acce4.ss Code4.’ NNN = spe4.cific Use4.r ID location (001 to 299) (Combination le4.ngth can be4. 4 to 8 digits, de4.pe4.nding on acce4.ss le4.ngth LL se4.tting)

Maste4.r

102 #

NNN #

UUUU {UUUU}#

UUUU {UUUU}#

HH#

‘Add/Modify Se4.rvice4. Use4.r Acce4.ss Code4.’ NNN = spe4.cific Use4.r ID location (001 to 299) (HH = 01 to 24 hours - duration time4. in hours; 00 = one4.-time4. e4.ntry; Combination le4.ngth can be4. 4 to 8 digits, de4.pe4.nding on acce4.ss le4.ngth LL se4.tting)

Maste4.r, Mgr

103 #

UUUU {UUUU}#

UUUU {UUUU}#

‘Modify M-Unit Use4.r Code4.’ (Combination le4.ngth can be4. 4 to 8 digits, de4.pe4.nding on acce4.ss le4.ngth LL se4.tting)

Maste4.r, Mgr

Delete Users

200 #

NNN#

‘De4.le4.te4. Use4.r Acce4.ss Code4.’ Maste4.r, Mgr

201 #

NNN#

‘De4.le4.te4. Manage4.r Acce4.ss Code4.’ Maste4.r

202 #

NNN#

‘De4.le4.te4. Se4.rvice4. Use4.r Acce4.ss Code4.’ Maste4.r, Mgr

299 # ‘De4.le4.te4. all Use4.r Acce4.ss Code4.s’ (e4.xce4.pt Maste4.r, Manage4.r and M-Unit Use4.r)

Maste4.r, Mgr

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SummaryofPushbuttonProgrammingCommands

Name Command Description of Command Authorization

Activate Users

300 #

NNN#

‘Activate4. Use4.r Acce4.ss Code4.’

NNN = spe4.cific Use4.r ID location (001 to 299)

Maste4.r, Mgr

301 #

NNN#

‘Activate4. Manage4.r Acce4.ss Code4.’


Maste4.r

302 #

NNN#

‘Activate4. Se4.rvice4. Use4.r Acce4.ss Code4.’


Maste4.r, Mgr

303 # ‘Activate4. M-Unit Use4.r Code4.’ Maste4.r, Mgr

398 # ‘Activate4. all Use4.r Code4.s’ (e4.xce4.pt Maste4.r, Manage4.r and M-Unit Use4.r)

Maste4.r, Mgr

399 #

P#

‘Activate4. / De4.-Activate4. Passage4. Mode4.’ (P = 0 or 1; 0 = disable4. Passage4. Mode4.; 1 = e4.nable4. Passage4. Mode4.)

Maste4.r, Mgr

De-activate Users

400 #

NNN#

‘De4.-Activate4. Use4.r Acce4.ss Code4.’


Maste4.r, Mgr

401 #

NNN#

‘De4.-Activate4. Manage4.r Acce4.ss Code4.’


Maste4.r

402 #

NNN#

‘De4.-Activate4. Se4.rvice4. Use4.r Acce4.ss Code4.’


Maste4.r, Mgr

403 # ‘De4.-Activate4. M-Unit Use4.r Code4.’ Maste4.r, Mgr

498 # ‘De4.-Activate4. all Use4.r Code4.s’ (e4.xce4.pt Maste4.r, Manage4.r, and M-Unit Use4.r)

Maste4.r, Mgr

499 #

L#

‘Activate4. / De4.-Activate4. Lockout Mode4.’ (Maste4.r Use4.r doe4.sn’t affe4.ct by Lockout Mode4.) (L = 0 or 1; 0 = disable4. Lockout Mode4.; 1 = e4.nable4. Lockout Mode4.)

Maste4.r

Diagnostic 500 #

1234567890*#

‘Manual diagnostic’ Maste4.r, Mgr

CommunicationStartup

900 # ‘Communications startup’ Maste4.r, Mgr

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VisualFeedbackMessageDefinitionsCondition Parameters

Green LED Red LED Duration Rate

Valid pushbutton pre4.sse4.d ON OFF 1/10 se4.c Once4.

Time4.out e4.xpire4.d OFF ON 1 se4.c Once4.

Valid acce4.ss code4. ke4.ye4.d ON OFF 1 se4.c Once4.

Acce4.ss grante4.d ON OFF 1/10 se4.c 1 se4.c

Acce4.ss grante4.d (batte4.ry low condition)

ON ON 1/10 se4.c 1 se4.c

Acce4.ss de4.nie4.d OFF ON 1 se4.c Once4.

Valid programming e4.ntry ON OFF 1 se4.c Once4.

Invalid programming e4.ntry (including duplicate4. acce4.ss code4.

OFF ON 1 se4.c Once4.

Tampe4.r shutdown be4.ginning OFF ON 2 se4.c Once4.

Tampe4.r shutdown state4. OFF ON 1 se4.c 10 se4.c

Tampe4.r shutdown e4.nding ON OFF 2 se4.c Once4.

Communication starting ON OFF 1 se4.c Once4.

Communication e4.nding ON OFF 1 se4.c Once4.

Communication aborte4.d OFF ON 1 se4.c Once4.

Communication in progre4.ss ON (Alte4.rnate4.)

ON (Alte4.rnate4.)

1/10 se4.c Continuously

Hard Re4.se4.t se4.que4.nce4. in progre4.ss ON (Alte4.rnate4.)

ON (Alte4.rnate4.)

1/2 se4.c Once4.

Hard Re4.se4.t se4.que4.nce4. succe4.ssfully

ON OFF 2 se4.c Once4.

Hard Re4.se4.t se4.que4.nce4. faile4.d OFF ON 2 se4.c Once4.

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UserListTableUser # Access Code User Name User Type

001

002

003

004

005

006

007

008

009

010

011

012

013

299

Optional, Easy-To-Use4. software4. calle4.d “E-Ple4.x Standard” is also available4. for this product to program and maintain doors and use4.rs . For more4. information, go to www .e-plexlock .com

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NotesNotes

C2

Kaba Access & Data Systems Americas2941 Indiana Ave4.nue4.Winston-Sale4.m, NC 27105 USATe4.l: (800) 849-8324 (336) 725-1331Fax: (800) 346-9640 (336) 725-3269

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