Velleman HAA85BL User manual

USER MANUAL
2
GEBRUIKERSHANDLEIDING 19
MODE D’EMPLOI 35
MANUAL DEL USUARIO 51
BEDIENUNGSANLEITUNG 67
HAA85BL
SELF-CONTAINED DIGITAL ACCESS CONTROL KEYPAD WITH BACKLIGHT
ONAFHANKELIJK DIGITAAL TOETSENBORD MET ACHTERGRONDVERLICHTING
DIGICODE NUMÉRIQUE AUTONOME AVEC RÉTRO-ÉCLAIRAGE
EIGENSTÄNDIGES DIGITALES CODESCHLOSS MIT HINTERGRUNDBELEUCHTUNG
TECLADO DIGITAL AUTÓNOMO CON RETROILUMINACIÓN

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USER MANUAL
. Introduction & Features
To all residents of the European Union
Important environmental information about this product
This symbol on the device or the ackage indicates that dis osal of the device after its lifecycle could harm
the environment.
Do not dis ose of the unit (or batteries) as unsorted munici al waste; it should be taken to a s ecialized
com any for recycling.
This device should be returned to your distributor or to a local recycling service.
Res ect the local environmental rules.
If in doubt, contact your local waste disposal authorities.
Thank you for buying the HAA85BL! Please read the manual thoroughly before bringing this device into service. If the
device was damaged in transit, don't install or use it and contact your dealer.
The HAA85BL is a self-contained security key ad (with backlight) and is a reliable and cost-effective solution for
residential and commercial installations. It is com atible with virtually any electric locking device and can be used as
a control for security systems, automatic o erators and machinery. Over 100 million combinations are ossible for
the user codes (multi-user mode). Programmed data stored in the system is non-volatile. For indoor use only.
Backlit keyboard: dim in stand-by, brightens for 10 seconds at the ress of a key.
2. Connections (fig. )
THE LED INDICATORS
•RED & GREEN
The red and green LEDs are to be connected at the installer’s will.
•AUX RED / GREEN
The green LED is a status indicator at normal o eration. The LED changes to steady red while the auxiliary red
LED is energized.
THE TERMINAL BLOCK

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•OUTPUT
5A dry relay contacts, recommended for door strike controls. Normally O en (N.O.) and Normally Closed (N.C.)
out uts are available. Use N.O. out ut for fail-secure locking device and N.C. out ut for fail-safe locking device.
The relay can be rogrammed in start/sto (toggle) mode or timer mode from 1 to 999 seconds.
•EG IN (EGRESS INPUT)
A N.O. in ut terminal refers to (-) ground with the hel of a N.O. button to deactivate the out ut 1. The egress
button is usually ut inside the house near the door. More than one egress button can be connected in arallel to
the terminal. Leave this terminal o en if it is not used.
•2V-24V AC/DC (POWER INPUT)
Connect to 12V-24V AC/DC ower su ly. The (-) su ly and GND (wire 15) are the common grounding oints of
the key ad system. No selection jum er is required for the full in ut voltage range. Connect DC ower with the (+)
and (-) olarity; there is no discrimination for the AC ower in ut.
•DOOR SENS (DOOR POSITION SENSOR INPUT)
A N.C. in ut terminal referring to (-) ground. With the hel of a N.C. magnetic door switch, the system will monitor
the osition of the door and will give the following functions:
. Door Auto Relock
The system will immediately relock the door after valid access has been gained before the end of the
rogrammed time for out ut 1.
2. Door Forced Open Alarm
The key ad will generate door forced-o en alarm instantly if the door is forced o en without a valid user entry
or egress in ut. The alarm will last for 60 seconds and can be sto ed with user code 1 or one of the user
codes in grou 1. This function is selectable via the rogramming o tions at location 801.
3. Door Propped-Up Alarm
When the door is left o en longer than the allowable time. The key ad will generate door ro ed-u alarm
after the ex iry of the reset door o ening time until the door is closed again. The door o ening time is
rogrammable from 1 to 999 seconds at location 9.
4. Interlock Control
The interlock control out ut goes to (-) while the door is o en in order to give signal to disable the other
key ad in the interlock system.
THE WIRE HARNESS
NOTE: Always hold the PCB tightly and gently ull out the socket to revent damage of the electronic assembly of
the key ad.
•N.C. TAMPER ( -2)
N.C. contact when the key ad is secured on the box. It is o en when the key ad is se arated from the box.
Connect the terminal to the 24-hour zone of an alarm system if necessary.
•GREEN, RED & AUXILIARY RED LEDs (3-4), (5-6) & (7)
Three on-board LED lam s are available. They are re ared for free connections. Connect these to the remote
indicator driving terminals of your equi ment such as an alarm control anel. Mind the olarity.
The green and red lam s that are inde endent are equi ed with 1.5k Ω current limiting resistor.

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The anode of the auxiliary red LED is connected to the +5V internally. It turns on with the cathode (wire 7)
connected to (-) ground.
•KEYPAD ACTIVE OUTPUT OR ALARM OUTPUT (8)
An NPN transistor o en collector out ut with max. rating of 100mA sink and 24VDC. It is selectable to give
Key ad Active Out ut or Alarm Out ut via the K or A jum er.
. Keypad Active Output (KEY)
It switches to (-) ground for 10 seconds with each ress of the key. This can be used to turn on lights, CCTV
cameras or buzzer.
2. Alarm Output (AL)
Switches to (-) ground when the Door Forced O en Alarm or Door Pro ed-U Alarm occurs in order to trigger
the external alarm to give notification at a remote location.
•OUTPUT 2 (9- 0- )
Auxiliary relay out ut with 1A N.O. and N.C. dry contacts controlled by user code 2 and ideal for controlling
security systems and automatic o erators. It is rogrammable for start/sto (toggle) o eration or timing o eration
from 1 to 999 seconds.
•OUTPUT 3 ( 2)
An NPN transistor o en collector out ut ideal for auxiliary control functions such as security systems. This out ut
is rogrammed for start/sto (toggle) o eration or timing o eration from 1 to 999 seconds. It switches to (-) ground
when active and the max. rating is 100mA sink / 24VDC.
•OUTPUT DISABLE ( 3)
A N.O. in ut terminal refers to (-) ground. Neither user code 1 nor egress button can activate out ut 1 when this
terminal is tied to (-) ground. It is re ared for cross-wired connection in an interlock a lication.
•INTERLOCK CONTROL OUTPUT ( 4)
An NPN transistor o en collector out ut. It is off at normal condition and switches to (-) ground immediately for the
first 5 seconds after keying in a valid user code to o erate out ut 1. Then, it will kee tying to (-) during the time
that the door osition sensor is o en. Use this out ut to control the other key ad in an interlock system to revent
both doors from o ening at the same time.
•DURESS OUTPUT ( 6)
An NPN o en collector out ut. It switches to (-) ground when the duress code is entered. Use it to trigger an
alarm zone or to turn on a buzzer to notify a guard. Ic max.: 100mA sink; Vc max.: 24VDC.
3. The Pacifier Tones & LED Indicating Signals
The built-in buzzer and the green LED indicator in the centre give the following tones and signals for o eration status:
STATUS
TONES*
LED SIGNALS
1.
In rogrammable mode
-
-
-
ON
2.
Successful key entry
1 bee
1 flash
3.
Successful code entry
2 bee s
2 flashes
4.
Unsuccessful code entry
5 bee s
5
flashes
5.
DAP jum er not re laced
Continuous bee s
Continuous flashes
6.
In standby mode
-
-
-
1 flash in 2
-
seconds interval
7.
Out ut relay activated
1
-
second long bee
**
-
-
-
NOTE: * All acifier tones can be enabled or disabled through rogramming o tions at location 83.

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** The out ut activation bee can be enabled or disabled through rogramming o tions at location 82.
4. Reset master code
If you have forgotten the master code, you can reset it. For the master code, do not use a combination that is already
taken for a user code.
1. Disconnect ower su ly.
2. Dis lace the DAP jum er from OFF to ON.
3. Reconnect ower su ly (buzzer is activated).
4. Put the DAP jum er back to OFF osition (this done, the buzzer is de-activated).
5. The Key ad is in rogramming mode and ready to receive your new rogramming data.
6. Enter a new 4-digit master code at location 0 in case you have forgotten the old master code.
7. Enter the new rogramming data starting from Section B) in the summary chart shown below.
5. The Factory-Set Master Code – Important Note
When rogramming for the first time, the master code 0000 shall be used. In all cases, rogram a new master code
to invalidate the old master code and to ensure security.
6. Programming the Keypad – Summary Chart
A) Use the factory-set master code entry in programming -- When starting for first time only
Entry of code
Validation
Comments
Enter in rogramming mode by factory set master code
B) Set the system to single or multi-user mode and refresh the system – Installer programming
Entry of code
Validation
Comments
Set the system to single user mode, clear all reviously stored
data and refresh system
Set the system to
multi
-
user mode, clear all reviously stored
data and refresh system
C) Record the personal master code and user codes – User programming
Notes: master code
•When rogramming the codes, it is recommended to rogram the master code before the user codes.
•If you are rogramming a new master code, do not use a combination that is already taken for a user code.
•If you have forgotten the master code, you can reset it. See section 4 Reset master code.
Notes: user code
•Any user code must be different from the master code.
•It is recommended to rogram a different code for every user.
. Single user – Digits may be repeated
Locations
Entry of codes
Validation
Comments
4 digits, fixed Personal master code and su er user code

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4 digits, fixed User code 1 for out ut 1 with duress code function
4 digits, fixed User code 2 for out ut 2
4 digits, fixed User code 3 for out ut 3
2. Multi-user – Digits may be repeated
Locations
User number
Entry of codes
Validation
Comments
4 to 8 digits
Personal
master code and su er user
code
00 to 99 4 to 8 digits
100 user codes in grou 1 for out ut 1 with
duress code function
0 to 9 4 to 8 digits 10 user codes in grou 2 for out ut 2
0 to 9 4 to 8 digits 10 user codes in grou 3 for out ut 3
D) Configuration of the output modes – Installer programming
Locations
Code duration
Validation
Comments
1 to 999s Out ut 1 momentary mode from 1 to 999 seconds
Out ut 1 in start/sto mode (toggle)
Out ut 1 in start/sto mode w/ accelerated code
1 to 999s Out ut 2 momentary mode from 1 to 999 seconds
Out ut 2 in start/sto mode (toggle)
Out ut 2 in start/sto mode w/ accelerated code
1 to 999s Out ut 3 momentary mode from 1 to 999 seconds
Out ut 3 in start/sto mode (toggle)
Out ut 3 in start/sto mode w/ accelerated code
E) Personal safety – Installer programming
Locations
No. of false entry
Validation
Comments
After 10 successive false codes, the key ad locks
during 30 seconds
After 10 successive false codes, the duress out ut
switches to ground
5 to 10
Selectable after 5 to 10 successive false codes, the
key ad locks during 15 minutes. The key ad can be
reset to release locking with the master code at any
time during the locking eriod.
00 All of the above securities disa ear
F) Door forced-open alarm – Installer programming
Locations
Code of functions
Validation
Comments
Door forced-o en alarm is enabled

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Door forced-o en alarm is disabled
G) Output activation announcer – Installer programming
Locations
Code of functions
Validation
Comments
1
-
second notifying bee is given to notify the erson
outside to o en the door when the out ut relay is
activated with a user code or egress button. Good for a
locking device without sound such as a magnetic lock.
Notifying bee disabled and re laced by 2 short
successful code entry bee s for valid user codes
H) User code entry mode (auto or manual) – Installer programming
Locations
Code of functions
Validation
Comments
Auto entry code is selected. key following the user
code is NOT required in code entry. The user code
MUST be set in the same digit length as the master
code in auto entry mode and the code length can be 4
to 8 digits long.
Manual entry mode is selected. key following the
user code is required in code entry. The user codes
can be 4 to 8 digits long and they are not required to
be the same length as the master code.
NOTE: In single user mode, no matter the selection (auto or manual mode), the master code and the user
code MUST be set as a 4-digit number.
I) Pacifier tones (keypad acknowledgement tones) – Installer programming
Locations
Code of functions
Validation
Comments
Pacifier tones available on the key ad
All acifier tones are off.
J) Allowable time to start door propped-up alarm – Installer programming
Locations
Code of functions
Validation
Comments
0 No ro ed-u alarm
1 to 999
Allowable time from 1 to 999 seconds before door
ro ed-u alarm starts
K) Exit programming mode
Validation
Comments
Exit rogramming mode and return to normal o eration
7. Single User or Multi-User Mode Selection
The HAA85BL has been factory-set in single user mode with as master code.

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Single user mode (command code: 8900)
Each out ut can only be o erated by one user code. The user code must be 4 digits long. There are 10 000
ossible code combinations. The code can be rogrammed directly into the user code locations 1, 2 and 3
res ectively for the 3 out uts. Refer to “6. C) . Single user – Digits may be repeated” for more details. This
mode is always set with auto code entry in default. You do not need to ress in user code entry. Only enter the
4-digit user code.
NOTE: The system can be set for manual code entry with rogramming o tion 0 at location 82 if necessary.
Multi-user mode (command code: 890 )
U to 100 individual codes will o erate out ut 1 and 10 individual codes will o erate out ut 2 and 3. The user
code can be 4 to 8 digits long. There are over 100 million ossible code combinations. The user codes can be set
for auto or manual entry with rogramming o tions at location 82. Default mode is manual entry mode. Pressing
after code entry is required. Once the key ad is rogrammed in auto entry, the master code and the user
codes MUST consist of the same number of digits. Do not ress after entering the user code.
Default values
Default
Comments
Default
Comments
401
Out ut 1 in 1
-
second
momentary
mode
811
Out ut relay activation bee on
501
Out ut 2 in 1
-
second momentary
mode
820
User code manual entry mode* (multi
-
user)
601
Out ut 3 in 1
-
second momentary
mode
821
User code auto entry mode* (single
user)
70
After 10 successive false
code
s
, the
key ad locks during 30 seconds
831
Pacifier tones on
800
Door forced
-
o en alarm disabled
90
No ro ed
-
u alarm
NOTE: * All default values in multi-user and single user mode are exactly the same exce t the user code entry
mode.
Code entry limitation in multi-user mode due to duress code
The system comes with duress function for user code 1 in single user mode and all the user codes of grou 1 in
multi-user mode. The duress code is automatically set by the system by taking the first digit of the user code and
adding or subtracting 2. To revent other codes falling in the duress code, the first digit of a stored user code +2
or -2 is not allowed as a later user code entry.
Exam le: User code 56789 was stored in the system. User codes 36789 and 76789 are not allowed.
Set the system to single user mode
Set the system to single user mode with the command code 8900. The system will stay in that mode until it is
refreshed. Make sure the master code is 4 digits long.
MASTER
CODE
Single user mode enabled. Wait 2
-
3 seconds after
ressing until you hear confirmation bee s.
Set the system to multi-user mode
Set the system to multi-user mode with the command code 8901. The system will stay in that mode until it is
refreshed.
MASTER
Multi-user mode enabled. Wait 2-3 seconds after

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CODE
ressing until you hear confirmation bee s.
Refreshing the system
When choosing a different o eration mode (see above), the system will reset and clear all values exce t for the
master code.
NOTE: Make sure the user code and the master code are both 4 digits long when o erating in single user mode.
8. Programming and Use of the Keypad – Operation Examples
A) Programming procedures
a. Your HAA85BL is rogrammed from the key ad. All rogrammed information is stored in the non-volatile
memory.
b. Set the key ad into rogramming mode first with the master code and ress to validate.
NOTE: Use the DAP jum er to set the key ad into rogramming mode in case you forgot the master code.
See section 4 Reset master code.
c. Go to a location and rogram the o tions. See “6. Programming the Keypad – Summary Chart”.
d. Program the o tions until all o tions are rogrammed. Re eat the rogramming of an o tion in case of a
wrong entry.
LOCATION 1 OPTION
…
LOCATION n OPTION n
e. Exit the rogramming mode with . All in ut information has been saved.
B) Single user mode operation – Example
. Requirements
a. Single user mode
b. Change the factory-set master code 0000 to a ersonal master code 3289
c. Set user code 1 to 8321
d. Set user code 2 to 6854
e. Set user code 3 to 9270
f. Set out ut 1 to momentary mode, 1 second
g. Set out ut 2 to start / sto mode
h. Set out ut 3 to start / sto mode
i. Set the key ad to lock itself during 15 minutes after 10 successive false codes
2. Programming – Setting the above requirements into the keypad
Program mode with factory-set master code
Single user mode*
3289 stored as new ersonal master code and su er user code
8321 stored as user code1 with duress code function for out ut 1
6854 stored as user code 2 for out ut 2

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9270 stored as user code 3 for out ut 3
Out ut 1 set as momentary mode, 1 second
Out ut 2 set to start / sto mode
Out ut 3 set to start / sto mode
Key ad set to lock during 15 minutes after 10 successive false
codes
Exit rogramming mode. All above data stored and ready for use
NOTE: * Entering single user command code 8900 is not necessary if the key ad was already in single
user mode.
Cancel a wrong entry with or wait 10 seconds and retry.
3. Operating the keypad – Taking the data programmed above and other default features as reference
a. To command an out ut, only enter the user code. Pressing is not required.
Out ut 1 activates for 1 second
Out ut 2 starts or sto s
Out ut 3 starts or sto s
b. The ersonal master code is a su er user code to command the out uts. This feature allows you to use
only one code to o erate several key ads with the same master code but different user codes. Enter
the ersonal master code and validate with and the corres onding out ut number.
Out ut 1 activates for 1 second
Out ut 2 starts or sto s
Out ut 3 starts or sto s
c. The duress code does not need to be rogrammed. The key ad automatically determines the duress
code by increasing the first digit of user code 1 with two units.
Exam le: If user code 1 is 1234, then the duress code will be 3234. If user code 1 is 8321, then the
duress code will be 0321.
To command the duress function, enter the duress code.
Duress
out ut
activates
(out ut switches to (
-
) ground) and
out ut 1 activates for 1 second
NOTE: The duress code has 2 functions: it activates the duress out ut and at the same time it activates
out ut 1 as user code 1. The duress code can always activate or deactivate (in start / sto mode)
out ut 1, but cannot deactivate (reset) the duress out ut.
d. The accelerated code is the first two digits of the user code. If out ut 1 has been rogrammed in start /
sto mode with accelerated code at location 42, it will be ossible to activate out ut 1 with only the first
two digits of the user code. Deactivation always requires the com osition of the com lete user code.
Exam le: Out ut 1 has been re rogrammed to start / sto mode with accelerated code (location 42).
Com lete code: 8321, accelerated code: 83.

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Out ut 1 starts
Out ut 2 sto s
e. Try and enter some random false codes to test the safety. The HAA85BL will consider 4 digits as one
code and generate 5 bee s for each unsuccessful code entry. The key ad will lock itself during 15
minutes after 10 successive false codes. The key ad can be reset during the locking eriod by entering
the master code.
Locking is reset and key ad resumes normal o eration
C) Multi-user mode operation – Example
. Requirements
a. Multi-user mode
b. Change the factory-set master code 0000 to a ersonal master code 3289
c. Set 1
st
user code in grou 1 to 8321
d. Set 2
nd
user code in grou 1 to 11223
e. Set 3
rd
user code in grou 1 to 33221
f. Set 1
st
user code in grou 2 to 6854
g. Set 2
nd
user code in grou 2 to 54321
h. Set 1
st
user code in grou 3 to 9270
i. Set out ut 1 to momentary mode, 1 second
j. Set out ut 2 to start / sto mode
k. Set out ut 3 to start / sto mode
l. Set the key ad to lock itself during 15 minutes after 10 successive false codes
2. Programming – Setting the above requirements into the keypad
Program mode with factory-set master code
Multi-user mode*
3289 stored as new ersonal master code and
su er user code
8321 stored as 1
st
user code in grou 1 with
duress code function
11223 stored as the 2
nd
user code in grou 1 with
duress code function
33221 stored as the 3
rd
user code in grou 1 with
duress code function
6854 stored as the 1
st
user code in grou 2
54321 stored as the 2
nd
user code in grou 2
9270 stored as the 1
st
user code in grou 3
Out ut 1 set to momentary mode, 1 second
Out ut 2 set to start / sto mode
Out ut 3 set to start / sto mode
Key ad set to lock during 15 minutes after 10
successive false codes

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Exit rogramming mode. All above data stored and
ready for use
NOTE: * Entering single user command code 8901 is not necessary if the key ad was already in single
user mode.
Cancel a wrong entry with or wait 10 seconds and retry.
3. Operating the keypad – Taking the data programmed above and other default features as reference
a. To command out ut 1, enter one of the user codes in grou 1 and validate with .
Out ut 1 activates for 1 second
Out ut 1 activates for 1 second
Out ut 1 activates for 1 second
b. To command out ut 2, enter one of the user codes in grou 2 and validate with .
Out ut 2 starts or sto s
Out ut 2 starts or sto s
c. To command out ut 3, enter one of the user codes in grou 3 and validate with .
Out ut 3 starts or sto s
d. The ersonal master code is a su er user code to command the out uts. This feature allows you to use
only one code to o erate several key ads with the same master code but different user codes. Enter
the ersonal master code and validate with and the corres onding out ut number.
Out ut 1 activates for 1 second
Out ut 2 starts or sto s
Out ut 3 starts or sto s
e. The duress code does not need to be rogrammed. The key ad automatically determines the duress
code by increasing the first digit of user codes in grou 1 with two units. All user codes have duress
code function.
Exam le:
User codes in group
Corresponding duress codes
8321
0321
11223
31223
33221
53221
To command the duress function, enter the duress code(s).
Duress
out ut
activates (out ut switches to ground) and out ut 1
activates for 1 second
Duress out ut activates (out ut switches to ground) and out ut 1
activates for 1 second

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Duress out ut activates (out ut switches to
ground) and out ut 1
activates for 1 second
NOTE: The duress code has 2 functions: it activates the duress out ut and at the same time it activates
out ut 1 as user code in grou 1. The duress code can always activate or deactivate (in start /
sto mode) out ut 1, but cannot deactivate (reset) the duress out ut. Only the user codes in
grou 1 can deactivate (reset) the duress out ut.
f. The accelerated code is the first two digits of the user code(s). If the out ut has been rogrammed in
start / sto mode with accelerated code ( rogramming o tion 42 for user codes in grou 1 and
rogramming o tion 52 for user codes in grou 2), it will be ossible to activate the out ut with only the
first two digits of the user code(s). Deactivation always requires the com osition of the com lete user
code(s) in their code grou .
Exam le: Out ut 1 has been re rogrammed to start / sto mode with accelerated code (location 42).
Com lete code of the 1
st
user code in grou 1: 8321, accelerated code: 83.
2
nd
user code in grou 1: 11223, accelerated code: 11.
Out ut 1 starts
Out ut 1 sto s
Out ut 1 starts
Out ut 1 sto s
g. Try and enter some random false codes to test the safety. The HAA85BL generates 5 bee s for each
unsuccessful code entry. The key ad will lock itself during 15 minutes after 10 successive false codes.
The key ad can be reset during the locking eriod by entering the master code.
Locking is reset and key ad resumes normal o eration
D) Deleting a user in multi-user mode
If you need to delete a user who no longer has authority to enter the rotected area:
1. Set the system in rogramming mode with the ersonal master code and .
Key ad is in rogramming mode
2. Enter the user number (00~99 for out ut 1; 0~9 for out ut 2 and 3) and to delete a user code.
To delete user number 05 in grou 1, ress
To delete user number 3 in grou 2, ress
To delete user number 2 in grou 3, ress
3. Continue deleting desired codes.
4. Exit the rogramming mode by ressing .
7. Technical Specifications
•Operation Voltage

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12V-24V AC/DC, no jum er required for voltage selection
•Operation Modes
a) Single user mode, auto or manual code entry
b) Multi-user mode: 100 user codes for out ut 1 (user number 00-99), auto or manual code entry
10 user codes for out ut 2 (user number 0-9), auto or manual code entry
10 user codes for out ut 3 (user number 0-9), auto or manual code entry
•User Code Combinations
a) Single user mode: 10 000
b) Multi-user mode: 111 110 000
•Input Sensing Terminals
a) Egress in ut: N.O. referring to (-) ground
b) Door osition sensor in ut: N.C. referring to (-) ground
c) Relay 1 sto control: N.O. referring to (-) ground
•Relay Output Contacts
OUTPUT 1: N.C. and N.O. dry contacts, 5A / 30VDC max. rating
OUTPUT 2: N.C. and N.O. dry contacts, 1A / 30VDC max. rating
OUTPUT 3: NPN o en collector, 100mA sink / 24VDC max.
•Tamper Switch Contact
N.C. dry contact, 50mA max.
•Duress, Interlock and Key-Active Output Rating
NPN o en collector switches to ground when active, 24DC / 100mA sink
•Auto Refreshing Time during Code Entry
a) Each digit max. entry time limit: 10 seconds
b) Each code max. entry time limit: 30 seconds
•Dimensions
117 x 74 x 48mm
•Weight
180g
8. Application Examples
. Basic wirings of a stand-alone door
lock with inhibit authorization code
and indication (fig. 2)
•Connect the 1N4004 as close as
ossible to the lock in arallel with
the lock ower terminals in order to
absorb the back EMF and to revent
it from damaging the key ad. The
1N4004 is not required if the electric
lock is AC-o erated.

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•To avoid electrostatic discharges, always ground the (-) terminal of the key ad to earth.
•The green LED lights while the key ad is striking the electric lock.
•The connection “out ut 3” to “out ut 1 disable” is o tional. With this connection, out ut 3 will be used as an
authorization control. You may key in user code 3 to sto the o eration of the electric lock during daytime or
after office hours in order to revent unauthorized access. Set out ut 3 in start / sto mode ( rogramming
o tion 61) for on / off control. The red LED lights when the o eration of the electric lock sto s.
•Ta e all unused wires to revent short-circuit.
WARNING: For safety, make sure everybody has left the building before enabling the door lock inhibit
function. Only the owner should kee the inhibit authorization code.
2. Basic wirings for alarm arm-disarm and stand-alone door lock (fig. 3)
•This a lication is the same as
a lication 1 exce t for the
LED indications. The green and
red LEDs are used as alarm
status indications, such as exit,
armed, alarm memory, etc.
•Relay out ut 2 is used for the
alarm arm-disarm control.
Refer to the manual of your
alarm control anel.
•Connect the tam er switch to
the N.C. 24-hour zone and the
duress out ut to the N.O. 24-
hour zone for tam er roof and
emergency re orting.
•The connection “out ut 3” to
“out ut 1 disable” is o tional.
With this connection, out ut 3
will be used as an authorization
control. You may key in user
code 3 to sto the o eration of
the electric lock at light or after
office hours in order to revent
unauthorized access. Set out ut 3
in start / sto mode ( rogramming
o tion 61) for on / off control. The
red LED lights when the o eration
of the electric lock sto s.
•The yellow green wire is the
common ground to link u the
key ad and the alarm control
anel in order to achieve the
logical functions.
3. Basic wirings of an interlock
system using 2 keypads (fig. 4)
An interlock system needs 2 door
controllers. This a lication uses 2 x
HAA85BLs with a sim le crosswire

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connection on “out ut 1 disable” and “interlock control out ut” terminals of both key ads. Link u the (-) GND
terminals of both key ads as common ground in order to achieve the interlock functions. Connection of the
green LED is o tional. It will light u when the lock is active when connected.
•Use the key ad to o en the door from the outside.
•Press the egress button to o en the door from the inside.
•Connect the magnetic sensors on door 1 and 2.
•During the time that door 1 is o en, door 2 is forced to kee closed and vice versa.
•Use the N.O. relay out ut for fail-secure locking device and the N.C. out ut for fail-safe locking device.
•Relay out ut 2 is inde endent and has no concern with the interlock system. It may be used for other
a lications.
4. Basic wirings of an interlock system using keypads and an interlock controller power supply (fig. 5)
This a lication uses one
HAA85BL and a ower su ly
with interlock controller. The
ower su ly rovides ower for
the whole system, including both
electric locks and the key ad.
Make sure the total ower
consum tion of the system does
not exceed the maximum ower
ratings of the ower su ly,
es ecially if fail-safe locks are
used. The interlock function is
accom lished with a crosswire
connection of the “interlock
control out ut” and the “out ut 1
disable” terminals between the
key ad and the controller. Link u
a common ground between the
key ad and the ower su ly to
set u a ower ath and to
achieve the interlock functions.
•Use the key ad to o en door 1 from the outside.
•O en door 2 with egress button A from the outside while door 1 is closed.
•O en door 1 from the inside with the egress button and o en door 2 with egress button 2.
•Connect the magnetic sensors on door 1 and 2.
•During the time that door 1 is o en, door 2 is forced to kee closed and vice versa.
•Use the N.O. relay out ut for fail-secure locking device and the N.C. out ut for fail-safe locking device.
•Relay out ut 2 is inde endent and has no concern with the interlock system. It may be used for other
a lications.
9. Application Examples for the Auxiliary Facilities
(A)Tamper N.C. (fig. 6)
The tam er switch is N.C. while the key ad is secured on the
gang box. To revent sabotage, connect these terminals in series
with a N.C. 24-hour rotection zone of an alarm if required.

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(B)Door sens (fig. 7)
With the hel of a N.C. door osition sensor (usually a
magnetic door switch) on the door to set u the following
functions: door auto relock, door forced-o en alarm, door
ro ed-u alarm and interlock control (see “2.
Connections”)
(C)Key active – Pink wire (fig. 8)
The key-active out ut will switch to (-) ground for 10 seconds whenever a key is ressed. Use it to turn on an
LED lam and/or a small buzzer to notify a guard, to energize a relay to switch on lights or a CCTV camera…
•Make sure that the relay for switching on the lights has enough isolation between the high-voltage and low-
voltage to revent damage to the key ad.
•Only one connection o tion is recommended. Make sure the sink current does not exceed the maximum
rating of 100mA.
•External ower su ly and isolation relay are necessary for driving high- ower devices such as lights.
(D)Duress output – White/orange wire (fig. 9)
The duress out ut will switch to (-) ground when the duress code is entered. You may use it to turn on an LED
lam and/or a small buzzer. Connect it to a N.C. 24-hour rotection zone of an alarm system.
•Only one connection o tion is recommended. Make sure the sink current does not exceed the maximum
rating of 100mA.
(E)Output 2
. Shunting an N.C. zone (white/brown and blue wires) (fig. 0)

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•Use the N.O. out ut contact to shunt a N.C. rotection zone of an alarm system.
•Set the out ut contact to start / sto mode ( rogramming o tion 51).
2. Alarm system arm-disarm control (white/brown and blue or ur le wires) (fig. )
•Use the N.O. or the N.C. out ut contact to set the alarm system in arm-disarm mode.
•Refer to the manual of your alarm control anel for the a ro riate out ut contact to be used in arm-
disarm control.
•Usually set out ut 2 to momentary mode ( rogramming o tion 501) for multi-station systems and
start / sto mode ( rogramming o tion 51) in single-station systems.
(F)Output 3 (white/red wire) (fig. 2)
Out ut 3 is an o en collector out ut re ared for auxiliary controls. It
may be used for arm-disarm of a security system, enabling and
disabling of a key ad or a rotection zone, etc. It can also drive a relay
to give full function of N.C. and N.O. out uts.
For more info concerning this product, please visit our website www.velleman.eu.
The information in this manual is subject to change without prior notice.

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GEBRUIKERSHANDLEIDING
. Inleiding en kenmerken
Aan alle ingezetenen van de Europese Unie
Belangrijke milieu-informatie betreffende dit product
Dit symbool o het toestel of de ver akking geeft aan dat, als het na zijn levenscyclus wordt weggewor en,
dit toestel schade kan toebrengen aan het milieu.
Gooi dit toestel (en eventuele batterijen) niet bij het gewone huishoudelijke afval; het moet bij een
ges ecialiseerd bedrijf terechtkomen voor recyclage.
U moet dit toestel naar uw verdeler of naar een lokaal recyclage unt brengen.
Res ecteer de laatselijke milieuwetgeving.
Hebt u vragen, contacteer dan de plaatselijke autoriteiten inzake verwijdering.
Dank u voor uw aankoo ! Lees deze handleiding grondig voor u het toestel in gebruik neemt. Werd het toestel
beschadigd tijdens het trans ort, installeer het dan niet en raad leeg uw dealer.
De HAA85BL is een onafhankelijk en betrouwbaar beveiligingstoetsenbord (met achtergrondverlichting) aan een
zacht rijsje en kan gebruikt worden in zowel woningen als bedrijven. Dit toetsenbord is com atibel met vrijwel elk
elektronisch slot in beveiligingssystemen, automatische schakelingen en machines. Er zijn meer dan 100 miljoen
combinaties mogelijk voor de gebruikerscodes (multi-usercode). De gegevens worden in een niet-vluchtig geheugen
bewaard. Enkel voor gebruik binnenshuis.
Toetsenbord met achtergrondverlichting: zwak in stand-by, sterk gedurende 10 seconden na indrukken van een toets.
2. Aansluitingen (zie fig. )
DE LED-AANDUIDINGEN
•ROOD & GROEN
Verbind de rode en de groene leds naar goeddunken.
•AUX ROOD / GROEN
De groene led is een statusaanduiding tijdens de normale werking. De led verandert naar vast rood terwijl de
AUX rode led wordt geactiveerd.
HET AANSLUITBLOK
•OUTPUT
5A droog relaiscontact voor een deurschakelaar. Normaal o en (N.O.) en normaal gesloten (N.C.) uitgangen zijn
verkrijgbaar. Gebruik de N.O.-uitgang voor een slot in arbeidsstroom (fail-secure) en een N.C.-uitgang voor een
slot in ruststroom (fail-safe). Het relais kan worden ge rogrammeerd in start-sto modus (schakeling) of
timermodus van 1 tot 999 seconden.
•EG IN (EGRESS-ingang)
Een N.O.-ingangsterminal wordt aangesloten o de (-) aarding door middel van een N.O.-toets om relaisuitgang 1
te deactiveren. De egress-toets wordt doorgaans binnenshuis naast de deur ge laatst. U kunt meer dan één
egress-toets arallel aan de terminal aansluiten. Laat de aansluiting o en wanneer u deze niet gebruikt.
•2V-24V AC/DC (VOEDINGSINGANG)
Sluit een 12V-24V AC/DC voeding aan. De (-) klem en de GND (aarding, kabel 15) zijn gemeenscha elijke
aardings unten. Er is geen brug nodig voor het gehele bereik van de ingangss anning. Verbind de gelijks anning
met de (+) en de (-); er is geen onderscheid voor de wissels anning.

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•DOOR SENS (INGANG VAN DE DEURSENSOR)
Een N.C.-ingangsterminal aangesloten o de (-) aarding. Samen met een N.C. magnetische deurschakelaar zal
het systeem de stand van de deur be alen en volgende functies geven:
. Automatische deurvergrendeling
Het systeem vergrendelt automatisch de deur na het ingeven van een geldige code vóór het einde van de
rogrammeertijd voor uitgang 1.
2. Alarm bij geforceerde deur
Het systeem genereert onmiddellijk een alarmsignaal wanneer de deur wordt geforceerd zonder een geldige
gebruikerscode of egress-ingang. Het alarmsignaal duurt 60 seconden en kan worden onderbroken met
gebruikerscode 1 of één van de gebruikerscodes in groe 1. Deze functie is selecteerbaar via de
rogrammeero ties o locatie 801.
3. Alarm bij open deur
Alarm wanneer de deur langer dan de toegestane tijd o en blijft staan, m.a.w. het alarm gaat af na het
verlo en van de ingestelde tijd tot de deur o nieuw wordt gesloten. De tijd is instelbaar van 1 tot 999
seconden o locatie 9.
4. Sassysteem
Aansluiting o (-) terwijl de deur o en is zodat het signaal wordt gegeven om de andere deur van het
sassysteem te o enen.
DE KABELBOOM
OPMERKING: Houd de rint laat stevig vast en trek voorzichtig aan de lug zodat u de elektronica niet beschadigd.
•N.C. TAMPER ( -2)
N.C.-contact wanneer het toetsenbord aan de doos bevestigd is. Het wordt geo end wanneer het front aneel van
de doos verwijderd wordt. Sluit deze uitgang in serie aan de 24-uur noodschakeling o uw alarmsysteem indien
gewenst.
•GROENE, RODE & AUX RODE LEDS (3-4), (5-6) & (7)
Er zijn 3 leds o het aneel voorhanden. Ze werden voorbereid om er om het even welke functie o aan te sluiten.
Wij stellen voor om deze leds aan de indicatieaansluitingen van uw alarmcontrole aneel aan te sluiten. Houd de
juiste olariteit in het oog.
De groene en de rode onafhankelijke leds zijn voorzien van een 1.5k Ω stroombe erkende weerstand.
De anode van de AUX rode led wordt intern aangesloten o de +5V en wordt ingeschakeld met de kathode (kabel
7) aangesloten o de (-) aarding.
•ACTIEVE UITGANG OF ALARMUITGANG (8)
O encollectoruitgang van een NPN transistor van max. 100mA sink en 24VDC. Selecteerbaar via de K- of A-
jum er voor de actieve uitgang of alarmuitgang.
. Actieve uitgang (KEY)
Schakelt gedurende 10 seconden naar de (-) aarding bij elke druk o de toets. Wordt gebruikt voor het
inschakelen van verlichting, CCTV-camera’s of zoemers.
2. Alarmuitgang (AL)
Schakelt naar de (-) aarding wanneer het alarm bij geforceerde of o en deur afgaat. Zo wordt een extern
alarm ingeschakeld.
•UITGANG 2 (9- 0- )