BSS Audio EasyLock User manual

8360Err_en.doc Version Page 1
Installation instruction
Motor-driven blocking
device EasyLock
108360
VdS - Class C
G 107 102

Motor-driven blocking device EasyLock
8360.0 Installation instruction
Page 2 Version 8360Err_en.doc
Installation company instruction Motor-driven blocking device EasyLock
Item No: 108360.0
Version: 2.0a / 20.02.2008 MA
Document: 108360Err_en.doc
Disclaimer
© Copyright BSS Baumann Sicherheitssysteme
GmbH 2010
All rights reserved.
Transmitting as well as copying this document,
utilization and communication of its contents is not
allowed if it is not expressively allowed. Any
infringement obliged to compensation. All rights
reserved!
We have checked if the content of the printout complies with the described
components. Nonetheless, we cannot exclude any deviations so that we do not
take any liability for the complete compliance. The information in this printout are
regularly checked and the necessary corrections are included in the following
editions.
We are grateful to receive your suggestions regarding the improvement of this
document.
Technical changes are reserved.

Motor-driven blocking device EasyLock
Installation instruction 8360.0
8360Err_en.doc
Version Page 3
Contents
1 General information...................................................................................4
1.1 Mechanic assembly / Safety...................................................................................4
1.2 Features of the blocking device..............................................................................4
1.3 Additional features with universal connection box...................................................4
2 Installation..................................................................................................5
2.1 Assembly of the blocking device.............................................................................5
2.2 Assembly of the counterpart...................................................................................6
2.3 Emergency opening ...............................................................................................6
3 Switching on .............................................................................................. 7
3.1 Connection to the test device 8322.0 .....................................................................7
3.2 Connection.............................................................................................................8
3.2.1 Connection of several blocking devices....................................................9
3.3 Commissioning.......................................................................................................9
4 Trouble shooting ....................................................................................... 9
4.1 Electrical emergency opening ..............................................................................10
4.2 Mechanic emergency opening..............................................................................10
4.3 Sluggish bolt.........................................................................................................10
4.4 Replacing the bolt.................................................................................................11
4.5 Product errors ......................................................................................................11
5 Drilling template....................................................................................... 12
6 Technical data..........................................................................................12

Motor-driven blocking device EasyLock
8360.0 Installation instruction
Page 4 Version 8360Err_en.doc
1 General information
The blocking device 8360 is designated for the following applications:
•To prevent persons from accessing the armed area of a burglar alarm system
•For access control applications in order to allow access only to authorized persons
•Other applications, also if they are not in the field of safety (car, furniture, etc.)
1.1 Mechanic assembly / Safety
Due to the robust assembly made of plastic, a high reliability and durability of more than 50’000
cycles is being achieved. If the blocking device fails, there are electrical and mechanical
emergency opening options available.
1.2 Features of the blocking device
•VdS class C registered
•Low noise
•Integrated intelligent control
•Little current consumption of less than 50 mA for the locking / opening process
•Current consumption in rest: <50µA (also for active entrance)
•Integrated bolt monitoring
•Several closing trials, switching off when blocking
•Can be directly connected to most systems
•The connection is performed using a 4-pin connecting cable:
- Distribution voltage +12 V
- Distribution voltage 0 V
- Entry opened/closed, 0 V Bolt extends (door locked), open or +12 V Bolt moved in
- Exit status opened/closed - active 0 V with blocking bolt moved out
•Drive with statistic signal, several blocking devices are connectable
•Feedback signal of the bolt position
•Easy installation in the door frame. Only the counterpart will be installed to the door leaf
•Electrical emergency opening via the distribution voltage switching off / on
•Mechanical emergency opening with predetermined breaking point at the bolt
•The locking bolt can be exchanged when it is installed
•Stable plastic construction
1.3 Additional features with universal connection box
Since today’s burglary alarm centers possess arbitrarily programmable entries and exits, it is in
most cases possible to directly connect this device.
If you cannot realize a direct connection, you can use a universal connecting box to do so. This
way, the following additional features are resulting:
•Can be connected to any EMZ (Alarm System)
•Drive with 0 V or 12 V signals
•Statistic or dynamic drive with one or 2 signals
•Two complementary OC exits, printed circuit board or if required usable with pull-up
resistance

Motor-driven blocking device EasyLock
Installation instruction 8360.0
8360Err_en.doc
Version Page 5
2 Installation
The most advantageous installation place is as near as possible to the existing striking plate of the
lock since in this position it will have minimum effects if the door gets distorted. The blocking
device can be installed at any position. The following devices are required for the installation:
•Wood drill minimum ø 13 mm for the blocking device
(optimum ø 13.5 mm to ease the installation)
•Wood drill ø 13 mm or ø 16 mm for the counterpart
•Assembly aid (adhesive felt) to position the counterpart (is delivered together with the
blocking device)
•Ink pad to color the assembly aid (adhesive felt)
2.1 Assembly of the blocking device
Produce a hole with a ∅13.5 mm for the blocking device as well as if necessary an indentation for
the cuff in the door frame. Provide enough space for a cable loop behind the hole for the blocking
device or in the further cable duct so that sufficient cable reserves are available to extend the
blocking device for service purposes.
The installation direction of the flange should be selected preferably in a way that the power on the
bolt will come from the fixing screws of the blocking device – also refer to figure 4.1.
The exact installation dimensions are shown in figure 2.1 as well as in the drilling jig.
Optionally, there are an installation housing and a counterpart available to mount the blocking
device.
8360Geh.eps
Illustration 2.1 – Assembly of the blocking device
Attention: Clean the hole before installing the blocking device.
When screwing in the flange fixing screws, pay attention to the position of the cable so
that you will not damage it with the fixing screws.
Attention: When installing the blocking device on an emergency fire door, please check which
structural measures are allowed so that the door will not lose its certification!
Hole
∅
13 for blocking device:
Depth about 55
mm
Counter sinking flange: Depth 1.7 mm

Motor-driven blocking device EasyLock
8360.0 Installation instruction
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2.2 Assembly of the counterpart
The counterpart is assembled in the door leaf. It needs to be assembled in a way that the locking
bolt can extend to the limit stop without contact. The maximum distance between the flange and
the counterpart amounts to 5 mm. This way, it is guaranteed that the locking bolt will move far
enough into the counterpart.
Assembly steps:
1. After having installed the blocking device, connect it to the test device (for the connection
plan, please refer to chapter 3.1). After feeding (e.g. using an accumulator) the blocking
device will open automatically.
2. Glue the assembly aid (adhesive felt) on the locking bolt of the blocking device and color it
using an ink pad.
3. Close the door.
4. Lock the blocking device using the test device. The locking bolt will extend. After several
locking trials the locking bolt will move back since it cannot reach the end position.
5. Open the locking device by using the test device.
6. Open the door.
7. On the door leaf you can recognize a color circle which shows the exact position of the
counterpart.
8. Mark the center using a center punch and drill the hole according to the counterpart. For
the installation dimensions of the counterparts, please refer to the technical data sheet
(also see chapter 6).
9. Assemble the counterpart.
10. Close the door and perform a functional check using the test device (also refer to
chapter 3.3).
Attention: When installing the blocking device on an emergency fire door, please check which
structural measures are allowed so that the door will not lose its certification!
2.3 Emergency opening
Electrical emergency opening:
Guide the leads of the distribution voltage to a place which is accessible in case of a failure (e.g.
behind the bell or the cover of the communicator, or others) in order to be able to use the electrical
emergency opening options. By shortly interrupting and feeding the distribution voltage the bolt will
be moved in – also if the entrance is set to “Closed“. Only after switching over the entry from
“Opened“ to “Closed“ the bolt will be extended again.

Motor-driven blocking device EasyLock
Installation instruction 8360.0
8360Err_en.doc
Version Page 7
3 Switching on
The switching on is performed via a 4-pin
cable. Two leads are required for the
voltage distribution - nominal 12 V DC. The
drive is performed with a static signal
0 V-active. Additionally a revertive
communication output is available which
switches approach to 0 V if the locking bolt
is extended.
8360Ans.png
Illustration 3.1 – Connection plan blocking device
Inputs and outputs of the blocking device
Signal Lead color Description
+12 V white Tension distribution +12 V
0 V brown Tension distribution 0 V
Input green Input “Closed“: 0 V “Closed“
open or +12 V “Opened“
Output yellow Open drain exit, active 0 V: Display of the status “closed”
3.1 Connection to the test device 8322.0
During the commissioning and for further test
purposes you can use the test device 8322.0. For
the connection please refer to the illustration on the
right.
8322Ab2.png
Illustration 3.2 – Connection to a test device 8322.0

Motor-driven blocking device EasyLock
8360.0 Installation instruction
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3.2 Connection
To connect the blocking device you can use the armed or not armed output of a burglary alarm
center or a timely limited release signal for the entrance control applications.
When activating the input, the blocking device will close, when deactivating, the blocking device
will open.
A) Signal behavior and example for switching on with “0 V-activated“-“armed“signal:
8360ES1.png 8360ES2.png
Illustration 3.3 – Input voltage behavior Illustration 3.4 - Ext. armed 0 V-active
The input of the blocking device requires very little
current – on average 3...4 µA. If the used control output
to activated the Input voltage may have a residual
current of a view µA (e.g. due to the corresponding
burglary alarm center protective circuit – varistors,
transildiods, etc) it may occur that the blocking device
will not correctly react when changing over the output
from “active“ to "inactive“. In order to work properly, a
pull-up resistance can be put between the input and
+12 V. The amount of resistance shall not exceed 1 MΩ.
8360ES2a.png
Illustration 3.5 - Ext. armed 0 V-active + Pull-up
Attention: When using a pull-up resistance the quiescent current consumption of the status
“closed” will increase according to the distribution voltage and to the used amount of
resistance!
Calculation example: U = 12V, R = 100K  I
R
= 120µA
B) Example of switching on with “+12 V-activated”-“not armed“-signal:
When activating the input via a p-n-p transistor a
resistance needs to be put between the input and 0 V.
The amount of resistance must not exceed 33 kΩ.
8360ES3.png
Illustration 3.6 - Ext. fuzzy +12 V-active

Motor-driven blocking device EasyLock
Installation instruction 8360.0
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Version Page 9
3.2.1 Connection of several blocking devices
You can connect several blocking devices in series so that they will close one after another.
The low tension side can be used by switching on LEDs to display the status.
Connect several blocking devices in series
8360Kas.png
Illustration 3.7 –Connecting several blocking devices in series
3.3 Commissioning
When impressing the operating voltage on the blocking device will open up in any case
independent from the status of the inputs.
Functional check:
•Close and open the blocking device when the door is closed. In doing so, check the following
functions:
- Closing or opening time maximum about ½ second.
- The locking bolt must neither contact nor interlock on the counterpart. The locking bolt
extends without several locking trials.
- The locking bolt can extend at full length since otherwise it would open up again after
several locking trials.
•If the functionality is incorrect then check the wiring on the basis of the signal descriptions
and the examples for switching on described in chapter 3.2.
4 Trouble shooting
In case of malfunctions, please check the following points:
•Check wiring:
Are all conductions correctly switched?
•Check control signals:
Is the distribution voltage of +12 V available on the blocking device?
Is the necessary drive signal available on the blocking device?
•Check the installation:
Does the locking bolt extend at full length?
Does the locking bolt contact the counterpart?
If the protected area remains obstructed first use the electrical emergency opening options
(Chapter 4.1) and if this is ineffective, use the mechanical emergency opening options
(Chapter 4.2).

Motor-driven blocking device EasyLock
8360.0 Installation instruction
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4.1 Electrical emergency opening
The blocking device offers the following electrical emergency opening options:
Automatic opening of the blocking device after interrupting and switching on the
distribution voltage again
Independent from the fact if the control signal is fed, the blocking device will always open up after
feeding the distribution voltage. During this process, rattle at the door so that the blocking device
opens if mechanical problems on the door are causing that it does not open.
The distribution voltage of the blocking device needs to be installed at an accessible point when
installing it (e.g. behind the bell or the cover of the communicator, or others) so that it can be
interrupted there in case of a failure. This emergency opening type will only be successful if the
electronic who is integrated in the blocking device is working properly.
4.2 Mechanic emergency opening
If the electrical emergency opening options is not successful, you can apply the mechanic
emergency opening options.
Predetermine breaking point at the locking
bolt
The locking bolt of the blocking device
possesses a predetermine breaking point
which responds at a force of more than 1 kN
(about 100 kg) – at max. 3 mm distance from
the fixing flange.
Spare – Locking bolts are available under the
item No. 8360.B.
In order to realize the distance of 3 mm
between the fixing flange of the blocking
device and the door, different installation
housings and counterparts are available in the
range of spare parts for the blocking device.
8360BA3.eps
Illustration 4.1
4.3 Sluggish bolt
If the locking bolt does not extend – due to any reasons
whatsoever – it can be manually screwed out by using a
2.0...2.5 mm screwdriver. A slot is provided at the top of
the spindle.
You can “indent” a corresponding hole at the center of
the front face of the bolt using the corner of the
screwdriver. The wall thickness of the bolt amounts to
about 1 mm at this position. After removing the screw
cap you can turn the spindle counterclockwise using the
screwdriver. This way you can unscrew the bolt.