Interlogix SP1083600 User manual

SP1083600 Motor-Driven
Blocking Device EasyLock
Installation Manual
EN SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual
DE SP1083600 Motorisches Sperrelement EasyLock –Errichteranleitung
P/N 1078249 (ML) • REV B • ISS 11MAR19

2 SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual
EN: SP1083600 Motor-Driven Blocking
Device EasyLock Installation Manual
Copyright
© 2019 UTC Fire & Security Americas Corporation, Inc. All rights
reserved.
Trademarks and
patents
Interlogix, the SP1083600 Motor-Driven Blocking Device EasyLock
name and logo are trademarks of UTC Fire & Security.
Other trade names used in this document may be trademarks or
registered trademarks of the manufacturers or vendors of the
respective products.
Manufacturer
PLACED ON THE MARKET BY:
UTC Fire & Security Americas Corporation, Inc.
3211 Progress Drive, Lincolnton, NC, 28092, USA
AUTHORIZED EU REPRESENTATIVE:
UTC Fire & Security B.V.
Kelvinstraat 7, 6003 DH Weert, Netherlands
Product warnings and
disclaimers
THESE PRODUCTS ARE INTENDED FOR SALE TO AND
INSTALLATION BY QUALIFIED PROFESSIONALS. UTC FIRE &
SECURITY CANNOT PROVIDE ANY ASSURANCE THAT ANY
PERSON OR ENTITY BUYING ITS PRODUCTS, INCLUDING ANY
“AUTHORIZED DEALER” OR “AUTHORIZED RESELLER”, IS
PROPERLY TRAINED OR EXPERIENCED TO CORRECTLY
INSTALL FIRE AND SECURITY RELATED PRODUCTS.
For more information on warranty disclaimers and product safety
information, please check
https://firesecurityproducts.com/policy/product-warning/ or scan the
QR code.
Certification
European Union
directives
UTC Fire & Security hereby declares that this device is in
compliance with the applicable requirements and provisions of the
Directive 2014/30/EU and/or 2014/35/EU. For more information see
www.utcfireandsecurity.com or www.interlogix.com.
2012/19/EU (WEEE directive): Products marked with this symbol
cannot be disposed of as unsorted municipal waste in the European
Union. For proper recycling, return this product to your local supplier
upon the purchase of equivalent new equipment, or dispose of it at
designated collection points. For more information see:
www.recyclethis.info
Contact information
www.utcfireandsecurity.com or www.interlogix.com
Customer support
www.utcfssecurityproducts.eu

SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual 3
Content
General information 4
Mechanic assembly / Safety 4
Features of the blocking device 4
Additional features with universal connection box 5
Installation 6
Assembly of the blocking device 6
Assembly of the counterpart 7
Emergency opening 8
Switching on 9
Connection to the test device SP1083220 10
Connection 10
Commissioning 12
Troubleshooting 13
Electrical emergency opening 13
Mechanic emergency opening 13
Sluggish bolt 14
Replacing the bolt 15
Product faults 16
Drilling template 16
Specifications 17

4 SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual
General information
The blocking device SP1083600 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.)
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.
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: <50 µA (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

SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual 5
Additional features with universal connection box
Since today’s burglary alarm centers possess arbitrarily programmable inputs
and outputs, 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 outputs, printed circuit board or if required usable
with pull-up resistance

6 SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual
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 Ø13 mm for the blocking device (optimum Ø13.5 mm to
ease the installation)
•Wood drill Ø13 mm or Ø16 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)
Assembly of the blocking device
Produce a hole with a Ø13.5 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 9 on page 14.
The exact installation dimensions are shown in Figure 1 below as well as in the
drilling template (Figure 11 on page 16).
Optionally, there are an installation housing and a counterpart available to mount
the blocking device.
Figure 1: Assembly of the blocking device
(1) Hole Ø13 for blocking device: Depth about 55 mm
(2) Counter sinking flange: Depth 1.7 mm
(1)
(2)

SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual 7
Cautions
•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.
•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.
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, refer to “Connection to SP1083220 test device” on page 10).
After powering (for example, 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 refer to the
technical data sheet (see also “Specifications” on page 17).
9. Assemble the counterpart.
10.Close the door and perform a functional check using the test device (see also
“Commissioning” on page 12).
Caution: 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.

8 SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual
Emergency opening
Electrical emergency opening
Guide the leads of the distribution voltage to a place which is accessible in case
of a failure (for example, 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 powering down and up 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.

SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual 9
Switching on
The switching on is performed via a 4-pin cable. Two leads are required for the
power supply —nominal 12 VDC. The drive is performed with a static signal 0 V
—active. Additionally an open connector output is available, which switches
approach to 0 V if the locking bolt is extended.
Figure 2: Blocking device connections
Table 1: Inputs and outputs of the blocking device
Signal
Lead color
Description
+12 V
White
Power supply +12 V
0 V
Brown
Power supply 0 V
Input
Green
Input “Closed“
- 0 V = “Closed”
- open or +12 V = “Opened”
Output
Yellow
Open collector output, active 0 V: Display of the status “closed”

10 SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual
Connection to SP1083220 test device
During the commissioning and for further test purposes you can use SP1083220
test device. For the connection refer to Figure 3 below.
Figure 3: Connection to SP1083220 test device
Connection
To connect the blocking device you can use the armed or not armed output of a
burglary alarm system or a timely limited release signal for the entrance control
applications.
When activating the input, the blocking device closes; when deactivating, the
blocking device opens.
Signal behavior and example for switching on with “0 V-activated”—
“armed” signal
Figure 4: Input voltage behavior
Figure 5: Ext. armed 0 V —active
The input of the blocking device requires very little current –average 3 to 4 µA. If
the control output, which activates the input, has a residual current of few µA (for
example, due to the corresponding burglary alarm center protective circuit –
varistors, TVS diodes, 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
resistance value should not exceed 1 MΩ.
SP1083600

SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual 11
Figure 6: Ext. armed 0 V —active + Pull-up
Caution: When using a pull-up resistance, the quiescent current consumption of
the status “closed” will increase depending on the voltage and the used
resistance value. Calculation example: U = 12 V, R = 100 kΩ: IR= 120 µA.
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 resistance value should not exceed 33 kΩ.
Figure 7: Ext. fuzzy +12 V —active
Connection of several blocking devices
You can connect several blocking devices in series so that they will close one
after another.
The low voltage side can be used by switching on LEDs to display the status.

12 SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual
Figure 8: Connecting several blocking devices in series
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 1/2 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 “Connection” on
page 10.

SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual 13
Troubleshooting
In case of malfunctions, please check the following points:
•Check wiring:
Are all conductions correctly switched?
•Check control signals:
Is the supply 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 (see “Electrical emergency opening” below) and if this is
ineffective, use the mechanical emergency opening options (“Mechanic
emergency opening” below).
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 supply voltage again
Regardless of the control signal state, the blocking device always opens after
powering up. During this process, verify the door if there are mechanical
problems causing that the door does not open.
The supply wires of the blocking device need to be installed at an accessible
point when installing it (for example behind the bell or the cover of the
communicator, or others) so that they 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.
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.
Note: Spare –Locking bolts are available as item SP108360B.

14 SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual
In order to provide 3 mm distance 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.
Figure 9: Breaking point location
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 to 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 counter-clockwise using the screwdriver. This way you can unscrew the
bolt.
Figure 10: Locking bolt

SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual 15
Replacing the bolt
If the locking bolt is broken off, you have the option to replace it without
disassembling the blocking device. You need to perform the following steps.
1. Unscrew the screw cap from the housing of the blocking device using the
assembly tools or the bolt replacement (item SP108360S).
The bolt is moved out by activating the SpE input, and can be completely
removed.
2. Set the SpE input on “opened” (i.e. do not activate it any longer).
Now the blocking device will try to move in the bolt.
3. Put the bolt in the correct position to the blocking device —refer to the
drawing below. The two guiding noses on the bolt need to fit exactly to the
guiding grooves of the housing.
After a few seconds the bolt will be moved in.
If you put the bolt the other way around by mistake, it will automatically be
ejected after a few seconds.
After the bolt is correctly inserted, turn in a new screw cap up to the stop.

16 SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual
Product faults
This product is state of the art. Each product is thoroughly controlled regarding
quality and functionality before it is delivered. If there are nonetheless any claims
regarding the operation, please do not hesitate to contact us.
If, despite of our thorough control, there are any problems occurring, which
cannot be repaired on site, we would like to ask you to return the device, which is
a subject to claim, including an exact description of the fault.
Drilling template
Caution: Drilling template on a scale of 1:1. If required copy this page and cut
out the drilling template!
Figure 11: Drilling template

SP1083600 Motor-Driven Blocking Device EasyLock Installation Manual 17
Specifications
Operating voltage
8 to 15 VDC
nominal 12 VDC
Current consumption:
Standby (passive input)
about 50 A
Active input
about 54 µA
Current consumption during locking process
about 35 mA
Current consumption when locking
max. 150 mA (only short term, since
automatic switching off)
Required current to activate the input
<0,36 mA (short pulse), on an average
<3 µA (connection towards 0 V)
Minimum pulse duration at the input
> 200 ms
Loading capacity of the OC output
50 mA (switches off at overload for min
5 sec.)
Bolt path
12 mm
Maximum distance housing flange to counterpart
8 mm
3 mm for VdS-Applications
Closing / Opening time
<0,3 s at 14 VDC operating voltage
Locking force
>5 N at 14 VDC operating voltage
Admissible shearing force
1,0 kN at max. 3 mm distance from the
flange
0,5 kN at 8 mm distance from the flange
Operating temperature
−25 to +60°C
Storage temperature
−40 to +70°C
Environmental class according to VdS (IEC 60 068-
2)
Class III
IP protection class
IP 43
Protection against electromagnetic influences (EMV)
89/336 EEC and according to VdS 2110
Dimensions of the housing
Ø12.9 x L 48 mm
Minimum size of the hole for installation
Ø13.0 x L 55 mm (optimum Ø 13.5 mm)
Flange
W 16 x L 38 x D 1.7 mm
Weight (without connecting cables)
about 0.02 kg
Cable length
3.5 m
Material:
Housing, locking bolt
Plastic material (polyamide plastic)
Screw cap
Aluminum, milled
Inner diameter / Outer diameter
Counterpart 1: Ø10 mm / Ø 13 mm
Counterpart 2: Ø12 mm / Ø 16 mm
Length / Collar diameter
Counterpart 1: 15 mm / Ø18 mm
Counterpart 2: 19 mm / Ø21 mm
VdS approval No –Blocking device
G 107 102

18 SP1083600 Motorisches Sperrelement EasyLock –Errichteranleitung
DE: SP1083600 Motorisches Sperrelement
EasyLock –Errichteranleitung
Copyright
© 2019 UTC Fire & Security Americas Corporation, Inc. Alle Rechte
vorbehalten.
Marken und Patente
Interlogix, der Motorisches Sperrelement EasyLock-Name und das
Logo sind Marken von UTC Fire & Security.
Andere in diesem Dokument verwendete Markennamen können
Marken oder eingetragene Marken der Hersteller oder Anbieter der
betreffenden Produkte sein.
Hersteller
INVERKEHRBRINGER:
UTC Fire & Security Americas Corporation, Inc.
3211 Progress Drive, Lincolnton, NC, 28092, USA
BEVOLLMÄCHTIGTER EU REPRÄSENDANT:
UTC Fire & Security B.V.
Kelvinstraat 7, 6003 DH Weert, Niederlande
Zertifizierung
VdS
VdS Anerkennungs-Nr. - Sperrelement: G 107 102
Richtlinien der
Europäischen Union
UTC Fire & Security erklärt hiermit, dass dieses Gerät den geltenden
Anforderungen und Bestimmungen der Richtlinie 2014/30/EU
und/oder 2014/35/EU entspricht. Für weitere Informationen siehe
www.utcfireandsecurity.com oder www.interlogix.com.
2012/19/EU (WEEE): Produkte die mit diesem Symbol
gekennzeichnet sind, dürfen nicht als unsortierter städtischer Abfall
in der europäischen Union entsorgt werden. Für die korrekte
Wiederverwertung bringen Sie dieses Produkt zu Ihrem lokalen
Lieferanten nach dem Kauf der gleichwertigen neuen Ausrüstung
zurück, oder entsorgen Sie das Produkt an den gekennzeichneten
Sammelstellen. Weitere Informationen hierzu finden Sie auf der
folgenden Website: www.recyclethis.info
Kontaktinformationen
www.utcfireandsecurity.com oder www.interlogix.com
Kundendienst
www.utcfssecurityproducts.de

SP1083600 Motorisches Sperrelement EasyLock –Errichteranleitung 19
Inhalt
Allgemeines 20
Mechanischer Aufbau / Sicherheit 20
Merkmale des Sperrelementes 20
Zusätzliche Merkmale durch Universal-Anschlussbox 21
Installation 22
Montage Sperrelement 22
Montage Gegenstück 23
Notöffnung 24
Anschaltung 25
Anschluss an Testgerät 8322.0 25
Ansteuerung 26
Inbetriebnahme 28
Bolzenaustausch 29
Problembehandlung 31
Elektrische Notöffnung 31
Mechanische Notöffnung 31
Bolzen schwergängig 32
Produktfehler 33
Bohrschablone 33
Technische Daten 34

20 SP1083600 Motorisches Sperrelement EasyLock –Errichteranleitung
Allgemeines
Das Sperrelement SP1083600 ist für folgende Anwendungen vorgesehen:
•zur Verhinderung des Zugangs zum scharfgeschalteten Bereich einer
Einbruchmeldeanlage
•bei Zutrittskontrollanwendungen, um nur autorisierten Personen Zutritt zu
gewähren
•sonstige Anwendungen, auch nicht aus dem Sicherheits-Bereich (KFZ, Möbel
usw.)
Mechanischer Aufbau / Sicherheit
Durch den stabilen Aufbau in Kunststoff wird eine hohe Zuverlässigkeit und eine
hohe Lebensdauer von weit über 50.000 Zyklen erreicht. Bei Ausfall des
Sperrelementes stehen elektrische und mechanische Notöffnungsmöglichkeiten
zur Verfügung.
Merkmale des Sperrelementes
•VdS-Klasse C
•Geräuscharm
•Intelligente Steuerung integriert
•Geringe Stromaufnahme von weniger als 50 mA beim Schließ- /
Öffnungsvorgang
•Stromaufnahme Ruhe: ca. 50 µA (ca. 100 µA aktiviertem Eingang)
•Integrierte Bolzenüberwachung
•Mehrere Schließversuche, Abschaltung bei Blockierung
•An die meisten Systeme direkt anschaltbar
•Die Anschaltung erfolgt über ein 4-poliges Anschlusskabel:
- Versorgungsspannung +12 V
- Versorgungsspannung 0 V
- Eingang Auf/Zu, 0 V: Bolzen fährt aus (Tür gesperrt), +12 V: Bolzen fährt ein
- Ausgang Zustand Auf/Zu - aktiv 0 V bei ausgefahrenem Sperrbolzen
•Ansteuerung mit statischem Signal, mehrere Sperrelemente sind
kaskadierbar
•Rückmeldung der Bolzenposition
•Einfacher Einbau in den Türrahmen. Im Türblatt wird nur das Gegenstück
montiert
•Elektrische Notöffnung über Versorgungsspannung Aus-/Einschalten
•Mechanische Notöffnung durch Sollbruchstelle am Bolzen
•Der Verschlussbolzen kann im eingebauten Zustand ausgetauscht werden
•Stabile Kunststoffausführung