Shunt lock function 3066
Version: January 2004
Shunt lock function 3066
Contents
Alarm System
1.0
2.0
3.0
Activation unit
Deactivation unit
Digital locking
cylinder or
Smart Relay
Method of Operation __________________________________4
1.1
General ________________________________________________ 4
1.2
Turning the Alarm System On ______________________________ 4
1.3
Turning the Alarm System Off______________________________ 4
1.4
Activation Transponder ___________________________________ 4
Special Model ________________________________________5
2.1
Activation Unit PLUS _____________________________________ 5
2.2
Overview of the Models ___________________________________ 5
Assembly Instructions_________________________________6
3.1
General ________________________________________________ 6
3.2
Locking Cylinder/ Smart Relay _____________________________ 7
3.3
Deactivation Unit (DA) ____________________________________ 7
3.4
Activation Unit (AU) ______________________________________ 7
3.5
Lock Contact Evaluation (optional) _________________________ 8
3.6
Activation Suppression (optional) __________________________ 8
3.7
Connection to the Burglar Alarm System ____________________ 8
Shunt lock function 3066
Contents
4.0
Terminal connecting plan (Example) _____________________9
5.0
Connection Possibilities ______________________________10
6.0
5.1
Standard Shunt lock function _____________________________ 10
5.2
Activation of the Alarm System from Several Locations _______ 11
5.3
Special Versions of the Shunt lock function 3066_____________ 12
Data Sheet__________________________________________13
Shunt lock function 3066
Page 4
1.0
Method of Operation
1.1
General
When using the digital locking system in an object that is secured by alarm, one
condition that is to be met is that when the alarm system has been activated, an
accidental entry of the area is not possible. This can be realized by using our shunt
lock components. These consist of an activation unit and a deactivation unit.
1. The activation unit is for switching the alarm system. In the locking plan, the
authorizations for turning the system on and are granted by mouse click.
2. The deactivation unit sees to it that a door of the securing area cannot be
accidentally opened with an authorized transponder when the alarm system
has been activated; it thereby avoids false alarms. It is equipped with an LED
that signals the status activated-deactivated.
1.2
Turning the Alarm System On
The one authorized to do the switching activates
his or her transponder near the activation unit.
This sends a signal to all available deactivation
units. If the doors are equipped with lock
contacts, the deactivation units verify that the
doors are correctly locked. Only when this is the
case are the digital locking cylinders or Smart
Relays deactivated so that an entry into the
securing area is no longer possible. The
deactivation unit’s LED is extinguished. The
activation unit activates the alarm system via a
floating contact after the successful deactivation
of the locking cylinders or Smart Relays.
1.3
Turning the Alarm System Off
The one authorized to do the switching again activates his or her transponder within
the transmitting range of the activation unit. The deactivation units signalize this to the
digital locking cylinders or to the digital Smart Relays. The doors can now be
accessed again with all authorized transponders. The deactivation unit’s LED lights
again.
1.4
Activation Transponder
In case of an emergency, you can use the locking plan software to program a
transponder that removes the deactivation of the locking cylinder so that the doors
can be opened with an authorized transponder. The alarm system remains activated,
however, and the alarm is triggered.
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2.0
Special Model
If a log is to be kept of who switched the alarm system and when, an activation unit
with access logging (PLUS Version) is required.
2.1
Activation Unit PLUS
This is the same model as for the standard version, but with access logging and time
zone control.
Access logging
The activation unit stores the last 128 accesses with date, time of
day and the transponder’s user name. The data can be read out
using the Config-Device, PalmCD or over the network.
Time zone control You can program activation units in such a way that authorized
transponders can switch the alarm system only at specific times.
2.2
Overview of the Models
Activation unit
Activates and deactivates the
alarm system
Switches the deactivation unit
(optional)
Activation unit PLUS
Activates and deactivates
the alarm system
Switches the deactivation
unit (optional)
Access logging
Time zone control
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3.0
Assembly Instructions
3.1
General
The installation is always done in the protected area, for example, in the inner area
behind the door, behind brickwork, etc. However, there are materials, such as
stainless steel or aluminium, for example that can considerably reduce the range. In
the same way, magnetic interference sources that are in the area around the
activation unit or the deactivation unit can very sharply reduce the range. When
making the connection, please pay attention to the technical data for the activation
unit and the relay. Falling short of or exceeding these values can lead to interference
with the function or to the destruction of components. The polarity is not pertinent
when connecting the supply voltage. The components (deactivation unit and
activation unit) can be surface-mounted on the wall with two 4mm x 30mm
countersunk head screws and two S5 plastic plugs. Carefully remove the electronics
from the spring-loaded latch in the bottom of the housing. You can also install the
components in a flush socket device that is at least 70 mm deep. Please do not use
flush socket devices made of metal. If the housing cannot be integrated into the flushmounted box, you must insulate the activation units and deactivation units carefully
(e.g. with shrink sleeve).
Program the shunt lock components and accompanying lockings before the
installation. Keep the following points in mind during the programming:
Program the activation unit, deactivation unit and cylinder/ Smart Relay in the
same locking plan.
Select type Control unit for the shunt lock components.
During programming, supply only one component with power at a time and do
not connect the cables to one another.
After programming, read out the components and verify that they report
correctly.
Refer to Chapter 1 Shunt lock in the software operating instructions for more
information.
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3.2
Locking Cylinder/ Smart Relay
Install the digital locking (Smart Relay or locking cylinder) that should be deactivated
by the shunt lock function.
3.3
Deactivation Unit (DA)
Before permanently installing the components, check the radio transmission to the
digital locking. To do this, connect the deactivation unit to the supply voltage (9-volt
compound battery) and position the unit within radio range of the digital locking.
Deactivation unit
Deactivation unit
Digital Locking Cylinder
Digital Smart Relay
20 cm to 40 cm (8 to 16 inches)
50 cm to 1 m (20 to 40 inches)
The ranges depend on the structural circumstances and so will vary.
Connect the red line with the blue one. The cylinder or Smart Relay is deactivated
(signal tone for cylinder) and the LED on the deactivation unit goes out. When you
remove the connection, the cylinder or Smart Relay is activated. The LED lights
again. Repeat the tests several times until the radio link works perfectly. Then install
the deactivation unit.
☺
You can increase the range between the cylinder and deactivation unit by
using FH version locking cylinders.
Install the other deactivation units, if any, and conduct a series of test on all
deactivation units.
3.4
Activation Unit (AU)
Before installing, apply voltage to the activation unit and test whether its relay
switches. Install the components in the door area, making sure that the distance to
the digital locking is at least 1 m (40 inches). If the distance is less, turn the activation
unit by 90 degrees so that the AU antennas are aligned horizontally. If it is required,
you can move the activation unit LED to the outside area so that you can tell whether
the alarm system is turned on or off even from outside.
You must allow a distance of at least 3 m (approximately 10 feet) from other
deactivation units if you are installing activation units that are not directly
connected to a deactivation unit but that are in the same locking plan.
Connect the white, blue, red and green cables of the activation unit and the
deactivation unit(s) to one another (see connecting plan on page B7). Do not connect
the
yellow lines with one another. It is absolutely important that you do not connect the
blue line with one of the white lines, because otherwise the electronics will be
damaged. If the lines are not long enough, feel free to lengthen them. Recommended
cable type: J-Y(ST)Y 6-pole Ø 0.6mm.
Shunt lock function 3066
Page 8
Apply supply voltage to terminals 1 and 2 on the activation unit. The polarity of the
supply voltage does not matter. Check whether there is a minimum voltage of 9 volts
on the deactivation units (voltage drop from the cable). Perform a function test by
operating the activation unit with an authorized activation unit. The light emitting
diodes on the activation unit and the deactivation unit(s) go out and the cylinder(s) or
Smart Relay(s) must be deactivated. When you activate the components, the LEDs
light
again. Test the shunt lock function several times.
3.5
Lock Contact Evaluation (optional)
If you want the alarm system to wait until all doors in the security area have been
locked, i.e., the bolts of the locks have been driven out, before activating, then you
must connect the yellow cable of the deactivation unit to the lock contact. Connect the
other connection of the lock contact to the blue cable. The lock contact has to be a
floating break contact.
☺
If the lock contact is missing, it is not possible to check if all doors are locked,
i.e., the alarm system could also be activated if a door has accidentally been
left open. In this case the yellow cable is not connected.
Test the shunt lock function again.
3.6
Activation Suppression (optional)
If you want to use activation suppression, wire it between the yellow and blue lines.
This suppresses the activation process under certain conditions, such as when a
window is open.
Test the shunt lock function again.
3.7
Connection to the burglar Alarm System
Remove the supply voltage from the shunt lock components and connect contacts
3 and 4 or 3 and 5 to the alarm system. You can then reconnect the supply voltage to
clamped connections 1 and 2 on the activation unit. We recommend that you always
connect the shunt lock components to a separate power supply. This effectively
eliminates interfering signals and spikes. Do not connect the clamped connections on
the deactivation unit. Now check the shunt lock function.
Shunt lock function 3066
Page 9
Terminal connecting plan (Example)
Example:
Alarm system
AU
Optional: Activation suppression
Alternatively: opening
or locking contact
Meaning of the colour-coding:
White
Supply voltage
Blue
Signal reference point
Green
Deactivation ack
Red
Deactivation request
Yellow Activation suppression
with AU (optional)
Lock contact evaluation
with DA(optional)
yellow
Optional: lock contact
evaluation
blue
yellow
white
white
white
white
red
red
green
blue
green
4.0
If the bolt is driven out,
the lock contact opens,
if not, it stays closed.
DA
Do not use connecting terminals
Do not connect the yellow cable if the lock contact is missing. This also applies
to the activation suppression for the activation unit.
You are not permitted to connect the blue cable with a white one because
otherwise the electronics can be destroyed.
Shunt lock function 3066
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5.0
Connection Possibilities
5.1
Standard Shunt lock function
a) For alarm systems with one securing area, you can have any number of
deactivation units (DA) controlled.
Example:
☺
If a deactivation unit (DA) fails to acknowledge because, for example, a door
is still open, the activation unit receives a signal from the deactivation unit.
This is sufficient to keep the alarm system from turning on.
See page B8 for the terminal connecting plan.
a) XXXX
b) For alarm systems with several securing areas: an activation unit is required
for each securing area. You can connect any number of deactivation units to
each activation unit.
Example:
See page B8 for the terminal connecting plan.
Shunt lock function 3066
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5.2
Activation of the Alarm System from Several Locations
If you want to activate and deactivate the alarm system from different locations, use
additional Digital Smart Relays. Switch their switch contacts 3 and 5 to parallel and
connect them to a transponder with completed cable. Install this special transponder
in the immediate vicinity of the activation unit. The Smart Relays are to be set to pulse
control (default setting).
Transponder with
completed cable
Example:
See page B8 for the terminal connecting plan.
Smart Relay connection:
Netzteil
Power
{ +- // ~~
Batterie
BatterySREL.BAT
SREL.BAT
RelaisR
{
NC
COM
NO
Shunt lock function 3066
Page 12
5.3
Special Versions of the Shunt lock function 3066
A
Operation of the Activation Unit without Deactivation Unit
If only the alarm system is to be activated and deactivated using a transponder
instead of with a key, only one Smart Relay is required. In this case, however, the
true purpose of the shunt lock function is abandoned.
If the additional function of activation suppression is wished, an activation unit must
be used.
Connection assignments:
Connect contacts 3 and 4 or 3 and 5 to the alarm system. Connect the supply voltage
to the clamped connections 1 and 2 of the Smart Relay or activation unit (separate
power pack).
If you want to use activation suppression, wire it between the yellow and blue lines.
This suppresses the activation process under certain conditions, such as when a
window is open.
Do not connect the other lines of the activation unit.
B
Operation of the Deactivation Unit without Activation Unit
If the alarm system is to continue being operated with a conventional key, the
activation unit is not required.
Connection assignments:
Connect the supply voltage (separate power supply) to the two white lines or to
clamped connections 1 and 2. Connect the red and blue lines over a relay point on
the alarm system (floating make contact). If there is a lock switch contact, wire it
between the yellow and blue lines.
☺
As long the red and blue cables are connected to one another, for example,
by a relay point on the alarm system, all locking cylinders that have a
deactivation unit are deactivated, which means that it is not possible to
accidentally use one of these doors when the alarm system is activated.
Do not connect the green cable.
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6.0
Data Sheet
Housing
Material
Color
Dimensions [L/W/H]
Plastic
Black
72 x 57 x 25.5mm
Printed circuit board
Dimensions [L/W/H]
62 x 47 x 17mm
Smart Relay
Line voltage
Quiescent current
Current consumption with
energized relay
Pulse width
12 VAC (regulated) or 5–24 VDC
< 5 mA
< 100 mA
Energized relay
Max. continuous current
Max. switch on current
Max. switching voltage
1A
2A
24 V AC
Deactivation unit
cable
Type
J-Y(ST) Y
6-pole
∅ 0.6mm
approx. 2m (approx. 6.6 feet)
Length
Activation unit cable
Type
Length
0.24 – 10 sec.
J-Y(ST) Y
6-pole
∅ 0.6mm
approx. 1m (approx. 3.3 feet)