Logic Group MATRIX ZBA Series Assembly instructions

MATRIX ZBA7140
User’s manual
EN
Logic Group A/S
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Installation Guide and User’s Manual
MATRIX ZBA
Type: ZBA7140
Z-Wave Battery Wall Controller

MATRIX ZBA7140
User’s manual
EN
Logic Group A/S
Page 2 / 31
Logic Group A/S
Vallensbækvej 22 B
DK-2605 Brøndby
[phone]
[e-mail]
www.logic-group.com

MATRIX ZBA7140
User’s manual
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Logic Group A/S
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Content
1Safety Instructions ........................................................................................................................................ 4
2Disposal........................................................................................................................................................ 4
3Warranty ....................................................................................................................................................... 4
4Product description....................................................................................................................................... 5
5Installation guidelines .................................................................................................................................... 6
5.1 Inserting Battery.................................................................................................................................... 6
5.2 Fastening.............................................................................................................................................. 6
5.3 Removing the Pushbutton Cover........................................................................................................... 6
5.4 Removing from Frame........................................................................................................................... 7
5.5 Replacing the battery ............................................................................................................................ 7
6Advanced features........................................................................................................................................ 8
6.1 Send wake up notifications.................................................................................................................... 8
6.2 Controlling light dimmers ...................................................................................................................... 8
6.3 Sending pre-configured dim-levels ........................................................................................................ 9
6.4 Button functions.................................................................................................................................. 10
6.5 Control of other devices ...................................................................................................................... 11
6.6 Central Scene notifications ................................................................................................................. 13
6.7 LED indication..................................................................................................................................... 14
6.8 Battery................................................................................................................................................ 14
7Behaviour within the Z-Wave network ......................................................................................................... 15
7.1 Z-Wave network –add and remove..................................................................................................... 15
7.2 Security .............................................................................................................................................. 16
7.3 Z-Wave Plus specific information......................................................................................................... 16
7.3.1 Z-Wave specific device information ............................................................................................. 16
7.3.2 Z-Wave specific information. ....................................................................................................... 17
8Factory reset............................................................................................................................................... 18
9Association groups ..................................................................................................................................... 19
9.1 Association groups ............................................................................................................................. 19
10 Configuration parameters ....................................................................................................................... 21
11 Technical specifications .......................................................................................................................... 31

MATRIX ZBA7140
User’s manual
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Logic Group A/S
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1Safety Instructions
Please read and follow the manual carefully.
Please read this and other device guides carefully. Failure to follow the recommendations set forth by Logic Group
A/S may be dangerous or cause a violation of the law. The manufacturer, importer, distributor, and / or reseller will
not be held responsible for any loss or damage resulting from not following any instructions in this guide or in other
materials.
Keep product and batteries away from open flames and extreme heat. Avoid direct sun light or heat exposure.
Improper battery use may damage the product.
MATRIX ZBA is intended for indoor use in dry locations only. Do not use in damp, moist, and / or wet locations. Do
not power permanently.
2Disposal
Dispose of the packaging in an environmentally friendly manner. This product is labelled in
accordance with European Directive 2012/19/EU concerning used electrical and electronic
appliances (Waste Electrical and Electronic Equipment –WEEE). The guideline determines the
framework for the return and recycling of used products as applicable throughout the EU.
3Warranty
The guarantee conditions for this product are as defined by your representative in the country in which it is sold.
Details regarding these conditions can be obtained from the dealer from whom the product was purchased. The
bill of sale or receipt must be produced when making any claim under the terms of this guarantee.

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4Product description
MATRIX type ZBA7140 (from hereon called MATRIX ZBA) is a multifunction battery wall controller that can be
mounted in a modular wall-box or directly onto the wall. It is compatible with existing FUGA® frames and wall
boxes.
MATRIX ZBA has four configurable pushbuttons that can control other Z-Wave devices through the wireless Z-
Wave network. These buttons can send ‘ON’, ‘OFF’ and ‘DIM’ commands to the associated Z-Wave devices.
These devices could be light dimmers, blinds, sunscreens, etc.
MATRIX ZBA can also issue scene activation commands that can be used to activate scenes in the Z-Wave
Controller.
MATRIX ZBA has four RGB indicator LEDs, one for each pushbutton, that indicates activation of the pushbutton,
and when MATRIX ZBA is in inclusion or exclusion mode. These indicators can be configured to a desired
indication colour, or they can indicate the battery level when a pushbutton is activated.
MATRIX ZBA is equipped with the newest battery-saving 700-series Z-Wave chip that uses up to 65% less power
and have improved wireless range. This means that the small coin-cell battery can last between 5 –10 years.
MATRIX ZBA is estimated to a battery lifetime, at normal use, to approximately 5 years.

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User’s manual
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Logic Group A/S
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5Installation guidelines
5.1 Inserting Battery
MATRIX ZBA includes a battery of the type CR2032. The battery must be inserted in the battery compartment
before mounting the device. Place with the ”+” symbol upwards.
NB! Only place the battery right before the device is added to a Z-Wave network (see section about Z-Wave add
and remove processes). Otherwise the SmartStart Inclusion mode will drain the battery.
Figure 1: Inserting battery
5.2 Fastening
MATRIX ZBA is mounted in a 1 module FUGA®-compatible frame. The device can be mounted in the following
ways:
A) In a FUGA® compatible wall box or directly on the wall with wood screws.
B) With adhesive putty/Power tack on e.g. furniture and windows. Do not use adhesive putty on the device
itself but only on the back of the frame.
5.3 Removing the Pushbutton Cover
The pushbutton cover is removed from the device by loosening it with a slotted screwdriver in the top (A) and then
in the bottom (B). Hold the top while releasing the bottom.
(A)
(B)

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5.4 Removing from Frame
Demount the device from a frame by pushing it out at the points (C) and (D) with a slotted screwdriver.
5.5 Replacing the battery
The battery is replaced on the back of the device. Do as follows according to the chosen fastening method A) or
B).
A) If the device is fastened with screws, the pushbutton cover must be removed, and the device must be
removed from the frame.
1. Remove the pushbutton cover as described in the section: ”Removing the Pushbutton Cover”.
2. Unscrew the screws from the wall box or wall.
3. Push the device out of the frame as described in the section: “Removing from Frame”.
B) If the device is fastened with adhesive putty, remove both device and frame from the wall by twisting them
from side to side until they loosen up. The frame can stay on the device.
After unfastening from the wall, push the battery out of the compartment. A slotted screwdriver may be used to
push at the point of the arrow in Figure 2.
Figure 2: Pushing out the battery. A slotted screwdriver may be used at the point of the arrow.
(C)
(D)

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6Advanced features
6.1 Send wake up notifications
MATRIX ZBA is a battery-operated device and is turned into deep sleep state most of the time to save battery.
Communication with the device is limited. In order to communicate with the device, a controller is needed in the
network. This controller will maintain a mailbox for the battery-operated devices and store commands that can’t be
received during deep sleep state. Without such a controller, communication may become impossible and/or the
battery lifetime is significantly decreased.
This device will wake up every 6 hours and announce the wake-up state by sending out a so-called Wake Up
Notification. The controller can then empty the mailbox.
The wake-up interval is a trade-off between maximal battery lifetime and the desired responses of the device.
The device will stay awake right after inclusion for 10 seconds allowing the controller to perform certain
configuration. It is possible to manually wake up the device by double-activating the button (I).
6.2 Controlling light dimmers
The four pushbuttons on MATRIX ZBA can send different Z-Wave commands to light-dimmer devices, when the
devices are added to the corresponding association groups, i.e. the association groups that are used for
transmitting Command Class Switch Multilevel messages.
There is one association group for each of the four pushbuttons that the associated devices must be added to,
when commands are requested to be sent to a specific device.
When a pushbutton is held down, then a Command Class Switch Multilevel Start is sent to associated device, and
when the button is released, a Command Class Switch Multilevel Stop is sent. The internal status of the switch
decides whether the Start command contains a dim up or a dim down command.

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6.3 Sending pre-configured dim-levels
MATRIX ZBA can send configurable commands to the devices in the Switch Multilevel association groups, both
when a pushbutton is single-activated and when the pushbutton is double-activated. These two features each
have two separate configuration possibilities, one for the ON command and one for the OFF command (which one
is sent is decided by the internal switch status).
Example:
It is desired always to set a dimmer at 50% level when it is switched ON, and at 10% level when it switched OFF.
The related configuration parameter (see section about configuration parameters) is then set to:
Byte 1: Enable / Disable
This byte must be set to 1 in order to enable the feature.
Byte 2: Upper switch value
This byte must be set to the value 50 for sending this level when an ON command is transmitted to the dimmer.
Byte 3: Lower switch value
This byte must be set to the value 10 for sending this level when an OFF command is transmitted to the dimmer.
Byte 4: Duration value
This value specifies the time the dimmer shall use to do the level change, 0 means use the dimmer default value,
or 5 means do the change over 5 seconds. For this example, we just specify that the dimmer shall use its default
duration time, so the byte value is set to 0.
So, byte 1 = 1, byte 2 = 50, byte 3 = 10, byte = 0. In hexadecimal it is 01 32 0A 00, and in decimal the value that
the configuration parameter must be set to is: 20056576.

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6.4 Button functions
The pushbuttons can be configured to function in different modes with configuration parameter 7;
The standard toggle-function where the internal state is switched between on or off and between dimming up or
dimming down (Figure 3a). This is the default function of the pushbuttons.
The pushbuttons can also be configured to always switch on (key pressed) / dim up (key held), or to always switch
off (key pressed) / dim down (key held). This functionality can be used if it is required to use two pushbuttons to
control, for example, a dimmer. Then one pushbutton always dims up, and the other pushbutton always dim down
(Figure 3b).
The last function that the pushbuttons can be configured to, is to send an “on” command when the pushbutton is
held down, and when the pushbutton is released it sends an “off”command. This functionality can be used to
control devices for automatic windows or blinds, so the window is opening or closing if the button is held down,
and as soon as it is released, it stops.
Figure 3a: Toggle-function: The pushbutton can switch
on/off and dim up/down on the same button
Figure 3
b
:
Pairing function:
Here pushbutton 1
and 3 are paired where 1 always
switches on
or
dims up and 3 always switches off or dim down.

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6.5 Control of other devices
When using MATRIX ZBA with a light dimmer, it is preferable to use association groups to control it. See section
about Association Groups 1-9.
Example 1: One MATRIX ZBA and an
external light dimmer.
This example illustrates a system with a MATRIX
ZBA device that controls an external light dimmer
with association groups.
In the figure the dimmer is controlled by group 5
(pushbutton 2) in device #5 by sending Multi-
level Switch commands to the dimmer device #2.
Use Association group 3, 5, 7 and 9 for
multilevel switching (dimming) with pushbutton
1, 2, 3 and 4. For relay modules, window control
etc. use the Basic Set Association Groups.
Figure 4: Controlling a light dimmer with pushbutton 2
5 -> 2 Multilevel Switch
2
5

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MATRIX ZBA cannot be used in a classic multi-way switching setup. This is because MATRIX ZBA does not
receive Basic Reports. Hence, it does not receive the information needed to know whether the light is turned on or
off and at what level from other devices than itself. It is, however, possible to use two MATRIX ZBA devices to
control one dimmer, using the method in Example 2.
Example 2: Two MATRIX ZBA devices
controlling one dimmer.
To make the same setup as in Figure 5, use the
pairing functions for both devices #5 and #7 by
setting configuration parameters as such:
•MATRIX ZBA device #5:
oParameter #10 = 2
oParameter #16 = 1
•MATRIX ZBA device #7:
oParameter #7 = 2
oParameter #13 = 1
With the configuration parameters set to only
dim up / turn on or only dim down / turn off,
there is only one option per activation (key
pressed or key held) per pushbutton. This
makes Basic Reports unnecessary.
It does not matter which pushbuttons are used
for pairing functions –for the example only, four
different pushbuttons were used.
Now, associate the Associations groups (5 and
9 for device #5, 3 and 7 for device #7) with the
dimmer device #9.
Figure 5: Pairing function with two MATRIX ZBA devices to control one dimmer device.
5 -> 9 Multilevel Switch
9
5
7
9 <- 7 Multilevel Switch

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6.6 Central Scene notifications
MATRIX ZBA supports standard Z-Wave Central Scene notifications, the pushbuttons can create different scene
notifications that are sent to the Controller via the lifeline association group. This allows the Controller to react on
the different pushbutton activations.
Button
Scene Number
Key attribute
1
1
0: Key pressed one time
1: Key released
2: Key held down
3: Key pressed two times
4: Key pressed three times
2
2
0: Key pressed one time
1: Key released
2: Key held down
3: Key pressed two times
4: Key pressed three times
3
3
0: Key pressed one time
1: Key released
2: Key held down
3: Key pressed two times
4: Key pressed three times
4
4
0: Key pressed one time
1: Key released
2: Key held down
3: Key pressed two times
4: Key pressed three times

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6.7 LED indication
The four LEDs on the MATRIX ZBA module are used for different kinds of indications; first the LEDs gives an optic
feedback when a pushbutton is activated, and the LED colour indicates the actual status of the battery, green for
a good battery level, yellow when the battery is running low and red when the battery must be replaced.
When the module isn’t included in any Z-Wave network, the LEDs light up with a blue light until the module is
included in a network.
It is also possible to configure the actual indication colour, and the level of the light. This can also be used in order
to save battery life; the indication can also be switched off.
When MATRIX ZBA is put into inclusion state, then the first LED is flashing, and this LED can also be controlled by
sending Command Class Indicator messages to the module.
6.8 Battery
MATRIX ZBA is powered by a 3V coin-cell battery type CR2032 with a specified capacity of 230 mAh. The module
has an average consumption at approximately 2 µA (when it is in “deep-sleep” mode) and every time a button is
pushed, the module is waked up in minimum 400 milliseconds and with a consumption of 5 mA.
So, with an average of 10 activations per day, the module will use about 60 µAh per day and with a 230 mAh
battery capacity, it will give a battery life on 3.800 days ~ 10 years.
NB. It is important to be aware of, that MATRIX ZBA does NOT go into “deep-sleep” mode
when the module is not included in a Z-Wave network.
Do NOT store the module with the battery mounted, when not in use!

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7Behaviour within the Z-Wave network
This product can be operated in any Z-Wave network with other Z-Wave certified devices from other
manufacturers. All non-battery-operated nodes within the network will act as repeaters regardless of vendor to
increase reliability of the network.
On delivery, the device does not belong to any Z-Wave network. The device needs to be added to an existing
wireless network to communicate with the devices of this network. Devices can also be removed from a network.
Both add and remove process are initiated by the primary controller of the Z-Wave network. This controller will be
turned into a mode for adding or removing devices. Please refer to your primary controller’s manual on how to turn
your controller into add or remove mode. Only if the primary controller is in add or remove mode, this device can
be added or removed from the network. When the device is removed from the network, it will set the device back
to factory default.
If the device already belongs to a network, follow the remove process before adding it in your network. Otherwise,
the adding of this device will fail.
7.1 Z-Wave network –add and remove
MATRIX ZBA is a SmartStart enabled product and can be added into a Z-Wave network by scanning the Z-Wave
QR Code present on the product with a controller providing SmartStart inclusion. No further action is required and
the SmartStart product will be added automatically within 10 minutes of being switched on in the network vicinity.
Find the QR code and PIN Code on the back of the module (Figure 6a). Find the full DSK on the product
packaging.
Add MATRIX ZBA to a network with Classic Inclusion by pressing once on the switch (I) behind the pushbutton-
cover (Figure 6b). The LED near pushbutton 1 will start blinking.
Use same procedure for removing MATRIX ZBA with Classic Exclusion.
If MATRIX ZBA already belongs to a Z-Wave network, the remove process must be performed before adding it in
a new network. Otherwise, the adding of the device will fail.
(I)
(QR)
Figure 6a: SmartStart Inclusion
Figure 6b: Classic Inclusion/Exclusion
PIN: 01234
Z-WAVE DSK

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7.2 Security
MATRIX ZBA is a Security Enabled Z-Wave Plus product and a Security Enabled Z-Wave Controller must be used
in order to fully utilize the security features of this product.
MATRIX ZBA can operate in security S0 and S2 mode, this requires that the device is added in security mode
during the inclusion process.
MATRIX ZBA has a QR-code label that can be used when the module is added to the Z-Wave home network. The
network controller will ask for a 5-digit code, which can be identified besides the QR-code, and will then ask to
confirm the rest of the code that is contained in this QR-code. If needed, the full DSK can be found on the product
packaging.
7.3 Z-Wave Plus specific information
MATRIX ZBA is a Z-Wave Plus device and supports all required command classes for fulfilling the Z-Wave Plus
specification. MATRIX ZBA supports both Security S0 and Security S2.
7.3.1 Z-Wave specific device information
MATRIX ZBA reports following Z-Wave specific device information.
Property
Reported value
Device Type
Wall Controller
Basic Device Class
ROUTING_SLAVE
Generic Device Class
GENERIC_TYPE_WALL_CONTROLLER
Specific Device Class
SPECIFIC_TYPE_NOT_USED
Z-Wave Plus Node Type
NODE_TYPE_ZWAVEPLUS_NODE
Z-Wave Plus Role Type
ROLE_TYPE_SLAVE_SLEEPING_REPORTING
Z-Wave Plus Icon Type
ICON_TYPE_GENERIC_WALL_CONTROLLER
Z-Wave Plus User Icon Type
ICON_TYPE_GENERIC_WALL_CONTROLLER
Manufacturer specific device information:
Property
Reported value
Manufacturer ID
0x0234
Product Type ID
0x0004
Product ID
0x0129

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7.3.2 Z-Wave specific information.
Description
Supported Command Classes
Central Scene, Indicator
Controlled Command Classes
Central Scene, Basic, Switch Multilevel
Supported command classes:
Supported Command Classes
Insecure
Inclusion
Insecure
on Secure
Inclusion
Secure on
Secure
Inclusion
COMMAND_CLASS_ZWAVEPLUS_INFO (V2)
Yes
Yes
COMMAND_CLASS_TRANSPORT_SERVICE (V2)
Yes
Yes
COMMAND_CLASS_SECURITY
Yes
Yes
COMMAND_CLASS_SECURITY_2
Yes
Yes
COMMAND_CLASS_SUPERVISION (V1)
Yes
Yes
COMMAND_CLASS_ASSOCIATION (V2)
Yes
Yes
COMMAND_CLASS_ASSOCIATION_GRP_INFO (V3)
Yes
Yes
COMMAND_CLASS_CONFIGURATION (V3)
Yes
Yes
COMMAND_CLASS_DEVICE_RESET_LOCALLY (V1)
Yes
Yes
COMMAND_CLASS_FIRMWARE_UPDATE_MD (V5)
Yes
Yes
COMMAND_CLASS_MANUFACTURER_SPECIFIC (V2)
Yes
Yes
COMMAND_CLASS_MULTI_CHANNEL_ASSOCIATION (V3)
Yes
Yes
COMMAND_CLASS_POWERLEVEL (V1)
Yes
Yes
COMMAND_CLASS_VERSION (V3)
Yes
Yes
COMMAND_CLASS_WAKE_UP (V2)
Yes
Yes
COMMAND_CLASS_BATTERY (V1)
Yes
Yes
COMMAND_CLASS_CENTRAL_SCENE (V3)
Yes
Yes
COMMAND_CLASS_INDICATOR (V3)
Yes
Yes

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8Factory reset
NOTE: Only use this procedure when the primary network controller is missing or is otherwise inoperable.
MATRIX ZBA can be factory reset by holding the switch (I) for at least 10 seconds, the LEDs will give a short flash.
By following this procedure, all configuration parameters and the device network address will be reset back to the
values they had when the device was manufactured.

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9Association groups
From a Z-Wave controller’s point of view, MATRIX ZBA will only consist of a single root device.
9.1 Association groups
Below is an overview of the different association groups.
Root endpoint
Group 1
Lifeline.
Sends Device Reset notifications, Battery Reports, Indicator Reports, Central Scene
Configuration Reports and Central Scene notifications.
Max. nodes in the group: 5
Pushbutton 1
Group 2
Nodes in this group receives Basic Set when pushbutton 1 is activated, the on or off status is
decided by the internal button status and is toggled between each activation.
Max. nodes in the group: 5
Group 3
Nodes in this group receives Switch Multilevel Set / Switch Multilevel Start Level Change /
Switch Multilevel Stop Level Change when pushbutton 1 is operated. It can, as an example,
be used for controlling light dimmers.
Max. nodes in the group: 5
Pushbutton 2
Group 4
Nodes in this group receives Basic Set when pushbutton 2 is activated, the on or off status is
decided by the internal button status and is toggled between each activation.
Max. nodes in the group: 5
Group 5
Nodes in this group receives Switch Multilevel Set / Switch Multilevel Start Level Change /
Switch Multilevel Stop Level Change when pushbutton 2 is operated. It can, as an example,
be used for controlling light dimmers.
Max. nodes in the group: 5
Pushbutton 3
Group 6
Nodes in this group receives Basic Set when pushbutton 3 is activated, the on or off status is
decided by the internal button status and is toggled between each activation.
Max. nodes in the group: 5
Group 7
Nodes in this group receives Switch Multilevel Set / Switch Multilevel Start Level Change /
Switch Multilevel Stop Level Change when pushbutton 3 is operated. It can, as an example,
be used for controlling light dimmers.
Max. nodes in the group: 5

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Pushbutton 4
Group 8
Nodes in this group receives Basic Set when pushbutton 4 is activated, the on or off status is
decided by the internal button status and is toggled between each activation.
Max. nodes in the group: 5
Group 9
Nodes in this group receives Switch Multilevel Set / Switch Multilevel Start Level Change /
Switch Multilevel Stop Level Change when pushbutton 4 is operated. It can, as an example,
be used for controlling light dimmers.
Max. nodes in the group: 5