Quickstart
This is a
secure
Window Covering – Endpoint Aware
for
.
To run this device please connect it to your mains power supply.
Important safety information
Please read this manual carefully. Failure to follow the recommendations in this manual may be dangerous or may violate the law.
The manufacturer, importer, distributor and seller shall not be liable for any loss or damage resulting from failure to comply with the instructions in this manual or any other material.
Use this equipment only for its intended purpose. Follow the disposal instructions.
Do not dispose of electronic equipment or batteries in a fire or near open heat sources.
What is Z-Wave?
Z-Wave is the international wireless protocol for communication in the Smart Home. This
device is suited for use in the region mentioned in the Quickstart section.
Z-Wave ensures a reliable communication by reconfirming every message (two-way
communication) and every mains powered node can act as a repeater for other nodes
(meshed network) in case the receiver is not in direct wireless range of the
transmitter.
This device and every other certified Z-Wave device can be used together with any other
certified Z-Wave device regardless of brand and origin as long as both are suited for the
same frequency range.
If a device supports secure communication it will communicate with other devices
secure as long as this device provides the same or a higher level of security.
Otherwise it will automatically turn into a lower level of security to maintain
backward compatibility.
For more information about Z-Wave technology, devices, white papers etc. please refer
to www.z-wave.info.
Product Description
FIBARO Roller Shutter 3 is a device designed to control roller blinds, awnings, venetian blinds, gates and other single phase, Ac powered devices. Roller Shutter 3 allows precise positioning of roller blinds or venetian blind lamellas. The device is equipped with power and energy monitoring.ItallowstocontrolconnecteddeviceseitherviatheZ-Wave network or via a switch connected directly to it.
Prepare for Installation / Reset
Please read the user manual before installing the product.
In order to include (add) a Z-Wave device to a network it must be in factory default
state. Please make sure to reset the device into factory default. You can do this by
performing an Exclusion operation as described below in the manual. Every Z-Wave
controller is able to perform this operation however it is recommended to use the primary
controller of the previous network to make sure the very device is excluded properly
from this network.
Safety Warning for Mains Powered Devices
ATTENTION: only authorized technicians under consideration of the country-specific
installation guidelines/norms may do works with mains power. Prior to the assembly of
the product, the voltage network has to be switched off and ensured against re-switching.
Inclusion/Exclusion
On factory default 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.
This process is called Inclusion.
Devices can also be removed from a network. This process is called Exclusion.
Both processes are initiated by the primary controller of the Z-Wave network. This
controller is turned into exclusion respective inclusion mode. Inclusion and Exclusion is
then performed doing a special manual action right on the device.
Quick trouble shooting
Here are a few hints for network installation if things dont work as expected.
- Make sure a device is in factory reset state before including. In doubt exclude before include.
- If inclusion still fails, check if both devices use the same frequency.
- Remove all dead devices from associations. Otherwise you will see severe delays.
- Never use sleeping battery devices without a central controller.
- Dont poll FLIRS devices.
- Make sure to have enough mains powered device to benefit from the meshing
Association – one device controls an other device
Z-Wave devices control other Z-Wave devices. The relationship between one device
controlling another device is called association. In order to control a different
device, the controlling device needs to maintain a list of devices that will receive
controlling commands. These lists are called association groups and they are always
related to certain events (e.g. button pressed, sensor triggers, …). In case
the event happens all devices stored in the respective association group will
receive the same wireless command wireless command, typically a ‘Basic Set’ Command.
Association Groups:
Group NumberMaximum NodesDescription
| 1 | 1 | u0022Lifelineu0022 reports the device status and allows for assigning single device only (main controller by default). |
| 2 | 5 | Roller Shutter is assigned to IN1 input terminal (uses Switch Multilevel command class). |
| 3 | 5 | u0022Slatsu0022 is assigned to IN2 input terminal (uses Switch Multilevel command class). |
Configuration Parameters
Z-Wave products are supposed to work out of the box after inclusion, however
certain configuration can adapt the function better to user needs or unlock further
enhanced features.
IMPORTANT: Controllers may only allow configuring
signed values. In order to set values in the range 128 … 255 the value sent in
the application shall be the desired value minus 256. For example: To set a
parameter to 200 it may be needed to set a value of 200 minus 256 = minus 56.
In case of a two byte value the same logic applies: Values greater than 32768 may
needed to be given as negative values too.
Parameter 1: Switch type
This parameter defines as what type the device should treat the switch connected to the S1 and S2 terminals. This parameter is not relevant in gate operating modes (parameter 151 set to 3 or 4). In this case switch always works as a momentary and has to be connected to S1 terminal.
Size: 1 Byte, Default Value: 0
SettingDescription
| 0 – 2 | Switch type |
Parameter 10: S2 switch – scenes sent
This parameter determines which actions result in sending scene IDs assigned to them.
Size: 1 Byte, Default Value: 0
SettingDescription
| 0 – 8 | S2 switch – scenes sent |
Parameter 11: Measuring power consumed by the device itself
This parameter determines whether the power metering should include the amount of active power consumed by the device itself.
Size: 1 Byte, Default Value: 0
SettingDescription
| 0 – 1 | Measuring power consumed |
Parameter 12: Power reports – on change
This parameter determines the minimum change in consumed power that will result in sending new power report to the main controller.For loads under 50W, the parameter is not relevant and reports are sent every 5W change.Power report are sent no often then every 30 seconds.
Size: 2 Byte, Default Value: 0
SettingDescription
| 0 – 1500 | Power reports |
Parameter 13: Power reports – periodic
This parameter determines in what time intervals the periodic power reports are sent to the main controller. Periodic reports do not depend on power change (parameter 61).
Size: 2 Byte, Default Value: 3600
SettingDescription
| 0 – 32400 | Power reports |
Parameter 14: Energy reports – on change
This parameter determines the minimum change in consumed energy that will result in sending new energy report to the main controller.
Size: 2 Byte, Default Value: 10
SettingDescription
| 0 – 500 | Energy reports |
Parameter 15: Energy reports – periodic
This parameter determines in what time intervals the periodic energy reports are sent to the main controller. Periodic reports do not depend on energy change (parameter 65)
Size: 2 Byte, Default Value: 3600
SettingDescription
| 0 – 32400 | Energy reports |
Parameter 16: Force calibration
By setting this parameter to 2 the device enters the calibration mode. The parameter relevant only if the device is set to work in positioning mode (parameter 151 set to 1, 2 or 4).
Size: 1 Byte, Default Value: 0
SettingDescription
| 0 – 2 | Force calibration |
Parameter 17: Operating mode
This parameter allows adjusting operation according to the connected device.
Size: 1 Byte, Default Value: 1
SettingDescription
| 1 – 6 | Operating mode |
Parameter 18: Venetian blind – time of full turn of the slats
For Venetian blinds (parameter 151 set to 2) the parameter determines time of full turn cycle of the slats. For gates (parameter 151 set to 3 or 4) the parameter determines time after which open gate will start closing automatically (if set to 0, gate will not close). The parameter is irrelevant for other modes.
Size: 4 Byte, Default Value: 150
SettingDescription
| 0 – 65535 | Venetian blind |
Parameter 19: Set slats back to previous position
For Venetian blinds (parameter 151 set to 2) the parameter determines slats positioning in various situations. The parameter is irrelevant for other modes.
Size: 1 Byte, Default Value: 1
SettingDescription
| 0 – 2 | Set slats back to previous position |
Parameter 2: Inputs orientation
This parameter allows reversing the operation of switches connected to S1 and S2 without changing the wiring.
Size: 1 Byte, Default Value: 0
SettingDescription
| 0 – 1 | Inputs orientation |
Parameter 20: Delay motor stop after reaching end switch
For blinds (parameter 151 set to 1, 2, 5 or 6) the parameter determines the time after which the motor will be stopped after end switch contacts are closed. Parameter allows to calibrate devices with soft start by setting soft start time.For gates (parameter 151 set to 3 or 4) the parameter determines time after which the gate will start closing automatically if S2 contacts are opened (if set to 0, gate will not close).
Size: 2 Byte, Default Value: 10
SettingDescription
| 0 – 255 | Delay motor stop after reaching end switch |
Parameter 21: Motor operation detection
Power threshold to be interpreted as reaching a limit switch.
Size: 2 Byte, Default Value: 10
SettingDescription
| 0 – 255 | Motor operation detection |
Parameter 22: Time of up movement
This parameter determines the time needed for roller blinds to reach the top.For modes with positioning value is set automatically during calibration, otherwise it must be set manually
Size: 4 Byte, Default Value: 6000
SettingDescription
| 1 – 65535 | Time of up movement |
Parameter 23: Time of down movement
This parameter determines time needed for roller blinds to reach the bottom.For modes with positioning value is set automatically during calibration, otherwise it must be set manually
Size: 4 Byte, Default Value: 6000
SettingDescription
| 1 – 65535 | Time of down movement |
Parameter 3: Outputs orientation
This parameter allows reversing the operation of Q1 and Q2 without changing the wiring (in case of invalid motor connection) to ensure proper operation.
Size: 1 Byte, Default Value: 0
SettingDescription
| 0 – 1 | Outputs orientation |
Parameter 4: Alarm configuration – 1st slot
This parameter determines to which alarm frames and how the device should react. The parameters consist of 4 bytes, three most significant bytes are set according to the official Z-Wave protocol specification.
Size: 4 Byte, Default Value: 0
SettingDescription
| 0 – 4 | Alarm configuration – 1st slot |
Parameter 5: Alarm configuration – 2nd slot (Water)
This parameter determines to which alarm frames and how the device should react. The parameters consist of 4 bytes, three most significant bytes are set according to the official Z-Wave protocol specification.
Size: 4 Byte, Default Value: 0
SettingDescription
| 0 – 4 | Alarm configuration – 2nd slot (Water) |
Parameter 6: Alarm configuration – 3rd slot (Smoke)
This parameter determines to which alarm frames and how the device should react. The parameters consist of 4 bytes, three most significant bytes are set according to the official Z-Wave protocol specification.
Size: 4 Byte, Default Value: 0
SettingDescription
| 0 – 4 | Alarm configuration – 3rd slot (Smoke) |
Parameter 7: Alarm configuration – 4th slot (CO)
This parameter determines to which alarm frames and how the device should react. The parameters consist of 4 bytes, three most significant bytes are set according to the official Z-Wave protocol specification.
Size: 4 Byte, Default Value: 0
SettingDescription
| 0 – 4 | Alarm configuration – 4th slot (CO) |
Parameter 8: Alarm configuration – 5th slot (Heat)
This parameter determines to which alarm frames and how the device should react. The parameters consist of 4 bytes, three most significant bytes are set according to the official Z-Wave protocol specification.
Size: 4 Byte, Default Value: 0
SettingDescription
| 0 – 4 | Alarm configuration – 5th slot (Heat) |
Parameter 9: S1 switch – scenes sent
This parameter determines which actions result in sending scene IDs assigned to them.
Size: 1 Byte, Default Value: 0
SettingDescription
| 0 – 8 | S1 switch – scenes sent |
Technical Data
| Hardware Platform | ZM5101 |
| Device Type | Window Covering – Endpoint Aware |
| Network Operation | Always On Slave |
| Firmware Version | HW: 3 FW: 5.01:05.01 |
| Z-Wave Version | 6.81.01 |
| Certification ID | ZC10-22047078 |
| Z-Wave Product Id | 0x010F.0x0303.0x1000 |
| Security V2 | S2_AUTHENTICATED |
| Frequency | XXfrequency |
| Maximum transmission power | XXantenna |
Supported Command Classes
- Application Status
- Association Grp Info V2
- Association V2
- Basic
- Central Scene V3
- Configuration
- Crc 16 Encap
- Device Reset Locally
- Firmware Update Md V4
- Manufacturer Specific V2
- Meter V3
- Multi Channel Association V3
- Multi Channel V4
- Switch Multilevel V4
- Notification V8
- Powerlevel
- Protection V2
- Security
- Security 2
- Supervision
- Transport Service V2
- Version V2
- Zwaveplus Info V2
Controlled Command Classes
- Notification V8
Explanation of Z-Wave specific terms
- Controller — is a Z-Wave device with capabilities to manage the network.
Controllers are typically Gateways,Remote Controls or battery operated wall controllers. - Slave — is a Z-Wave device without capabilities to manage the network.
Slaves can be sensors, actuators and even remote controls. - Primary Controller — is the central organizer of the network. It must be
a controller. There can be only one primary controller in a Z-Wave network. - Inclusion — is the process of adding new Z-Wave devices into a network.
- Exclusion — is the process of removing Z-Wave devices from the network.
- Association — is a control relationship between a controlling device and
a controlled device. - Wakeup Notification — is a special wireless message issued by a Z-Wave
device to announces that is able to communicate. - Node Information Frame — is a special wireless message issued by a
Z-Wave device to announce its capabilities and functions.
