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PERFORM THE DOOR HANDING PROCESS
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ADD THE LOCK TO YOUR SMART HOME SYSTEM
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ADD USER CODES (16 MAX)
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© 2016 Spectrum Brands, Inc.
1. Association Groups
The lock supports 2 association groups. Per Z-Wave Plus requirements, group 1 is
assigned to the Lifeline group and can only support 1 node.
The Lifeline group supports the following unsolicited messages:
Command Class
Command
Command Class Battery
Battery Report
Command Class Door Lock
Door Lock Operation Report
Command Class Notification
Notification Report
Command Class Device Reset Locally
Device Reset Locally Notification
Association group 2 is identified as the “Doorlock notify report” group. It allows at
most 5 other nodes to be associated with the lock and will provide all Notification
Reports, via the Command Class Notification, generated by the lock.
2. Configuration Parameters
The Z-Wave door lock module supports the use of the configuration command class to
provide advanced configuration of the door lock over the Z-Wave network. This section
describes the configuration parameters supported by the door lock.
2.1 Configuration Parameters 1 through 30
Parameter Name: User Code Type
Data Length: 1 byte
Default Value: 1 (Owner)
Possible Values: 0x01 (owner), 0x03 (Guest), 0x04 (Worker)
Description:
Configuration parameters 1 through 30 are a one byte field used to set the type of user for
their corresponding user code. The following table shows the valid values for user code
types:
© 2016 Spectrum Brands, Inc.
Parameter Value
Description
0x00
Reserved
0x01
Owner (Default)
0x02
Reserved
0x03
Guest (required for Year/Day schedules)
0x04
Worker (required for week day schedules)
0x05 – 0xFE
Reserved
0xFF
No User Code assigned
The door lock will only retain valid user code types (0x01, 0x03, and 0x04). All other
values will be ignored. If a user code does not exist for the corresponding configuration
parameter, the lock will report a value of 0xFF. Any attempts to change the user code for
a non-existent user will be ignored.
A user code can only be set to one user code type at a time and, as indicated in the table
above, user code types are associated with Schedule Entry Lock CC schedule types. This
association between user code type and entry schedule type correlates to the Schedule
Entry CC specification in that only one schedule type (week day or year day) may be
associated with a user code at any time. Note: This does not prohibit a user code from
having multiple schedules of the same type (Year Day or Week Day).
By default all user codes are assigned type “Owner” when created. The type “Owner”
designation indicates that that user code is active at all times. When an entry schedule is
created for a user code, the associated user code type will automatically change
depending on the type of schedule created. Example: If a weekday schedule is created for
a user code the associated user code type will change to “Worker”. If a year day schedule
is created for a user code the associated user code type will change to “Guest”.
If a user code is of type “Worker” or “Guest” it must have an enabled entry schedule to
have access to the lock. If a user code of type “Worker” or “Guest” does not have an
enabled schedule or if there are no entry schedules defined the associated user code will
not be given access by the lock.
To provide the user code access to the lock the system must perform one of three actions:
• Re-enable the entry schedule for the user code that was previously disabled
• Create a new entry schedule for the user code
• Change the user code type to “Owner”
© 2016 Spectrum Brands, Inc.
WARNING: If a user code is of type “Worker” or “Guest” and the system changes the
user code type to “Owner” the associated user code will be given access to the lock 24/7
regardless of any entry schedules defined for the user in the lock.
2.2 Configuration Parameter 31
Parameter Name: Dipswitch Settings
Data Length: 1 byte
Default Value: 5 (Buzzer enabled and Lock Status LED enabled)
Possible Values: 0 all features disabled
1 Lock status LED enabled
2 Autolock enabled
4 Internal buzzer Enabled
3 Auto lock & Lock status LED enabled
5 Internal buzzer and Lock status LED enabled
7 All features enabled
Description:
Configuration parameter is a one byte read only bit mask that returns the state of the user
accessible dipswitches on the rear panel of the door lock.
The following table shows the definition for the bits being used in the returned value:
Bit
Description
0 (0x01)
Lock status LED (1:enabled)
1 (0x02)
Autolock setting (1:enabled)
2 (0x04)
Buzzer (1:enabled)
3 (0x08)
Special function depending on lock type
2.3 Configuration Parameters 33 and 34
Parameter Name: SKU (length = 8 bytes)
Data Length: 4 bytes (each parameter)
Default Values for 33 and 34: 32, 32, 32, 32 (all spaces)
Possible Values: From 32 to 126 (All printable characters will be accepted)
© 2016 Spectrum Brands, Inc.
Description:
The configuration parameters 33 and 34 are used to set and get the SKU part numbers.
The SKU is made up of 8 bytes. Each parameter consists of four bytes of data.
Parameter 33 contains the first four most significant bytes of the SKU, while parameter
34 contains the four least significant bytes of the SKU.
When setting the SKU, it must be done in two set commands, one for each parameter.
The order of programming the SKU does not matter.
Setting parameter 33 will program the first four bytes of the SKU. Setting parameter 34
will program the last 4 bytes of the SKU. Most printable values are accepted for the set
command.
When getting the SKU, it must be done in two get commands, one for each parameter.
The order of getting the SKU does not matter.
Getting parameter 33 will retrieve the first four bytes of the SKU. Getting parameter 34
will retrieve the last 4 bytes of the SKU.
2.4 Configuration Parameter 40
Parameter Name: Reset Lock to Factory Default
Data Length: 1 byte
Default Value: 0
Possible Values: 1 – have lock perform factory reset
Description:
The configuration parameter 40 is a one byte field, used to set the lock to its default
setting, known as a factory reset command.
Reading this parameter will always return a value of 0.
Writing a value of 1 to this parameter will cause both the lock and Z-Wave card to reset
back to their default settings and will remove itself from the network. All network
information, including associations will be cleared.
3. Inclusion Procedures
1. Power the lock by placing the battery pack into the lock
2. On the controller, select the option to add a device.
3. On the lock, press button ‘A’. The red LED will illuminate until the add request has been processed.
© 2016 Spectrum Brands, Inc.
4. Exclusion Procedures
1. Power the lock by placing the battery pack into the lock
2. On the controller, select the option to remove a device
3. On the lock, press button ‘A’. The red LED will illuminate until the removal request has been
processed.
5. Reset Procedures
A factory reset will delete all codes associated with the lock and will remove it from your smart home
system. It will not remove any anti-theft settings.
Please use the local reset procedure only when the primary controller is missing or inoperable.
5.1 Local
1. Remove battery pack and press the program button a few times to discharge.
2. Press and hold the program button.
3. Replace the battery pack.
4. Continue holding the program button for 30 seconds until the lock beeps and the state LED flashes red.
5. Press the program button again. The status LED will flash green.
6. When the cycle of red and green flashes ends, the reset has completed.
7. Wait for the lock to reboot.
5.2 Remotely
1. From a controller, write a 0x01 to configuration parameter 40.
2. When the cycle of red and green flashes ends, the reset has completed.
3. Wait for the lock to reboot.
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dans d''autres langues
- English: Baldwin 8225 User manual
- español: Baldwin 8225 Manual de usuario
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