A write to a standard attribute, where another
attribute defines it range. Writing outside this
range will result in INVALID_VALUE
A write to a standard attribute, with restricted
values. Writing to the restricted values will
result in INVALID_VALUE.
If the device cannot support the supplied value,
the status field of the corresponding write
attribute status record SHALL be set to
INVALID_VALUE
0x000A
0x0019 0x00Image NotifyM
0x0019 0x01
0x0019 0x02
0x0019 0x03Image Block RequestM
0x0019 0x05Image Block ResponseM
0x0019 0x06Upgrade End RequestM
0x0019 0x07Upgrade End ResponseM
0x0019 0x08Query specific file request
0x0019 0x09
0x0020 0x00Check inM
0x0020 0x00Check in ResponseM
0x0020 0x01Fast Poll StopM
-> no commands are received or
generated
Query Next Image
RequestM
Query Next Image
ResponseM
client>server
client>serverDeletes all schedule events
client>server
client>servertest purpose
client>server
Vacation day is not used, the schedule is set
to https://zigbeealliance.org/wpcontent/uploads/2019/12/07-5123-06-zigbeecluster-library-specification.pdf section 6)
NOTE: The events within one day must be
ordered chronologically
Can be used to verify that the schedule is
stored in the eTRV (the eTRV does not modify
the schedule itself)
Note! The schedule information is lost after
power cycle or OTA
Setpoint command sends: setpointType
(enum8) + HeatingSetpoint (16bit)
if setpointType = 1 the actuator will make a
large movement to minimize reaction time to UI.
If setpointType = 0 the behavior will be the
Setpoint" to the same value.
if setpointType = 2 displayed setpoint is not
effected but regulated setpoint will change. can
be used for Forecast functionality
Request eTRV to enter pre-heat if in schedule
mode and if other eTRV in same room has
triggeed pre-heat. command needs two
parameter enum8 = 0 = force preheat. Other
values for future needs. Second parameter
uint32 is timestamp received from other eTRV
in the same room that went into preheat.
0x0204
0x0B05
-> no commands are received or
generated
-> no commands are received or
generated
01-12-2021
AM375549618098en-000102 | 3
2. Attributes
Profile
(0x0104) Home Automation
DeviceID
(0x0301)Thermostat
Interval
Interval
Change
0x0000
Cluster:
(0x0000) Basic
0x0000
0x0000
ZCL Version
uint8RM
0x00
0xFFNoNo16553400x03
0x0000
0x0001
Application Version
uint8RO
0x00
0xFF
FixedNo1
6553400x00
Reporting will trigger at re-join
0x0000
0x0002
Stack Version
uint8RO
0x00
0xFFNoNo16553400
8 - 6.5.5.0
0x0000
0x0003
HW Version
uint8RO
0x00
0xFFNoNo16553400x5
High nibble of attribute contains Side PCB hardware minor
low nibble revision.
0x0000
0x0004
Manufacturer Name
stringRONoNo165534
"Danfoss"
0x0000
0x0005
Model Identifier
stringRONoNo165534
"eTRV0100"
The number after eTRV is the same as image type ID
Low nibble of attribute contains Top PCB hardware minor
low nibble revision.
SW build ID will contain top pcba (radio module) sw
version, side pcba (application module) sw version and
stack version in a string. "numbers" will always stay in the
same location.
Unified version string format 16 byt es for, formatt ed
VV.SS.EEEE< vv.ss> (version, sub-version, extension),
with leading zeros, containing application (m ain/host
controller) version andadditional (network) co-processor
version.
VV.SS will be major and mi nor for the application module,
"E1""E2""E3""E4" is meant for extension. To combine
everything, the HS-816 - 0x0002 Stack Version , will be
placed here (in E3 and E4) The rest of the extension shall
remain "00" (for now) vv.ss will be major minor for the
radio module. The minor info will be mapped in HS-815 0x0001 Application version
Examples: "00.23.0005 00.29" (Host, stack and network
co-processor)
IEEE
0x2000E3B0 (Jan 5th
Activating the button on the eTRV will result in reporti ng
This cluster provides a basic interface to a real-tim e clock.
The clock time MAY be read and also written, in order to
synchronize the clock (as close as practical) to a ti me
standard. This time standard is the number of seconds
since 0 hrs 0 mins 0 sec on 1st January 2000 UTC
(Universal Coordinated Time.
The default value is synchronized at boot where the side
MCU sends it in DATETIME format and the top ZigBee
In Time Status attribute only a write to bit "1"
(Synchronized) will result in a change.
A write to any of the other specified bit, bit "0", "2" and "3".
Will not r esult in a change of the attribute.
A write to a bit above "3" will result in an invalid value.
It is the responsibility of t he ZigBee coordinator, after
writing to the "Time" attribute, t o update "Time Status"
Time is kept by side MCU, so even if this is set dif ferently
0x01: Schedule setpoint change
0x02: Setpoint change by external Attribute Write or
Setpoint Command
0x00: Quarantine
0x01: Windows are closed
0x02: Hold ,Windows are maybe about to open
0x03: Open window detected
0x04: In window open state from external, but detected
0x01: Not mounted (after factory reset)
Default is 0, but overwritten to actual st atus at Init.
0x00 Go to mounting mode (the eTRV can now be
mounted on a valve)
0x01 Go to Mounted posittion (the eTRV now act as if it's
0x00: Horizontal (Default)
0x01: Vertical
Default is 0, but overwritten to value from production
Depending on 0x4016:
0x4016 FALSE: Recommended to be received from
Gateway at least every 3 hours but not more often than
every 30 minutes @ every 0,1K change
After 3 hours the function is disabled and goes back to
standard mode
0x4016 TRUE: At least every 30 minutes but not more
often than every 5minutes @ every 0,1K change for
covered radiators (after 35 minutes the function is
disabled and goes back to standard mode) The value -
Range 1-10 (lower 4 bit allocated to scale factor)
Scale factor of setpoint filter ti meconstant
("aggressiveness" of control algorithm) 1=5min( Quick) ...
5=30min(Moderate) ... 10=80min(Slow).
Bit4=Quick open feature disable. 1=disable. 0=enable
0x01 Heat avaliable
Default is 0, but overwritten to actual Control value at Init.
(by default the heat is considered on if the gatway does
not send any info about that)
0x01 Heat request
Default is 0, but overwritten to actual st atus at Init.
stand alone thermostat
0x01 Load balancing is enabled and thermostat expected
to receive loads from all thermost ats in room
0x0201 0x404BRegulation SetPoint OffsetInt8R/W O 0xE70x19NoNo1 655340 0x00
0x0201 0x404CAdaptation run controlenum8R/W O 0x000x02FixedNo1 655340x00
0x0201 0x404DAdaptation run statusbitmap8 R O 0x000xFFYesNo60 432000x00
0x0201 0x404EAdaptation run settingsbitmap8R/W O 0x000x01NoNo1 655340x00
0x0201 0x404FPreheat Statusboolean R O01 YesNo6000x01
01-12-2021
The range of this offset is –2.5 °C to +2.5 °C (0xE7 …
0x19).
2=cancel Adaptation run
bit1=Valve Characteristic found
bit2=Valve Characteristic lost
where 0 indicates the worst possible link and 255 indicates
the best possible link.
0x0B05
0x011D
LastMessageRSSI
int8RO
0x00
0xFFNoNo16553400x00
the last message received.
0x0B05
0x4000
SW error code
bitmap16R/WO0x0000
0xFFFF
YesNo60
43200
0x00
minutes and auto-clear on rejoin
0x0B05
0x4001
Wake time avg
uint32RO
0x0000
0xFFFFNoNo16553400x00
Debug
0x0B05
0x4002
Wake time max duration
uint32RO
0x0000
0xFFFFNoNo16553400x00
Debug
0x0B05
0x4003
Wake time min duration
uint32RO
0x0000
0xFFFFNoNo16553400x00
Debug
0x0B05
0x4004
Sleep Postponed count avg
uint32RO
0x0000
0xFFFFNoNo16553400x00
Debug
0x0B05
0x4005
Sleep Postponed count max
uint32RO
0x0000
0xFFFFNoNo16553400x00
Debug
0x0B05
0x4006
Sleep Postponed count min
uint32RO
0x0000
0xFFFFNoNo16553400x00
Debug
0x0B05
0x4010
Motor step counter
uint32RO
0x0000
0xFFFFFFFF
YesNo3600
43200
1000
Resolution = 250 steps in Zigbee interface
0x0B05
0x4020
Data Logger
string(50)R/WOYesNo1
0
Length="50"
0x0B05
0x4021
Control Diagnostics
string(30)RO
YesNo6000
Length="30"
0x0B05
0x4022
Control Diagnostics Frequency
uint16R/WO0x0000
0xFFFF
FixedNo1
65534
0x0000
parameters.
0x0B05
0x4022
Control Diagnostics Frequency
uint16R/WO0x0000
0xFFFF
FixedNo1
65534
0x0005
parameters.
0x0B05
0xFFFD
Cluster revision
uint16NoNo16553400x0001
Range: 0 to 5
0x00 = no lockout
Range: 0 to 1
0x00 = viewing direction 1
0x01 = viewing direction 2
Default is 0, but overwritten to value from production
Average mac retry per aps
octet
octet
A counter that is equal to the average number of MAC
The Link Quality Indicator is a value between 0 and 255
This is the receive signal strength indication (in dBm ) for
Writing "0" will act as a error reset command, but Error
codes auto clear when error recovered, no need to clear
from external.
E12 error only show error if lost coordinator more than 2
Number of motor step run since production
Debug
Debug
Frequency of analog data and ON/OFF. 0=disable. 1-XX
enable logging and minute resolution filter of anal og
Frequency of analog data and ON/OFF. 0=disable. 1-XX
enable logging and minute resolution filter of anal og
01-12-2021
AM375549618098en-000102 | 6
Loading...
+ hidden pages
You need points to download manuals.
1 point = 1 manual.
You can buy points or you can get point for every manual you upload.