namron SR-ZG9093A-ODM Panelovn ZigBee 600W Matt Sort Instruction Manual

Panel on Zigbee
Instruction Manual

Important: Read All Instructions Prior to Installation

Function introduction

Safety & Warnings

• DO NOT install with power applied to
• DO NOT expose the device to

Product Data

• The Zigbee heating panel is a wireless heating device, which complies with Zigbee 0 wireless protocol standards. The thermostat has 3 operation modes which can be controlled manually and locally or remotely controlled through the Zigbee gateway controller.
• All setup is performed via supported IEEE 15.4-based control platforms and other Zigbee3.0 compatible control systems.
• Operation Modes: OFF, MANUAL, AUTO
• Measurement range: 0°C to +60°C
• WARNING: Electrical power must be switched off during installation

Basic Function Introduction

2.1 Switch Operation modes
Short press the “OK” button to switch operation modes.
Manual: (”MA”), the temperature can be set by APP and manually. After switching from another mode to this mode, the icon will flash slowly for 5 seconds then the display will show the set temperature.
Auto: (”AU”), only when the device is added to a Zigbee network, the temperature of a time period can be set through APP. After switching from another mode to this mode, the icon will flash slowly for 5 seconds then the display will show the set temperature.
The sequence of operation modes is as follows: Manual, Auto.
2.2 Modify Set Temperature
Under Manual modes, short press or hold the button “+”, and “-” to modify the set temperature. The temperature can also be configured through the corresponding at the tribute of the Thermostat Cluster (0x0201).
Under Auto mode, the temperature can only be configured through the command SetWeeklySchedule of Thermostat Cluster (0x0201). Please refer to the chapter Thermostat-0x0201(Server) for detailed information.
2.3 Weekly Schedule
The weekly schedule will be executed under the Auto mode, and it can not be modified through buttons, it can only be configured through the command SetWeeklySchedule, the default configuration is as follows:
Monday-Friday: 7:30 30℃,12:00 25℃,18:00 28℃,22:00 20℃
Saturday-Sunday: 7:30 35℃,12:00 30℃,18:00 25℃,22:00 29℃
2.4 Adding to a Zigbee Network or Removed from a Zigbee Network
Adding to a Zigbee Network: make sure the device has not been added to any Zigbee network, hold the “OK” button for over 5 seconds, and the device will enter network pairing mode and search the nearby networks for 3 minutes, and the network icon **flashes slowly, once added to a network successfully, the network icon will turn on for 3 seconds (OFF status) or stay solid on (non-OFF status), or reset the power of the device, it will enter network pairing mode automatically and search nearby network.
Removed from a Zigbee Network: hold the “OK” button for over 5 seconds, and the device will be removed from the Zigbee network, and the configuration parameters will not be cleared.
Factory Reset: hold the three buttons “OK”, “+”, “-” simultaneously for over 5 seconds, the display will show (”rE”) flashing 3 times, then the temperature will be restored to 19℃, which means the device has been reset to factory default successfully and removed from the Zigbee network, and the configuration parameters will be cleared.
2.5 Display Auto Off
When Display Auto Off mode is activated, the display will go off status if there is no operation within 30 seconds.
When the Display Auto Off function is not activated, hold the two buttons “OK”, and “-” simultaneously for over 5 seconds until all icons on the display flash 3 times slowly, and the Display Auto Off mode will be activated. When the Display Auto Off function is activated, hold the two buttons “OK”, and “-” simultaneously for over 5 seconds, during the process, all icons on the display flash slowly, and until all icons on the display go off, the Display Auto Off mode will be deactivated.
The Display Auto Off mode can also be configured through the proprietary attribute DisplayAutoOffActivate (0x1001) of Thermostat Cluster (0x0201).
2.6 Self-Check Function Test**
Reset the power of the device, within 10 seconds, press and hold both “OK” and “-” buttons simultaneously for 4 seconds, and the “H” cursor will turn on and stay solid on, which means the device has entered the self-check function test.

temperature sensor head, when the sensing room temperature is over 50°C, the display will show 50°C, when the sensing room temperature is lower than 0°C (including the situation that the temperature sensor head falls off or short circuit), the display will show error indication: E1 and the display will show the real sensing temperature under other situations.
Short press the “OK” button| Check whether the device has a memory function: the display will show 11.

2.7 Hysteresis (0.5°C by default)
To prevent the undulation of sensor temperature when the sensor temperature is approaching the set temperature, which will cause the controller may keep switching on/off the TRIAC. Here hysteresis enables the controller to control the TRIAC only when the value tolerance between the sensor temperature and the set temperature within a set range, this value can be set.
For instance, when the set temperature is 20°C, and hysteresis is set at 0.5 °C, the following figure shows how the TRIAC works.

This value can also be configured through the proprietary attribute Hysterersis (0x100A) of Thermostat Cluster (0x0201).
2.8 Window Open Detect (Off by default)
On normal operation interface, hold both “+” and “OK” buttons simultaneously for 5 seconds to enter Window Open Detect setting, icon flashes, the digital display will show (”ON”) or (”OF”), short press “+” or “-” button to select “ON” or “OF”. If “ON” is selected, the Window Open Detect mode will be activated. If “OF” is selected, the Window Open Detect mode will be deactivated. After the setting is completed, if there is no operation within 5 seconds or short press the “OK” button directly, the setting will be saved and the display will return to the normal operation interface. By factory default, the Window Open Detect mode is off, the user needs to activate it by himself. This function can also be configured through the proprietary attribute WindowOpenCheck (0x1009) of Thermostat Cluster (0x0201).
When Window Open Detect mode is activated, the icon will stay solid on.
Once the device is powered on and working stable if the temperature decreases to 5°C within 10 minutes, the window open mark will be enabled, and the proprietary attribute Window Open flag (0x100B) of Thermostat Cluster (0x0201) will be set to value 1 (Window is opened), the set temperature will be switch to 7°C, then the icon will flash slowly. After the window open mark is enabled, if the temperature increases by 2°C, or if the power of the device is reset, or short press any button, the proprietary attribute Window Open flag (0x100B) of Thermostat Cluster (0x0201) will be reset, then the device will return to the previous operation mode. Note: the device will collect the Window Open Detect temperature, this function will work better when the device is installed beside the window or door.
2.9 Temp Compensation
The displayed temperature may have big tolerance caused by the sensor or other factors, so it is necessary to do temp compensation with the temperature sensor.
This value can also be configured through the attribute LocalTemperatureCalibration (0x0010) of Thermostat Cluster (0x0201).
2.10 RePower status
Device state after reset power of the device.
If set as “last status”, the device will go to the status before power failure after power on again.
If set as “default”, the device will go to default mode after powering on again.
This status can also be configured through the proprietary attribute PowerUpStatus (0x1004) of Thermostat Cluster (0x0201).
2.11 Operate Brightness
The segment digital displays brightness when operating the device.
This brightness can also be configured through the proprietary attribute OperateDisplayBrightness (0x1000) of Thermostat Cluster (0x0201).
2.12 Child Lock
The Child Lock can be activated or deactivated by holding the two buttons “+”, and “-” simultaneously on the normal operation interface.
When the Child Lock function is not activated, hold the “+” and “-” buttons simultaneously for over 5 seconds, until (“CC”) flashes slowly, release the buttons, then the Child Lock function is activated. Once the Child Lock function is activated, short press any button,  (”CC”) will flash 3 times slowly.
When the Child Lock function is activated, hold the “+” and “-” buttons simultaneously for over 5 seconds, during the process, **(“CC”) flashes slowly, until (”CC”) goes off, then the Child Lock function is deactivated. Once the Child Lock function is activated, short press any button, (”CC”) will flash 3 times slowly.
The Child Lock can also be configured through the attribute KeypadLockout of Thermostat User Interface Configuration – 0x0204.
2.13 Internal Over Heat Protection
A: If the PCB temperature is over a temperature between 85°C-90°C after the device software has been forced to work for 30 seconds, the device will work normally for another 30 seconds, then it will be forced to stop working for 40 seconds, and the device status will alternate between working normally for 30 seconds and stop working for 40 seconds, and the alternating will cycle and last for around 10 minutes, then the software will evaluate again.
B: If the PCB temperature is over 90°C during operation, the device will stop heating, after the PCB temperature is lower than 85°C, the software will evaluate again. The Over Heat mark can also be configured through the proprietary attribute (0x2002) of the Thermostat Cluster (0x0201).
2.14 Over Load Alarm Function
If the overload is detected, the device will turn off the TRIAC output, different versions with different overload thresholds:
1000W version: overload threshold is 1500W
800W version: overload threshold is 1200W
600W version: overload threshold is 900W
400W version: overload threshold is 600W
If an alarm occurs, the output will be turned off, the display shows slow flashing of (“AL”), and the alarm can be canceled by holding the OK button for over 5 seconds or by Zigbee gateway. To configure whether to enable or disable Over Load Alarm, please refer to the parts Alarm-0x0009 and Electrical Measurement-Ox0b04.
2.15 Compensation for the Set Temperature**

value+8

Zigbee Interface

3.2 Application Endpoint #1 –Thermostat

Cluster

| supported|

Description

---|---|---
0x0000| server| Basic
Provides basic information about the device, such as the manufacturer ID, vendor and model name, stack profile, ZCL version, production date, hardware revision, etc. Allows a factory reset of attributes, without the device leaving the network.
0x0003| server| Identify
Allows putting the endpoint into identify mode. Useful for identifying/locating devices and required for Finding & Binding.
0x0004| server| Groups
Allows adding this endpoint to one or more groups. Afterward, the endpoint can be addressed using the group address. This is also a prerequisite for scenes. You may also query group membership and delete group associations.
0x0005| server| Scenes
Allows storing one or more scenes per group, where each scene consists of a pre-set on/off state value. You may either store the current values as a scene, provide scene settings when adding a scene or delete scenes.
0x0201| server| Thermostat
0x0702| server| Simple Meter
0x0b04| server| Electrical Measurement
Measure power, voltage, current
0x0009| server| Alarm
Device related alarm
0x0019| Client| OTA Upgrade
Pull-oriented firmware upgrade. Searches the network for mating servers and allows the server to control all stages of the upgrade process, including which image to download, when to download, at what rate, and when to install the downloaded image.
0x000a| Server| Time
0x0204| Server| Thermostat User Interface Configuration

3.2.1 Basic -0x0000 (Server)
Attributes supported:

Attribute

| Type|

Description

---|---|---
0x0000| INT8U, read-only| ZCL Version
0x03
0x0001| INT8U, read-only| Application version
This is the firmware version number of the application
0x0002| INT8U, read-only| Stack Version
0x0003| INT8U, read-only| HW Version
Hardware version 1
0x0004| string, read-only| Manufacturer Name
“NAMRON AS”
0x0005| string, read-only| ModelIdentifier
“5401392 & 5401396”/“5401393 & 5401397”/“5401394 & 5401398”/“5401395 & 5401399”
0x0006| string, read-only| Date Code
NULL
---|---|---
0x0007| ENUM8, read-only| Power Source
Device power supply, fixed value 0x01 Mains (single phase)
0x0008| ENUM8, read-only| Generic Device-Class
0XFF
0x0009| ENUM8, read-only| GenericDevice-Type 0XFF
0x000A| oct read-only| ProductCode 00
0x000B| string, read-only| ProductURL NULL
0x4000| string, read-only| Sw build id 6.9.1.0_r4

Command supported:

Command

|

Description

---|---
0x00| Reset to Factory Defaults Command
On receipt of this command, the device resets all the attributes of all its clusters to their factory defaults. Note that networking functionality, bindings, groups, or other persistent data are not affected by this command.

3.2.2 Scenes 0x0005 (Server)
Attributes supported:

Attribute

| Type|

Description

---|---|---
0x0000| int8u, read-only| Scene Count
Holds the total number of scenes (across all groups) currently stored on the device.
0x0001| int8u, read-only| Current Scene
If the SceneValid attribute is true, this attribute, together with the CurrentGroup attribute, indicates the currently active scene.
0x0002| int16u, read-only| Current Group
If the SceneValid attribute is true, this attribute, together with the CurrentScene attribute, indicates the currently active scene.
0x0003| bool, read-only| Scene Valid
If true, the scene identified by CurrentGroup and CurrentScene is currently active, i.e. all device attribute values match the values in the scene fieldset.
0x0004| bitmap8, read-only| Name Support

Command supported:

Command

|

Description

---|---
0x00| Add Scene
Adds a scene with or without a scene field set
0x01| View Scene
Returns the scene fieldset, name, and transition times for a scene.
0x02| Remove Scene
Removes a scene from the scene table.
---|---
0x03| Remove All Scenes
Removes all scenes that belong to a particular group.
0x04| Store Scene
Stores the device’s current state as a scene or updates a previously stored scene accordingly
0x05| Recall Scene
Reverts the device’s current state using the values from the previously stored fieldset.

3.2.3 Groups-0x0004 (Server)
Attributes supported:

Attribute

| Type|

Description

---|---|---
0x0000| bitmap8, read-only| NameSupport
0, not supported

Command supported:

Command

|

Description

---|---
0x00| Add Group
Adds the endpoint to a group.
0x01| View Group
Determines whether the device belongs to a group and returns the group name if supported
0x02| Get Group Membership
Returns the set of groups this endpoint belongs to
0x03| Remove Group

Removes this endpoint from the specified group. Also removes all scenes that refer to this group.

0x04| Remove All Groups
Removes this endpoint from all groups. Also removes all scenes that refer to any of the existing groups.
0x05| Add Group if Identifying
Adds this endpoint to the group, if the endpoint is identified.

3.2.4 Thermostat-0x0201(Server)
Attributes supported:

Attribute

| Type|

Description

---|---|---
0x0000| int16S, read-only, reportable| Local Temperature Attribute
This is room temperature, the maximum resolution this format allows is 0.01 ºC.
0x0010| Int8S, reportable| Local Temperature Calibration
The room temperature calibration, the range is -30-30, the maximum resolution this format allows 0.1°C. Default value: 0
0x0011| int16S, reportable| Occupied Cooling Setpoint
This system is not invalid.
0x0012| int16S, reportable| Occupied Heating Setpoint
The range is 500-3500, and the maximum resolution this format allows is 0.01 ºC. Default is 0xbb8(30.00ºC)
Note: only Dry mode and Manual mode can be set through this attribute.
0x001B| Enum8, reportable| Control Sequence Of Operation
Set device supported operation type, here only supports Heating Only(0x02)
---|---|---
0x001C| Enum8, reportable| System Mode
System operation mode, supports 0x00(off) 0x04(heat)
0x0029| Map16, read-only, reportable| HVAC relay state/ Thermostat Running State
Indicates the relay on/off status, here only supports bit0( Heat State)
0x0020| Enum8, reportable| Start Of Week
0x0021| Int8u, read-only, reportable| Number Of Weekly Transitions
Fixed 7, 7 transitions
0x0022| Int8u, read-only, reportable| Number Of Daily Transitions
Fixed 4, 4 time periods

Proprietary Attributes:

Attribute

| Type| Manufacturer code|

Description

---|---|---|---
0x1000| ENUM8, reportable| 0x1224| Operate Display Brightness
Segment digital display brightness:
Value: 1~7, default brightness is 1
0x1001| ENUM8 reportable| 0x1224| Display Auto Off Activation
0, deactivated (default)
1, activated
0x1004| ENUM8 reportable| 0x1224| Power Up Status
The mode after resetting the power of the device:
Value=0: manual mode after power up, set temperature 19ºC |
Value=1: last status before power off (Default)
0x1009| ENUM8 reportable| 0x1224| Window Open Check
0: enable
1: disable
0x100A| INT8U reportable|  0x1224| Hysteresis
Hysteresis setting, the range is 5-50, the unit is 0.1ºC, and the default value is 5
0x100B| ENUM8, Reportable Read only| 0x1224| Window Open flag
0: Window is not opened 1: Window is opened
0x2002| ENUM8, Reportable Read only| 0x1224| Internal Over Heat Mark
0: no
1: temperature over 85ºC and lower than 90ºC 2: temperature over 90ºC

Command supported:

Command

|

Description

---|---
0x0000| Setpoint Raise/Lower
Increase or decrease the set temperature according to the current mode, the unit is 0.1ºC
Note: only Dry mode and Manual mode can be configured through this attribute.
0x0001| Set Weekly Schedule
The time period setting is under Auto mode.
The number of Transitions for the Sequence must be 4, which means 4-time points should be set.
Mode for Sequence, it must be 1, which means only heat supported. The set time points, the latter one must be later than the previous one.
If a schedule of someday is configured, previous schedules will be covered. Note: the set value of the schedule configured by this command will be executed under Auto mode.
0x0002| Get Weekly Schedule

3.2.5 Simple Meter-0x0702 (Server)
Attributes supported:

Attribute

| Type|

Description

---|---|---
0x0000| unsigned48, read-only, reportable| Current Summation Delivered
Indicates the current amount of electrical energy delivered to the load.
0x0200| bitmap8, read-only| Status
Flags indicating current device status always is 0x00
0x0300| enum8, read-only| Unit Of Measure
Unit of metering data , this is always kWh(0x00)
0x0301| Int24U, read-only| Multiplier
0x0303| map8, read-only| Summation Formatting”
The decimal point at both left and right sides of the data , is always 0x19
0x0306| bitmap8, read-only| Metering Device Type
The metering  data type is always Electric Metering (0x00)
0x0302| Int24U, read-only| Divisor

3.2.6 Electrical Measurement-0x0b04(Server)
Attributes supported:

Attribute

| Type|

Description

---|---|---
0x0000|

bitmap32, read-only

| Measurement Type
Indicates the physical entities that this device is able to measure. Supports only bit0: Active measurement (AC)
0x0505| bitmap8, read-only| RMS Voltage
Valid voltage of single phase, unit is V
0x0508| int16U, reportable, read-only| recurrent
The valid current of a single phase, unit is A
---|---|---
0x050B| int16S, reportable read-only| Active Power
Valid power of single phase, unit is W
0x0600| int16U, read-only| AC Voltage Multiplier 0x01
0x0601| int16U, read-only| AC Voltage Divisor 0x0a
used together with above attribute, real displayed voltage= RMSVoltage ACVoltageMultiplier/ACVoltageDivisor
0x0602| int16U, read-only| AC Current Multiplier 0x01
0x0603| int16U, read-only| AC Current Divisor 0x3e8 (1000)
used together with above attribute , real displayed current=RMSCurrentACCurrentMultiplier/ACCurrentDivisor
0x0604| int16U, read-only| AC Power Multiplier 0x01
0x0605| int16U, read-only| ACPowerDivisor 0x0a (10)
used together with the above attribute, real displayed power=ActivePower *
AC power Multiplier/ACPower Divisor
0x0800| int16U,| ACAlarmsMask
Specifies which configurable alarms may be generated, only
Bit2: Active Power Overload whether to enable overload alarm or not
0x0803| int16U, reportable, read-only| ACActivePowerOverload
Alarms when the load value is over a certain value, for the unit please refer to ActivePower

3.2.7 Alarm-0x0009(Server)
Please set the valid value of attribute ACAlarmsMask of Electrical Measurement, the Alarm Server cluster can generate the following commands:

Camden

|

Description

---|---
0x00| Alarm
Alarm code： Identifying code for the cause of the alarm, as given in the specification of the cluster whose attribute generated this alarm.

The overload alarm is according to ACAlarmsMask, the alarm code is 2. If the alarm is not canceled, it will be reported every 1 minute.
The Alarm Server cluster can receive the following commands:
3.2.8 Time-0x000A(server)
The Time cluster is a general cluster for the time it is based on a UTC time in seconds since 0 hrs 0 mins 0 sec on 1st January 2000. Refer to [Z2] for the ZigBee specification of the time cluster.
The metering device will use these clusters as a server– provided that a suitable Time Server is available on the network (most likely on the Gateway/concentrator)
Attributes supported:

Attribute

| Type|

Description

---|---|---
0x0000| UTC| Time
0x0001| MAP8| Time Status 0x02
bit0:0, not master clock
Bit1:1, Synchronized

3.2.9 OTA Upgrade-0x0019(Client)
OTA complies with standard Zigbee protocol.
3.2.10 Thermostat User Interface Configuration-0x0204(Server)
Attributes supported:

Attribute

| Type|

Description

---|---|---
0x0000| ENUM8, reportable| TemperatureDisplayMode
0x00 Temperature in °C only support
0x0001| ENUM8, reportable| Keypad Lockout
0x00 No lockout
0x01 – 0x05 lockout

3.3 Application Endpoint #242 GreenPower

Namron AS
Nedre kalbakkvei 88B
1081 Oslo
Norway
post@namron.com

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