Titan TPZDS/HA1.2 User manual

Zigbee HA1.2 Wireless Duct
Temperature Sensor
(TPZDS/HA1.2)
The Titan Products Zigbee HA1.2 Duct Temperature
Sensor is designed to wirelessly monitor the air
temperature in duct works and expose the measured
information wirelessly via a Zigbee HA1.2 network.
Using a frequency of 2.4GHz the transmissions from
the TPZDS/HA1.2 duct sensors are determined by the
Min/Max reporting intervals and the congured COV
(change of value) parameters set within the temperature
measurement cluster.
The TPZDS/HA1.2 wireless duct temperature sensor
is supplied with an IP41 enclosure and polycarbonate
probe. The probe has a standard length of 150mm with
other lengths available on request.
The sensor uses a 3.7V, 2600mAh lithium thionyl
chloride battery. This eradicates the need for wiring to
the unit making it extremely easy and cost effective to
install.
Specicaon
Power Supply: 3.7V, 2600mAh lithium thionyl chloride
battery (AA size)
Battery Life: Up to 5 years (depending on
transmission intervals and based on
default settings – excludes OTA usage)
Network Technology: Zigbee HA1.2
Transmission Frequency: 2.4GHz
Transmission Power: 8dBm
Transmission Range: Up to 60m indoor (depending on
building type)
Up to 200m outdoor (line of sight)
Measurement Accuracy: +/-0.5°C @ 25°C
Operating Range: 0 to +50°C
5 to 80% RH (Non-Condensing)
Material: UL L94-V0 Flame Retardant
Polycarbonate
Enclosure Rating: IP41 Rated
Wireless Module Approvals: FCC CFR 47 Part 15
DA00-1407 FCC Public Notice
Radio: EN 300 328:V1.9.1
EMC: EN 301 489-17 V2.2.1
EMC: EN 62479 2010
EMC: EN 301 489-1 V1.9.2
Safety: EN 60950-1:2006
Approvals: CE
RoHS
WEEE
Standard Warranty Period: 60 months (excludes battery)
Enclosure Dimensions: 90mm (h) x 95mm (w) x 60mm (d)
Probe Dimensions: 150mm x 8mm
Part Code: TPZDS/HA1.2
+
-
Ensure battery polarity
is correct when
inserting battery
Baery
LED indication
PCB push button
Fig 1.0
Zigbee HA1.2 Wireless Duct Temperature Sensor (TPZDS/HA1.2)

Please ensure:
• Sensors are mounted with a minimum of 1m downstream of any heating or cooling source within the duct work.
• Sensors are mounted a minimum of 1m away from any bends or air turbulence within the duct work.
•Probe ventilation holes are aligned with the air ow direction.
•External xing holes are used - DO NOT drill enclosure.
Side view
Front view External xing holes
Ventilation Holes - to be aligned
with Air Flow direction
Fig 3.0
Commissioning LED indication:
Do not insert the sensor battery until the device is ready for commissioning and the WAC is powered up and available to
pair with the wireless sensors.
When the sensor is initially powered up with the battery inserted it will be un-paired and the LED will flash every second.
This shows that the sensor is searching for an available network.
Once the sensor has joined the network the LED will remain OFF at all times.
LED Indication Sensor Status
LED ashing every 1 second Sensor is not paired and is searching for a network.
LED off Device is paired.
Factory Reset: (It is possible to restore the device to its factory settings). Also see LED timing below.
Airow
direction
Fig 2.0
Installation and Dimensions:
Zigbee HA1.2 Wireless Duct Temperature Sensor (TPZDS/HA1.2)

To reset an end device; remove the battery, press and hold the PCB push button down while re-inserting the battery. Once
the battery is inserted, release the PCB push button
.
Upon resetting, the device will leave its current network, restore the factory default settings for the minimum, maximum
and delta change reporting along with the polling intervals. Once reset the device will search for strongest HA1.2 and
attempt to join.
Default and Recommended Settings:
Setting Default Range
Minimum Reporting Interval 60 seconds 0-65536 seconds
Maximum Reporting Interval 300 seconds 0-65536 seconds
Delta Change Reporting Threshold 0.5°C 0-32767 (0-327.67°C)
Polling during normal operation 60 seconds 0-65536 seconds (Polling will match the Min Reporting
Value)
Polling (accelerated) upon joining/re-
joining network
Every 2 seconds for 60
seconds
N/A
It is possible to force specic features within the sensor by holding the PCB push button and releasing at certain
points of the LED sequence. To perform one of the below tasks, press and hold the PCB button, the LED will begin
to ash every second, release at the relevant point of the sequence to perform the associated task.
LED Timing Feature
Release after 1st LED ash Sensor reads sensor value and updates clusters
Release after 2nd LED ash No action
Release after 3rd LED ash Initiates the OTA update process
Release after 4th LED ash Factory reset
Supported Clusters & Attributes:
The below Server/Client clusters are supported by the TPZDS/HA1.2 temperature sensor:
Sensor Server Clusters:
Cluster Name Cluster ID Cluster Attributes
Basic 0x0000 Application Version
Stack Version
Hardware Version
Manufacturer Name
Model Identier
Date Code
Software Build Id
Device Enabled
Power Conguration 0x0001 Battery Voltage
Battery Percent Remaining
Battery Alarm Mask
Battery Alarm State
Battery Voltage Minimum Threshold
Battery Voltage Threshold 1
Battery Voltage Threshold 2
Battery Voltage Threshold 3
Identify 0x0003 Identify time
Commissioning Cluster 0x0015 Extended Pan ID
Channel Mask
Start-up control
Temperature Measurement 0x0402 Measure Value
Min Measured Value
Max Measured Value
Zigbee HA1.2 Wireless Duct Temperature Sensor (TPZDS/HA1.2)

Sensor Client Clusters:
Cluster Name Cluster ID Cluster Attributes
OTA 0x0019 N/A
Battery Information:
Please make sure batteries are disposed of in accordance with EC Directive 2006/66/EC, amended by EU Directive
2008/12/EC or in line with your territory battery disposal guidelines.
It is important not to short-circuit, crush, disassemble, heat above 100°C, incinerate, or expose the batteries to water. Do
not solder directly to the cell. The recommended batteries for the Titan Products wireless sensors are 3.7V 2600mAH AA
size lithium-thionyl chloride. These are not rechargeable.
All batteries should be stored in a clean, cool, dry and ventilated area. When installing or replacing a battery please make
sure the polarity is correct. Batteries are not covered by the Titan Products product warranty.
FCC Information:
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device
may not cause harmful interference, and (2) this device must accept any interference received, including interference that
may cause undesired operation.
Conditions of Use:
•The sensor is to be firmly fixed to the ventilation duct work using the sensor’s external fixing holes. See Fig 3.0.
• The sensor should be mounted in a location representative to the duct air to be measured and must be situated away
from and bends or junctions as well as any turbulent air movement patterns within the duct work.
• The sensor is designed to monitor air temperature within a duct work and should not be exposed to any harmful or
corrosive gases within the duct work.
• Ensure the sensor is installed in the correct orientation and location. See Fig 2.0.
•The sensor should not be used outside of its operating temperature range of 0 to 50°C.
• The sensor should not be used outside of its operating humidity range of 5-80% RH (non-condensing).
• The sensor is for use within internal duct works only.
• The sensor enclosure is rated at IP41 and should be used in environments where suitable. The sensor is not
suitable for environments where contaminants, moisture or corrosive substances can cause harm or impact on the
performance of the sensor.
•The stated battery life is estimated based on Titan Products’ recommended minimum, maximum, delta change
reporting and polling settings.
•Min reporting of 60 seconds
• Max reporting of 300 seconds
•Change of value of 0.5°C
•Polling set to 60 seconds
•It is the responsibility of the buyer/installer to ensure the sensor is suitable for integration in to their ambient temperature
monitoring system.
•The sensor is designed for the monitoring and transmission of ambient temperature conditions only.
•The receiving Zigbee Wireless controller should be set up to alarm if out of range conditions are transmitted by the sensor.
•Battery status clusters are available in the sensor device. These clusters should be used in a maintenance program to monitor
when the battery needs replacing.
•It is the installer’s responsibility to ensure a site survey is completed ensuring the sensor location is suitable for the environment
to allow consistent and stable transmissions between the sensor(s) and receiving device. Repeaters may be required.
•It is the customer’s/installer’s responsibility to ensure the sensor standards are acceptable for the country or state the device is
being installed within.
Zigbee HA1.2 Wireless Duct Temperature Sensor (TPZDS/HA1.2)