SynapSense Wireless Mesh Thermanode

SynapSense® Wireless Mesh ThermaNode™
S P E C I F I C AT I O N S H E E T
specifications
The wireless mesh node shall be a battery-operated wireless device designed for
environmental node data collection from server and telephony equipment racks and cooling
units, as part of a comprehensive cooling optimization solution. Each wireless node shall
provide temperature and humidity measurement for up to seven external thermistors
connected to the node via a latching connector, allowing for comprehensive capture and
consolidation of both front and rear cabinet intake and exhaust readings within each unit.
technical information
Dimensions:
91.44mm L x 63.5mm W x 30.48mm H (3.6" L x 2.5" W x 1.2"H)
Housing:
ABS Plastic
Packaging:
Includes four AA batteries
Mounting:
Can be mounted using screws (via four holes that accommodate up to #6 machine screws) or
with cable ties (via four holes that can accommodate up to 4.572mm or 0.18 in cable tie
width) or by double-sided adhesive included.
key features and benefits
Multi-Faceted Monitoring
Unit
Replaces the needs for multiple environmental cabinet nodes by consolidating
monitoring of various touch points into one single, cost-effective unit
Wireless Mesh Network
Serves as one node within an innovative wireless mesh network made up of
multiple nodes that "talk" to each other to share environmental monitoring data
across the data center
Simple Deployment
Allows wireless placements of nodes at any points, avoiding the cost or time of
installing complex or additional connectivity in data center
Self-Configuring
Self-configures into the existing wireless mesh network structure without needing
any complicated configurations by the network administrator
Auto Adjusting Receiver
Sensitivity
Adjusts receiver sensitivity to compensate for powerful ambient radio noise from
other devices like Wi-Fi, enabling radios to communicate with each other in harsh
RF environments
Channel Black-listing
Identifies and avoids radio frequencies that have high levels of RF noise, speeding up
data transfer and conserving battery life
Battery Operated
Operates on four AA batteries that provide up to seven years of battery life,
cost-effectively powering node over life of data center
Time Stamped Data
Allows automatic time stamping of each piece of node data to indicate and document
the exact time at which data was collected making historical comparisons possible
SmartSend Notifications
Compares data collected every 30 seconds and recognizes temperature deviations
outside of specified thresholds, causing override of configured reporting intervals to
ensure that potential concerns are identified for quick resolution
Smart-Over-the-Air
(SMOTA) Firmware Update
Uses wireless network to transmit hardware firmware updates directly to node without
need for physical intervention for simplicity of updates*
128-bit Network
Encryption
Encrypts data over the network using a unique 128-bit key to ensure security
Single IP Address
Scalability
Allows interconnect ability of up to 200 nodes on a single wireless mesh network
gateway thru one single IP address, reducing the need for separate IP ports, IP
capital costs, and management overhead
SmartZone™ Software
DCIM Suite integration
Captures environmental data that is consolidated by connected gateways and
then utilized by SynapSoft® Cooling Software, part of the SmartZone™
Solutions portfolio, for real-time monitoring and display, management, and
automated documentation
*Performing a firmware upgrade is a specialized process which must involve technical support or a qualified reseller.
applications
The SynapSense® Wireless Mesh ThermaNode™ is a
key component of SynapSense® Cooling Optimization, a
turn-key wireless monitoring and cooling control solution
for data centers that uses intelligent software, leading
edge wireless nodes, and professional services to
optimize cooling, increasing current capacity and
reducing costs to deliver tangible ROI.
The SynapSense® Wireless Mesh ThermaNode™ is a
battery-operated wireless device designed for
environmental data collection from server and telephony
equipment racks and cooling units. Each ThermaNode™
supports up to seven external thermistors connected to
the node via a latching connector.
Up to 200 sensors can be connected to one single IP
address, with expandability up to 2,000 sensors on a
w w w. p a n d u it.c o m
single network thru additional gateways.
This allows an individual ThermaNode™ to be installed
on a cabinet to cost-effectively capture front and rear
cabinet intake and exhaust readings from connected
thermistors at specific points, rather than deploying
separate nodes individually.
As part of a wireless mesh network, Up to 200
ThermaNodes™ can be connected thru a single IP
address to captured real-time temperature and humidity
data across a data center. This data is then used by
SynapSoft® Cooling Software to create thermal maps
and movies to identify developing hotspots or
anomalies, find reclaimable cooling capacity, or simply
optimize the efficiency of the cooling overall for
tangible ROI.
Wireless Mesh Nodes
ThermaNode™: 99-0501-001
ThermaNode™ EZ
(measures
temperature): 99-0944-001
ThermaNode™
EZ-H (measures
temperature
and humidity): 99-0944-010
Pressure Node: 99-0331-001
Constellation Node: 99-0348-003
Wireless Mesh Gateway
Gateway:
100-1156-001
Gateway mounting
shelf: :
67-0811-003
SynapSoft ® Software
Software Fee
Modbus Driver:
Software Fee
BACnet Driver:
Software Fee
SNMP Driver:
Environmental
Monitoring License:
SWFee-I-MB
SWFee-I-BN
SWFee-I-SN
99-0794-001
SynapSense® Wireless Mesh ThermaNode™
General Specifications
Specifications
Node Specifications
Description
Data Rate Maximum
• 2.4 GHz, ISM unlicensed band
• IEEE 802.15.4 MAC.
• 250 Kbps
Maximum RF Output Power
• 0 dBm
RF Data Range
Typical data center environment: 50 feet (15m); Max 260 feet (80m) open air, line of sight
Battery Life
Five to seven years (typically)
Maintenance and Calibration No recalibration or maintenance possible
Antenna Type
+0 dBi omni-directional antenna
Software Requirements
Requires SynapSoft® Version X.0 or newer Device Manager Software
NOTE: LiveImaging, Device Manager, MapSense, and other software features referenced in this document are
included within the SynapSoft® Software Platform.
Mechanical Specifications
Specifications
Connectors
Description
Molex Micro-Fit^ series 14 position I/O connector for use with external thermistor wire harness (provided)
Power Requirements
Two or four AA 1.5 VDC lithium batteries
Life Expectancy
• Temperature Sensors: No recalibration possible. No stated life degradation. We use only US Sensors NTC 10k Jcurve thermistors potted in a vinyl encapsulation.
• Internal Humidity Sensors: Manufacturer states 1% per year accuracy degradation. Replace sensors at 10 years (this assume worst case + 12% accuracy for the RH measurements our system provides)..
Mechanical Expectancy
Protection for electronics is up to seven foot, multi-axis drop (battery compartment may open above two feet)
On/Off Switch
ThermaNode™ contains an on/off power switch. The switch is ON in the left positon.
Regulatory Information
• FCC Part 15, Subpart C, 15.247
U62-SRS100 and U62-THERM
• Industry Canada
7265A-SRS100 and 7265-THERM
• CE Marketing
EN 300 328; V1.7.1 (2006-05) and EN 300 440-2 V1.1.2 (2004-07
^Micro-Fit is a trademark of Molex.
ThermaNode™ Internal Sensor (Relative Humidity)
Parameter
Operating Range
50°F to 95°F (10 TO 35°C)
Specification
Accuracy
Nominal +0.86°F to 0.82°F (+0.48°C to 0.46°C)
Accuracy Over Time*
• After 1 year +0.92°F to 0.88°F (+0.51°C to 0.49°C)
• After 2 years +0.99°F to 0.94°F (+0.55°C to 0.52°C)
• After 3 years +1.06°F to 0.99°F (+0.59°C to 0.55°C)
T h e r m a N o d e ™ I n t e r n a l S e n s o r ( Te m p e r a t u r e )
Accuracy
+0.5°F (+0.3°C)
Stability
Negligible
Operating Range
32°F to 140°F (0°C to 60°C)
Time Constant
230 seconds moving air (typical)
ThermaNode™ Environmental Specifications
Operating
32°F to 140°F (0°C to 60°C)
Storage
Storage (with batteries) 14°F to 140°F (-10°C to 60°C)
SynapSense® Wireless Mesh ThermaNode™
ThermaNode External Sensor Data
Parameter
Number of Supported
Thermistors
Temperature Range
Specification
Up to seven
32°F to 140°F (0°C to 60°C)
Temperature Accuracy
10 to 43°C: +0.5°F (+0.3°C)
0 to 10 and 43 to 60°C:
+1.2°F (+0.7°C)
Time Constant
30 seconds moving air; 60 second static air (typical)
Resolution
+0.02°F at 77°F (+0.01°C at 25°C)
Stability
Typically +0.0056°F (0.0031°C) over five years
Thermistors
10k ohm, Type J Curve
Thermistor Time Constant
60 second static air; 30 second moving air (typical)
1.225
[31.115}
1.160
[29.464]
Dimensions
2.550
[64.77]
3.600
[91.44]
Regulatory
Label
Dimensions are in inches. [Dimensions in brackets are metric.]
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PVSP127--WW-ENG
6/2015