S03/S04 - VERSASENSE TEMPERATURE AND HUMIDITY SENSOR
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PRODUCT DESCRIPTION
The VersaSense Temperature and Humidity
Sensor (S03/S04) detects the absolute
temperature and relative humidity of the
surrounding air.
VERSASENSE SENSORS
VersaSense Sensors are self-identifying
sensors and actuators that connect to
VersaSense Wireless Devices to provide plug-
and-play sensing and control.
The VersaSense software automatically
installs and configures all drivers, eliminating
the cost and complexity of deploying an IoT
network.
Note: only one peripheral of this type may be
connected to a VersaSense Wireless Device.
APPLICATIONS
The temperature and humidity sensor supports
environmental sensing. Applications include:
Heating, ventilation and air
conditioning (HVAC) monitoring
Monitoring conditions in animal
enclosures
Weather monitoring systems
End to end cold chain monitoring
CORE COMPONENTS
The S03/S04 is based on the SHT25 from
Sensiron
®
, for more information please visit:
Sensiron_SHT25.pdf
S03/S04 CHARACTERISTICS
Note: avg current values represent the current that
this sensor draws from a VersaSense Wireless
Device that is configured with the noted update
period. This value excludes message transmission.
RELATED PRODUCTS
Item S03 requires a VersaSense Wireless
Device such as Pxx or Lxx. This item is
compatible with all items in the VersaSense
catalog:
versasense.com/files/VersaSense-Catalog.pdf
INFORMATION/SUPPORT
Web: www.versasense.com
Sales: sales@versasense.com
Help: support@versasense.com
Other: info@versasense.com
Post: VersaSense NV, Kapeldreef 60, 3001
Leuven, Belgium.
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Min/Max Relative Humidity
Min/Max period
between updates
Avg current: period = 1hour
Avg current: period = 60s
Avg current: period = 10s
Copyright © 2017 by VersaSense® N.V. All rights reserved. VersaSense® and MicroPnP™ are trademarks or registered
trademarks of VersaSense® N.V. All other trademarks are the property of their respective owners. The product specifications
and system requirements are subject to change without notice.
S03S04-2.3-DS-Dec’17