SensiNet Sentry Series Smart Sensor – Product
Family
The new SensiNet Sentry product family builds
upon the field proven reliability of the SensiNet wireless network with
all new packing and exciting new features.
A custom designed housing provides attractive
packaging with a unique wall mounting bracket and increased air flow
allows the high performance embedded MEMS sensors to react even faster
to changes in ambient conditions.
The new design also provides a separate, enlarged
battery compartment containing a “C” sized battery for dramatically
extended operational life.
Rack Sentry Multi-Point Temperature Sensor
The TEHU-2123 data acquisition Smart Sensors is a
tri-point wireless temperature monitoring device and component of the
SensiNet wireless sensor network.
It reports highly accurate, real-time ambient
level temperature measurements and is specifcially designed to measure
the low, middle and high points on the inlets and exhusts of rack
mounted servers in data centers without wires and is FCC and CE-approved
for license free operation worldwide.
The TEHU-2121 utilizes highly accurate, MEMS solid state sensors and a
replaceable “C” size battery provides years of reliable operation.
Temperature and Humidity Smart Sensor
The TEHU -2121 data acquisition Smart Sensors is a
wireless temperature and humidity monitoring device and component of the
SensiNet wireless sensor network.
It reports highly accurate, real-time ambient level
temperature and humidity measurements without wires and is FCC and
CE-approved for license free operation worldwide.
The TEHU-2121 utilizes a highly accurate, embedded MEMS solid state
sensor and is available in an embedded configuration for ambient
applications. A replaceable “C” size battery provides for years of
reliable operation.
Temperature Smart Sensor
The TEHU -2120 data acquisition smart sensor is a wireless
temperature monitoring device and component of the SensiNet wireless
sensor network. It reports highly accurate, real-time ambient level
temperature without wires and is FCC and CE-approved for license free
operation worldwide.
The TEHU-2120 utilizes a highly accurate, embedded MEMS solid state
sensor and is available in an embedded configuration for ambient
applications or with tethered sensors for monitoring chambers or
multiple points from a single unit. A replaceable “C” size battery
provides for years of reliable operation.
Resistance temperature Detector (RTD) Smart
Sensor
The TEMP-1022/1122 & TEMP-1024/1124 data acquisition Smart Sensors are
wireless temperature measuring devices that accept either 2 or 4
standard RTD's and are components of the SensiNet wireless sensor
network.
They report highly accurate, real-time
temperature measurements without wires and are FCC and CE approved for
license free operation.
The TEMP series is configurable for RTD type and
configuration (2, 3, 4 wire) and even monitors the inputs for integrity
and provides alarm indication in the event of sensor or lead wire
failure. They operate from on board batteries or may be DC line powered
for continous operation.
Contact Input Smart Sensor
The CONT-1022 data acquisition Smart Sensor is a contact
monitoring device which accepts two contact inputs and is a member of
the SensiNet wireless sensor network.
It continuously monitors the state of its inputs
and reports their status on a selectable reporting interval and will
also report any change in status immediately for real-time alarming.
The CONT-1022 can be used with a variety of
switches including mechanical, IR, and magnetic.
Analog Input (4-20 mA) Smart Sensor
The CURR-1022 data acquisition Smart Sensor is a wireless
current sensing device which accepts two 0/4-20 mA signals and is a
component of the SensiNet wireless sensor network.
It report highly accurate , real-time
measurements without wires and is FCC and CE-approved for license free
operation.
The CURR-1022 has on board batteries for complete tether free operation
or can be equipped with an external DC (10-30VDC) power supply which
will simultaneously power two loop powered transmitters and the
CURR-1022.