sku,post_status,post_title,post_content,post_excerpt,category,price,regular_price,stock_status,featured_image,comment_status,attributes,pa_manufacturer
RCP2-100-US,publish,IT WatchDogs - RCP2-100-US - City Power Monitor,"The City Power Monitor (CPM) is an analog sensor that
enables a Goose climate monitor to detect line voltage and
send an alert through email or SNMP trap if power is lost.
This provides time to either restore power or properly
shutdown the system before backup power is fully utilized.
A wall transformer powers the sensor and allows the CPM
to detect city power. Status LEDs in the sensors plastic
enclosure provide a visual indication that power is detected.
A pair of signal wires are attached to the sensor. These
wires are used to connect the CPM to a Goose climate
monitor.
CONNECTING TO THE GOOSE
Since the CPM is an analog sensor it can connect directly
to the Analog Input terminals of the Goose climate monitor.
If the model of climate monitor either doesnt have analog
inputs or they are all being used, then a CCAT analog-todigital
interface will allow you to attach a CPM to a digital
sensor port.
ALARMS
Alarm thresholds can be configured on the Alarm page of
the Goose. With the appropriate thresholds the Goose will
send you an alert if power is lost, through email or by
SNMP trap."," Used to detect a power outage and send alerts
 Input voltage range: 100 - 240 VAC
 Connects to a Goose via Analog Input or CCAT
 Status LEDs indicate system state",it-watchdogs|data-center-monitoring,0,0,instock,City Power Monitor.png,closed,manufacturer->0,IT WatchDogs
48VCD-1,publish,IT WatchDogs - 48VCD-1 - -48VDC Sensor,"This sensor enables the Goose to monitor the negative DC
voltage used in telecom systems. Using logs and graphs
provided by the Goose you can remotely check on the
status of the system. Find out if the batteries are being
overcharged or not charged enough.
The -48VDC sensor provides two sets of connection wires.
Connect the wires with ring terminals to the negative
48VDC system. These carry the input voltage (-16 to
-60VDC) to the sensor, where circuitry translates this input
into an output voltage (0 to 5VDC). Run the other set of
wires to the Goose climate monitor and attach them to
either an Analog Input or CCAT analog-to-digital interface.
CONNECTING TO THE GOOSE
Most Goose climate monitors have input terminals for
connecting analog sensors like the -48VDC sensor. These
Analog Inputs accept a 0 to 5VDC signal which is reported
on the Goose as a 0 to 99 value. The Goose logs these
values along with other internal sensor readings. You can
identify an Analog Input by its user-defined friendly name.
A CCAT analog-to-digital interface converts an analog
sensor to digital. This lets you connect a -48VDC sensor to
a digital sensor port when no Analog Inputs are available.
The -48VDC sensor connects to the screw terminals of the
CCAT and then the CCAT connects to the Goose.
ALARMS
By setting appropriate trip points on the Gooses alarm
page, you can receive an automatic alert (via email or
SNMP) to a potentially dead, discharged, or overcharged
battery bank based on the battery voltage."," Measure voltage of -48VDC telecom systems
 Connects to a Goose via Analog Input or CCAT
 Get graphs, see trends in the system
 Receive alerts for overvoltage or undervoltage
",it-watchdogs|data-center-monitoring,0,0,instock,-48 VDC Sensor.png,closed,manufacturer->0,IT WatchDogs
CT-30-60-120,publish,IT WatchDogs - CT-30-60-120 - Current Transformer,"Current transformers encircle a single power wire and
transform the AC amperage into a 0 to 5VDC signal
suitable for input into a Goose climate monitor. A selector
switch allows you to chose one of the sensors three
current ranges.
The split-frame design of this current transformer simplifies
installation. The frame swings open and clamps around a
current-carrying wire. Note that a single wire is necessary
for current measurement. If two wires are placed in the
transformer their magnetic fields will cancel each other and
the current measurement will be inaccurate.
CONNECTING TO THE GOOSE
A 2-position screw-terminal block provides connections for
signal wires (not included) that go to the Goose. Make note
of the polarity on the label, as connecting the wires
backwards may cause damage.
There are two ways to connect this sensor to a Goose. If an
Analog Input is available, then you can connect the signal
wires directly to the input terminals. However, if all inputs
are being used or the unit doesnt have them, you can
connect the sensor using a CCAT analog-to-digital interface.
This interface allows the current transformer to connect to
a digital sensor port.
ALARMS
The Goose provides the web interface to create and modify
alarm thresholds. With the appropriate thresholds the
Goose will send you an alert if the current draw is getting
too high. This helps to prevent overloading a breaker or the
wiring in your building. Get alerts via email or SNMP trap
if theres a problem."," Measure current ranges of 30, 60 or 120 amps
 Sensor frame swings open and clamps around wire
 Outputs 0 to 5 VDC, proportional to current
 Connects to a Goose via Analog Input or CCAT
 Set alarms and get alerts via email or SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,Current Transformer.png,closed,manufacturer->0,IT WatchDogs
MS-1,publish,IT WatchDogs - MS-1 - Magnetic Door Switch 15' Cable,"This sensor offers a low-cost method to monitor access
doors or cabinets that should remain closed. The noncontact
magnetic switch mounts to the door of a server
rack or equipment room and connects to a Goose climate
monitor. Remotely check the door status through the web
interface or use alarms to notify you if a door is open.
The sensor consists of two main parts, a magnet and a
switch with terminals to connect the signal wires. The
magnet mounts to a door or access panel, while the switch
mounts to the frame. When the door is closed the two
pieces should be within 1/2 of each other. When the door
opens this distance increases, eventually toggling the
switch. This allows the Goose to know when the door is
open.
CONNECTING TO THE GOOSE
There are two options for connecting the door switch to the
Goose. You can connect the sensor directly to the Analog
Input terminals. If the inputs are all in use or the climate
monitor doesnt have analog inputs, then you can use a
CCAT interface to connect the sensor to a digital sensor
port.
Multiple door switches can be wired in series to a single
Analog Input or CCAT. This is a good way to free up inputs
when you dont need to know the specific door that is open,
just that at least one door in the group is.
ALARMS
You can configure alarms using the Gooses web interface.
With the appropriate alarm thresholds the Goose will send
you an alert via email or SNMP trap if a door is detected
open. Some units can also trigger an alarm buzzer or
energize an output relay in response to an alarm."," Used to detect whether a door is open or closed
 Connects to the Goose via Analog Input or CCAT
 Receive alerts via email or SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,Magnetic Door Switch.png,closed,manufacturer->0,IT WatchDogs
MS-50,publish,IT WatchDogs - MS-50 - Magnetic Door Switch 50' Cable,"This sensor offers a low-cost method to monitor access
doors or cabinets that should remain closed. The noncontact
magnetic switch mounts to the door of a server
rack or equipment room and connects to a Goose climate
monitor. Remotely check the door status through the web
interface or use alarms to notify you if a door is open.
The sensor consists of two main parts, a magnet and a
switch with terminals to connect the signal wires. The
magnet mounts to a door or access panel, while the switch
mounts to the frame. When the door is closed the two
pieces should be within 1/2 of each other. When the door
opens this distance increases, eventually toggling the
switch. This allows the Goose to know when the door is
open.
CONNECTING TO THE GOOSE
There are two options for connecting the door switch to the
Goose. You can connect the sensor directly to the Analog
Input terminals. If the inputs are all in use or the climate
monitor doesnt have analog inputs, then you can use a
CCAT interface to connect the sensor to a digital sensor
port.
Multiple door switches can be wired in series to a single
Analog Input or CCAT. This is a good way to free up inputs
when you dont need to know the specific door that is open,
just that at least one door in the group is.
ALARMS
You can configure alarms using the Gooses web interface.
With the appropriate alarm thresholds the Goose will send
you an alert via email or SNMP trap if a door is detected
open. Some units can also trigger an alarm buzzer or
energize an output relay in response to an alarm."," Used to detect whether a door is open or closed
 Connects to the Goose via Analog Input or CCAT
 Receive alerts via email or SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,Magnetic Door Switch.png,closed,manufacturer->0,IT WatchDogs
MS-100,publish,IT WatchDogs - MS-100 - Magnetic Door Switch 100' Cable,"This sensor offers a low-cost method to monitor access
doors or cabinets that should remain closed. The noncontact
magnetic switch mounts to the door of a server
rack or equipment room and connects to a Goose climate
monitor. Remotely check the door status through the web
interface or use alarms to notify you if a door is open.
The sensor consists of two main parts, a magnet and a
switch with terminals to connect the signal wires. The
magnet mounts to a door or access panel, while the switch
mounts to the frame. When the door is closed the two
pieces should be within 1/2 of each other. When the door
opens this distance increases, eventually toggling the
switch. This allows the Goose to know when the door is
open.
CONNECTING TO THE GOOSE
There are two options for connecting the door switch to the
Goose. You can connect the sensor directly to the Analog
Input terminals. If the inputs are all in use or the climate
monitor doesnt have analog inputs, then you can use a
CCAT interface to connect the sensor to a digital sensor
port.
Multiple door switches can be wired in series to a single
Analog Input or CCAT. This is a good way to free up inputs
when you dont need to know the specific door that is open,
just that at least one door in the group is.
ALARMS
You can configure alarms using the Gooses web interface.
With the appropriate alarm thresholds the Goose will send
you an alert via email or SNMP trap if a door is detected
open. Some units can also trigger an alarm buzzer or
energize an output relay in response to an alarm."," Used to detect whether a door is open or closed
 Connects to the Goose via Analog Input or CCAT
 Receive alerts via email or SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,Magnetic Door Switch.png,closed,manufacturer->0,IT WatchDogs
SA-1,publish,IT WatchDogs - SA-1 - Smoke Alarm,"This kit combines a standard Kidde smoke alarm with an
analog sensor interface for connecting to a Goose climate
monitor. If smoke is detected the audible alarm will sound
and Goose can then send you an alert. The SA-1 is wired
and assembled, ready for installation.
The smoke alarm is powered by 120VAC line voltage and
contains a 9V battery for backup in the case of power
failure. The interface box is attached to the smoke alarm
and provides a power cable and signal wires to connect to
the climate monitor.
GROUP WIRING
This type of smoke alarm can be daisy-chained with other
smoke alarms to form a group. If any sensor detects
smoke then all smoke alarms are triggered, along with
climate monitors connected through an interface box.
CONNECTING TO THE GOOSE
The smoke alarm can be wired directly to an Analog Input
on the Goose. If an Analog Input isnt available, another
option is to use a CCAT analog-to-digital interface to
connect the sensor to a digital sensor port.
The Goose interface allows you to configure alarms and get
alerts through email or SNMP trap if smoke is detected."," Detect smoke in your server room
 Wiring allows smoke alarms to trigger as a group
 Connects to a Goose via Analog Input or CCAT
 Receive alerts through email or SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,Smoke Alarm.png,closed,manufacturer->0,IT WatchDogs
WD-1,publish,IT WatchDogs - WD-1 - Water Sensor,"The water sensor allows the Goose climate monitor to
detect leaks that could damage your equipment. The
sensor measures conductivity and indicates whether the
sensor is dry, damp, or completely immersed in water.
When water or other conductive liquid is present, a tiny
electrical current flows between the metal contacts on the
sensor. The more liquid the higher the current. A cable
attached to the sensor allows the climate monitor to detect
the presence and severity of a leak. Some example sources
include:
    Plumbing fixtures
    Air-conditioner drip pans
    Condensation-outflow pipes
    Roof / ceiling leaks
CONNECTING TO THE GOOSE
There are two options for connecting the water sensor to
the Goose. Since the water sensor provides a 0-5VDC it
can connect directly to an Analog Input. If other sensors
occupy these inputs or the climate monitor doesnt have
them, then you can use a CCAT interface to convert the
sensor to digital.
Multiple water sensors can be wired in parallel to a single
Analog Input or CCAT. This is a good way to free up inputs
for other types of sensors, but you wont know exactly
which sensor detected the leak.
ALARMS
The web interface provided by the Goose climate monitor
allows you configure alarms to notify you if a water is
present. The notification is sent through email and/or
SNMP trap. Some units can also trigger an alarm buzzer or
energize an output relay."," Used to detect water leaks.
 Connects to the Goose via Analog Input or CCAT
 Receive alarms via email or SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,Water Sensor.png,closed,manufacturer->0,IT WatchDogs
WD-100,publish,IT WatchDogs - WD-100 - Water Sensor,"The water sensor allows the Goose climate monitor to
detect leaks that could damage your equipment. The
sensor measures conductivity and indicates whether the
sensor is dry, damp, or completely immersed in water.
When water or other conductive liquid is present, a tiny
electrical current flows between the metal contacts on the
sensor. The more liquid the higher the current. A cable
attached to the sensor allows the climate monitor to detect
the presence and severity of a leak. Some example sources
include:
    Plumbing fixtures
    Air-conditioner drip pans
    Condensation-outflow pipes
    Roof / ceiling leaks
CONNECTING TO THE GOOSE
There are two options for connecting the water sensor to
the Goose. Since the water sensor provides a 0-5VDC it
can connect directly to an Analog Input. If other sensors
occupy these inputs or the climate monitor doesnt have
them, then you can use a CCAT interface to convert the
sensor to digital.
Multiple water sensors can be wired in parallel to a single
Analog Input or CCAT. This is a good way to free up inputs
for other types of sensors, but you wont know exactly
which sensor detected the leak.
ALARMS
The web interface provided by the Goose climate monitor
allows you configure alarms to notify you if a water is
present. The notification is sent through email and/or
SNMP trap. Some units can also trigger an alarm buzzer or
energize an output relay."," Used to detect water leaks.
 Connects to the Goose via Analog Input or CCAT
 Receive alarms via email or SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,Water Sensor.png,closed,manufacturer->1,IT WatchDogs
11937,publish,IT WatchDogs - 11937 - Watersnake 10' - 300',"Water lurks in walls, ceilings floors, and air conditioning
evaporator trays - it can kill your gear fast. Detect
moisture over a wide area. This cable detects the presence
of water or other conductive liquid over its entire length.
Typically used to protect computer server rooms from
water damage, the WaterSnake attaches to a Goose. When
water is detected, the climate monitor sends alerts by
e-mail or SNMP trap.
The sensing cable (orange wire) attaches to the floor using
small nylon J-clips. The sensing cable connects to the
leader cable which attaches to the wall-mounted interface
box. An LED on the box provides a visual indication of
system status.
CONNECTING TO THE GOOSE
Four signal wires connect to terminals on the interface box.
One pair of wires tells if water was detected, while the
other tells if the cable is damaged (cable fault). These
wires connect the interface box to the climate monitor.
There are two ways to connect the signal wires to the
Goose. One option is to attach the wire to Analog Input
terminals. The other option is to use two CCAT interfaces.
Each CCAT converts the analog signal from a pair of wires
into digital. This allows you to use digital sensor ports when
Analog Inputs arent available.
ALARMS
The Goose climate monitor continuously monitors the
WaterSnake to see if water is detected. If so, the Goose
follows the actions indicated by user-defined alarms.
Options include sending alerts through email or SNMP and
depending on the Goose, trigger an alarm buzzer or
energize an output relay. Alarm thresholds are configured
through the web interface provided by the Goose."," Use this water-sensing cable to detect leaks.
 Connects to a Goose via Analog Input or CCAT
 Get alerts by email or SNMP if water is detected.
",it-watchdogs|data-center-monitoring,0,0,instock,Watersnake.png,closed,manufacturer->0,IT WatchDogs
MicroGoose,publish,IT WatchDogs - Climate Monitors - MicroGoose,"Worried about hot spots in server cabinets or remote
computer rooms? Place these small climate monitors
where you need them. The MicroGoose gets power through
PoE or power adapter. A built-in sensor measures
temperature and humidity. The MicroGoose has web
access, graphing, and alarm alerts via email or SNMP. Add
an optional web camera to see whats happening in your
server room.
TYPICAL APPLICATIONS
? Blade server cabinets - hot spot monitoring
? Small server rooms - detect air conditioning failures
early
? Data centers - measure temperature and humidity
in problem areas
WEB INTERFACE
Users primarily interact with the MicroGoose through the
web interface. This allows a remote user to check the
status of the environment, view graphs of logged data and
see web cam images.
Only a web browser is required to configure and interact
with the device. Access is user name and password
protected. For added security, the unit supports SSL
encryption, used by standard browsers during HTTPS.
The firmware running on the MicroGoose is updated
through the web interface. New versions can be
downloaded from the ITWatchDogs website at:
http://www.itwatchdogs.com
Rev 1.06
About the size of a candy bar, the MicroGoose
contains a built-in temperature and humidity
sensor and supports PoE.
Web-Accessed, Power over Ethernet (PoE)
A self-contained climate monitor, the
MicroGoose needs only an Ethernet connection
and power. In a network with PoE, both are
supplied through an Ethernet cable. Otherwise
the included wall power supply is used.
A MicroGoose and an optional webcam monitor
a server room. The IT manager knows the
temperature and humidity and gets an alert if
something goes wrong.
Server Room Monitoring
R Order From:
800-423-2594
www.multicominc.com
multicom@multicominc.com
Climate Monitor
Datasheet
IT WatchDogs
MicroGoose
Page 2 of 2
OTHER ACCESS METHODS
Besides web access, there are several methods to access
sensor data from the unit. Meta-tagged system info is
available in XML. Logged data can be downloaded as a CSV
file that can be viewed with spreadsheet software.
The device also supports SNMP (v1, v2c, v3). This allows
dozens of Network Monitoring programs such as HP
OpenView, IP Sentry, MRTG, or Whats Up Gold (Ipswitch)
to easily add the MicroGoose to the list of monitored devices.
ALARMS
A user sets alarm thresholds (up to 200) to define sensor
boundaries and indicate what to do if there is a problem.
Assign multiple thresholds to a sensor for alarm escalation.
The unit continuously compares sensor readings with these
thresholds. If a reading exceeds a threshold, the alarm is
""tripped"" and the MicroGoose alerts the appropriate
recipients by email and/or SNMP. When the alarm ends,
the unit sends a ""cleared"" notice.
INTERNAL BOARD HEATING
The built-in temperature sensor is calibrated when it comes
from the factory. This sensor extends outside the case to
minimize the effect of heat created by internal circuitry.
However, depending on airflow, it may still read a few
degrees above ambient. Adjusting an internal temperature
offset corrects for this.
INSTALLATION & DEFAULT SETTINGS
The MicroGoose can be screw-mounted using the 0.125
mounting holes or tie-wrapped to a cabinet rail.
Comes pre-programmed with a static IP address of
192.168.123.123. This can be changed through the web
interface."," Built-in temperature and humidity sensor
 Web-accessed (internal web server)
 Supports Power over Ethernet (PoE)
 Multi level alarms with escalations
 Alarm notifications sent by email and SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,microgoose.png,closed,manufacturer->0,IT WatchDogs
MiniGoose II,publish,IT WatchDogs - Climate Monitors - MiniGoose II,"Need a lot of remote climate sensors? Short on
cabinet space? This tiny monitor has web access,
graphing, and alarm alerts via email or SNMP. Supports up
to 16 remote sensors plus an internal temperature sensor.
The MiniGoose II runs the same firmware as the
WeatherGoose II climate monitors, but relies on external
sensors instead of internal sensors to reduce size.
WEB INTERFACE
The web interface is the primary way to interact with the
MiniGoose II. This interface allows a user to remotely check
the status of the environment, view graphs of logged data
and see web cam images.
Configuration and administration of the unit is done
through the web interface. Access is user name and
password protected. SSL encryption can be used for added
security through the HTTPS capabilities in browsers.
The firmware running on the MiniGoose II is updated
through the web interface.
OTHER ACCESS METHODS
Besides web access, there are a variety of methods that
can also be used for obtaining sensor data from the unit.
Meta-tagged system info is available in XML. Logged data
can be downloaded as a CSV file.
The device also supports SNMP (v1, v2c, v3). This allows
dozens of Network Monitoring programs such as HP
OpenView, IP Sentry, MRTG, or Whats Up Gold (Ipswitch)
to easily add the MiniGoose II to the list of monitored
devices.
Rev 1.06
About the size of a candy bar, the MiniGoose II
contains an internal temperature sensor, a
digital sensor port and the same alert and
monitoring functions as the WeatherGoose II.
The MiniGoose II uses remote sensors to
monitor multiple cabinets and interfaces with a
variety of web cams.
Multiple Cabinet Monitoring
Web Interface - Sensor page
Sensor data and graphs are grouped by device,
with internal sensors in the first box and
remote sensors in the following boxes.
R Order From:
800-423-2594
www.multicominc.com
multicom@multicominc.com
Climate Monitor
Datasheet
IT WatchDogs
MiniGoose II
Page 2 of 2
ALARMS
A user sets alarm thresholds (up to 200) to define sensor
boundaries and indicate what to do if there is a problem.
Multiple thresholds are assigned to a sensor for alarm
escalation.
The unit continuously compares sensor readings with these
thresholds. If a reading exceeds a threshold, the alarm is
""tripped"" and the MiniGooseXP II alerts the appropriate
recipients by email and/or SNMP. When the alarm ends,
the unit sends a ""cleared"" notice.
DIGITAL REMOTE SENSORS
Digital sensors provide sensor data through a serial
protocol. Once connected, the MiniGoose II automatically
detects and identifies the sensor type. These sensors can
be given a friendly name to make them easier to identify.
The unit has one digital sensor port. Using splitters,
connect up to 16 sensors with 600 of total cable length.
Being smaller and less expensive than the WeatherGoose
II, the MiniGoose II does not have analog inputs, so it will
not directly support analog sensors. An optional CCAT
interface is used to convert an analog signal to digital. Most
analog sensors have one analog signal, so just one CCAT
is needed to make it work with the MiniGoose II. A few
analog sensors, like WaterSnake, require two CCATs.
INTERNAL BOARD HEATING
The internal temperature sensor is calibrated when it
comes from the factory. However, depending on airflow,
the sensor can be heated by internal circuitry and read a
few degrees above ambient. The unit has an internal
temperature offset that can be adjusted to correct for this.
INSTALLATION
The MiniGoose II can be screw-mounted using the 0.125
mounting holes or tie-wrapped to a cabinet rail. Another
option is the 16 Port Splitter (sold separately), which acts
as a rack-mount bracket and digital sensor splitter for the
MiniGoose II."," Accessible through a web browser
 Built-in temperature sensor
 1 digital sensor port (expandable to 16)
 Multi level alarms with escalation
 Alarm notifications sent by email and SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,minigoose.png,closed,manufacturer->0,IT WatchDogs
13239,publish,IT WatchDogs - 13239 - MiniGoose XP II,"Need a lot of remote sensors in a rack mount? The
MiniGooseXP II has web access, graphing, and alarm alerts
sent by email or SNMP. Connect up to sixteen remote
digital sensors, no splitters required. Supports three
analog sensors and has an internal temperature sensor.
The MiniGooseXP II uses the same web engine as the
WeatherGoose II climate monitors.
WEB INTERFACE
The web interface is the primary way to interact with the
MiniGooseXP II. This interface allows a user to remotely
check the status of the environment, view graphs of logged
data and see web cam images.
Configuration and administration of the unit is done
through the web interface. Access is user name and
password protected. SSL encryption can be used for added
security through the HTTPS capabilities in browsers.
The firmware running on the MiniGooseXP II is updated
through the web interface.
OTHER ACCESS METHODS
Besides web access, there are a variety of methods that
can also be used for obtaining sensor data from the unit.
Meta-tagged system info is available in XML. Logged data
can be downloaded as a CSV file.
The device also supports SNMP (v1, v2c, v3). This allows
dozens of Network Monitoring programs such as HP
OpenView, IP Sentry, MRTG, or Whats Up Gold (Ipswitch)
Rev 1.06
Web Interface - Sensors page
Readings from the internal temperature sensor
and analog inputs are shown on the Sensors
page.
The MiniGooseXP II is a rack-mounted climate
monitor with 16 digital sensor ports, 3 analog
inputs and an internal temperature sensor.
A single MiniGooseXP II wth remote digital
sensors, can monitor up to 17 cabinets. The
total aggregate cable length for digital sensors
should not exceed 600.
Multiple Cabinet Monitoring
R Order From:
800-423-2594
www.multicominc.com
multicom@multicominc.com
Climate Monitor
Datasheet
IT WatchDogs
MiniGooseXP II
Page 2 of 2
to easily add the MiniGooseXP II to the list of monitored
devices.
ALARMS
A user sets alarm thresholds (up to 200) to define sensor
boundaries and indicate what to do if there is a problem.
Multiple thresholds are assigned to a sensor for alarm
escalation.
The unit continuously compares sensor readings with these
thresholds. If a reading exceeds a threshold, the alarm is
""tripped"" and the MiniGooseXP II alerts the appropriate
recipients by email and/or SNMP. When the alarm ends,
the unit sends a ""cleared"" notice.
REMOTE SENSORS
Analog
Analog inputs on the MiniGooseXP II support any contact
closure sensors and industry standard sensors that provide
a 0-5VDC signal. Names for the input channels are
configured through the web interface. Examples: water
sensor, door position, smoke alarm
Digital
Digital sensors provide sensor data through a serial
protocol. Once connected, the MiniGooseXP II
automatically detects and identifies the sensor type. These
sensors can be given a friendly name to make them
easier to identify. No splitters are needed, since there is a
built-in 16 port splitter. Examples: temperature,
temp/airflow, CCAT interface
INTERNAL BOARD HEATING
The internal temperature sensor is calibrated when it
comes from the factory. However, depending on airflow,
the sensor can be heated by internal circuitry and read a
few degrees above ambient. The unit has an internal
temperature offset that can be adjusted to correct for this."," Accessible through a web browser
 Built-in temperature sensor
 3 analog inputs for 0-5VDC sensors
 16 digital sensor ports for ITW remote sensors
 Multi level alarms with escalation
 Alarm notifications sent by email and SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,minigoosexp.png,closed,manufacturer->0,IT WatchDogs
RSMRN102-101S15ST5,publish,IT WatchDogs - Climate Monitors - PowerGoose II (15 Amp),"PowerGoose II combines power and environmental
monitoring with a 10 outlet power strip. Built-in sensors
include current, voltage, temperature, humidity, airflow,
light level and sound level. Connect up to 16 remote sensors
via digital sensor ports. Three analog inputs support
external contact closure type sensors and those providing a
0 - 5VDC signal.",,it-watchdogs|data-center-monitoring,0,0,instock,powergooseII.png,closed,manufacturer->0,IT WatchDogs
RSMRN102-102D20ST5,publish,IT WatchDogs - Climate Monitors - PowerGoose II (20 Amp),"PowerGoose II combines power and environmental
monitoring with a 10 outlet power strip. Built-in sensors
include current, voltage, temperature, humidity, airflow,
light level and sound level. Connect up to 16 remote sensors
via digital sensor ports. Three analog inputs support
external contact closure type sensors and those providing a
0 - 5VDC signal.",,it-watchdogs|data-center-monitoring,0,0,instock,powergooseII.png,closed,manufacturer->0,IT WatchDogs
13000P,publish,IT WatchDogs - 13000P - SuperGoose II,"This self-contained unit continually monitors climate
conditions and displays them via an internally-generated
web page. These values are graphed for easily seen trends.
The LCD display on the front of the unit cycles through the
values. If user-defined thresholds are exceeded, alarms
can be sent via e-mail, audio alarm, or SNMP trap.
Installation is simple using an intuitive web interface. All a
user needs is a standard web browser (e.g FireFox,
Internet Explorer).
WEB INTERFACE
The web interface is the primary way to interact with the
SuperGoose II. This interface allows a user to remotely
check the status of the environment, view graphs of logged
data and see web cam images.
Configuration and administration of the unit is done
through the web interface. Access is user name and
password protected. SSL encryption can be used for added
security through the HTTPS capabilities in browsers.
The firmware running on the SuperGoose II is updated
through the web interface.
OTHER ACCESS METHODS
Besides web access, there are a variety of methods that
can also be used for obtaining sensor data from the unit.
Meta-tagged system info is available in XML. Logged data
can be downloaded as a CSV file.
The SuperGoose II occupies a 1-U space and
contains a complete set of internal sensors. A
variety of remote sensors are easily added.
A web page displays the current values with
graphs showing trends. This unit has a digital
remote sensor attached (RTAFH).
Web Interface - Sensors Page
Alarm thresholds are user-configured through
the web interface. A sensor can have several
thresholds set.
Web Interface - Alarms Page
Rev 1.06
R Order From:
800-423-2594
www.multicominc.com
multicom@multicominc.com
Climate Monitor
Datasheet
IT WatchDogs
SuperGoose II
Page 2 of 2
The device also supports SNMP (v1, v2c, v3). This allows
dozens of Network Monitoring programs such as HP
OpenView, IP Sentry, MRTG, or Whats Up Gold (Ipswitch)
to easily add the SuperGoose II to the list of monitored
devices.
For local viewing, real-time values are continually
displayed on a 2 line by 8 character backlit LCD display.
The user selects which sensors are shown on the display.
ALARMS
A user sets alarm thresholds (up to 200) to define sensor
boundaries and indicate what to do if there is a problem.
Multiple thresholds are assigned to a sensor for alarm
escalation.
The unit continuously compares sensor readings with these
thresholds. If a reading exceeds a threshold, the alarm is
""tripped"" and the SuperGoose II alerts the appropriate
recipients by email and/or SNMP. When the alarm ends,
the unit sends a ""cleared"" notice.
The SuperGoose II has an audible alarm that can be
triggered by alarm. A button on the front of the unit is used
to turn off the alarm buzzer.
REMOTE SENSORS
Analog
Analog inputs on the SuperGoose II support any contact
closure sensors and industry standard sensors that provide
a 0-5VDC signal. Names for the input channels are
configured through the web interface.
Digital
Digital sensors provide sensor data through a serial
protocol. Once connected, the SuperGoose II automatically
detects and identifies the sensor type. These sensors can
be given a friendly name to make them easier to identify.
There are five digital sensor ports. By using splitters up to
16 digital sensors can be attached with a total aggregate
cable length of 600."," Accessible through a web browser
 5 built-in sensors
 3 analog inputs for 0-5 VDC sensors
 5 digital sensor ports for ITW remote sensors
 LCD display cycles through sensor readings
 Multi level alarms with escalation
 Alarm notifications sent by email and SNMP
 Audible horn triggered by alarm
",it-watchdogs|data-center-monitoring,0,0,instock,supergoose II.png,closed,manufacturer->0,IT WatchDogs
13402,publish,IT Watchdogs - 13402 - RelayGoose II,"RelayGoose II combines climate monitoring with remote
relay control. The output relays can be triggered manually
or tied to specific alarm settings. Includes a built-in
temperature sensor and 6 analog inputs. Supports up to 16
remote digital sensors and a total cable length up to 600.
Configure alarms to get alerts by email or SNMP. Access to
data logs and graphs through a simple web interface,
provided by a browser (FireFox, IE).
OUTPUT RELAYS
Output relays allow the RelayGoose II to control and signal
external low-voltage devices. Applications would include:
  Trigger an autodialer to alert personnel by phone
   Send a signal to a building-security system
   Control a larger relay to power external equipment
   Trigger an A/C unit with dry-contact inputs
   Activate a remote warning light or buzzer
WEB INTERFACE
The web interface is the primary way to interact with the
RelayGoose II. This allows a user to remotely check the
status of the environment, view graphs and webcam
images and update the firmware. Manual relay controls are
also provided.
RelayGoose II is configured and administrated through the
web interface. Access is user name and password
protected. For added security, the device supports SSL
encryption, provided by browsers using HTTPS.
OTHER ACCESS METHODS
Besides web access, there are several ways to obtain
sensor data from the unit. Meta-tagged system info is
available in XML. Logged data can be downloaded as a CSV
file. The device also supports SNMP (v1, v2c, v3). This
allows dozens of Network Monitoring programs such as HP
OpenView, IP Sentry, MRTG, or Whats Up Gold (Ipswitch)
to easily add the RelayGoose II to the list of monitored
devices.
There are several status indicators for local viewing. A
back-lit LCD display cycles through real-time values,
selected by the user. Bi-color LEDs under the relay
terminals indicate relay state. Additional LED indicators
show network activity and link status.
ALARMS
If a sensor reading exceeds a user-defined threshold the
RelayGoose II sends alerts by email or SNMP trap. A
special feature of the RelayGoose II is to change relay
status (turn on or off) according to alarm conditions. The
following table summarizes alert options:
REMOTE SENSORS
Analog: Analog sensors include dry-contact and industry
standard sensors providing a 0-5VDC signal. There are
connections for 6 analog inputs.
Digital: Digital sensors provide sensor data through a serial
protocol. Once connected, the RelayGoose II automatically
detects and identifies the sensor type. With splitters, up to
16 digital sensors can be attached.
"," Accessible through a web browser
 3 output relays to control external devices
 Built-in temperature sensor
 6 analog inputs for 0-5 VDC sensors
 4 digital sensor ports for ITW remote sensors
 LCD display cycles through sensor readings
 Multi-level alarms with escalation
 Alarm notifications sent by email and SNMP
 Audible horn triggered by alarm
",it-watchdogs|data-center-monitoring,0,0,instock,relaygooseII.png,closed,manufacturer->0,IT WatchDogs
13001P,publish,IT WatchDogs - 13001P - WeatherGoose II,"Each WeatherGoose II is self-contained and accessed
through a built-in web server. A user only needs a standard
web browser (e.g. FireFox, Internet Explorer) to view
current sensor readings and graphs of previous values.
The climate monitor continually compares sensor data with
user-defined alarms and sends notifications if there is a
problem. Supports up to 16 remote digital sensors (using
splitters) and a total cable length of 600.
WEB INTERFACE
The web interface is the primary way to interact with the
WeatherGoose II. This interface allows a user to remotely
check of the status of the environment, view graphs of
logged data and see web cam images.
Configuration and administration of the unit is done
through the web interface. Access is user name and
password protected. SSL encryption can be used for added
security through the HTTPS capabilities in browsers.
OTHER ACCESS METHODS
Besides web access, there are a variety of methods that
can also be used for obtaining sensor data from the unit,
Current sensor readings are available in XML or through
SNMP. Logged data can be downloaded as a CSV files.
The availability of SNMP (v1, v2c, v3) based data allows
dozens of Network Monitoring programs such as HP
OpenView, IP Sentry, MRTG, or Whats Up Gold (Ipswitch)
to easily add the WeatherGoose II to the list of monitored
devices.
The WeatherGoose II, a web-based device
used for monitoring the environment in a
server or equipment room. The device occupies
a 1U space in a server rack.
Current sensor readings and graphs are
displayed on the Sensors page of the web
interface. Images from up to 4 webcams are
also displayed.
Web Interface - Sensors Page
Alarms are configured with the web interface
on the Alarms page. Multiple thresholds and
alert recipients can be chosen for each sensor.
Web Interface - Alarms Page
Rev 1.06
R Order From:
800-423-2594
www.multicominc.com
multicom@multicominc.com
Climate Monitor
Datasheet
IT WatchDogs
WeatherGoose II
Page 2 of 2
ALARMS
Alarm thresholds are used to define the normal operating
range for sensors in your environment and what actions
should be taken if a sensor leaves this range.
If a threshold is crossed the unit can send email and SNMP
traps to multiple recipients. A clear notification is sent
when the sensor returns to the correct range.
REMOTE SENSORS
Analog
Analog inputs on the WeatherGoose II support any contact
closure sensors and industry standard sensors that provide
a 0 - 5VDC signal. Names for the input channels are
configured through the web interface. Examples: Water
sensor, door position, smoke alarm
Digital
Digital sensors provide sensor data through a serial
protocol. When these sensors, proprietary to ITW are
plugged in, the WeatherGoose II automatically detects and
identifies the sensor type. These sensors can be given a
friendly name to make them easier to identify. This
information is stored on the WeatherGoose II. Examples:
Temperature, Temp / Airflow, CCAT Interface
FIRMWARE
The firmware running on the WeatherGoose II is fieldupgradable.
New firmware releases can be downloaded
from the IT Watchdogs website.
CONSOLE SOFTWARE
WeatherGoose II is compatible with WatchDog Console.
This dashboard software is used to aggregate sensor data
from several climate monitors so that it can be viewed,
logged and graphed through a single interface. The
software also allows a user to create an alarm threshold
and apply it to multiple units. Console can simultaneously
update firmware on multiple units."," Web accessible (no software to install)
 5 built-in sensors
 3 analog inputs for 0-5 VDC sensors
 5 digital sensor ports for ITW external sensors
 Multi level alarms with escalation
 Alarm notifications through email and SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,weathergoose II.png,closed,manufacturer->0,IT WatchDogs
WatchDog Console v2.1,publish,IT WatchDogs - Console Aggregator - WatchDog Console v2.1,"Multiple Server Room Monitoring
Each IT WatchDogs monitoring device can be used with
a variety of popular monitoring packages such as Whats
Up Gold, Nagios, IP Sentry, OpenView and other SNMPbased
monitors. Each IT WatchDogs device internally
contains the SNMP data known as the MIB.
However, where specific monitoring of IT WatchDogs
equipment and single web page presentation of multiple
video cameras is desired, the WatchDog Console is
a good alternative. Installation is fast and simple; the
user simply types in the IP addresses of the devices to
be monitored. No SNMP experience is required. Setup
takes minutes.
The problem of updating firmware for dozens of Goose
devices has been solved. Users can selectively upgrade
firmware multiple devices by a single mouse click and
receive affirmation of the upgrade.
The software can be installed on almost any Windows
PC and can be accessed using only a Web browser - no
client software is required.
Devices are monitored continuously and data is available
in various formats including tables, graphs, and on-disk
CSV log files.
A security camera view consolidates video from remote
server rooms. The video consolidation page give the
user a visual summary of the device (a WeatherGoose,
for example) condition.
View Data from One Web Site
Specific data consolidation features include:
 Continuously log all sensor readings to on-disk
Excel (tm) and database-compatible CSV files.
Packages data by day, week, or month.
 Compare sensor readings across devices
with a stacked-bar view.
 Graph sensor readings across devices with
Multiple Sites
 Camera images on single web page
 Up to 100 units monitored
 Low cost, simple to install
 Camera images on single web page
 Consolidated graphs
 Video thumbnails show alarm state
 No SNMP setup required
 Easy firmware updating
 Auto detects sensor additions
 Produces HIPAA logs
Monitor and control multiple mixed-type
devices from one web-based application.
Easily upgrade remote devices.
Consolidates Climate Monitors and Remote Sensors
Graph views consolidate sensor data from
multiple and mixed device types. Colors
indicate which devices are in or close to an
alarm state.
Easily Monitor Dozens of Sites
 Security Cam view displays thumbnail array
of all web-cams.
 Color-coded bars indicate when devices
are currently in or close to an alarm state.
Logging Data to Excel Files
Devices are monitored continuously and data is available
in various formats including tables, graphs, and on-disk
CSV log files. Excel or other database tools can be used
wit the data.
Variety of ITW Devices Monitored
The web-based Console 2.1 device manager lets you
remotely manage multiple, heterogeneous (mixed type)
devices. View all device types and current firmware versions.
Most ITWatchDogs devices and sensors are supported:
WeatherDuck
WeatherGoose (WxGoos-1)
SuperGoose (WxGoos-2)
MiniGoose (WxGoos-3)
PowerEggs
All remote sensors
All web-based and USB cameras
Many ITW-based OEM devices
Sensor Consolidation and Graphing
The WatchDog Console continuously records data from
all internal and external sensors from each configured
device. Sensor data can be viewed and processed in
several ways.
The Graph view superimposes sensor values from multiple
devices. The user can pick which type of sensor
to graph (e.g. temperature, air flow, amperage) and all
applicable values are displayed. The user can also select
from several time intervals.
The Status view displays a table of sensor values from
multiple devices. Colored bars show values visually; the
color is red if the value indicates an alarm condition, yellow
if the value is close to an alarm condition, or green
if the value is well within the alarm threshold. Sort by
values or by device. Click any device
If any devices are currently off-line they are displayed at
the bottom with an appropriate error message to assist
the operator in diagnosing unexpected failures.
The console automatically detects all sensor types, valid
ranges, and units of measurement. When new devices
or sensor types are added, this meta-data is detected
automatically. This means you dont need to upgrade
your Console installation even when ITWatchDogs produces
brand new types of sensors.
Security Camera View
A security camera view consolidates video from remote
server rooms.
Watch all your remote server rooms at once and in real
time with the Security Camera View. USB and webenabled
cameras connected to monitored devices are
Consolidated Graphing
automatically detected and arranged on the security
camera web page.
Colors clearly call out devices in or near alarm conditions.
Click an image to visit the website for that device.
Additional web-enabled cameras can be added to the
view even if they are not attached to an ITWatchDogs
device. A form at the bottom of the page lets you enter
additional devices which are displayed at the end of the
list.
Data Logging - HIPAA Logs Created
All sensor data can be logged to on-disk files for longterm
storage, analysis, and process compliance. Values
are stored in the industry-standard CSV format compatible
with Excel and most databases.
Each log entry contains a date/time stamp taken from
the host Windows server and a reading from every sensor
on every attached device. The administrator controls
how often log entries are made.
The administrator set the on-disk directory that should
contain the log files. Sensor data is packaged into files
by day, week, or month.
Simplified Remote Device Upgrades
Selectively upgrade multiple devices simultaneously for
new device firmware releases. See which of your devices
are currently down.
The WatchDog Console can remotely and simultaneously
upgrade heterogeneous devices.
The Push Firmware view displays all devices with their
type and currently installed firmware version. The administrator
can quickly see which devices are not on the
desired version.
New firmware (supplied by ITWatchDogs) is placed in
a directory on the local hard drive. The Console automatically
associates these firmware versions with each
device according to its type.
The administrator indicates which versions should be
applied to which devices using a drop-down box. Then,
with the push of an Update button, firmware is pushed
out to the remote devices. While the upgrades are in
progress or devices are rebooting after upgrade, the
console shows percent complete or rebooting.
For even faster upgrades, the Console displays a list of
versions at the bottom of the screen which the administrator
can use to upgrade all units to the same version.
Any units already on that version are left alone.
If the network connection is interrupted during an upgrade,
the Console will continue to retry upgrades until
they are complete.
Device Configuration
Each device is configured by supplying its IP address or
host name and the port on which its web server is running.
If a read-only username and password is in effect,
that must also be supplied to the console.
Each device also gets a short description in addition to
the friendly names configured inside the device.
Configuration inside each device is picked up automatically
and used by the Console. For example, all friendly
names for devices and external sensors are used for
tables, graphs, and logging.
Devices can be configured even if they are not yet
available on the network. Whenever devices become
unavailable, they are displayed at the bottom of the web
page with a descriptive error message.
Configuration data is stored as an XML file and can be
backed up or generated by another system.
Server Requirements
Runs as Windows service. Can be started and stopped
remotely. Supported on Windows 2000/XP/2003 Server
platforms. Requires 100Kbytes of memory, 10M bytes
of disk excluding log files. Processor loading is minimal.
Fact Sheet
 All functions available from web-based
interface.
 Supports hundreds of devices.
 Automatically detects changes in remote
sensors attached to devices.
 Automatically supports new sensor and
device types without being upgraded.
"," Camera images on single web page
 Up to 100 units monitored
 Low cost, simple to install
 Camera images on single web page
 Consolidated graphs
 Video thumbnails show alarm state
 No SNMP setup required
 Easy firmware updating
 Auto detects sensor additions
 Produces HIPAA logs
",it-watchdogs|data-center-monitoring,0,0,instock,watchdog.png,closed,manufacturer->0,IT WatchDogs
Analog to Digital Converter,publish,IT WatchDogs - Analog to Digital Converter - CCAT Interface,"Does your application need more analog sensors
than your Goose has available inputs? Connect extra
analog sensors using CCATs. Attach an analog sensor to
the screw terminals on the CCAT, then plug the modular
jack end of the cable to a digital-sensor port. The interface
converts the signal from the analog sensor into a digital
value. This allows a Goose to monitor more analog sensors
than the built-in Analog Inputs support.
PROGRAMMING/TYPES
Each CCAT is programmed at the factory according to what
type of analog sensor will be attached. The climate monitor
uses this information to interpret the sensor values and
display them in the proper measurement scale. Examples
of CCAT types include Water Sensor, Door Position, Digital
(for dry-contact sensors), and Analog (0 to 5VDC signal).
Consult the ITWatchDogs website or contact us for a
complete list of CCAT types.
DIGITAL SENSORS
The climate monitor uses a serial protocol to communicate
with sensors connected to the digital-sensor bus. When a
digital sensor is plugged in, the monitor automatically
detects and identifies the sensor. Each sensor can be given
a friendly name to make it easier to identify. The Goose
cycles through the digital sensors to collect and log new
readings. If a value exceeds a user-defined threshold, the
unit sends alerts through email or SNMP.
A Goose can support up to 16 digital sensors. The
combined cable length for these sensors can be up to 600,
depending on environment. To prevent electronic
interference, avoid running sensor cable near high-power
devices and minimize cable length."," Bridges an analog sensor to the digital-sensor bus
 Add up to 16 additional analog inputs using CCATs
 Factory programmed to match sensor type
",it-watchdogs|data-center-monitoring,0,0,instock,CCAT.png,closed,manufacturer->0,IT WatchDogs
RT-12,publish,IT WatchDogs - RT-12 - Remote Temperature Sensor,"Use these accurate digital sensors to measure
temperatures of critical locations in a server room. The
small size and weight makes them easy to install where
you need them. Goose climate monitors (except
MicroGoose) support up to 16 digital sensors with a
maximum combined cable length of 600.
COMMON SENSOR LOCATIONS
  Air-conditioning inlet (return air)
   Air-conditioning output (vent)
   Ambient room temperature
   Internal cabinet temperature
   Outside (sensor needs to be kept dry)
   Refrigeration units (1 to 3 C)
DIGITAL SENSORS
Digital sensors communicate with Goose climate monitors
through a serial protocol. When a digital sensor is plugged
into a digital-sensor port, the Goose automatically detects
and identifies the sensor. Each sensor can be given a
friendly name, making it easier to identify.
The Goose cycles through the digital sensors to collect and
log new readings. Custom alarms are triggered when a
sensor value falls above or below a user-defined threshold.
Alarm notifications are sent through email or SNMP."," Factory calibrated
 +/- 0.5 C accuracy
 Small and lightweight
 Compatible devices support up to 16 sensors
",it-watchdogs|data-center-monitoring,0,0,instock,remote temperature sensor.png,closed,manufacturer->0,IT WatchDogs
RT-20,publish,IT WatchDogs - RT-50 - Remote Temperature Sensor,"Use these accurate digital sensors to measure
temperatures of critical locations in a server room. The
small size and weight makes them easy to install where
you need them. Goose climate monitors (except
MicroGoose) support up to 16 digital sensors with a
maximum combined cable length of 600.
COMMON SENSOR LOCATIONS
  Air-conditioning inlet (return air)
   Air-conditioning output (vent)
   Ambient room temperature
   Internal cabinet temperature
   Outside (sensor needs to be kept dry)
   Refrigeration units (1 to 3 C)
DIGITAL SENSORS
Digital sensors communicate with Goose climate monitors
through a serial protocol. When a digital sensor is plugged
into a digital-sensor port, the Goose automatically detects
and identifies the sensor. Each sensor can be given a
friendly name, making it easier to identify.
The Goose cycles through the digital sensors to collect and
log new readings. Custom alarms are triggered when a
sensor value falls above or below a user-defined threshold.
Alarm notifications are sent through email or SNMP."," Factory calibrated
 +/- 0.5 C accuracy
 Small and lightweight
 Compatible devices support up to 16 sensors
",it-watchdogs|data-center-monitoring,0,0,instock,remote temperature sensor.png,closed,manufacturer->1,IT WatchDogs
RT-50,publish,IT WatchDogs - RT-50 - Remote Temperature Sensor,"Use these accurate digital sensors to measure
temperatures of critical locations in a server room. The
small size and weight makes them easy to install where
you need them. Goose climate monitors (except
MicroGoose) support up to 16 digital sensors with a
maximum combined cable length of 600.
COMMON SENSOR LOCATIONS
  Air-conditioning inlet (return air)
   Air-conditioning output (vent)
   Ambient room temperature
   Internal cabinet temperature
   Outside (sensor needs to be kept dry)
   Refrigeration units (1 to 3 C)
DIGITAL SENSORS
Digital sensors communicate with Goose climate monitors
through a serial protocol. When a digital sensor is plugged
into a digital-sensor port, the Goose automatically detects
and identifies the sensor. Each sensor can be given a
friendly name, making it easier to identify.
The Goose cycles through the digital sensors to collect and
log new readings. Custom alarms are triggered when a
sensor value falls above or below a user-defined threshold.
Alarm notifications are sent through email or SNMP."," Factory calibrated
 +/- 0.5 C accuracy
 Small and lightweight
 Compatible devices support up to 16 sensors
",it-watchdogs|data-center-monitoring,0,0,instock,remote temperature sensor.png,closed,manufacturer->2,IT WatchDogs
RT-100,publish,IT WatchDogs - RT-100 - Remote Temperature Sensor,"Use these accurate digital sensors to measure
temperatures of critical locations in a server room. The
small size and weight makes them easy to install where
you need them. Goose climate monitors (except
MicroGoose) support up to 16 digital sensors with a
maximum combined cable length of 600.
COMMON SENSOR LOCATIONS
  Air-conditioning inlet (return air)
   Air-conditioning output (vent)
   Ambient room temperature
   Internal cabinet temperature
   Outside (sensor needs to be kept dry)
   Refrigeration units (1 to 3 C)
DIGITAL SENSORS
Digital sensors communicate with Goose climate monitors
through a serial protocol. When a digital sensor is plugged
into a digital-sensor port, the Goose automatically detects
and identifies the sensor. Each sensor can be given a
friendly name, making it easier to identify.
The Goose cycles through the digital sensors to collect and
log new readings. Custom alarms are triggered when a
sensor value falls above or below a user-defined threshold.
Alarm notifications are sent through email or SNMP."," Factory calibrated
 +/- 0.5 C accuracy
 Small and lightweight
 Compatible devices support up to 16 sensors
",it-watchdogs|data-center-monitoring,0,0,instock,remote temperature sensor.png,closed,manufacturer->3,IT WatchDogs
RTHD-12,publish,IT WatchDogs -RTHD-12 - Remote T/H/D,"Built to monitor computer cabinets or server room
conditions, the RTHD contains sensors for measuring
temperature, relative humidity and dew point. Ensure that
your equipment is not overheating by tracking
temperature. Prevent damage by condensation or static
electricity using humidity and dew point readings.
Device Details
Like other digital sensors, the RTHD sensors communicate
with a Goose climate monitor through a serial protocol.
When the sensor is plugged into a digital sensor port, the
monitor automatically detects and determines the type.
Each sensor can be given a friendly name to make it
easier to identify. Sensor readings are collected, logged
and graphed by the Goose, along with alarm configuration.
Receive alerts from the monitor via email or SNMP trap.
Some units can also trigger an audible alarm or energize
an output relay in response to an alarm.
"," Measure temperature, humidity & dew point
 Accurate and compact
 Compatible devices support up to 16 sensors
 Get alerts via email or SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,RTAFHD3.png,closed,manufacturer->0,IT WatchDogs
RTHD-20,publish,IT WatchDogs -RTHD-20 - Remote T/H/D,"Built to monitor computer cabinets or server room
conditions, the RTHD contains sensors for measuring
temperature, relative humidity and dew point. Ensure that
your equipment is not overheating by tracking
temperature. Prevent damage by condensation or static
electricity using humidity and dew point readings.
Device Details
Like other digital sensors, the RTHD sensors communicate
with a Goose climate monitor through a serial protocol.
When the sensor is plugged into a digital sensor port, the
monitor automatically detects and determines the type.
Each sensor can be given a friendly name to make it
easier to identify. Sensor readings are collected, logged
and graphed by the Goose, along with alarm configuration.
Receive alerts from the monitor via email or SNMP trap.
Some units can also trigger an audible alarm or energize
an output relay in response to an alarm.
"," Measure temperature, humidity & dew point
 Accurate and compact
 Compatible devices support up to 16 sensors
 Get alerts via email or SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,RTAFHD3.png,closed,manufacturer->0,IT WatchDogs
RTHD-50,publish,IT WatchDogs -RTHD-50 - Remote T/H/D,"Built to monitor computer cabinets or server room
conditions, the RTHD contains sensors for measuring
temperature, relative humidity and dew point. Ensure that
your equipment is not overheating by tracking
temperature. Prevent damage by condensation or static
electricity using humidity and dew point readings.
Device Details
Like other digital sensors, the RTHD sensors communicate
with a Goose climate monitor through a serial protocol.
When the sensor is plugged into a digital sensor port, the
monitor automatically detects and determines the type.
Each sensor can be given a friendly name to make it
easier to identify. Sensor readings are collected, logged
and graphed by the Goose, along with alarm configuration.
Receive alerts from the monitor via email or SNMP trap.
Some units can also trigger an audible alarm or energize
an output relay in response to an alarm.
"," Measure temperature, humidity & dew point
 Accurate and compact
 Compatible devices support up to 16 sensors
 Get alerts via email or SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,RTAFHD3.png,closed,manufacturer->0,IT WatchDogs
RTHD-100,publish,IT WatchDogs -RTHD-100 - Remote T/H/D,"Built to monitor computer cabinets or server room
conditions, the RTHD contains sensors for measuring
temperature, relative humidity and dew point. Ensure that
your equipment is not overheating by tracking
temperature. Prevent damage by condensation or static
electricity using humidity and dew point readings.
Device Details
Like other digital sensors, the RTHD sensors communicate
with a Goose climate monitor through a serial protocol.
When the sensor is plugged into a digital sensor port, the
monitor automatically detects and determines the type.
Each sensor can be given a friendly name to make it
easier to identify. Sensor readings are collected, logged
and graphed by the Goose, along with alarm configuration.
Receive alerts from the monitor via email or SNMP trap.
Some units can also trigger an audible alarm or energize
an output relay in response to an alarm.
"," Measure temperature, humidity & dew point
 Accurate and compact
 Compatible devices support up to 16 sensors
 Get alerts via email or SNMP
",it-watchdogs|data-center-monitoring,0,0,instock,RTAFHD3.png,closed,manufacturer->0,IT WatchDogs
RTAF-20,publish,"IT WatchDogs - RTAF-20 - Temp and Air Flow, 20' cable","Built to monitor internal computer cabinet or server room
conditions, the RTAFH sensor contains a temperature, humidity
and air flow sensor. Up to 16 RTAFH sensors can be attached
to any of the WeatherGoose family of climate monitors.
Temperature and humidity are measured by industrial- grade
digital sensors with excellent accuracy.
A Delrin plastic tube contains all the electronics - the sensor
is powered by the WeatherGoose power. A nylon strap allows
secure mounting. The sensor is supplied in 20 and 100 cable
lengths, although the user can add or shorten the cable as
required. Maximum cable length is 600 aggregate length.
Temperature Sensors:
Range: -40 to 40C (-40F to 140F)
Sensor: Maxim 18B20 semiconductor
Accuracy: +/-0.5C
Humidity Sensor:
RH Accuracy  2% RH,
Sensor: Honeywell HIH-3610
Repeatability:  0.5% RH
Response time, 15s in slowly moving air @ 25 C
Range: 0 to 100% RH, non-condensing
Air Flow Sensor:
Range: 0 - 100 relative air flow
Sensor: amount of heat change method (see below)
Repeatable accuracy: +/-20%
Scale: uncalibrated, zero air flow reads 20.
Operating range: 65 to 110F (18 to 43C)
Air Flow Detection:
Air flow is computed by comparing a periodically heated
temperature sensor to a separate reference temperature.
Faster air flow causes more rapid heat increase. The sensors
dynamic range approximates common computer cabinet internal
air movement. The physical amount of air moving is not
computed. Still air reads about 20 on the 0 to 100 scale. The
sensor is immune to temperature change in cabinet and most
room environments.
Installation:
The air flow sensors open end should face the air flow source
for maximum sensitivity. Mounting the sensor perpendicular
to air flow will reduce sensitivity and may cause air flow values
to fluctuate due to turbulence. The sensor should be located
in the hottest part of the cabinet or room. Rigid mounting is
recommented to avoid movement in the air which can cause
erratic readings.",,it-watchdogs|data-center-monitoring,0,0,instock,RTFHD.png,closed,manufacturer->0,IT WatchDogs
RTAF-100,publish,"IT WatchDogs - RTAF-100 - Temp and Air Flow, 100' cable","Built to monitor internal computer cabinet or server room
conditions, the RTAFH sensor contains a temperature, humidity
and air flow sensor. Up to 16 RTAFH sensors can be attached
to any of the WeatherGoose family of climate monitors.
Temperature and humidity are measured by industrial- grade
digital sensors with excellent accuracy.
A Delrin plastic tube contains all the electronics - the sensor
is powered by the WeatherGoose power. A nylon strap allows
secure mounting. The sensor is supplied in 20 and 100 cable
lengths, although the user can add or shorten the cable as
required. Maximum cable length is 600 aggregate length.
Temperature Sensors:
Range: -40 to 40C (-40F to 140F)
Sensor: Maxim 18B20 semiconductor
Accuracy: +/-0.5C
Humidity Sensor:
RH Accuracy  2% RH,
Sensor: Honeywell HIH-3610
Repeatability:  0.5% RH
Response time, 15s in slowly moving air @ 25 C
Range: 0 to 100% RH, non-condensing
Air Flow Sensor:
Range: 0 - 100 relative air flow
Sensor: amount of heat change method (see below)
Repeatable accuracy: +/-20%
Scale: uncalibrated, zero air flow reads 20.
Operating range: 65 to 110F (18 to 43C)
Air Flow Detection:
Air flow is computed by comparing a periodically heated
temperature sensor to a separate reference temperature.
Faster air flow causes more rapid heat increase. The sensors
dynamic range approximates common computer cabinet internal
air movement. The physical amount of air moving is not
computed. Still air reads about 20 on the 0 to 100 scale. The
sensor is immune to temperature change in cabinet and most
room environments.
Installation:
The air flow sensors open end should face the air flow source
for maximum sensitivity. Mounting the sensor perpendicular
to air flow will reduce sensitivity and may cause air flow values
to fluctuate due to turbulence. The sensor should be located
in the hottest part of the cabinet or room. Rigid mounting is
recommented to avoid movement in the air which can cause
erratic readings.",,it-watchdogs|data-center-monitoring,0,0,instock,RTFHD.png,closed,manufacturer->0,IT WatchDogs
RTAFH-20,publish,"IT WatchDogs - RTAFH-20 - Temp, Humidity, Air Flow, 20' cable","Built to monitor internal computer cabinet or server room
conditions, the RTAFH sensor contains a temperature, humidity
and air flow sensor. Up to 16 RTAFH sensors can be attached
to any of the WeatherGoose family of climate monitors.
Temperature and humidity are measured by industrial- grade
digital sensors with excellent accuracy.
A Delrin plastic tube contains all the electronics - the sensor
is powered by the WeatherGoose power. A nylon strap allows
secure mounting. The sensor is supplied in 20 and 100 cable
lengths, although the user can add or shorten the cable as
required. Maximum cable length is 600 aggregate length.
Temperature Sensors:
Range: -40 to 40C (-40F to 140F)
Sensor: Maxim 18B20 semiconductor
Accuracy: +/-0.5C
Humidity Sensor:
RH Accuracy  2% RH,
Sensor: Honeywell HIH-3610
Repeatability:  0.5% RH
Response time, 15s in slowly moving air @ 25 C
Range: 0 to 100% RH, non-condensing
Air Flow Sensor:
Range: 0 - 100 relative air flow
Sensor: amount of heat change method (see below)
Repeatable accuracy: +/-20%
Scale: uncalibrated, zero air flow reads 20.
Operating range: 65 to 110F (18 to 43C)
Air Flow Detection:
Air flow is computed by comparing a periodically heated
temperature sensor to a separate reference temperature.
Faster air flow causes more rapid heat increase. The sensors
dynamic range approximates common computer cabinet internal
air movement. The physical amount of air moving is not
computed. Still air reads about 20 on the 0 to 100 scale. The
sensor is immune to temperature change in cabinet and most
room environments.
Installation:
The air flow sensors open end should face the air flow source
for maximum sensitivity. Mounting the sensor perpendicular
to air flow will reduce sensitivity and may cause air flow values
to fluctuate due to turbulence. The sensor should be located
in the hottest part of the cabinet or room. Rigid mounting is
recommented to avoid movement in the air which can cause
erratic readings.",,it-watchdogs|data-center-monitoring,0,0,instock,RTFHD.png,closed,manufacturer->0,IT WatchDogs
RTAFH-100,publish,"IT WatchDogs - RTAFH-100 Temp, Humidity, Air Flow, 100' cable","Built to monitor internal computer cabinet or server room
conditions, the RTAFH sensor contains a temperature, humidity
and air flow sensor. Up to 16 RTAFH sensors can be attached
to any of the WeatherGoose family of climate monitors.
Temperature and humidity are measured by industrial- grade
digital sensors with excellent accuracy.
A Delrin plastic tube contains all the electronics - the sensor
is powered by the WeatherGoose power. A nylon strap allows
secure mounting. The sensor is supplied in 20 and 100 cable
lengths, although the user can add or shorten the cable as
required. Maximum cable length is 600 aggregate length.
Temperature Sensors:
Range: -40 to 40C (-40F to 140F)
Sensor: Maxim 18B20 semiconductor
Accuracy: +/-0.5C
Humidity Sensor:
RH Accuracy  2% RH,
Sensor: Honeywell HIH-3610
Repeatability:  0.5% RH
Response time, 15s in slowly moving air @ 25 C
Range: 0 to 100% RH, non-condensing
Air Flow Sensor:
Range: 0 - 100 relative air flow
Sensor: amount of heat change method (see below)
Repeatable accuracy: +/-20%
Scale: uncalibrated, zero air flow reads 20.
Operating range: 65 to 110F (18 to 43C)
Air Flow Detection:
Air flow is computed by comparing a periodically heated
temperature sensor to a separate reference temperature.
Faster air flow causes more rapid heat increase. The sensors
dynamic range approximates common computer cabinet internal
air movement. The physical amount of air moving is not
computed. Still air reads about 20 on the 0 to 100 scale. The
sensor is immune to temperature change in cabinet and most
room environments.
Installation:
The air flow sensors open end should face the air flow source
for maximum sensitivity. Mounting the sensor perpendicular
to air flow will reduce sensitivity and may cause air flow values
to fluctuate due to turbulence. The sensor should be located
in the hottest part of the cabinet or room. Rigid mounting is
recommented to avoid movement in the air which can cause
erratic readings.",,it-watchdogs|data-center-monitoring,0,0,instock,RTFHD.png,closed,manufacturer->0,IT WatchDogs
RTAFHD3,publish,IT WatchDogs - RTAFHD3 Sensor - Remote Temp./Air Flow/Humidity/Dew Point,"Built to remotely monitor computer cabinet or server room
conditions, the RTAFHD3 contains sensors for determining
temperature, humidity, air flow and dew point. Set multiple
alarms and get alerts via email, SMS, SNMP or voice phone
call. Up to 16 RTAFHD3 sensors can be attached to a Goose
climate monitor. Sensors can span a total cable distance of
up to 600.
Device Details
Like other digital sensors, RTAFHD3 sensors communicate
with a Goose climate monitor through a serial protocol.
When the sensor is plugged into a digital sensor port, the
monitor automatically detects and identifies the sensor.
Each sensor is given a friendly name for easy identification.
Sensor readings are collected, logged and graphed by the
Goose along with alarm configuration and notification.
"," Provides measurements for temperature, humidity, air flow and dew point
 Accurate and compact, easy to install
 Compatible devices support up to 16 sensors
 Get alerts via email, SMS, SNMP and/or phone call
",it-watchdogs|data-center-monitoring,0,0,instock,RTFHD.png,closed,manufacturer->0,IT WatchDogs
SPL-16,publish,IT WatchDogs - SPL-16 - 16 Port Splitter for MiniGoose,"The MiniGoose Climate Monitor can have up to sixteen
remote sensors not including the internal temperature
and humidity sensors. To add additional sensors, a user
had to add telephone-type line splitters which normally
had five jacks.
With this rack-mounted splitter, the user can directly
plug in up to sixteen sensors, which is the maximum for
the MiniGoose. The MiniGoose is not included.",,it-watchdogs|data-center-monitoring,0,0,instock,16 Port Splitter.png,closed,manufacturer->0,IT WatchDogs
POS-1000,publish,IT WatchDogs - POS-1000 - LevelOne PoE Splitter,"Power Over Ethernet Kit
Power over Ethernet eliminates the need to run 110/220VAC
power to WeatherGoose climate monitors and other devices
on a wired LAN. Installers only need to run a CAT5 cable that
will carry both data and power to each device.
The configuration is made up of two components: the injector
takes data in from an Ethernet hub and power from a
wall outlet and outputs both data and power through a CAT5
cable. The splitter is placed at the end of the CAT5 cable,
returning data and power to their respective cables.
The Injector
The Level One 1-port Power over Ethernet injector takes a
100-240VAC signal with a maximum current draw of 0.3A. A
straight-through CAT5 cable can be routed from a router or
hub into the Data In port on the injector. Output is a -48VDC
signal carried to the splitter via another CAT5 cable.
The Splitter
The Level One Power over Ethernet Splitter has the option
of either outputting a 5VDC or 12VDC power signal from the
-48VDC on the DATA IN port. Set 5V or 12V with the dip
switch located on the side of the unit. The 12V setting powers
a WeatherGoose, SuperGoose, or MiniGoose.
Cable Length
The specified maximum length of cable allowed between the
injector and splitter should be 100 meters or approximately
300 feet. The signal will start to degrade past this length."," Powers all WeatherGooses over Ethernet cable
 Simple connection
 Saves wiring remote power supply
 300 length
 No software required
",it-watchdogs|data-center-monitoring,0,0,instock,PoE Splitter.png,closed,manufacturer->0,IT WatchDogs
POS-2000,publish,IT WatchDogs - POS-2000 - LevelOne PoE Injector,"Power Over Ethernet Kit
Power over Ethernet eliminates the need to run 110/220VAC
power to WeatherGoose climate monitors and other devices
on a wired LAN. Installers only need to run a CAT5 cable that
will carry both data and power to each device.
The configuration is made up of two components: the injector
takes data in from an Ethernet hub and power from a
wall outlet and outputs both data and power through a CAT5
cable. The splitter is placed at the end of the CAT5 cable,
returning data and power to their respective cables.
The Injector
The Level One 1-port Power over Ethernet injector takes a
100-240VAC signal with a maximum current draw of 0.3A. A
straight-through CAT5 cable can be routed from a router or
hub into the Data In port on the injector. Output is a -48VDC
signal carried to the splitter via another CAT5 cable.
The Splitter
The Level One Power over Ethernet Splitter has the option
of either outputting a 5VDC or 12VDC power signal from the
-48VDC on the DATA IN port. Set 5V or 12V with the dip
switch located on the side of the unit. The 12V setting powers
a WeatherGoose, SuperGoose, or MiniGoose.
Cable Length
The specified maximum length of cable allowed between the
injector and splitter should be 100 meters or approximately
300 feet. The signal will start to degrade past this length."," Powers all WeatherGooses over Ethernet cable
 Simple connection
 Saves wiring remote power supply
 300 length
 No software required
",it-watchdogs|data-center-monitoring,0,0,instock,PoE Injector.png,closed,manufacturer->0,IT WatchDogs
POS-3000,publish,"IT WatchDogs - POS-3000 - LevelOne PoE Kit, Splittler and Injector","Power Over Ethernet Kit
Power over Ethernet eliminates the need to run 110/220VAC
power to WeatherGoose climate monitors and other devices
on a wired LAN. Installers only need to run a CAT5 cable that
will carry both data and power to each device.
The configuration is made up of two components: the injector
takes data in from an Ethernet hub and power from a
wall outlet and outputs both data and power through a CAT5
cable. The splitter is placed at the end of the CAT5 cable,
returning data and power to their respective cables.
The Injector
The Level One 1-port Power over Ethernet injector takes a
100-240VAC signal with a maximum current draw of 0.3A. A
straight-through CAT5 cable can be routed from a router or
hub into the Data In port on the injector. Output is a -48VDC
signal carried to the splitter via another CAT5 cable.
The Splitter
The Level One Power over Ethernet Splitter has the option
of either outputting a 5VDC or 12VDC power signal from the
-48VDC on the DATA IN port. Set 5V or 12V with the dip
switch located on the side of the unit. The 12V setting powers
a WeatherGoose, SuperGoose, or MiniGoose.
Cable Length
The specified maximum length of cable allowed between the
injector and splitter should be 100 meters or approximately
300 feet. The signal will start to degrade past this length."," Powers all WeatherGooses over Ethernet cable
 Simple connection
 Saves wiring remote power supply
 300 length
 No software required
",it-watchdogs|data-center-monitoring,0,0,instock,PoE Injector.png,closed,manufacturer->0,IT WatchDogs
Inline Power Meter,publish,IT WatchDogs - Inline Power Meter - PowerEgg,"Low Cost Power Information
Easily upgrade legacy power strips with this self-contained
power monitor. Inserting this monitor in-line
with an existing power strip or other critical device and
know the power consumed. Know when your power
strip breakers are getting close to tripping off.
Power values displayed are RMS calculations which
give the most accurate indication of real power used,
not simple peak-to-peak measurements.
Connectors can be tie-wrapped to the housing using
the mounting holes. The monitor can be wall-mounted
or placed in the bottom of a computer cabinet.
The power must be removed from the power strip in
order to insert the PowerEgg 0.
Passive, Fail-Safe Monitoring
The conductor wiring passes through the Egg Zero and
do not pass through any components. If the meter
circuits fail, the load continues to receive power."," Watts, amps, volts, power factor
 Accurate (+/- 2%)
 15 amperes load capacity
 80 to 240 VAC, 50-60 Hz, single phase
 Passive operation, fail-safe.
 Simple, no-tools installation
",it-watchdogs|data-center-monitoring,0,0,instock,Power Egg Zero.png,closed,manufacturer->0,IT WatchDogs
TTM-R-12,publish,IT WatchDogs - TTM-R-12 - Rack Mount. 12' cord,"Built to give the IT manager an inexpensive view of the hottest
spot in a server room or blade server cabinet, the TempRat
continually displays degrees F and C.
No controls or adjustments. When the batteries are installed,
the TempRat starts indicating temperature.",,it-watchdogs|data-center-monitoring,0,0,instock,Temp Rat.png,closed,manufacturer->0,IT WatchDogs
TTM-B-12,publish,"IT WatchDogs - TTM-B-12 - Box Mounting, 12' cord","Built to give the IT manager an inexpensive view of the hottest
spot in a server room or blade server cabinet, the TempRat
continually displays degrees F and C.
No controls or adjustments. When the batteries are installed,
the TempRat starts indicating temperature.",,it-watchdogs|data-center-monitoring,0,0,instock,Temp Rat.png,closed,manufacturer->0,IT WatchDogs