1
The sensor also has a set of accessory mounting holes that allow it to connect to
existing accessories such as the Polarizer Analyzer (PAK-OEK) and the Rotary
Motion Motor Kit (MK-RMV).
Getting Started
Please see the following link for platform-specific connection information:
Bluetooth Connection
USB Connection
1. Install Vernier Graphical
Analysis™ on your computer,
Chromebook™, or mobile device. If
using LabQuest
®
, make sure
LabQuest App is up to date. See
www.vernier.com/ga4 for Graphical
Analysis availability or
www.vernier.com/downloads to
update LabQuest App.
2. Charge your sensor for at least
2 hours before first use.
3. Turn on your sensor by pressing the
power button once. The Bluetooth
®
LED will blink red.
4. Launch Graphical Analysis or turn
on LabQuest.
5. If using Graphical Analysis, click
or tap Sensor Data Collection. If
using LabQuest, choose Wireless
Device Setup > Go Direct from the
Sensors menu.
6. Select your Go Direct sensor from
the list of Discovered Wireless
Devices. Your sensor's ID is located
near the barcode on the sensor. The
Bluetooth LED will blink green
when it is successfully connected.
7. Click or tap Done. You are now
ready to collect data.
1. If using a computer or
Chromebook, install Vernier
Graphical Analysis. If using
LabQuest, make sure LabQuest
App is up to date. See
www.vernier.com/ga4 for Graphical
Analysis availability or
www.vernier.com/downloads to
update LabQuest App.
2. Connect the sensor to the USB
port.
3. Launch Graphical Analysis or turn
on LabQuest. You are now ready to
collect data.
4. This is a multi-channel sensor. To
change the channel selections, see
www.vernier.com/start/gdx-rms
Note:
This sensor does not work with
the original LabQuest. It works with
LabQuest 2 or LabQuest 3.
Go Direct
®
Rotary Motion
(Order Code GDX-RMS)
Go Direct Rotary Motion is a bidirectional angle
sensor designed to measure rotational or linear
position, velocity and acceleration. It is used for a variety of applications,
including
l
Determining rotational inertia
l
Investigating angular motion applications of Newton's second law
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Investigating conservation of angular momentum
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Verifying Malus's law
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Studying the motion a physical pendulum
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Measuring linear position for experiments such as the inverse square law of
light
Note:
Vernier products are designed for educational use. Our products are not
designed nor are they recommended for any industrial, medical, or commercial
process such as life support, patient diagnosis, control of a manufacturing
process, or industrial testing of any kind.
What's Included
l
Go Direct Rotary Motion
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Micro USB Cable
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Thumb screw
l
3-step pulley and mounting screw
l
O-ring
Compatible Software
See
www.vernier.com/manuals/gdx-rms
for a list of software compatible with the
Go Direct Rotary Motion.
Assembly
The 3-step pulley can be mounted on the rotating shaft in either of two
orientations: with the wide side of the pulley near the sensor body, or with the
narrow side of the pulley near the sensor body. The easiest way to insert the
3-step pulley on the Rotary Motion Sensor shaft is hold the shaft to prevent
rotation as you turn the pulley to align the key to the slot. The O-ring can be
slipped over the outer pulley to increase friction when the pulley is in contact
with a surface.
The thumb screw can be threaded into the back of the sensor allowing the
Rotary Motion Sensor to be attached to a ring stand.
