Garmin Vector 3/3S Owners Manual - Page 6

About the Vector 3S System, Pairing Vector with Your Edge 1030, Your First Ride, Pedal-Based Power, - pedals

Page 6 highlights

2 Align the cleat , washers , and bolts . 3 Use a 4 mm hex key to loosely attach each bolt to the sole of the shoe. 4 Adjust the cleat to the shoe in your preferred position. This can be adjusted after a trial ride. 5 Tighten the cleat firmly to the shoe. NOTE: Garmin recommends a torque of 4 to 6 lbf-ft. (5 to 8 N-m). Adjusting the Release Tension NOTICE Do not overtighten the release tension screw on the bottom of the pedal. The release tension should be adjusted equally for both pedals. Use a 3 mm hex key to adjust the release tension of each pedal. There is a window on the back of the pedal binding that shows the allowable range. About the Vector 3S System The single-sensing Vector 3S measures forces on the left pedal in order to approximate your total power. For information about upgrading, see Upgrading Your Vector 3S to a Dual Sensing System, page 6. NOTE: The Vector 3S system does not support cycling dynamics. Pairing Vector with Your Edge 1030 Before you can view Vector data on the Edge device, you must pair the devices. Pairing is the connecting of ANT+® wireless sensors. This procedure contains instructions for the Edge 1030. If you have another compatible device, see Other Compatible Devices, page 6, or go to www.garmin.com/manuals/vector3. 1 Bring the Edge device within range (3 m) of the sensor. NOTE: Stay 10 m away from other ANT+ sensors while pairing. 2 Turn on the Edge device. 3 Select > Sensors > Add Sensor > Power. 4 Rotate the crank arm. 5 Select your sensor. 6 Select Add. When the sensor is paired with your device, is solid. You can customize a data field to display power data (Customizing the Data Fields, page 2). Your First Ride Before you ride with Vector for the first time, you must enter the crank length. The Vector system automatically calibrates after each ride. You must also enter the crank length when you move Vector to another bike. This procedure contains instructions for the Edge 1030 device. If you have another compatible device, see Other Compatible Devices, page 6, or go to www.garmin.com/manuals/vector3. Entering the Crank Length The crank length is often printed on the crank arm. This procedure contains instructions for the Edge 1030. If you have another compatible device, see Other Compatible Devices, page 6, or see your owner's manual. 1 Rotate the pedals a few times in order to activate Vector. 2 Select > Sensors. 3 Select your sensor. 4 Select Sensor Details > Crank Length. 5 Enter the crank length, and select . Customizing the Data Fields This procedure contains instructions for the Edge 820, 1000, and 1030 devices. If you have another compatible device, see your owner's manual. 1 Hold a data field to change it. 2 Select a category. 3 Select a data field. Training Pedal-Based Power Vector measures pedal-based power. Vector measures the force you apply a few hundred times every second. Vector also measures your cadence or rotational pedaling speed. By measuring the force, the direction of force, the rotation of the crank arm, and time, Vector can determine power (watts). Because Vector independently measures left and right leg power, it reports your left-right power balance. NOTE: The Vector S system does not provide left-right power balance. Cycling Dynamics Cycling dynamics metrics measure how you apply power throughout the pedal stroke, and where you apply power on the pedal, allowing you to understand your particular way of riding. Understanding how and where you produce power allows you to train more efficiently and evaluate your bike fit. NOTE: You must have a dual sensing Vector system to use cycling dynamics metrics. For more information, go to www.garmin.com/cyclingdynamics. Using Cycling Dynamics Before you can use cycling dynamics, you must pair the Vector power meter with your device (Pairing Vector with Your Edge 1030, page 2). NOTE: Recording cycling dynamics uses additional device memory. 1 Go for a ride. 2 Scroll to the cycling dynamics screen to view your power phase data , total power , and platform center offset . 2 Training

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2
Align the cleat
, washers
, and bolts
.
3
Use a 4 mm hex key to loosely attach each bolt to the sole of
the shoe.
4
Adjust the cleat to the shoe in your preferred position.
This can be adjusted after a trial ride.
5
Tighten the cleat firmly to the shoe.
NOTE:
Garmin recommends a torque of 4 to 6 lbf-ft. (5 to 8
N-m).
Adjusting the Release Tension
NOTICE
Do not overtighten the release tension screw on the bottom of
the pedal. The release tension should be adjusted equally for
both pedals.
Use a 3 mm hex key to adjust the release tension of each
pedal.
There is a window on the back of the pedal binding that
shows the allowable range.
About the Vector 3S System
The single-sensing Vector 3S measures forces on the left pedal
in order to approximate your total power. For information about
upgrading, see
Upgrading Your Vector 3S to a Dual Sensing
System
, page 6
.
NOTE:
The Vector 3S system does not support cycling
dynamics.
Pairing Vector with Your Edge 1030
Before you can view Vector data on the Edge device, you must
pair the devices.
Pairing is the connecting of ANT+
®
wireless sensors. This
procedure contains instructions for the Edge 1030. If you have
another compatible device, see
Other Compatible Devices
,
page 6
, or go to
www.garmin.com/manuals/vector3
.
1
Bring the Edge device within range (3 m) of the sensor.
NOTE:
Stay 10 m away from other ANT+ sensors while
pairing.
2
Turn on the Edge device.
3
Select
>
Sensors
>
Add Sensor
>
Power
.
4
Rotate the crank arm.
5
Select your sensor.
6
Select
Add
.
When the sensor is paired with your device,
is solid. You
can customize a data field to display power data
(
Customizing the Data Fields
, page 2
).
Your First Ride
Before you ride with Vector for the first time, you must enter the
crank length. The Vector system automatically calibrates after
each ride. You must also enter the crank length when you move
Vector to another bike.
This procedure contains instructions for the Edge 1030 device. If
you have another compatible device, see
Other Compatible
Devices
, page 6
, or go to
www.garmin.com/manuals/vector3
.
Entering the Crank Length
The crank length is often printed on the crank arm. This
procedure contains instructions for the Edge 1030. If you have
another compatible device, see
Other Compatible Devices
,
page 6
, or see your owner's manual.
1
Rotate the pedals a few times in order to activate Vector.
2
Select
>
Sensors
.
3
Select your sensor.
4
Select
Sensor Details
>
Crank Length
.
5
Enter the crank length, and select
.
Customizing the Data Fields
This procedure contains instructions for the Edge 820, 1000,
and 1030 devices. If you have another compatible device, see
your owner's manual.
1
Hold a data field to change it.
2
Select a category.
3
Select a data field.
Training
Pedal-Based Power
Vector measures pedal-based power.
Vector measures the force you apply a few hundred times every
second. Vector also measures your cadence or rotational
pedaling speed. By measuring the force, the direction of force,
the rotation of the crank arm, and time, Vector can determine
power (watts). Because Vector independently measures left and
right leg power, it reports your left-right power balance.
NOTE:
The Vector S system does not provide left-right power
balance.
Cycling Dynamics
Cycling dynamics metrics measure how you apply power
throughout the pedal stroke, and where you apply power on the
pedal, allowing you to understand your particular way of riding.
Understanding how and where you produce power allows you to
train more efficiently and evaluate your bike fit.
NOTE:
You must have a dual sensing Vector system to use
cycling dynamics metrics.
For more information, go to
www.garmin.com/cyclingdynamics
.
Using Cycling Dynamics
Before you can use cycling dynamics, you must pair the Vector
power meter with your device (
Pairing Vector with Your Edge
1030
, page 2
).
NOTE:
Recording cycling dynamics uses additional device
memory.
1
Go for a ride.
2
Scroll to the cycling dynamics screen to view your power
phase data
, total power
, and platform center offset
.
2
Training