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Azalee Freas
The device ships with an internal Lithium-Ion battery installed. The battery is specific to this device and is not user replaceable. Return the device to its manufacturer if the battery must be replaced.
WARNING: The battery can burst or explode, releasing hazardous chemicals. To reduce the risk of fire or burns, do not disassemble, crush, or puncture the device, and do not dispose of the device in fire or water.
L'appareil est livr avec une batterie lithium-ion interne installe. La batterie est spcifique cet appareil et ne peut pas tre remplace par l'utilisateur. Renvoyez l'appareil son fabricant si la batterie doit tre remplace.
AVERTISSEMENT: La batterie peut clater ou exploser, librant des produits chimiques dangereux. Pour rduire le risque d'incendie ou de brlures, ne dmontez pas, n'crasez pas ou ne percez pas l'appareil et ne le jetez pas dans le feu ou dans l'eau.
All brand names, product names and trademarks are the property of their respective owners. Certain trademarks, registered trademarks, and trade names may be used to refer to either the entities claiming the marks and names or their products. Crestron disclaims any proprietary interest in the marks and names of others. Crestron is not responsible for errors in typography or photography. Specifications are subject to change without notice.
1. Streamlined options for measuring linear movements (E.g., running, skating, swimming)
Users have three options when measuring a linear movement on the 1080 Sprint. Select from Distance, Auto, and Custom methods in the new pop-up dialog box.
Users no longer choose resisted or assisted movement. In this update, the machine recognizes the direction of movement based on the initial movement of the line from a set position in either resisted (away from the machine) or assisted (towards machine) movements. All resisted exercises are displayed as a solid line, and assisted exercises are displayed as a dashed line.
This update allows the user to visualize data as default metric (m and m/s) settings or change to (yds, mph, and km/h) settings for linear and change of direction movements. Once settings are saved and synced, other devices using the account will have the newly updated display metrics. The control bar at the bottom of the screen will continue to show load in kilograms (kg) and speed limits with meters per second (m/s). Single repetitions continue to display with metric identifiers.
False reps may occur when performing individual reps in a set (single, syncro, syncro smith type exercises). They are typically at the beginning and end of a training set, but can also occur at other times.
1080 Quantum Syncro/Syncro Smith users now have the option to combine towers in Quick Start mode or use the Quantum towers separately. Quick Start automatically detects when the machine enters synchro mode and switches to show data from both devices.
Quick Start feature does not save or store any data to the local drive or cloud. If the data needs to be kept, please log in to the account and select an active client using the machine to collect data to be stored.
This update eliminates the need to manually match speed limits, loads, gear, and mode settings when entering Syncro mode. Now, at the request to enter Syncro mode, the secondary machine (passive) tablet display requests confirmation that the tower is ready to match the settings of the primary (active) machine display. Once the user confirms yes, the synchronization is complete and ready for use. Please note the software will sync gear settings to the primary tower, however, the physical task of adding or removing a pulley to match the displayed gear (First or Second) continues to be necessary for load and speeds to match display settings.
The above features will be available once the Version 6 installation is complete. If you are running software version 5, please follow these steps to initiate the installation of 6.0.4.0. Please note that your software will only automatically update once all local data is synchronized to the cloud.
If this is the case, please have the instructor or admin login to each identified account that needs local data synced to the cloud. After logging into the account with an established internet connection, the sync should proceed automatically. Following a completed sync process indicated by a checkmark (upper right of screen), please close the 1080 application. Then, reopen the 1080 application to begin the automatic software upgrade to Version 6.
1. Improved cloud synchronization speed
Updated cloud synchronization solution results in faster synchronization of training data with the cloud. Both the client and the server have been upgraded to use the latest versions of the .NET platform and supporting libraries. This change allows future advancement of the software.
2. New default eccentric/assisted speed limit at start-up and the following calibration
Eccentric/assisted speed is now set by default to 2 m/s. Upon startup of the machine, the eccentric/ speed will return to 2 m/s instead of 0.3 m/s eliminating clicks by the user.
4. Improved display of data via line charts
Line charts originate from position 0 instead of a value relative to the calibration. When viewing reps with both concentric and eccentric phase, the first phase will start from 0, and the second follow where the first phase ends.
Eccentric (assisted) movements display with dashed lines. This includes assisted change of direction and single rep exercises measuring assisted/eccentric speed, force, and power. Resisted cyclical runs or movements will continue to display as a solid line.
1. Check the sync status icon after logging into the software. The sync status icon shows a checkmark if the local database is in sync. Click the checkmark to view the sync log dialog, which has additional details.
2. The sync status icon only shows the sync status for the currently logged-in instructor. If the tablet/computer has been used by another instructor account, they may have unsynchronized data saved on the encrypted local hard drive. The sync log dialog will list all instructors who have local data that need to be uploaded before the computer can upgrade the application to Version 6.
3. If this is the case, please have the instructor or admin login to the identified account that needs local data synced to the cloud. After logging into the account and with an established internet connection, the sync should proceed automatically.
4. Following a completed sync process indicated by a checkmark (upper right of screen), please log out and close the 1080 application. Then proceed to reopen the 1080 application to begin the automatic software upgrade to Version 6.
Full Auto Measurement Option
1080 Sprint users have the ability to measure a run or consecutive jump(s) without selecting a predetermined measured distance. Measurement will start as soon as the client starts running (moves at 0.2 m/s) and stops when the client stops (slows to 0.2 m/s). Use this option instead of Auto Distance when acceleration to deceleration measurements of a linear movement do not require a change of direction. This option also eliminates the need to pick a specific distance when performing horizontal jumps by auto stopping the measurement when speed of the tether drop below 0.2 m/s at the end of the last landing.
Acceleration to Deceleration (Assisted)
In this example the athlete begins 20 meters away from the 1080 Sprint and is instructed to run as fast as possible and stop at a designated cone approximately 7 meters away. The coach has selected 5 kg load resisted/assisted and speed settings are set to 14 m/s each. NFW or Isotonic mode are appropriate for this test. The blue line represents the left limb as the lead leg and the red line represents a separate trial with the right limb as the lead.
1. Begin by selecting a linear exercise (i.e. Running) and click on New.
2. Select the Full Auto option.
3. Athlete is instructed to run 8 meters and stop.
4. Athlete gets set and coach touches the begin button.
5. When athlete stops at the designated point, the data is presented on the screen.
Acceleration to Deceleration (Resisted)
In this example the athlete begins 5 meters away from the 1080 Sprint and is instructed to run as fast as possible and stop at a designated cone approximately 8 meters away. The coach has selected 3 kg load resisted/assisted and speed settings are set to 14 m/s each. NFW or Isotonic mode are appropriate for this test.
1. Begin by selecting a linear exercise (i.e. Running) and click on New.
2. Select the Full Auto option.
3. Athlete is instructed to run 8 meters and stop.
4. Athlete gets set and coach touches the begin button.
5. When athlete stops at the designated point, the data is presented on the screen.
Consecutive Broad Jump (Resisted)
In this example the athlete begins 5 meters away from the 1080 Sprint and is instructed to perform three consecutive broad jumps. The coach has selected 5 kg load resisted/assisted and speed settings are set to 14 m/s each. NFW or Isotonic mode are appropriate for this test.
1. Begin by selecting a linear exercise (i.e. Running) and click on New.
2. Select the Full Auto option.
3. Athlete is instructed to jump three consecutive times in a row and stop and hold the landing for 1 second.
4. Athlete gets set and coach touches the begin button.
5. When athlete stops at the designated point, the data is presented on the screen.
Published December 6, 2022
1. Fix problem where some of the training data at the end of a rep could get lost.
2. Increase spacing and sizing of some of the buttons in the training user interface to make them easier to hit.
3. Fix rendering problem where the motions from a Syncro or Syncro Smith rep would not line up correctly in the X/Y line plot.