Confirm safety system functionality
1. Lock-out/tag-out the AMR and confirm lock-out/tag-out functionality by attempting to start up the
AMR. The AMR should not start up while locked-out/tagged-out.
2. Remove the lock-out/tag-out, start up the AMR, and confirm that the AMR enters a stopped state.
3. Confirm functionality of all light/audible indications.
4. Confirm the stopped state can be cleared by pressing the Start button.
5. Confirm functionality of all Emergency Stop buttons.
6. Clear the emergency stop state by releasing the Emergency Stop buttons, pressing the Reset
button, then pressing the Start button.
7. Place an object within the Safety Detection Range of the AMR to confirm the AMR enters a safety
stop state, then remove the object to confirm the safety stop state is cleared. Repeat this step for all
LiDAR safety scanner locations on the AMR.
Confirm OTTO App functionality
1. Access OTTO App for the applicable AMR.
2. Confirm the AMR can be driven in manual mode.
3. Confirm there are no exceptions presenting for the AMR in OTTO App.
Report the collision to OTTO Motors Support at support@ottomotors.com
8.OTTO 600 specifications
This section provides an overview of the important elements of the OTTO autonomous mobile robot
(AMR).
IMPORTANT
Some of the following specifications are dependent on software, AMR, and/or safety
configurations.
8.1.Size and weight
Component Specification
Dimensions (L x W x H) 1050 x 700 x 320 mm (41.3 x 27.6 x 12.6 in)
Mass 250 kg (551 lbs)
Mass without battery 236 kg (520 lbs)
8.2.Speed and performance
Component Specification
Maximum total payload 600 kg (1320 lbs) total maximum payload (including attachment, if any)
For more detail, refer to the stability and center of gravity documentation.
OTTO 600 - OMM-000117-A
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All other product and company names listed are trademarks or trade names of their respective companies. 24
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