Robot hazards
WARNING
•
Always use level rigging when lifting or lowering the product.
•
IMPACT HAZARD! Never bypass the drive wheels of the AMR while on a sloped
surface.
•
Never use OTTO products to transport people or live animals.
•
CRUSH or IMPACT HAZARD! AMRs must be prevented from traveling in areas that do
not follow Facility Conditions specifications, such as ramps and stairwells.
•
FIRE HAZARD! If the battery is damaged or a battery fire occurs, contact local
emergency services and vacate the area. Do not use water to douse the fire.
•
FIRE OR SHOCK HAZARD! Never use a power cord or cable that appears damaged.
•
SHOCK HAZARD! Never attempt operation if the power supply is not within the
specified voltage and current, as identified in the product documentation.
•
FIRE HAZARD! Observe all safety precautions when using flammable fluids.
•
CRUSH HAZARD! Pedestrians should be aware of hazard mode or docking mode
audio-visual indications. When robots are in docking mode, the front of the robot is
no longer safeguarded—personnel must be restricted from areas where robots will be
docking. When robots are in hazard mode, the region safeguarded by LiDAR safety
scanners is reduced in size. Under rare circumstances, robots can get mislocalized
and enter docking hazard mode in an unintended location. For audio-visual indicator
identification, refer to the component overview section of the robot operation and
maintenance manual.
•
CRUSH HAZARD! Payloads, attachments, or a combination thereof, should always
remain within the stability envelope relevant to the specific robot model. For payload
constraints, refer to the System specifications for the product.
•
CRUSH/PINCH HAZARD! Manual or automatic load transfer may introduce a crush or
pinch hazard. Take care when performing a manual load transfer. A risk assessment
should be conducted to mitigate hazard risk when designing load transfer systems.
•
CRUSH or IMPACT HAZARD! All stairwells or similarly open holes must be marked
and surrounded by obstacles exceeding 20 cm in height with spacing no greater than
30 cm. These obstacles must be able to withstand 2000 N of force without failing or
be at least 70 mm wide from all directions and visible to the LiDAR.
OTTO 600 - OMM-000117-A
© Clearpath Robotics Inc. 2024. All rights reserved. CLEARPATH and OTTO are trademarks of Clearpath Robotics Inc.
All other product and company names listed are trademarks or trade names of their respective companies. 7
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