OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D CONTACT INFORMATION OTTO Motors is committed to your success and satisfaction. We are located in Kitchener, Ontario. If you have any questions or concerns, visit our support knowledge base for more information, or get in touch with our support team.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 8 Components Overview 38 CONTENTS 8.1 Buttons and Ports 39 Contact Information 2 8.2 Robot State Indicators 43 Contents 3 8.3 Pendant 46 List of Figures 5 8.4 Manual Bypass Screws 46...
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 11 Basic Usage 72 11.1 Lock-Out/Tag-Out 72 11.2 First Start-Up 74 11.3 Starting Up 75 11.4 Shutting Down 76 11.5 Charging 76 11.6 Moving 78 11.7 Storage 79...
Interface 68 Figure 2 OTTO Motors AMR Isometric View 29 Figure 25 Lock-out/tag-out bay lock-out OFF Figure 3 OTTO 1500 V2.0 AMR Nameplate 30 position 72 Figure 4 OTTO 1500 V2.1 AMR Nameplate 30 Figure 26 Pendant and manual charge port bay...
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D REVISION HISTORY Table 1 Revision History REVISION DATE CHANGES November Initial release 2020 December Revised EU-Declaration of Conformity 2020 February Revised Declarations, safety admonitions updated, Attachment Interface 2021...
IMPORTANT SAFETY INFORMATION The top priority of OTTO Motors is the safety of its users. OTTO Motors produces high power and fast-moving pieces of machinery that could cause serious injury, including death, if improperly used or maintained. Additional hazards may be identified and need to be addressed during the site-specific risk assessment.
Never operate the product after faulty parts are identified. Never expose OTTO Motors products to rain, condensation, or standing water. Store products in a clean and dry location. Use appropriately rated lift equipment for lifting the product.
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IMPACT HAZARD! Never bypass the drive wheels of the robot while on a sloped surface. Never use OTTO Motors products to transport people or live animals. CRUSH or IMPACT HAZARD! Robots must be prevented from traveling in areas that do not follow Facility Conditions specifications, such as ramps and stairwells.
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D CAUTION! Failure to follow these instructions may result in MINOR or MODERATE INJURY or DAMAGE to the system and/or property. IMPACT HAZARD! Always maintain a safe distance from a robot in operation.
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Charger hazards 2.2.2 WARNING! Failure to follow these instructions may result in SERIOUS INJURY, INCLUDING DEATH. FIRE OR SHOCK HAZARD! Never use a power cord or cable that appears damaged. SHOCK HAZARD! Automatic chargers are powered by hazardous voltage levels.
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Always remove the eye nuts from the lifting points before operating the charger to avoid damage to the charger or robots. For eye nut locations, refer to the Component Overview section of the charger OMM.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 2.3 Hazard labels Review the following to learn more about the labels that may be used on OTTO Motors products. Hazards can also apply to attachments and accessories used in conjunction with an OTTO Motors product.
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When performing Personal Proper PPE must be worn, including safety Out/Tag- maintenance on an Protective footwear (ie. steel toe) electrically powered Equipment around OTTO Motors OTTO Motors (PPE) products. product, always Requirement Insulated gloves and/or follow the tools are applicable Lock-...
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 2.4 Safety awareness Personnel present in a facility with OTTO Motors products need to be made aware or be accompanied by personnel who are familiar with the specific risks and hazards associated with automated mobile robots (AMR).
Alert personnel that while operating an OTTO AMR outside of the Autonomy State, they are solely responsible for obstacle and collision avoidance. Maintenance not outlined in the operations and maintenance manual can only be performed by OTTO Motors Authorized Personnel. 2.5 Facility conditions WARNING! Failure to follow these instructions may result in SERIOUS INJURY, INCLUDING DEATH.
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 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.
IMPACT HAZARD! Never bypass the drive wheels of the robot while on a sloped surface. OTTO Motors products support a specific maximum payload and payload dimensions. OTTO AMR maximum payloads and their dimensions change when an attachment or accessory is connected because of the weight of the attachment/accessory itself.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 2.7 Battery handling WARNING! Failure to follow these instructions may result in SERIOUS INJURY, INCLUDING DEATH. FIRE HAZARD! If the battery is damaged or a battery fire occurs, contact local emergency services and vacate the area.
OTTO Motors assumes no responsibility for any errors or omissions that may appear in this document. In no event shall OTTO Motors be liable for any costs or damages arising from the use of this document or the hardware and software described within. The reference documents listed in this manual shall be applicable at the latest revision in effect.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D While OTTO Motors does its best to inform its users of potential risks, it is impossible to provide an exhaustive list of all possible hazards in your environment.
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Perception Sensor Layout 2.13.1 See the applicable mechanical interfaces and sensor footprint documentation. These documents are available on the OTTO Motors Support Center at help.ottomotors.com. The LiDAR perception sensors present on the robot perform the following functions: • Scan the surroundings of the robot to determine its location or observe features used during navigation.
Safety Stop state, all conditions that caused the state transition must be cleared. See the applicable Safety Configuration for the robot (022099 by default) and the MicroScan3 LIDAR Operating Instructions document for more details. These documents are available on the OTTO Motors Support Center at help.ottomotors.com.
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Zone-specific Behavior 2.13.4 Zones are areas in a Map that change the behavior of a robot while it occupies the zone. Certain modes are only available in certain spaces due to a change of the safety requirement that is present in each zone.
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Footprint Safety 2.13.8 It should be noted that the overall profile including any attachment, payload, or combination thereof of the robot must remain within its Safety Configuration - this is measured by the projection of any part that has been extended outside the robot projected to the floor.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D INTENDED USE OTTO Motors robots are Autonomous Mobile Robots (AMR) intended for use in industrial facilities. OTTO AMRs are intended to transport materials indoors in industrial buildings, utilizing visual mapping and location and intelligent navigation to plan their motion.
Table 3 Applicable Documents REFERENCE NUMBER OTTO 1500 V2 AMR Operation and Maintenance Manual OMM-000085 OTTO 1500 V2 AMR Stability and Center of Gravity ICD-000090 OTTO 750/1500 V2 Manual Charger Operation and Maintenance Manual OMM-000089 OTTO 750/1500 Fast Charger Operation and Maintenance Manual...
Take photos or make a drawing. e. If the robot is connected to Fleet Manager, create a Manual Snapshot to capture diagnostic information and robot sensor data to assist OTTO Motors in diagnosing the incident cause. 4. Assess the state of the robot.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D SYSTEM OVERVIEW This section provides an overview of the important elements of the OTTO Motors autonomous mobile robot (AMR) system. The following figures give a tour of the key components of the robot for basic use.
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X, Y + / - 25 mm (0.98 in) Yaw + / - 3 ° Positional accuracy is subject to the deployment. Please speak to your OTTO Motors representative for more information. Docking Accuracy X, Y + / - 10 mm (0.4 in) Yaw + / - 1 °...
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Battery Life 10,000 full charge cycles Control System Sensors 2 x 3D perception cameras 2 x LiDAR safety scanners Embedded 6-axis IMU Computer Solid-state military spec computer with Intel i7-6700TE Quad Core, 16 GB...
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Operating Environment Maximum Floor Slope 1° / 1.6 % Operating Environment Indoor IP Classification IP20 Operating Temperature 0°C to 40°C (32°F to 104°F) Range Non-Operating 0°C to 50°C (32°F to 122°F)
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Some specifications above are dependent on software and robot configuration. Please speak to your OTTO Motors representative for more information. Table 4 LiFePO4 Battery Technical Specifications...
BURN or SHOCK HAZARD! Never use this product if the enclosure or any of the connectors are broken, cracked, open, or show any other indication of damage. See Attachment Interface for more detail. These documents are available on the OTTO Motors Support Center at help.ottomotors.com.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Lock Out/Tag Out Bay 8.1.3 The Lock Out/Tag Out Bay is located behind the Safety Reset and Power Buttons and contains the Lock Out/Tag Out switch that allows personnel to remove energy from the system.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Safety Reset Button 8.1.4 The Safety Reset button is located above the Power Button and is used by an operator to indicate that the robot is cleared for autonomous use.
The Pendant and Manual Charge Bay is a triple-purpose bay that allows operators to connect the OTTO 750/1500 V2 Manual Charger or the pendant used for manual control of the robot, and includes storage for the manual bypass screws when they are not in use. To access the bay, push on the door.
OTTO AMR. See the Basic Usage section of the operations and maintenance manual for the applicable OTTO AMR for instructions on changing robot volume settings. Table 6 OTTO Motors AMR light pipe patterns and indicated state NAME...
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Charging The OTTO AMR is charging at a Charging Dock. Rear Corners Red Green Slowly Expanding indicating charge level Front Corners Orange The OTTO AMR has entered a Parked...
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Blocked The OTTO AMR is blocked from proceeding on its planned path. Front Flash Yellow Rear Solid Red Safety Stopped The OTTO AMR has been placed in a Safety Stop state.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 8.6 Perception Sensors Safety LiDAR 8.6.1 WARNING! Failure to follow these instructions may result in SERIOUS INJURY, INCLUDING DEATH. CRUSH or IMPACT HAZARD! Keep low profile objects that the LiDAR cannot detect, such as forklift tines and pallets, outside of the robot's path.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D at the center of each side. The swivel casters and drive wheels are connected to the rocker arms. This passive suspension system allows for the drive wheels to remain in contact with the ground during operation.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D WARNING! Failure to follow these instructions may result in SERIOUS INJURY, INCLUDING DEATH. SHOCK HAZARD! Always perform the Lock-Out Tag-Out procedure at the facility or on the product before inspecting, servicing, cleaning, removing components, or opening any enclosure.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D See the System Overview for battery system specifications. CAUTION! Failure to follow these instructions may result in MINOR or MODERATE INJURY or DAMAGE to the system and/or property.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D The current concept for each of the four mounting points is a mounting pad with four bolts and a center locating feature.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Attachment Interface Signals 9.3.1 Table 7 Attachment Electrical Interfaces INTERFACE VOLTAGE NOTES Emergency Stop Dual-channel Emergency Stop from attachment to base Input platform.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Battery Power 44.8VDC (min.) Unregulated, switched, up to 50A, 51.2V nominal. The Battery Power line is switched by the attachment contactor in the 60VDC (max.) base platform and is switched immediately upon the Emergency Stop chain being broken.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Unswitched vs. Switched Power for Non-Safety Devices 9.3.2 There are 2 different power supplies available in the attachment Interface: 24 VDC and battery voltage. In general, attachments should use the unswitched 24VDC power from the robot attachment interface for attachment logic power and inputs required to determine attachment states that could affect the safe operation of the robot.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D To assist in identifying the attachment interface connector types, the robot attachment interface includes the following decal. Figure 17 Attachment Interface Connector Decal 24-Pin Connector 9.3.3.1 Table 8 Attachment Interface 24-Pin Connector Part Numbers...
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 12-Pin Connector 9.3.3.2 Table 9 Attachment Interface 12-Pin Connector Part Numbers PART MANUFACTURER DESCRIPTION NUMBER Robot Side DT04-12PA- TE Connectivity Connector, DT Series, Panel, Receptacle, 12 Positions, 2 Rows, L012 Rectangular, Sealed...
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D PM16S1620S32- Anderson Power SBS75x Auxiliary Socket, #20-16 AWG (0.75-1.0mm) Products Ethernet, USB and HDMI 9.3.3.4 Table 11 Attachment Interface Ethernet, USB & HDMI Parts DESCRIPTION Robot Side Standard RJ45 Jack...
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 9.4 Safety Relay and Auxiliary Monitoring Contacts The below figure illustrates the electrical connection available on the robot attachment interface and connection of a typical safety relay with auxiliary monitoring contacts.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Table 12 Robot Side 24-Pin Connector Pin-Out Functions (wire entry side) NAME NOTES PA_24V 24V, 10A total available across all connections Note that this is not fused power.
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D PA_GPI_0 General purpose in 0 (SDV_ENABLE) (SDV_ENABLE) GPI_0 is used to signal to the AMR from the attachment that the robot is able to move after it has given control to the attachment Attachment to use dry contact between PA_24V and input.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Robot Side 12-Pin Connector 9.5.2 The pin-out numbering for the 12-pin connector is as shown below. Figure 20 Robot Side 12-Pin Connector Pin-Out Functions Table 13 12-Pin Connector Pin-Out Descriptions (wire entry side) NAME NOTES...
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Attachment to use dry contact between PA_24V and input. PA_GPI_4 General purpose in 4 Attachment to use dry contact between PA_24V and input. PA_GPO_3 General purpose out 3, PNP sourcing output, 500mA max.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Minimum Required Connections 9.5.4 Passive Attachment 9.5.4.1 Passive attachments to not draw power from the base robot chassis. • Emergency stop loop is closed.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Active Attachment 9.5.4.2 Active attachments will draw power from the base robot chassis. • Emergency stop loop is closed •...
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D General Purpose Inputs 9.5.6 The 24V Inputs, PNP type use the form shown below and must adhere to the following voltage requirements: Table 15 General Purpose Input Voltage Requirements PIN INPUT VOLTAGE...
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 24 VDC Unswitched, up to 10A Ethernet Attachment 100 Mbps Ethernet connection using Ethernet/IP Figure 24 Conveyor-Style Attachment Safety Interface Lift-Style Attachment Interface Signal Example 9.6.2 Table 17 Lift-Style Attachment Safety Interface...
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Attachment Fault Input from attachment indicating that the attachment has encountered a Status problem If a fault is indicated on this input, the AMR will cease autonomous operation and indicate that it needs an operator to examine the attachment.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D UNBOXING Selection and implementation of the lifting method appropriate for the situation, and liability therefor, remains the sole responsibility of the user. Only certified forklift operators should attempt lifting the robot.
Manual for the specific attachment (OTTO 750/1500 Lift Attachment, OTTO 750/1500 Conveyor Attachment, etc.) for more detail on lifting methods. These documents are available on the OTTO Motors Knowledge Base under help.ottomotors.com. 3. Loop a Web Sling through each Eye Bolt/Eye Nut and secure to the lifting device.
This section describes the operation of the robot. Prior to using the robot, the surrounding area must be approved for autonomous navigation by an OTTO Motors representative. Never use the robot in an area without prior consultation by an OTTO Motors representative.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Figure 26 Pendant and manual charge port bay lock-out/tag-out The lock on the lock-out bracket above the Manual Charge Port must be threaded through both holes on the bracket, as shown below: All personnel working on the platform must connect their own lock.
Only use the attachments, accessories, tools, replacement parts, and cleaning products approved by OTTO Motors. Prior to operating the robot for the first time, it is important to perform a hardware operational check to determine if there is any hardware damage or defects caused during shipping.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 11.4 Shutting Down Note that when cycling power, the robot should be given at least 5 minutes between each state change (power on or power off).
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D If the robot included an OTTO 750/1500 Charger/Fast Charger V2, vehicles will be sent to charge autonomously without human intervention. The robot will shut itself down at 20 - 25% battery state-of- charge.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 11.6 Moving WARNING! Failure to follow these instructions may result in SERIOUS INJURY, INCLUDING DEATH. Always use level rigging when lifting or lowering the product. IMPACT HAZARD! Never bypass the drive wheels of the robot while on a sloped surface.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Disengaging Drive Wheel Manual Bypass 11.6.3 1. Using a 15 mm 12-point socket, turn the manual bypass screws counter-clockwise until the drive wheels regain contact with the floor.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Linux 11.8.2.1 1. From the system tray, click the Network Manager icon and select Edit Connections. The Network Connections screen is displayed. 2.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Figure 28 Windows 10 TCP/IPv4 Properties 5. In the IP address field, use the above network address and netmask. 6.
Table 18 Robot IP Addresses ROBOT MODEL IP ADDRESS OTTO 750/1500 V1.2 SDV 10.255.255.1 OTTO 750/1500 V2 SDV 10.253.253.1 You should receive a response similar to the following: Figure 30 OTTO AMR Ping Result • If configuring a single OTTO AMR that will not be added to a fleet using the OTTO Fleet Manager software, connect the robot to the network.
5 GHz wireless frequencies. 5 GHz is strongly recommended as the 2.4 GHz frequency may result in performance issues. If 2.4 GHz is required for the robot to connect, please contact your OTTO Motors representative to assist in changing the robot's configuration.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 11.10 OTTO App OTTO App can be used to wirelessly control a robot if it's already connected to a wireless network. OTTO™...
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D CAUTION! Failure to follow these instructions may result in MINOR or MODERATE INJURY or DAMAGE to the system and/or property. IMPACT HAZARD! While driving the robot manually, the safety fieldsets monitored by the LiDAR scanners are disabled.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D To adjust the top speed at which an OTTO AMR will travel, use the Speed slider. OTTO AMRs will drive slower the lower the slider is set and robot field sets will narrow for easier navigation around close objects.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D OTTO AMRs will not be affected by Preferred Direction or Assumed Cost (with a cost less than 1.0) zones when operating under Drive Assist control. These zones influence the path that the robot would prefer to take and said path is being commanded manually by the user in this mode.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 8. Select Go to send the OTTO AMR on its way. A "Moving" notification is displayed. 9. Select Stop to stop the OTTO AMR at any time. You can select the Drive Mode toggle at any point to enter Manual drive mode.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 11.16 Driving using the Pendant CAUTION! Failure to follow these instructions may result in MINOR or MODERATE INJURY or DAMAGE to the system and/or property.
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 2. Confirm that all Emergency Stop buttons on the robot, pendant, and any equipped attachment are released. 3. On the Pendant, press and hold the black Enable button in the middle ON position. 4.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D MAINTENANCE Failure to follow the maintenance checks and intervals outlined below could lead to unsafe conditions. Table 19 Maintenance Schedule COMPONENT DAILY WEEKLY...
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 1. Shut down the robot. 2. Wait until the light pipes have completely turned off. 3. Find and open the Lock Out/Tag Out Bay. 4.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D WARNING! Failure to follow these instructions may result in SERIOUS INJURY, INCLUDING DEATH. SHOCK HAZARD! Always perform the Lock-Out Tag-Out procedure at the facility or on the product before inspecting, servicing, cleaning, removing components, or opening any enclosure.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D • NEVER bypass or use a jumper to replace any limit switch, fuse, circuit breaker, or other circuit protection or safety device. •...
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12.3.2.1 • Flashlight • Antifog/Antistatic Lens Cleaning Wipes (OTTO Motors Part Number 015591) CAUTION! Failure to follow these instructions may result in MINOR or MODERATE INJURY or DAMAGE to the system and/or property. SHOCK HAZARD! Always perform the Lock-Out Tag-Out procedure at the facility or on the product before inspecting, servicing, cleaning, removing components, or opening any enclosure.
12.4.1.1 • Flashlight • Antifog/Antistatic Lens Cleaning Wipes (OTTO Motors Part Number 015591) CAUTION! Failure to follow these instructions may result in MINOR or MODERATE INJURY or DAMAGE to the system and/or property. SHOCK HAZARD! Always perform the Lock-Out Tag-Out procedure at the facility or on the product before inspecting, servicing, cleaning, removing components, or opening any enclosure.
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D Required Materials 12.4.2.1 • Robot experiencing a battery SOC misalignment • OTTO 750/1500 Fast Charger V2 • Laptop or tablet connected to the same network as the robot •...
If the robot continues to experience issues with battery performance after completing this calibration procedure, contact OTTO Motors Support for further direction. 12.5 Monthly Preventative Maintenance Perform the following tasks once every month: Exterior Cleaning 12.5.1...
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OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D • Be cautious to avoid the power and Emergency Stop buttons, as well as the Attachment Interface. • Do not rub aggressively on any stickers or number decals. 4.
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This process will perform a battery calibration as well. If only SoC drift is the issue, follow the Battery Calibration procedure. Required Materials 12.5.4.1 To perform this maintenance, you will require the following: • OTTO 750/1500 V2 AMR • OTTO 750/1500 Fast Charger V2 • OTTO 750/1500 Manual Charger V2 •...
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If the robot continues to experience issues with battery performance after completing this calibration procedure, contact OTTO Motors Support for further direction. Post-Maintenance 12.5.4.4 1.
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D DISPOSAL Always observe environmental protection regulations valid to your region. If disassembling the robot for disposal, pass on any commercially-viable disassembled components for recycling.
First, check that the circuit breaker is enabled. Next, press the Power Button momentarily. If neither of the above work, connect the OTTO 750/1500 V2 Manual Charger to recover the battery. The charge cycle will not complete if a LiDAR Safety Stop is triggered in the Robot stuck in charger Dock.
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Check that a valid LiDAR field set and Safety Configuration are loaded onto the OTTO AMR. Talk to OTTO Motors Support for instructions on diagnosing a blown traction motor fuse. The Safety Configuration will include information about the space required by the OTTO AMR for autonomous navigation.
Machine name: Autonomous Mobile Robot (AMR) Model: OTTO 1500 V2 Serial number(s): B10-XXXX200XX manufactured by: Clearpath Robotic Inc. dba OTTO Motors 124 Bleams Road Kitchener, ON – N2C 2K5 Canada to which this declaration relates, is in conformity with the following European Directives...
OTT O 1 5 00 V 2 • O M M - 00 0 08 5 • R EV . D 15.2 Supplier’s Declaration of Conformity 47 CFR § 2.1077 Compliance Information OTTO 1500 V2 Responsible Party: Clearpath US One Marina Park Drive, 10th Floor...
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