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In future we expect field engineers, customer success teams, supply chain partners, and customers to augment the material in this guide. If these additions are shared with ExRobotics’ Quality Owner they’ll be shared more widely and will inform future versions of the guide. Existing supporting material is referenced in Section 13 of this document.
2. Robots ExR-2 robots are assembled from a number of modules mounted on a skeleton that’s clad in sheet steel. Many of these modules are optional. The main features of our basic robot are identified on this picture of a clad robot.
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There’s a video with more detail – Reference 1. 5. LiDAR Based Navigation ExR-2 robots are usually supplied with a LiDAR module. This is at the heart of autonomous navigation and object avoidance (see Section 7). Object avoidance doesn’t work when the robot is being remotely-controlled by a driver.
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(HRS). An HRS can monitor multiple autonomous missions and intervene if anything unexpected occurs. (see Section 7). Customers may contract ExRobotics or one of its partners to perform some of these roles, e.g. HRS and planning. However, because of safety, environmental, security and confidentiality reasons we will only drive the robot within constraints that have been agreed in writing with the customer.
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New drivers should be trained by existing drivers that have experience of navigating around the site: ▪ Operating instructions – Drivers must be familiar with the ExR-2 Operating Instructions. ▪ Control stations – demonstrate the driver screen and controller (see Section 6.2).
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8.3. Deployment Support ExRobotics and/or a partner are able to provide deployment support that has been proven to accelerate the first flawless missions. This is especially beneficial for the first robots deployed at a location. With this support, customers can expect their first flawless mission within a few days of the robot arriving on location, and to be able independently to programme and execute complex missions within 3 months.
Energy Robotics can update and upgrade software remotely over the internet. The Customer will be informed before any significant updates/upgrades so that they can monitor for any issues that may arise. The ExRobotics account manager will handle any concerns or issues. ExRobotics B.V.
▪ Clear the area around the docking station of debris and leaves. ▪ Inspect the robot for visible damage. In particular, if the wire antennas are too bent they should be replaced. New wires will be sourced from ExRobotics to maintain the robot’s Ex status. They screw onto their bases.
The longevity of the tracks will vary based on the terrain and routes the robot traverses. However, under normal conditions, the tracks should last for at least 50 kilometres. To ensure the robot's anti-static performance is maintained, ExRobotics will supply replacement tracks. NOTE: It’s crucial to follow the instructions carefully to maintain the robot's optimal performance.
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▪ Ensure the tracks face in the right direction as indicated in this diagram. NOTE: The correct track deflection and direction are essential for optimal ExR-2 performance and safety. Here are some key reasons why track alignment is important: • Stability and Maneuverability: Correct track alignment ensures smooth and safe navigation, providing stability and improved maneuverability for the machine.
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9.4. Opening the Hull ExR-2’s hull is composed of a skeleton and cladding panels that are attached to each other and to the skeleton with button screws. The hull contains most user-serviceable parts. To access these parts, you need to remove one or more panels. This must be done in a safe, dry area.
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▪ Carefully inspect the flamepath (shown in this picture) before reinstalling the front of the enclosure. If there are any scratches or dents, contact an ExRobotics Field Engineer. Do not redeploy the robot in a potentially explosive location. ▪ Gently push the enclosure front onto the enclosure back, ensuring the O Ring is correctly seated.
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9.7. Replacing Batteries To maintain the robot's certification and performance standards, only use batteries supplied by ExRobotics. Should you encounter any difficulties or find yourself unsure about any step of the process, please seek assistance from ExRobotics. By adhering to these safety precautions, you can guarantee a secure and successful battery replacement procedure.
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Once adjusted, remove the third battery. 9.7.3. Battery Replacement & Re-assembly ▪ New foam strips supplied by ExRobotics should be installed on the batteries. Place a strip in the middle of each battery. ▪ To replace the batteries, follow the reverse order of the above steps. Insert the new batteries into the battery pack, starting with the third battery and working towards the leftmost battery.
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Transport guidelines are provided in Reference 5. ExR-2 robots typically weigh between 120 and 140kgs so it’s best to transport them in their flight cases, to drive them in and out of those flight cases, and to drive them around the site. Flight cases and robots have been shipped offshore in containers and cages.
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10.6. Why am I Surprised by the Battery Level Reported by the Cloud Software? ExR-2 robots have a chip that calculates battery charge percentage based on power used. In most situations this will be accurate. However, if the robot is switched on after the quick charger has been plugged into the robot the battery percentage will always be reported as 0%.
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12. Risk Assessment & Reduction This section is copied from ExRobotics’ document [20230430IP1]. It’s intended to help customers to identify, quantify, and control the risks associated with operating robots. The RAM scores are left blank so that Customers can use their own evaluation criteria.
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UI-v2 user guide (Site-centric Digital Twin). Presentation by Energy Robotics. Energy Robotics Data Security: Version 3 dated 2020-05-04. Customer Success Journey Templates: ExRobotics Document Number 20221020IP1 Version 4. ExR-2: Instructions for packing and unpacking: ExRobotics Document Number 202300301RS1. Energy Robotics’ support portal: Help Desk - Jira Service Management (atlassian.net) Manufacturers’...
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