Modular R.O.V for Sub-Sea Operations

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Presentation transcript:

Modular R.O.V for Sub-Sea Operations OLUYEMI FARAYIBI JUAN GOMEZ GUSTAV GUIJT DAVID MARTINEZ VICTOR ORTIZ FINAL PROJECT 12/07/2015 Olly

Safety Moment: Communication on the job What is the solution to miscommunication? Ask Questions, write down instructions, review the information to be certain you fully understand, summarize the job so there is a clear picture of all that is to be done, break the job into several small steps. Remember the single greatest cause of miscommunication is failure to communicate at all. Olly

ROV Presentation Outline Team Objectives 2016 MATE Competition CFD Analysis Frame 1 CFD Analysis Frame 2 Frame Selection Frame Updates Control System Arm Update Tether Management System Tether Design Updated Project Budget Updated Gantt Chart Olly

Team Objective Team HydroBurst’s primary objective is to design, test, and construct an underwater remotely operated vehicle (ROV) to compete in the 2016 National and International MATE Competitions. Olly

2016 MATE Competition Outer Space: Mission Europa Measure thickness of ice Measure total depth Measure temp of thermal vents Retrieve and connect ESP cable David

CFD Analysis Frame 1 Displacement (in) Von Mises Stress (psi) Juan

CFD Analysis Frame 2 Displacement (in) Von Mises Stress (psi) Juan

Frame Selection Based on the Results of the Stress Analysis and CFD Analysis, we have decided to continue with Frame Design 5: Gustav

Frame Updates Since the Last Presentation: Modified top module into a smaller and permanent frame component. Will contain control systems and sensors. Gustav

Control System Feedback Sensors: Accelerometer. Gyroscope. 3-in-1 Sensor: 9 Degrees of Freedom IMU (S24.95) 3-axis accelerometer 3-axis gyroscope 3-axis magnetometer David

Battery Options Deep Cycle Batteries AC to DC Power Converters Power Pack Batteries are rated by amp hours. The more the better. Keep im mind our motors run at 11 amps... David

Ethernet Connection All ethernet cables are not created equally... The Arduino uses an rj-45 connection which is ethernet. This connection can go up to 100 m which is roughly 300 ft. When picking a ethernet cable looking at the rating is important as certain wires can send a signal a certain speed and distance. Speed are sent in blocks 100mb, 10mb, etc David

Ethernet Switching David

Pre-made vs. Homemade Cameras Water proof car camera Fishing camera http://www.marinetech.org/files/marine/files/Curriculum/TriggerFish/Camera/CameraSealing1.pdf shows how to water proof a camera. All in all costs areound $50 to do. Fishing camera costs a lot but has 90 ft of cable already installed http://www.amazon.com/gp/product/B00J9OSAQ4/ref=pd_lpo_sbs_dp_ss_1?pf_rd_p=1944687582&pf_rd_s=lpo-top-stripe-1&pf_rd_t=201&pf_rd_i=B005CTKYB4&pf_rd_m=ATVPDKIKX0DER&pf_rd_r=083VCQEDC7DR5XBEM089 David

Arms Update Motors: Three High Torque metal gear servo motor Specs: Power: 6V Avg Speed: 60° in 0.16 seconds Torque: 10Kg-cm Weight: 62.41g Victor

Arms Update One NEMA 16 Stepper Motor Specs: Step angle: 1.8° Voltage: 4.6V Current: 0.65 A Holding Torque: 1.8 Kg-cm Control wires: 4 Victor

Arms Update Victor ⅛” X 2” ⅛” X 2-½” 6061 Aluminum Flat 0.30 pounds per foot ⅛” X 2-½” 0.37 pounds per foot Victor

3 Metal Gear High Torque Servo motors Arms Update 3 Degrees of Freedom 3 Metal Gear High Torque Servo motors 1 Stepper Motor 6061 Aluminum Flat ⅛” X 2” 0.30 pounds per foot ⅛” X 2-½” 0.37 pounds per foot Victor

Arms Update Victor ⅛” X 2” ⅛” X 2-½” 6061 Aluminum Flat 0.30 pounds per foot ⅛” X 2-½” 0.37 pounds per foot Victor

Tether Management System MATE Competition Requirements: Tether is included in the total weight of the ROV. Needs to be able to reach 40 feet deep. Team Decisions: minimize the number of cables in Tether to reduce weight. 100 foot tether. Gustav

Tether Design Necessary Cables: Optional Cables: 100ft Power 100ft Ethernet Optional Cables: Additional Ethernet Air pipe for pump Cable Management Options: Cable Ties Cable Mesh Sleeve Gustav

Updated Project Budget Estimated Project Budget Current Cash Flow: Expenditures: CPVC components ($86.35) Income: No Sponsors as of 12/07 Expenditure Cost PVC Frame $200 Propulsion System $750 Buoyancy $ Control System Arm System $250 Tether Management System $300 Competition Entry Fee $150 Total Cost Victor

Updated Gantt Chart Gustav

Thank You for Listening!