Pioneer 2TM, 3TM manual Getting Inside, Removing the Nose

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ActivMedia Robotics

Remove the small plastic plug which is near the hinge on the top plate and near the edge by the wheel. Under it, you will see the head of a large hex bolt. This bolt tightens (clockwise) or loosens (counter-clockwise) the drive belt for that side of the robot. Turn it using a 5mm hex key probably not more than 1 full rotation. Avoid over tightening.

Test to make sure that it is tight enough by holding the wheel while running the self test. When adjusted satisfactorily, re-tighten the screws on the side and replace the plug.

GETTING INSIDE

We normally discourage you from opening up your robot. However, on occasion, you may need to get inside, for instance to access the user power connections on the Motor- Power board and attach your custom electronics. Or you may need to get to your onboard computer and its accessories.

Open the robot AT YOUR OWN RISK, unless explicitly authorized by the factory.

REMOVE THE BATTERIES FIRST!

We describe here how to remove your robot’s nose to get at the onboard computer. And we describe how to access the contents of the body of your Pioneer 3 and 2 DX or AT robot.

Removing the Nose

The Pioneer 3- and 2-DX and –AT onboard computer sits just behind the robot’s nose. And you may have to remove the nose to access the front sonar array’s gain adjustment pot. Two screws hold the nose to the front sonar (or blank) array. The AT also has a screw at the bottom of the nose that attaches to the body; the DX’s nose is hinged at the bottom.

Figure 21. Remove indicated screws to access front plate of Pioneer 2- and 3-DX and -AT robots.

Remove all nose retaining screws with the 3mm hex wrench supplied with your robot. Unlike earlier Pioneer 2 models, you do not have to remove the Gripper or the front Bump Ring accessories.

Once loosened, the DX nose pivots down on a hinge. For the AT model, four pins along the nose’s back edges guide it onto the front of the robot. Simply pry the nose out and away from the body.

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Contents Pioneer H8-Series Operations Manual Page Important Safety Instructions Table of Contents Operating the Aria Demonstration Client Appendix C Robot Package IntroductionBasic Components all shipments Optional Components and Attachments partial listAdditional Resources User-Supplied Components / System RequirementsSupport Website NewsgroupsSupport@activmedia.com SupportPioneer Reference Platform What Is Pioneer?Hitachi H8S-BASED Microcontroller Plus MOTOR-POWER BoardHttp//robots.activmedia.com Client SoftwarePioneer Legacy Supporting SoftwarePioneer 2 and PeopleBot Pioneer 1 and ATActivMedia Robotics Maintenance and Standalone Modes Server ModeModes of Operation Joydrive and Self Test ModesPhysical Characteristics Specifications & ControlsMotor Stop Button Main ComponentsP3-DX User Control Panel User Control PanelSonar Arrays with Gain Adjustment Body, Nose, and Accessory PanelsMotors, Wheels, and Position Encoders Batteries and PowerRecharging Battery Indicators and Low Voltage ConditionsManual Operation Robot Power OFF Manual Operation Robot Power and Systems onDOCKING/CHARGING System Client-server connection options Radio Controls and AccessoriesComputer Control Panel Onboard PCPC Networking Operating the Onboard PCUPS and Genpowerd Safety Aros Watchdogs Preparative Assembly Install AriaQuick Start Client-Server Communications Install BatteriesStarting UP Client and Server Drive Self-TestIpthru Demo Startup OptionsOperating the Aria Demonstration Client Successful ConnectionDisconnecting Quickstart TroubleshootingProper Connections SRIsim OFFJoydrive and Self-Tests Joydrive ModeEngaging SELF-TESTS CLIENT-SERVER Communication Packet Protocols ActivMedia Robotics Operating SystemPacket Checksum Packet ErrorsMultiply by DistConvFactor‡ Server Information PacketsBefore Client Connection Client CommandsP2OS CLIENT-SERVER Connection Opening the Servers-OPEN Autoconfiguration SYNC2Keeping the Beat-PULSE Closing the Connection-CLOSERotation Motion CommandsPlatform Dependent and Independent Variables ActivMedia Robots in MotionInternal coordinate system PID ControlsPosition Integration Enable/Disabling SonarSonar Polling Sequence and Rate11-15 Reserved Stalls and EmergenciesPacket Processing Accessory Commands and PacketsCONFIGpac and Config Command Serial Port CommunicationsChanging Baud Rates and Autobauding HOST-to-AUX Serial Transfers Encoder PacketsGripper packets TCM2 SoundsHeading Correction Gyro Onboard PCUser I/O Input Output I/OIO packets Bumper and IR I/ODOCKING/CHARGING System I/O Expansion I/ODigital Port Controls Docking/Charging ServersCharge State Overcharge ~Volts Charge current ID7 Monitoring the Recharge CycleActivMedia Robotics Operating System Where to GET Aros Software Updating & Reconfiguring ArosAros Maintenance Mode Simple Aros UpdatesStarting Aroscf Updating and Reconfiguring ArosConfiguring Aros Operating Parameters Interactive CommandsChanging Parameters PID Parameters Save Your WorkKeyword 0056 0057 0060 0034 Ticksmm and RevcountBumpers Stallval and StallcountUpdating and Reconfiguring Aros Tire Inflation Maintenance & RepairDrive Lubrication BatteriesAlternative Battery Chargers Automated Docking/Charging SystemTightening the AT Drive Belt Removing the Nose Getting InsideFactory Repairs Opening the DeckAppendix a Power ConnectorH8S Ports & Connections H8S MicrocontrollerUser I/O, Gripper, Docking/Charging Port Serial PortsExpansion I/O Bus OD7Bumper Ports Motors, Encoders, and IR SensorsUser Control Interface Joystick Port Pioneer 3 and 2-PLUS MOTOR-POWER Board Configuration for Current and Temperature SensingAppendix B Radio, Auxiliary, and User Power Connectors Controller Power and InterfaceGND IR Signal and PowerAppendix C Radio Modem SettingsSerial Ethernet Settings Console modeAppendix D Peer-to-Peer Networking WebpageAppendix E SpecificationsControls and Ports Warranty & Liabilities Columbia Drive Amherst, NH 603