| SYMBOL | COMPONENTS | DESCRIPTION |
| Lever2 [+] | Lever Model (two points) |
| Lever3 [+] | Lever Model (three points) |
| R_AbsoluteSensorAcceleration [+] | Absolute angular acceleration sensor |
| R_AbsoluteSensorAngle [+] | Absolute angular position sensor |
| R_AbsoluteSensorTorque [+] | Torque sensor |
| R_AbsoluteSensorVelocity [+] | Absolute angular velocity sensor |
| R_ActuatorAcceleration [+] | Rotational acceleration actuator |
| R_ActuatorTorque [+] | Torque actuator |
| R_ActuatorVelocity [+] | Angular velocity actuator |
| R_BearingFriction [+] | Bearing with Coulomb friction |
| R_Brake [+] | Frictional brake |
| R_Clutch [+] | Clutch based on Coulomb friction |
| R_Damper [+] | Ideal rotational damper |
| R_Efficiency [+] | Mechanical efficiency |
| R_ElastoBacklash [+] | Helicoidal spring and damper with backlash |
| R_FixedTorque [+] | Fixed torque |
| R_FixedVelocity [+] | Fixed angular velocity |
| R_Gear [+] | Gearbox |
| R_GearFriction [+] | Gear with mesh efficiency and bearing friction (stuck/rolling possible) |
| R_GearIdeal [+] | Ideal Gear without inertia |
| R_GearIdealR2T [+] | Gearbox transforming rotational into translational motion |
| R_Inertia [+] | Rotating mass with inertia |
| R_Piston [+] | Dynamic model of an angular Piston submitted to the forces of pressure, spring, friction ... |
| R_RelativeSensorAcceleration [+] | Relative acceleration sensor |
| R_RelativeSensorAngle [+] | Relative angle sensor |
| R_RelativeSensorSpeed [+] | Relative speed sensor |
| R_Spring [+] | Ideal helicoidal spring |
| R_SpringBacklash [+] | Helicoidal spring with backlash |
| R_SpringDamper [+] | Linear spring and linear damper in parallel |
| R_Stop [+] | Rotating mass with inertia and stops |
| T_AbsoluteSensorAcceleration [+] | Absolute acceleration sensor |
| T_AbsoluteSensorForce [+] | Absolute force sensor |
| T_AbsoluteSensorPosition [+] | Absolute position sensor |
| T_AbsoluteSensorVelocity [+] | Absolute velocity sensor |
| T_ActuatorAcceleration [+] | Acceleration actuator |
| T_ActuatorForce [+] | Force actuator |
| T_ActuatorPosition [+] | Position actuator |
| T_Damper [+] | Ideal linear damper |
| T_EWall [+] | Wall with viscous coefficient |
| T_ElastoGap [+] | Ideal spring damper combination with gap |
| T_FixedAcceleration [+] | Fixed translational acceleration |
| T_FixedForce [+] | Fixed force |
| T_FixedPosition [+] | Fixed translational position |
| T_Piston [+] | Dynamic model of a Piston submitted to the forces of pressure, spring, friction ... |
| T_Rod [+] | Rod without inertia |
| T_SlidingMass [+] | Sliding mass with inertia |
| T_Spring [+] | Ideal linear spring |
| T_SpringBacklash [+] | Linear spring with backlash |
| T_SpringDamper [+] | Ideal linear damper and spring in parallel |
| T_Stop [+] | Sliding mass with hard stop and Stribeck friction |
| T_Wall [+] | Wall with restitution coefficient |
Document generated automatically with EcosimPro Version: 5.4.14 Date: 2015:02:02 Time: 10:24:17