1. Introduction
2. User Interface
3. Home
4. Subentity
5. Analysis
6. Professional
7. Plot
8. RecurDyn Post
9. FFlex
10. RFlex
11. Flex Interface
- 11.1. G-Manager
  - 11.1.1. Background for changing a body type
  - 11.1.2. Changing Body by using G-Manager
- 11.2. RFlexGen
12. Mesher
13. Data Driven Design
- 13.1. Component Meta Model
- 13.2. CMM Extension
  - 13.2.1. PMM
    - 13.2.1.1. Modeling Options
    - 13.2.1.2. The process of creating a Component Meat Model
14. Durability
15. Acoustics
- 15.1. Acoustics Overview
- 15.2. Functions for Acoustics
16. Eigen
- 16.1. Eigen Movement
  - 16.1.1. Function for Eigen Movement Vector
  - 16.1.2. Example
17. Vibration Shape
- 17.1. Vibration Shape Overview
  - 17.1.1. Calculation of the displacement
  - 17.1.2. Calculation of the positions for the vibration shape animation
- 17.2. Functions for Vibration Shape
18. TSG
- 18.1. TSG Overview
- 18.2. Functions for TSG
19. DriveTrain
- 19.1. DriveTrain Overview
- 19.2. Functions for DriveTrain
20. CoLink
21. AutoDesign
22. Control
23. SPI
- 23.1. External SPI
- 23.2. Embedded SPI
24. MTT2D
25. MTT3D
26. R2R2D
27. Track_HM
28. Track_LM
29. Belt
30. Chain
31. Gear
32. Crank
33. Piston
34. Valve
35. HAT
- 35.1. HAT Type A
  - 35.1.1. Modeling Options
  - 35.1.2. Properties
    - 35.1.2.1. Pressure in Chamber
    - 35.1.2.2. Hydraulic Force
- 35.2. HAT Type B
  - 35.2.1. Modeling Options
  - 35.2.2. Properties
    - 35.2.2.1. Pressure in Chamber
    - 35.2.2.2. Hydraulic Force
36. Timing Chain
37. Engine
38. Bearing
39. EHD
- 39.1. Rotational Lubrication
  - 39.1.1. Modeling Options
  - 39.1.2. Properties
- 39.2. Piston Lubrication
40. Spring
41. Tire
42. Linked Assembly
- 42.1. Linked Assembly Overview
- 42.2. Functions for Linked Assembly
43. ProcessNet
- 43.1. ProcessNet Python
- 43.2. ProcessNet General
44. eTemplate
45. Tutorials
46. Verification
47. Standalone Solver
48. Student Version
49. Viewer Version
50. Social Media
51. References
- 51.1. RecurDyn Related Reference Papers
- 51.2. Reference

RecurDyn Help

36. Timing Chain
36.2. Geometric Entities
36.2.5. Tensioner
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36.2.5. Tensioner

TSDA, HAT, MAT_Screw, and MAT_Ratchet types are supported to define a tensioner. The user can select the tensioner type in TimingChain Global Data dialog box.

../_images/image02925.png — Figure 36.28 TimingChain Global Data dialog box

36.2.5.1. TSDA (Translational Spring Damper) Type
36.2.5.2. HAT (Hydraulic Auto Tensioner) Type
36.2.5.3. MAT (Mechanical Auto Tensioner)_Screw Type
36.2.5.4. MAT (Mechanical Auto Tensioner)_Ratchet Type

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