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Standard

Accessory Drive Tensioner Test Standards

2024-04-10
WIP
J2436
Update typo from: 4.3.9 Spray frequency: (1) application per hour (Moderate Test: eight (8) applications per hour) to: 4.3.9 Spray frequency: (1) application per hour (Moderate Test: (1) application every (8) hours)
Standard

Accessory Drive Tensioner Test Standards

2023-11-15
CURRENT
J2436_202311
To document test procedures and setups that address known failure modes for Accessory Drive automatic tensioners. This SAE Standard does not encompass the pulley or pulley bearing. The sample sizes and acceptance criteria should be determined by agreement between the original equipment manufacturer (OEM) and the supplier. The failure modes to be addressed are: Test Factors include: NOTE: The Belt Drive Committee recommends that this spec be run using test parts that are close to the upper and lower specifications for load output and damping (tails testing).
Standard

Accessory Drive Tensioner Test Standards

2016-07-01
HISTORICAL
J2436_201607
To document test procedures and set-ups that address known failure modes for Accessory Drive automatic tensioners This SAE Standard does not encompass the pulley or pulley bearing. The sample sizes and acceptance criteria should be determined by agreement between the original equipment manufacturer (OEM) and the supplier. The failure modes to be addressed are: Test Factors include: NOTE: The Belt Drive Committee recommends that this spec be run using test parts that are close to the upper and lower specifications for load output and damping (tails testing).
Standard

Accessory Drive Tensioner Test Standards (Mechanical Rotary Type)

1998-07-01
HISTORICAL
J2436_199807
To document test procedures and set-ups that address known failure modes for mechanical rotary tensioners and establish minimum acceptance criteria. This SAE Standard does not encompass the pulley or pulley bearing. The sample sizes should be determined by agreement between the original equipment manufacturer (OEM) and the supplier. The failure modes to be addressed are: a Durability Corrosion Contamination Structural Wear Temperature Alignment b Functional Clamp Load Damping Drop (Safety) Lift Lugs Load Noise Ozone Snap
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