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ATRO PL1013-HT⎪High Temp Engine Mount⎪Replaces Peterbilt 05-10103

Original price was: $17.57.Current price is: $5.27.

SKU: PL1013-HT Category: Tag:

Description

ATRO PL1013-HT is a high-temperature polyurethane engine mount for Peterbilt and Kenworth conventional trucks, replacing Peterbilt 05-10103 (also 05-08969, Paccar 05-16919-2) and Kenworth K066-229. The engine mount isolates engine vibration from the frame and supports the engine through full thermal and torque cycles. ATRO’s high-temperature polyurethane is engineered to outlast OE rubber by three to five times and resists oil, grease, hydraulic fluid, diesel fuel, ozone, and road salt. Made in the USA and backed by ATRO’s 3-year manufacturer warranty.

Signs You Need a New Engine Mount

  • Excessive engine movement or shifting under throttle
  • Heavy vibration through the cab at idle or low RPM
  • Visible cracking, separation, or sagging of the mount material
  • Driveline angle or radiator-hose alignment off-spec from baseline

Specifications

Manufacturer ATRO Engineered Systems
Part Number PL1013-HT
Part Type Engine Mount
Material High-Temperature Polyurethane
Country of Origin USA
Warranty 3-Year Manufacturer Warranty

Cross References

This part replaces or is equivalent to the following part numbers:

  • Peterbilt: 05-10103, 05-08969
  • Paccar: 05-16919-2
  • Kenworth: K066-229, M700
  • Lord: J6198-2
  • Meritor (Euclid): R307469, E-7469
  • Automann: M17406, M17406UB
  • Dayton Parts: 329-194U, 329-141U
  • Energy Suspension: 30.4011, 32.1104
  • Also known as: Dyco D007, D-432, DT1421; Severson A80BL3557; TRP M174060; Gaff 11613

Applications

This high-temp engine mount fits the following trucks:

  • Peterbilt conventional models using OEM engine mount 05-10103 / 05-08969
  • Kenworth conventional models using OEM engine mount K066-229 / M700

Verify your OEM engine mount part number and mounting position before ordering — Peterbilt and Kenworth use several similar polyurethane mounts at different positions in the cab and engine isolation system.