Lang KHTU-15-29 Diesel Compression Test Adapter - Cummins N14
- The Lang KHTU-15-29 Diesel Compression Test Adapter is specifically designed for Cummins N14 diesel engines, providing a secure and accurate interface for compression testing. Built for durability and compatibility with standard diesel compression testers, this adapter delivers reliable results in professional diagnostic environments.
- Features:
- Precision-machined to fit Cummins N14 engines
- Made from heat-treated steel for long-lasting use
- Standard thread design for compatibility with most diesel compression testers
- Corrosion-resistant finish for extended tool life
- Compact size ideal for tight engine compartments
- Specifications:
- Manufacturer: Lang
- Part Number: KHTU-15-29 (also referenced as TU-15-29)
- Application: Cummins N14 diesel engine compression testing
- Material: Heat-treated steel
- Finish: Corrosion-resistant coating
- Weight: Approx. 1 lb
- The Lang KHTU-15-29 adapter can also be referred to as Cummins N14 tester adapter, diesel tester adaptor TU-15-29, Lang compression adapter, N14 diesel compression tool, and steel compression test adapter.
Lang is a trusted American manufacturer specializing in diagnostic tools and compression adapters for diesel and gasoline engines. Known for its precision engineering and robust construction, Lang tools are relied upon by technicians in professional service bays and fleets nationwide.
Q: What engine is the KHTU-15-29 adapter designed for?
A: This adapter is purpose-built for Cummins N14 diesel engines, ensuring an accurate fit for compression testing.
Q: Can I use this adapter with a standard compression tester?
A: Yes, it features industry-standard threading for compatibility with most diesel compression test kits.
Q: What is the adapter made from?
A: It is made from heat-treated steel and finished with a corrosion-resistant coating for durability and longevity.
Q: Is this suitable for repeated use in a shop setting?
A: Absolutely. The construction and finish make it ideal for professional diagnostic environments and frequent use.
