PACCAR MX13 EPA17 ACM BENCH

This cable allows access to the ACM on Paccar MX13 EPA17 trucks. With a standard deutch 9pin plug on one end allowing connection with a NexiQ and most other adaptors and a plug compatible with the ACM plug on the other, resulting in the correct pin out every time and minimizing the risk of pin damage.

PACCAR MX13 EPA17 ACM ENGINE DIAGNOSE ISSUES WIRING HARNESS

Fitment
For PACCAR MX13 EPA 17 ACM
Fits Heavy Duty/ Commercial Vehicles

This cable allows access to the ACM on Paccar MX13 EPA17 trucks. With a standard deutch 9pin plug on one end allowing connection with a NexiQ and most other adaptors and a plug compatible with the ACM plug on the other, resulting in the correct pin out every time and minimizing the risk of pin damage.

Brand-new PACCAR MX13 EPA17 ACM BENCH, designed for the diagnosis, programming, and testing of ACM modules on PACCAR MX13 EPA17 engines. Ideal for diesel repair shops, specialized technicians, and advanced emissions system programming on Kenworth and Peterbilt trucks.

Compatible with PACCAR MX13 EPA17 engines and ACM systems used in heavy-duty and commercial vehicle applications. Perfect for diagnostic work, bench testing, electronic repair, programming, and rapid troubleshooting.

Features:
NEW Product
Compatible with PACCAR MX13 EPA17 ACM
Ideal for bench testing and programming
Robust and durable construction
High-quality connectors for professional use
Simple setup and stable operation
Designed for fast and accurate diagnostics
Excellent for diesel repair shops and electronic repair
Ready to use.

Specifications
Condition: Brand New & High Quantity.
Type: Diagnostic Cable,

Includes:
PACCAR MX13 EPA17 ACM Bench Unit
Wiring/connectors (as shown in images)
Secure packaging for shipping

Benefits:
Saves time on diagnostics
Facilitates off-vehicle programming and testing
Ideal for professional diesel technicians
Excellent tool for advanced electronic repair

Shipping:
Fast and secure shipping within the United States. Product is carefully packaged to prevent damage during transit.