Nexiq 493015 Caterpillar 9 Pin Cable For USB Link 2, USB Link 3, or Cummins Inline 7
(This
connector will not work with the Nexiq 125032 USB link Generation 1)
Nexiq 493015 9-Pin Deutsch Cable (NQ493015)
The Nexiq 493015 (NQ493015) 9-Pin Deutsch Cable is a heavy-duty diagnostic adapter designed for use with Nexiq USB-Link, USB-Link 2, and USB-Link 3 devices. Built for reliable performance, this cable connects directly to 9-pin Deutsch diagnostic ports on heavy-duty trucks and equipment, ensuring fast, accurate communication for professional diagnostics, troubleshooting, and repair.
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Part Number: 493015 / NQ493015
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Type: 9-Pin Deutsch diagnostic cable
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Application: Connects Nexiq USB-Link adapters to heavy-duty trucks and equipment with 9-pin diagnostic ports
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Durability: Rugged, shop-grade construction built for long-lasting performance in demanding environments
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Compatibility: Fully compatible with Nexiq USB-Link 2, and USB-Link 3 adapters
Ideal for technicians, fleets, and repair facilities, the Nexiq 493015 9-Pin Cable provides dependable connectivity to heavy-duty vehicles, reducing downtime and improving diagnostic efficiency.
Nexiq 493015 9-Pin Deutsch Cable (NQ493015)
The Nexiq 493015 (NQ493015) 9-Pin Deutsch Cable is a heavy-duty diagnostic adapter designed for use with Nexiq USB-Link, USB-Link 2, and USB-Link 3 devices. Built for reliable performance, this cable connects directly to 9-pin Deutsch diagnostic ports on heavy-duty trucks and equipment, ensuring fast, accurate communication for professional diagnostics, troubleshooting, and repair.
-
Part Number: 493015 / NQ493015
-
Type: 9-Pin Deutsch diagnostic cable
-
Application: Connects Nexiq USB-Link adapters to heavy-duty trucks and equipment with 9-pin diagnostic ports
-
Durability: Rugged, shop-grade construction built for long-lasting performance in demanding environments
-
Compatibility: Fully compatible with Nexiq USB-Link 2, and USB-Link 3 adapters
Ideal for technicians, fleets, and repair facilities, the Nexiq 493015 9-Pin Cable provides dependable connectivity to heavy-duty vehicles, reducing downtime and improving diagnostic efficiency.