Name: Graco 16N543 Hydraulic Actuator Wire Harness
Brand: Graco
SKU: 16N543
Price: 39.55 USD
Availability: InStock

Graco 16N543 Hydraulic Actuator Wire Harness

$39.55

$42.80

Save 8%

In Stock

Part #: 16N543

The Graco 16N543 Hydraulic Actuator Wire Harness is an OEM replacement designed for stable and reliable actuator connectivity.

Fits LineLazer V 250SPS, 250DC, LLV 250SPS
Ensures proper hydraulic actuator communication
Durable, factory-approved wiring assembly

Genuine OEM Part Fast Shipping (Order by 1 PM CST) Easy Returns

Compatible Machines

Graco LineLazer V 250SPS
Graco LineLazer V 250DC
Graco LLV 250SPS

Product Details

The Graco 16N543 Hydraulic Actuator Wire Harness is a genuine replacement wiring harness designed for the hydraulic actuator system used in select Graco LineLazer self-propelled stripers. This harness ensures proper electrical connectivity between the actuator manifold and the machine’s control system, supporting consistent hydraulic drive performance.

Key Features

Reliable and durable wiring designed for hydraulic actuator assemblies
Ensures stable communication between actuator components and control circuitry
Exact-fit replacement for supported LineLazer models
Maintains system reliability by using OEM-approved components

Usage Information

This harness should be installed according to the machine’s wiring diagram. It replaces worn or damaged actuator wiring to avoid operational faults in the hydraulic system. Using genuine parts helps maintain performance consistency and proper actuator response.

Frequently Asked Questions

This part is specifically used on the LineLazer V 250SPS, 250DC, and LLV 250SPS models. Other models may use different harness designs, so compatibility should be verified by checking the machine’s parts manual.

Using an incorrect harness may cause hydraulic actuator malfunction, improper electrical signaling, or intermittent drive issues. Only the correct OEM harness should be used to maintain machine reliability.

It should be replaced when signs of wear appear, including cracked insulation, exposed wiring, inconsistent actuator response, or error codes related to hydraulic functions.