Optimize your airless sprayer with the Graco 111460 Ground Electrical Connector, engineered for durability and peak performance. Crafted for compatibility with leading airless paint sprayer accessories, this connector ensures secure grounding to protect equipment and operators. Benefit from enhanced current stability in demanding environments. Ideal for applications requiring high-pressure filtration and consistent fluid delivery, it meets rigorous standards for professional coatings workflows. Its industrial-grade construction and precision fit deliver reliable performance under high pressure. It maximizes uptime on every job.
Designed by Graco for reliability, the 111460 connector streamlines maintenance and reduces voltage irregularities. Engineered with corrosion-resistant materials and tight tolerances, it stands up to harsh job conditions. Recognized as one of the must-have spray equipment parts for professional finishers, it supports superior power continuity and safety on any jobsite.
$9.52The Graco 111460 Ground Electrical Connector is a precision-engineered interface component designed to ensure reliable grounding in high-pressure airless spraying systems. An integral part of any advanced professional coatings rig, it enables safe and consistent return paths for stray currents within sprayer assemblies, maintaining system integrity across both static and dynamic conditions. By leveraging a robust alloy conductor and precision-molded insulating barriers, the connector withstands repetitive duty cycles while safeguarding against arcing and potential system faults. Designed to integrate seamlessly with industry-leading sprayer platforms, the 111460 Ground Elec Connector elevates safety benchmarks and extends the service life of critical system modules. In complex spraying operations where maintaining stable ground reference is paramount, the inclusion of this component mitigates operational risks and enhances overall pump efficiency standards. It complements controls on both gravity-feed and pressure-fed units such as the graco magnum paint sprayer series.
Each connector unit undergoes rigorous validation including dielectric withstand tests at voltages exceeding 2 kV and current cycling up to 30 A to simulate long term usage under industrial conditions. The unique thermal management profile of the molded insulator improves heat dissipation under continuous load, contributing to enhanced seal longevity by minimizing thermal degradation at the interface. In addition, the assembly process employs ultrasonic welding techniques to guarantee mechanical integrity and uniform compression across mating surfaces. These controls not only optimize contact resistance but also reduce micro-arcing events in high-pressure filtration environments associated with advanced coating delivery systems.
The Graco 111460 employs a copper-beryllium alloy conductor chosen for its exceptional tensile strength and minimal creep characteristics at elevated temperatures. This alloy selection ensures consistent electrical conductivity over hundreds of thermal cycles, maintaining stable ground reference under dynamic load variations. The connector’s encapsulated polymer housing is formulated with reinforced polyamide to resist solvents commonly found in professional coatings, providing chemical inertness and structural rigidity. During accelerated life testing, units fitted within simulated spray rigs achieved over 10,000 mating cycles with negligible change in insertion force, demonstrating superior wear resistance. Maintenance crews routinely use the connector alongside the graco paint sprayer pump repair kit to streamline refurbishments, leveraging its modular design for rapid service turnaround and minimized downtime.
The mechanical configuration of the 111460 Grnd Elec Connector integrates a dual-seal architecture, employing both radial O-rings and radial lip seals to safeguard against ingress of particulates and moisture. Each seal material is selected for UV and solvent resistance, maintaining integrity in harsh spraying environments laden with fine particulate from professional coatings. The connector’s terminal geometry utilizes a barrel-shaped crimp zone to standardize conductor strain relief, reducing fatigue stress at the cable-connector junction. Computational fluid dynamics (CFD) simulations guided the internal flow passages to prevent local overheating during prolonged pump cycles, ensuring uniform thermal distribution. This attention to detail directly supports pump efficiency metrics by reducing energy losses due to localized hotspots and mitigating seal longevity degradation over repeated operation cycles.
Engineered specifically to support a wide range of high-performance coatings applications, the 111460 connector is fully compatible with modern airless sprayer systems and dosing pumps used in both field service and production line environments. In high-pressure filtration circuits where fluid cleanliness is critical, the connector’s low-profile design minimizes flow disruption, enabling consistent filter throughput and reduced maintenance intervals. Field technicians can disassemble and reassemble the connector using standard tooling, leveraging the same workflow applied to graco magnum x7 parts only for seamless integration in multi-component sprayer modules. Periodic inspections focus on verifying seal compression and measuring contact resistance, while replacement of O-rings can be coordinated with routine pump rebuilds. This ensures that safety margins are upheld and system performance aligns with stringent professional coatings quality standards.
Incorporating the 111460 Ground Electrical Connector within any advanced spray system delivers measurable improvements in operational reliability and safety. The connector’s precision alignment features guarantee consistent mating, reducing misalignment wear that can compromise seal longevity and elevate contact resistance over time. When deployed in conjunction with high-pressure fluid filtration and precision dosing modules, it supports enhanced pump efficiency by minimizing electrical noise and maintaining a stable ground plane. Maintenance protocols recommended by system integrators include periodic cleaning of conductor surfaces and verification of seal condition to sustain optimal performance. This level of component engineering ensures longevity in demanding industrial environments and reinforces quality control standards necessary for professional coatings applications.
Subscribe to our newsletter to get exclusive discounts and new theme launches right in your inbox.
You may unsubscribe at any moment. For that purpose, please find our contact info in the legal notice.
