The Graco 15E996 Spacer Wheel is engineered to deliver precise support for spray equipment, enhancing stability during application of professional coatings and ensuring smooth operation in demanding environments. Designed as a essential upgrade for any contractor seeking reliable performance, this spacer wheel integrates seamlessly with Graco spray guns, promoting efficient fluid flow and consistent finish quality. Optimized for airless sprayer systems, it works in harmony with high-pressure filtration setups to maintain peak efficiency and protect critical components.
Crafted from robust, lightweight materials, the Graco 15E996 Spacer Wheel provides unmatched durability without adding unnecessary bulk. Precision-machined dimensions ensure perfect alignment and reduce equipment vibration, resulting in smoother application and reduced operator fatigue. This OEM-grade component meets stringent quality standards, delivering long-term reliability under heavy use. With the ability to handle demanding fluids and compatibility with professional coatings workflows, this spacer wheel is an indispensable part of any high-performance spray setup.
$10.42Introducing the Graco 15E996 spacer wheel, a precision-engineered accessory designed to optimize alignment and mechanical stability in Graco pump assemblies. Manufactured to tolerances of ±0.001 inches, this component ensures uninterrupted fluid flow under high loads and temperature variations. At only 0.001 pounds and measuring 0.45 × 0.7 × 0.6 inches, its minimal mass and compact form factor contribute to rapid cycle times within rotary housings. Engineers integrate this spacer wheel in industrial-grade airless sprayer units to maintain consistent spray patterns and extend seal service life, even when working with high-viscosity or abrasive professional coatings.
Within industrial fluid delivery systems, the Graco 15E996 spacer wheel plays a pivotal role in mechanical synchronization and volumetric precision. By establishing accurate gap control between rotating elements, it minimizes radial runout and uneven wear patterns, directly enhancing pump efficiency and preserving seal longevity under demanding operational cycles. Integration with specialized roller housings supports multi-stage pressure modulation and rapid reciprocation rates, ensuring stable fluid dynamics for a range of professional coatings, from thin solventborne finishes to heavy epoxy formulations requiring tight dimensional control. Supporting pressures up to 4500 psi, it resists cyclical fatigue in both piston and diaphragm pumps.
Constructed primarily from aerospace-grade 6061-T6 aluminum, the Graco 15E996 spacer wheel balances lightweight design with exceptional tensile strength. The alloy undergoes secondary anodization to achieve a hard, wear-resistant oxide layer, providing superior corrosion protection in solvent-rich environments. Mating surfaces feature precision-ground finishes to maintain concentricity within 0.0005 inches, reducing the risk of particulate generation and seal abrasion. Optional stainless steel inserts enhance load distribution in high-temperature or chemically aggressive applications. This engineered material combination ensures extended operational life, contributing to predictable maintenance cycles and improved seal longevity across both stationary and mobile spraying platforms.
In laboratory and field tests, the 15E996 spacer wheel consistently meets stringent performance targets. Its runout tolerance is verified at ≤0.001 inches using high-resolution laser metrology, ensuring stable rotational dynamics at speeds exceeding 4000 RPM. Cycle testing under 3000 psi back-pressure simulates over one million actuations without measurable degradation in dimensional stability. Vibration analysis confirms minimal modal resonance modes below 1.2 g at operational frequencies. Each unit is verified for concentric load capacity above 5000 pounds before release. The adherence to rigorous quality protocols substantiates the spacer wheel’s role in enhancing pump efficiency and facilitating consistent coating deposition.
Proper installation of the 15E996 spacer wheel begins with clean mating surfaces and the application of high-performance lubricants rated for high-temperature sealing. Align the wheel axially within the housing bore to prevent eccentric loading and premature bearing wear. Tighten set screws to the manufacturer’s specified 8 in-lb torque to maintain consistent gap control during operation. In systems incorporating high-pressure filtration cartridges, the spacer wheel helps maintain stable differential pressures, reducing pulsation effects and filter bypass risks. Routine inspections of surface finish and clearance verify continued operational integrity, supporting predictable maintenance schedules and minimizing unscheduled downtime.
Each Graco 15E996 spacer wheel is manufactured on demand using CNC machining centers with closed-loop control. Following ISO 9001 protocols, production batches undergo dimensional screening, hardness verification, and surface roughness analysis. Traceability is maintained through serialized part marking, enabling precise batch recall and performance tracking. The standard lead time is two weeks, reflecting the custom nature of the component’s engineering validation and finishing processes. A comprehensive inspection report accompanies every unit, detailing concentricity measurements, material certifications, and test results. Graco’s 30-day return policy underscores its commitment to component integrity and customer satisfaction, fostering confidence in critical system performance.
By integrating the Graco 15E996 spacer wheel into precision pump assemblies, engineers achieve enhanced system reliability and optimized mechanical performance. Its meticulously controlled dimensions and robust material properties deliver consistent fluid metering, reduced wear on adjacent components, and extended operational cycles. The spacer wheel’s compatibility with diverse Graco modules—from airless sprayer heads to high-pressure filtration manifolds—reinforces its versatility across coatings application, chemical processing, and industrial maintenance tasks. Designed for use in conjunction with professional coatings equipment and heavy-duty pumping solutions, the 15E996 sets a new benchmark for component-level engineering excellence in fluid delivery systems. When deployed in pump systems subject to frequent start-stop cycles or variable back-pressure scenarios, the spacer wheel stabilizes transient forces and mitigates micro-leak pathways around seals and gaskets. This leads to measurable reductions in fluid loss and maintenance costs over the component life cycle.
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.
