The Graco 114169 Cup Beaker is designed for seamless integration with various equipment, optimizing spray performance and material transfer. Engineered with high-precision materials, this beaker supports efficient mixing and dispensing for demanding applications like airless sprayer setups. Its transparent construction allows instant visual monitoring, ensuring accurate fluid levels at all times. The robust design withstands frequent cleaning and exposure to solvents without compromising clarity.
Ideal for professionals in automotive, industrial, or architectural projects, this cup beaker enhances consistency when working with professional coatings. Incorporating advanced high-pressure filtration compatibility, it delivers contamination-free results and reliable performance under rigorous conditions. Elevate your workflow with this essential accessory.
$12.43Covering the technical and functional aspects of the Graco 114169 Cup Beaker used in precision fluid delivery systems, this analysis delves into its application-specific design features and operational parameters. With a compact form factor measuring 4.8 in. in height and 0.6 in. in diameter, the cup offers a nominal capacity of 10 mL with volumetric tolerances controlled to ±0.1 mL. This component is engineered to interface seamlessly with fluid circuits in airless sprayer modules and closed-loop recirculation systems under variable temperature conditions. Its standardized flange geometry and low-profile mounting ensure minimal dead volume, while thermal expansion coefficients of 8×10⁻⁵ /°C maintain dimensional stability across a broad temperature range from 0 °C to 80 °C, supporting both laboratory-scale research and high-throughput production lines.
The cup beaker features injection-molded walls with a uniform 1.2 mm thickness to maintain structural rigidity under dynamic pressure changes and mitigate warping. Integration with quick-connect fittings provides a leak-resistant interface, bolstered by a proprietary seal groove design that enhances seal longevity and supports radial O-rings sized 1.78×1.78 mm. Engineers can exploit the standard 25 mm flange footprint to retrofit this component into existing spray manifolds without adaptors. Internal laser-etched calibration marks support volumetric accuracy for small batch mixing and color matching, crucial when dispensing professional coatings whose pigment concentrations demand repeatable measurement within ±0.5% error margins. The matte exterior finish improves mechanical grip during manual operation. The mold cycle time has been optimized to under 30 seconds per shot, ensuring consistent part quality, while an ISO 286 tolerance class H7 for the mounting bore guarantees repeatable alignment when interfaced with robotic end-effectors.
Constructed from high-grade polypropylene copolymer with a melt flow index of 5 g/10 min, the 114169 Cup Beaker withstands exposure to aggressive solvents, resins, and catalysts commonly used in industrial coatings and sealants. The polymer selection offers excellent fatigue resistance under cyclic pressurization, reducing microfracture risk over >1,000,000 duty cycles. A UV stabilizer additive resists photodegradation, while pH tolerance ranging from 2 to 12 assures compatibility with acidic and alkaline formulations. Material certifications include compliance with ASTM D638 tensile standards and ANSI/NSF chemical resistance protocols. The smooth interior finish minimizes fluid adhesion and eases cleaning between runs, while the external ripple pattern enhances user handling under wet conditions.
Engineered for operation at elevated pressures typical in modern coating applications, the beaker interfaces with equipment supporting high-pressure filtration stages and inline mixing assemblies. It tolerates differential pressures up to 150 psi (10.3 bar) without geometric distortion, and its dynamic flow response maintains laminar conditions up to 2 L/min. Lifecycle testing confirms over 500,000 actuation cycles with no measurable deformation. Maintenance cycles benefit from the smooth internal bore, which simplifies flushing procedures and mitigates cross-contamination risks between formulations. Routine inspections focus on detecting crazing or discoloration, indicators of polymer fatigue. The modular design expedites part swap-out, minimizing downtime in continuous-production environments where throughput and fluid purity are paramount.
Designed to integrate with Graco pump heads, diaphragm pumps, and modular manifold systems, the 114169 Cup Beaker facilitates seamless fluid transfer in automated coating lines, chemical dosing setups, and laboratory reactors. Precision-machined interfaces align with standard O-ring grooves, ensuring leak-free sealing even under thermal cycling from –20 °C to 80 °C. When paired with servo-driven piston pumps or gear pumps, the component contributes to high volumetric repeatability and flow stability across varying viscosities. Corrosion-resistant materials reduce maintenance overhead when processing acidic or alkaline formulations, and the thin-wall cup design allows effective vacuum-assisted degassing to eliminate entrapped air prior to metering stages. Integration with programmable logic controller systems enables real-time monitoring of fluid levels and event triggering.
The 114169 Cup Beaker undergoes rigorous quality control procedures including dimensional inspection via coordinate measuring machines (CMM) to verify critical tolerances and burst pressure testing to validate structural integrity beyond operational limits. Each production batch is certified to ISO 9001 standards, with process capability (Cpk) studies confirming repeatability. Chemical resistance is assessed per ASTM D543 protocols. Serial traceability is maintained through laser-etched barcodes to support validation requirements. These measures ensure compliance with stringent performance criteria for high-precision industrial applications and contribute to long-term reliability under continuous operating conditions.
To maximize service life, periodic inspection and cleaning protocols should include controlled solvent rinses and visual examination of the mounting flange and seal interface. Avoid exposure to temperatures above 80 °C and chemical concentrations outside pH 2–12 to preserve integrity. Calibration routines can leverage the transparent body for optical level detection in automated metering stations, with traceability supported by laser-etched serial codes. Field engineers will appreciate the component’s lightweight design and universal applicability across multiple Graco and third-party dispensing platforms. This profile demonstrates how the 114169 Cup Beaker delivers consistent metering accuracy, pump efficiency, and integration flexibility for advanced industrial fluid handling systems.
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