Porter-Cable D24225-049-2 Motor Pulley/Flywheel Alignment, Air compressor Head Bolts Torquing

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Motor Pulley/Flywheel Alignment

NOTE: Once the motor pulley has been moved from its factory set location, the grooves of the flywheel and pulley must be aligned to within 1/16" to prevent excessive belt wear.

The air compressor flywheel and motor pulley must be in-line (in the same plane) within 1/16" to assure belt retention within flywheel belt grooves. To check alignment, perform the following steps:

1.Turn air compressor off, lock out the power supply, and relieve all air pressure from the air tank.

2.Remove belt guard

3.Place a straightedge against the outside of the flywheel and the motor drive pulley.

4.Measure the distance between the edge of the belt and the straightedge at points A1 and A2 in figure. The difference

between measurements should be no more than 1/16".

5.If the difference is greater or less than 1/16" loosen the set screw holding the motor drive pulley to the shaft and adjust the pulley’s position on the shaft until the A1 and A2 measurements are within 1/16" of each other.

6.Tighten the motor drive pulley set screw. See Parts manual for torque specifications.

7.Visually inspect the motor drive pulley to verify that it is perpendicular to the drive motor shaft. Points B1 and B2 of Figure should appear to be equal. If they are not, loosen the setscrew of the motor drive pulley and equalize B1 and B2, using care not to disturb the belt alignment performed in step 2.

8.Retighten the motor drive pulley setscrew. See Parts manual for torque specifications.

9.Reinstall belt guard.

Air Compressor Pump Intake and Exhaust Valves

Once a year have a Trained Service Technician check the air compressor pump intake and exhaust valves.

Inspect Air Lines and Fittings for Leaks

1.Turn air compressor off, lock out the power supply, and relieve all air pressure from the air tank.

2.Apply a soap solution to all air line fittings and connections/piping.

3.Correct any leaks found.

IMPORTANT: Even minor leaks can cause the air compressor to overwork, resulting in premature breakdown or inadequate performance.

Air compressor Head Bolts - Torquing

The air compressor pump head bolts should be kept properly torqued. Check the torques of the head bolts after the first five hours of operation. Retighten if necessary. See Parts manual for torque specifications.

D24225

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Contents Instruction Result in death or serious injury Minor or moderate injury Safety Guidelines DefinitionsImportant Safety Instructions Death or serious injuryHazard Risk of Explosion or FireRisk of Bursting Risk from Flying ObjectsRisk of Electrical Shock Risk to BreathingRisk of Burns Risk from Moving PartsRisk of Falling Glossary SpecificationsAccessories Duty CycleUnpacking AssemblyTools Required for Assembly To Add Oil To PumpLocation of the Air Compressor InstallationTo Install Air Filter Anchoring of the Air CompressorWiring Instructions Grounding InstructionsAir Distribution System Typical Compressed AIR Distribution System Know Your Air Compressor Description of Operation On/Auto/Off Switch Turn this switchOperation Cooling System not shown This compressorHow to Stop How to Use Your UnitBefore Starting Break-in Procedure Check Valve Pressure ReleaseHow to Start Before Each Start-UpMaintenance To Check Safety ValveCustomer Responsibilities Checking To Drain TankOil ChangingAir Filter Inspection and Replacement Belt ReplacementAdjusting Belt Tension Inspect Air Lines and Fittings for Leaks Motor Pulley/Flywheel AlignmentAir Compressor Pump Intake and Exhaust Valves Air compressor Head Bolts TorquingPressure Check Service and AdjustmentsTo Replace or Clean Check Valve Relief Tube ValveAdditional Service MotorScrewdriver Storage Troubleshooting Pressure reading Problem Cause Correction Problem Cause Correction Limited Warranty This Warranty is not Transferable and does not CoverManual de Moderadas Definiciones DE Normas DE SeguridadResultar en lesiones menores o Lesiones seriasInstrucciones Importantes DE Seguridad Peligro Riesgo DE Explosión O IncendioPeligro Riesgo DE Explosión Peligro Riesgo DE Objetos Arrojados POR EL AirePeligro Riesgo DE Descarga Eléctrica Peligro Riesgo DE InhalaciónPeligro Riesgo DE Caida Peligro Riesgo DE QuemadurasPeligro Riesgo DE Partes Móviles PeligroCiclo DE Servicio EspecificacionesGlosario AccesoriosHerramientas necesarias para el ensamble EnsambladoDesembalaje Para agregar aceite a la bombaUbicación del compresor de aire InstalaciónEnsamblaje del Filtro de air Anclaje del compresor de aireSistema de distribución de aire Instrucciones para la conexión eléctricaInstrucciones Para Conectar a Tierra De compresores de aire, cabezales o cilindrosSistema Típico DE Distribución DE Aire Descripción de operaciones OperaciónConozca su compresor de aire Interruptor On/Auto/Off Mueva esteCómo detenerla Cómo utilizar su unidadAntes de poner en marcha Procedimiento para el asentamientoAntes de cada puesta en marcha Cómo poner en marchaCómo verificar la válvula de seguridad MantenimientoResponsabilidades del cliente Riesgo de su ruptura o explosiónVerificación Cómo drenar el tanqueAceite CambioFiltro de Aire Inspección y reemplazo Correa ReemplazoRegulación de la Tensión de la Correa Polea y volante Alineación Tornillos del cabezal del compresor de aire. TorqueTubo aliviador Válvula Servicio Y AjustesPara reemplazar o limpiar la válvula de retención ReguladoraDestornillador MotorServicio Adicional En posición abierta nada es visibleAlmacenaje Aire, originando un riesgo de ruptura de sus paredesGuía DE Diagnóstico DE Problemas La lectura de la Es normal que ocurra algún Problema Causa Corrección Regulación de la tensión de la Porter-Cable Corporation Manuel dinstructions Ou la mort Mesures DE Sécurité DéfinitionsConsignes DE Sécurité Importantes MoyennesConserver CES Directives Risque D’EXPLOSION OU D’INCENDIERisque D’ÉCLATEMENT Risque DE Projection D’OBJETSRisque DE Choc Électrique Risque PAR InhalationRisque DE Brûlures Risque Relié AUX Pièces MobilesRisque DE Chute Lexique Cycle DE ServiceAccessoires No de modèleDéballage AssemblageOutils requis pour lassemblage Parce que le compresseur dair aura tendance à basculerAncrage du compresseur dair Emplacement du compresseur dairInstallation du filtre à air Non fourniSystème de distribution dair Directives de câblageDirectives DE Mise À LA Terre Têtes et les cylindresSystème DE Distribution Dair Typique Utilisation Familiarisez-vous avec votre compresseur dairDescription du fonctionnement Arrêt de lappareil Utilisation de lappareilAvant le démarrage Procédures de rodageAvant chaque mise en marche Mise en marcheResponsabilités du consommateur EntretienVérification de la soupape de sûreté Explosion du réservoir à airVérification Vidange du réservoirHuile ChangementFiltre à air Inspection et remplacement Courroie RemplacementRéglage de tension de la courroie Alignement de la poulie motorisée/du volant Boulons de la tête du compresseurTube de Clapet Remplacement ou nettoyage de la soupapeRéparations ET Réglages DétenteService d’entretien additionnel MoteurTournevis En position fermée, le disque est visible Rangement Dépannage Problème Cause CorrectifAccessoires Exigences en air Le moteur ne Bruit de Garantie Limitée D24225 D24225

D24225-049-2 specifications

The Porter-Cable D24225-049-2 is a versatile tool designed for professionals and DIY enthusiasts alike. Built with durability and performance in mind, this product is widely recognized for its excellent features and advanced technology, making it a popular choice for a variety of applications.

One of the standout characteristics of the D24225-049-2 is its robust 2.5-inch stroke length, which ensures deep material penetration and effective cutting. The tool is equipped with a high-performance motor that delivers consistent power, enabling it to handle tough materials with ease. Its variable speed settings allow users to make adjustments based on the specific requirements of their projects, ensuring optimal results whether cutting through wood, metal, or plastic.

The design of the Porter-Cable D24225-049-2 offers user convenience and comfort. Its lightweight yet sturdy construction ensures that users can handle the tool easily without experiencing fatigue during extended use. Additionally, the ergonomic grip provides exceptional control, enhancing precision when maneuvering through intricate cuts.

In terms of technology, the D24225-049-2 incorporates a quick-change blade system, enabling users to swiftly swap out blades without the need for additional tools. This feature streamlines the workflow, allowing for seamless transitions between different cutting tasks. Compatibility with a wide range of blade styles further increases the tool’s versatility, making it suitable for a broad spectrum of materials and applications.

Safety is also a priority in the design of the D24225-049-2. The tool is equipped with safety features that minimize risks during operation, ensuring that users can work confidently. The inclusion of a pivoting shoe enhances stability while cutting, allowing for better control and improved accuracy.

Furthermore, the Porter-Cable D24225-049-2 is engineered for long-lasting performance, with quality materials that withstand wear and tear. Maintenance is simple, making it easy for users to keep the tool in peak condition.

In summary, the Porter-Cable D24225-049-2 combines power, precision, and practicality in a single package. With its advanced features, user-friendly design, and reliable performance, it is a valuable addition to any tool collection, capable of tackling a variety of projects, from woodworking to metalworking and beyond. Whether you are a professional tradesperson or a hobbyist, this tool is likely to meet and exceed your expectations.
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