APPLICATION OF SOAP DEGREASER

1.Apply the solution to a DRY work surface. NOTE:

WETTING THE SURFACE FIRST IS NOT RECOMMENDED, AS IT DILUTES THE DETERGENT AND REDUCES ITS CLEANING ABILITY. On a vertical surface, apply horizontally from side to side starting from the bottom to avoid streaking.

2.Allow chemical to remain on the surface for a short time before rinsing

CAUTION: Damage may occur to painted surface if chemical is allowed to dry on the surface. Wash and rinse a small

CAUTION section at a time. Avoid working on hot

surfaces or in direct sunlight.

3.Rinse with clean water under high pressure. On a vertical surface, first rinse from the bottom up, then rinse from the top down. Hold nozzle 6 to 8 inches from the work surface at a 45° angle using the flat spray as a peeling tool rather than a scrub brush.

NOTE: Insure that the chemical injection system is completely clean prior to switching from one chemical to another.

APPLICATION OF LIQUID VEHICLE WAX

1.Immediately after cleaning, apply Pressure Washer Liquid Vehicle Wax using low pressure. Pour wax into chemical solution reservoir.

2.Apply the wax sparingly in an even layer. Apply to wet surfaces from the bottom up for even distribution and to avoid streaking.

3.Rinse off the surplus wax. NOTE – IF SURPLUS WAX IS NOT REMOVED, A HAZY FINISH MAY RESULT.

4.Wipe dry to reduce water spotting.

4.7END OF OPERATION

When you have completed use of the chemical injection system, continue to run in low pressure position and flush clean water through the chemical tank until it is thoroughly cleaned.

NOTE: Failure to clean properly will cause the injection system to become clogged and inoperable.

lStop the unit by pressing to ON/OFF button l Disconnect electrical plug

lTurn off water and depressurize unit by squeezing trigger.

APPLICATION DE SAVON DÉGRAISSANT

1.Appliquer la solution nettoyante sur une surface de travail SÈCHE. REMARQUE : IL EST DÉCONSEILLÉ DE MOUILLER LES SURFACES, CAR LE DÉTERGENT SERAIT ALORS DILUÉ ET SON EFFET DIMINUÉ. Dans le cas d’une surface verticale, appliquer le savon horizontalement d'un côté à l'autre en commençant par le bas afin d’éviter les rayures.

2.Avant de rincer, laisser le produit chimique sur la surface pendant un bref laps de temps.

ATTENTION : Si on laisse sécher le savon, les surfaces vernies ou peintes peuvent être endommagées. Laver et rincer

ATTENTION une petite section à la fois. Éviter de travailler sur des surfaces chaudes ou sous la lumière directe du soleil.

3.Rincer à l’eau propre à haute pression. Sur les surfaces verticales, rincer de bas en haut et inversement. Tenir le gicleur à 15-20 cm (6-8 po) de la surface à traiter et à un angle de 45°, en utilisant le jet turbo comme outil de raclage et non comme une brosse métallique.

REMARQUE : Assurez-vous que le système d’injection chimique est entièrement propre avant de passer d’un produit à un autre.

APPLICATION DE CIRE LIQUIDE POUR VÉHICULES

1.Immédiatement après le lavage, appliquer la cire liquide pour véhicules, en utilisant la basse pression. Versez de la cire dans le réservoir de produit chimique.

2.Appliquer la cire avec parcimonie en une couche uniforme. Appliquer, sur les surfaces mouillées, du bas vers le haut afin d’obtenir une distribution uniforme et d’éviter les rayures.

3.Éliminer l’excédent de cire. REMARQUE : SI L‘EXCÉDENT DE CIRE N‘EST PAS ÉLIMINÉ, LE RÉSULTAT OBTENU EST OPAQUE.

4.Sécher en essuyant afin de réduire les traces d’eau.

4.7FIN DE L'UTILISATION

Lorsque l’utilisation du système d’injection de produit chimique est terminée, faire fonctionner l’appareil, toujours à basse pression, et faire passer de l’eau propre dans le tuyau pour un nettoyage complet.

REMARQUE : À défaut de faire un nettoyage complet, le système d'injection s'obstruera et deviendra inutilisable.

lArrêter l’appareil en appuyant sur la touche mar-

che/arrêt

lDébrancher la prise électrique

lFermer l’eau et dépressuriser l’appareil en appuyant sur la gâchette

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Husky 1750 PSL Application of Soap Degreaser, Application of Liquid Vehicle WAX, END of Operation, FIN DE Lutilisation

1750 PSL specifications

The Husky 1750 PSL is a high-performance injection molding machine that caters to the needs of various industries, including automotive, consumer goods, and medical applications. Known for its reliability and superior precision, the Husky 1750 PSL is engineered to deliver consistent results, ensuring that manufacturers achieve their production targets efficiently.

One of the standout features of the Husky 1750 PSL is its robust clamping system. The machine utilizes a patented hydraulic design that provides exceptional clamping force, which is essential for maintaining part quality during the molding process. This ensures that the molded components have tight tolerances and are free from defects, critical for industries requiring high precision.

The injection unit of the Husky 1750 PSL is designed for high-speed performance, allowing for rapid cycle times without compromising on quality. This is made possible through advanced injection technologies that optimize melt flow and pressure. The machine can handle a variety of materials, from standard thermoplastics to specialized resins, making it versatile for different applications.

An important aspect of the Husky 1750 PSL is its user-friendly interface. The advanced control system features a touchscreen display that allows operators to monitor and adjust machine parameters easily. Real-time data analytics enable predictive maintenance, reducing downtime, and enhancing productivity. This is particularly beneficial in high-demand manufacturing environments where efficiency is key.

Energy efficiency is another significant characteristic of the Husky 1750 PSL. The machine is designed to minimize energy consumption while maximizing output. Its integrated design reduces the overall footprint of the system, making it suitable for facilities with space constraints. Additionally, the machine is optimized for low noise operation, contributing to a better working environment.

Durability and reliability are inherent to Husky’s design principles. The components used in the Husky 1750 PSL are built to withstand the rigors of continuous operation, ensuring a longer lifespan and lower maintenance costs. Companies investing in this machine benefit from reduced operating expenses over time.

In conclusion, the Husky 1750 PSL epitomizes innovation in the field of injection molding technology. With its combination of precision, efficiency, and user-friendly features, it provides manufacturers with the tools they need to succeed in a competitive landscape. This machine not only enhances production capabilities but also supports sustainability initiatives through its energy-efficient design.