Emerson 52844, 63802, 32844 specification

Using screws, secure one end of sliding rod with FRONT hole in one bracket. Repeat for opposite side of sliding rod in opposite FRONT hole of bracket.

Fixer une extrémité de la tige coulissante au trou AVANT du support à l’aide des vis. Répéter pour le côté opposé de la tige coulissante dans le trou AVANT opposé du support.

Utilizando tornillos, asegure cada extremo de la barra deslizante con el agujero FRONTAL en un soporte. Repita esto con el lado opuesto de la barra deslizante en el agujero FRONTAL opuesto del soporte.

NOTE: There are three back holes of the shoe brackets. This allows adjustability to fit different size shoes. In general, choose the hole closest to the front for childrens' shoes; the hole in the center for ladies' shoes; and, the hole closest to the back for mens' shoes.

Depending on the desired depth of the shoe rack, select which of the BACK holes to mount rear sliding rod to and secure with screws through each bracket.

REMARQUE : Il y a trois trous à l’arrière du support à souliers. Cela permet d’ajuster le support pour convenir à des souliers de différentes tailles. En général, choisir le trou le plus près de l’avant pour les souliers d’enfants, le trou du centre pour les souliers de femmes et le trou arrière pour les souliers d’hommes.

Selon la profondeur désirée du support à souliers, sélectionner quel trou ARRIÈRE servira à installer la tige coulissante et fixer avec vis à travers chaque support.Utilizando tornillos, asegure cada extremo de la barra deslizante con el agujero FRONTAL en un soporte. Repita esto con el lado opuesto de la barra deslizante en el agujero FRONTAL opuesto del soporte.

NOTA: Hay tres agujeros traseros en los soportes para zapatos. Esto permite

adaptarlos a diferentes tamaños de zapatos. En general, elija el agujero más cercano al frente para zapatos de niños; el agujero en el centro para zapatos de damas y el agujero más cercano a la parte trasera para zapatos de hombres.

Teniendo en cuenta la profundidad deseada para el organizador de zapatos, seleccione en cuál de los agujeros TRASEROS instalará la barra deslizante trasera y asegúrela con tornillos en cada soporte.

Grasp assembled shoe rack and align with pre-installed standards. Hook each shoe bracket to INSIDE slots on standards as shown. Be sure both the large and small hook fit into slots properly.

Saisir le support à souliers assemblé et aligner aux rails verticaux déjà installés. Accrocher chaque support à souliers aux fentes situées à l’INTÉRIEUR des rails verticaux, tel qu’illustré. S’assurer que le petit et le gros crochet s’ajustent adéquatement dans les fentes.

Alinee el organizador de zapatos armado con los rieles verticales instalados previamente. Enganche cada soporte para zapato DENTRO de las ranuras de los rieles verticales tal como se muestra. Asegúrese de que tanto el gancho grande como el pequeño calcen correctamente en las ranuras.

Repeat steps 1-4 for second shoe shelf assembly.?

Répéter les étapes 1 à 4 pour fixer le second support à souliers.

Repita los pasos 1 a 4 para el segundo ensamblaje del organizador de zapatos.

32844, 52844, 2844, 63802 specifications

Emerson is a global leader in technology and engineering, renowned for its innovative solutions across various sectors. Among its extensive product range, the Emerson 52844, 63802, 32844, and 2844 models stand out due to their unique features and advanced technologies. These products are designed to optimize performance, enhance efficiency, and ensure reliability in a variety of applications.

The Emerson 52844 model boasts cutting-edge technology, enhancing process control and automation. It features a robust design, ideally suited for industrial environments. The unit includes advanced diagnostics capabilities, enabling predictive maintenance which reduces downtime significantly. With flexibility in configuration, the 52844 can be tailored to meet diverse operational needs while maintaining high performance standards.

The Emerson 63802 can be highlighted for its user-friendly interface and integration capabilities. This model supports seamless connectivity with existing systems, allowing for real-time data exchange and reporting. Its scalable architecture enables users to expand functionalities as required, making it an ideal choice for growing operations. Notably, the 63802 focuses heavily on energy efficiency, employing smart algorithms that optimize resource consumption while ensuring operational excellence.

The Emerson 32844 model is recognized for its ruggedness and adaptability. It is equipped with advanced sensing technologies that provide accurate measurements in harsh conditions. With a high degree of durability, this model excels in industries such as oil and gas, pharmaceuticals, and chemical processing. The 32844 also features an intuitive calibration process, allowing for quick adjustments to maintain precision over time.

Lastly, the Emerson 2844 model is renowned for its compact design and versatility. It is particularly suitable for space-constrained applications without sacrificing functionality. The 2844 integrates seamlessly into existing workflows, enhancing overall system performance. With an emphasis on safety features, this model ensures that operators can manage risks effectively while maintaining compliance with industry standards.

In conclusion, Emerson’s 52844, 63802, 32844, and 2844 models exemplify the company’s commitment to innovation and quality. Each model caters to specific industry needs with state-of-the-art technology, emphasizing performance, reliability, and user experience. Whether for process optimization or ensuring precision under demanding conditions, Emerson’s offerings continue to set a benchmark in the industry, making them indispensable in modern technological landscapes.