INICIE AQUÍ

1 PREPARACIÓN

A Mínimo requerido a partir del centro del orificio hasta la pared

334" (9.5 cm)

Grosor máximo de la cubierta

(profundidad)

2" (5 cm)

Identificar la ubicación para el surtidor.

Verificar para asegurarse que haya el espacio libre adecuado para que la manija del surtidor abra completamente.

Verificar para asegurarse que la cubierta no sea demasiado delgada.

Asegurarse que haya bajo el fregadero un tomacorriente eléctrico con conexión a tierra.

El tomacorriente de pared que suministre energía a su surtidor debe contar

continuamente con energía y debe llevar fusibles. No debe estar controlado por el

mismo interruptor de pared que opera su surtidor.

B

Si tiene que perforar el fregadero o cubierta

quizá necesite rentar o comprar las

herramientas apropiadas.

Cierre el suministro de agua.

Si va a usar el orificio de la manguera del aspersor del fregadero, quite la tuerca que está conectada a la manguera del aspersor en la parte inferior del grifo.

Con una llave inglesa, quite la tuerca que conecta la brida de la arandela del aspersor en el orificio del aspersor.

Tape la abertura de la manguera con un tapón de 1/8" o con una tapa de 1/4" (no se incluyen).

C

Diámetro requerido del orificio

138" (35 mm)

Consulte a un profesional antes de perforar una superficie que no sea acero inoxidable.

¿Qué sucede si no tiene un orificio para el aspersor o si no desea usarlo?

Muchos propietarios reemplazan el

surtidor de jabón del fregadero por un surtidor de agua caliente al instante.

Si perfora un orificio en una taja o cubierta de acero inoxidable, puede cortar un orificio de montaje para el surtidor con una broca corta-círculos para acero inoxidable, o puede usar un punzonador.

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Emerson Hot1 manual Preparación, Mismo interruptor de pared que opera su surtidor, Muchos propietarios reemplazan el

Hot1 specifications

The Emerson Hot1 is a cutting-edge thermal imaging solution that redefines the standards of temperature measurement in industrial applications. Tailored for maintenance teams and facility managers, it offers a comprehensive suite of features and technologies that enhance operational efficiency and safety.

One of the standout features of the Hot1 is its exceptional thermal sensitivity, which allows users to detect minor temperature variations. This sensitivity is critical for identifying potential problems in equipment before they escalate into costly failures. With a temperature measurement range of -20°C to 1200°C, the Hot1 is versatile enough to be used in various environments, from electrical inspections to mechanical systems.

The Emerson Hot1 incorporates advanced imaging technology, providing users with crisp, high-resolution thermal images. The integration of a robust, built-in camera enables users to capture both thermal and visual images simultaneously, allowing for detailed documentation and precise analysis. This dual-image capability is ideal for thorough reporting, ensuring that stakeholders are well-informed about the state of equipment.

One of the key technologies behind the Hot1 is its predictive maintenance capability. By continuously monitoring temperature data, the device enables users to implement a proactive maintenance strategy. This minimizes downtime and maximizes productivity by addressing issues before they become critical failures. Furthermore, the Hot1’s integrated data logging feature allows users to store and analyze historical temperature trends, offering insights into equipment performance over time.

User-friendly design is another hallmark of the Emerson Hot1. Its intuitive interface simplifies operation, making it accessible for both seasoned professionals and newcomers. The ergonomic design ensures comfort during extended use, and the lightweight construction enhances portability.

Additionally, the Hot1 is equipped with connectivity options, including Wi-Fi and Bluetooth, allowing for seamless integration with mobile devices and computers. Users can quickly upload images and data for remote analysis, further facilitating collaboration and decision-making.

In summary, the Emerson Hot1 thermal imaging device stands out for its combination of high sensitivity, advanced imaging technology, and predictive maintenance capabilities. Its user-centric design and connectivity options make it an invaluable tool for industries seeking to enhance their maintenance strategies, improve safety, and reduce operational costs. The Emerson Hot1 is a testament to innovation in thermal imaging, setting a new benchmark for reliability and performance.