T4751 | Delta T2751 specs

6	A.	T4751
		2
		1

B.	T4751
	1
	3
	2

For Model T4751 Only

A.Pull hose (1) to its farthest extension and point it down into the tub. Pull the lift rod (2) up to the full on position and flush water lines for one minute. After flushing turn off water at the bath valve handles. Return the lift rod to the down position.

B.Attach hand piece (1) to hose (2) with gasket (3) between connection. Refer to maintenance section (page 4) for correct diverter and lift rod function.

Sólo para los Modelo T4751

A.Hale la manguera (1) a lo máximo que se pueda extender y diríjala hacia abajo en la bañera. Hale la barrita de alzar (2) a la posición completamente abierta y deje correr el agua por las líneas por un minuto. Después de dejar correr el agua cierre el agua con las manijas de la válvula de la bañera. Coloque la barrita de alzar en su posición normal.

B.Conecte la pieza de mano (1) a la manguera (2) con el empaque (3) entre la conexión. Vea la sección de mantenimiento (Página 4) para obtener la función correcta del desviador y el de la barrita de alzar.

Modèle T4751 seulement

A.Tirez sur le tuyau souple (1) pour le sortir entièrement et pointez-le vers le bas dans le bain. Tirez sur la tirette (2) pour l’amener en position d’ouverture maximale et laissez couler l’eau une minute. Tournez ensuite les poignées du robinet de baignoire pour les amener en position de fermeture. Ramenez la tirette à sa position normale.

B.Fixez la douche à main (1) au tuyau souple (2) après avoir placé le joint (3) dans le raccord. Consultez la section Entretien à la page 4 au besoin pour ce qui concerne le fonctionnement de la dérivation et de la tirette.

8	53405 Rev. E

T4751, T2751 specifications

The Delta T2751 and T4751 are advanced temperature controllers designed to provide precise temperature management for a variety of industrial and commercial applications. These devices are known for their robustness, versatility, and user-friendly interfaces, making them essential tools for engineers and technicians in fields such as manufacturing, HVAC, and process control.

One of the main features of the Delta T2751 and T4751 is their ability to offer accurate temperature regulation across a wide range of environments. The controllers are equipped with high-resolution sensors that ensure a quick response time and reliable performance. This accuracy is crucial for processes that require precise thermal management to ensure product quality and operational efficiency.

Both models are designed with advanced PID (Proportional-Integral-Derivative) control algorithms. This technology allows for smooth and stable temperature control by continuously adjusting the output based on real-time readings. Additionally, users can fine-tune the PID parameters to suit specific applications, enhancing control precision and minimizing overshoot.

Another characteristic that sets the Delta T2751 and T4751 apart is their comprehensive communication capabilities. They support a variety of communication protocols, including Modbus, Ethernet, and RS-485, which enables seamless integration into existing automation systems. This connectivity helps facilitate remote monitoring and control, allowing operators to manage devices from a distance and enhance overall operational efficiency.

User-friendliness is a significant focus in the design of these controllers. Both models feature intuitive interfaces with clear LCD displays that provide real-time data and easy navigation through menus. This simplicity reduces training time for operators and minimizes the chances of operational errors.

For increased flexibility, the Delta T2751 and T4751 come with customizable input and output options. They can handle multiple input types, including thermocouples and RTDs, offering greater versatility for diverse applications. The output options vary as well, allowing users to choose between relay, SSR, or voltage outputs based on their specific requirements.

In summary, the Delta T2751 and T4751 temperature controllers are sophisticated devices that combine accuracy, advanced technology, and user-friendly design. Their robust capabilities make them ideal for industries where precise temperature control is critical, ensuring optimal performance and reliability in various applications.