PRISES DE SORTIE DE LIGNE G/D

Cette chane stereo possede des prises de SORTIE DE LIGNE G/D qui vous permettent d'enregistrer le son de la radio ou du tourne-disque de cette chane sur un dispositif d'enregistrement externe tel qu'une platine a cassette, un mini-disque, etc.

Raccordez les prises de SORTIE DE LIGNE G/D de cette chane aux prises d'entree d'enregistrement de votre dispositif d'enregistrement externe. Les cables de raccord ne sont pas inclus.

Afin d'effectuer des raccords adequats et garantir un bon fonctionnement, consultez les instructions incluses avec votre dispositif d'enregistrement externe. Utilisez la radio ou le tourne-disque de cette chane selon les instructions de ce guide. La radio ou le tourne-disque sera enregistre directement sur votre dispositif externe.

LINE OUT

R L

PHONES

Prises de SORTIE DE

LIGNE G/D

Prise de CASQUE D'ECOUTE

Utiliser un casque d'ecoute stereo (non inclus)

Raccordez un casque d'ecoute stereo dote d'une mini fiche de 3,5 mm dans la prise PHONES situee sur le panneau arriere.

Avant de mettre le casque d'ecoute sur la tete, reglez toujours la commande de MISE HORS FONCTION/VOLUME a un niveau bas. Ensuite, mettez le casque d'ecoute et augmentez graduellement le volume jusqu'a ce que vous obteniez un niveau d'ecoute confortable. Les haut-parleurs integres se mettent automatiquement hors fonction lorsque vous raccordez un casque d'ecoute dans la prise de CASQUE

D'ECOUTE.

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Emerson NR101TTC owner manual Prises DE Sortie DE Ligne G/D, Prises de Sortie DE

NR101TTC specifications

The Emerson NR101TTC is a cutting-edge pressure transmitter that seamlessly integrates advanced technology with user-friendly features to meet various industrial applications. This versatile device is designed to provide accurate and reliable pressure measurement, making it ideal for use in oil and gas, chemical processing, and water treatment industries, among others.

One of the standout features of the Emerson NR101TTC is its exceptional accuracy. With a high-performance sensor and advanced signal processing, it can maintain accuracy even in challenging environments. The device offers a wide range of measurement capabilities, from absolute to gauge pressure, ensuring that it meets the diverse needs of different processes.

The NR101TTC utilizes sophisticated digital technology to deliver enhanced performance. Its built-in diagnostics capabilities allow for real-time monitoring of sensor health, providing alerts for issues such as drift or malfunction. This proactive approach to maintenance not only ensures reliability but also minimizes downtime, ultimately leading to cost savings for operators.

Another remarkable aspect of the NR101TTC is its robust construction. It is designed to withstand harsh industrial environments, with a durable housing that is resistant to corrosion and mechanical stress. This ruggedness extends the lifespan of the device and ensures consistent performance over time, even in challenging conditions.

User-friendly features also set the Emerson NR101TTC apart from its competitors. The device features an intuitive interface that simplifies configuration and calibration processes. Additionally, it supports various output signals, including 4-20 mA, which enhances compatibility with existing control systems.

The NR101TTC is also equipped with advanced communication options, such as HART protocol, enabling seamless integration into modern digital control and monitoring systems. This capability not only enhances connectivity but also allows for easy data sharing, analysis, and remote access, driving operational efficiency.

In summary, the Emerson NR101TTC pressure transmitter combines high accuracy, robust construction, and advanced digital technologies to deliver exceptional performance in a wide range of applications. Its user-friendly features, along with excellent diagnostic capabilities, make it a reliable choice for industries looking to improve their process control and monitoring systems. The NR101TTC is an exemplary model of Emerson’s commitment to innovation and quality in pressure measurement technology.