Instructions d’installation

5COMMENT RÉINSTALLER LA PORTE

Retournez la contre-porte et placez-la sur une surface lisse, plane et protégée de sorte que la partie intérieure soit placée vers le bas. Assemblez

le couvercle en chrome sur la contre-porte en

les plaçant l’un contre l’autre. Inversez la porte et procédez à son assemblage en utilisant 7 vis (vis taraudeuses #10 x 1,125 po).

7 x A vis

6COMMENT INVERSER

LES CAPUCHONS ET LA GÂCHE DU PANNEAU AVANT

Retirez les 2 capuchons du panneau avant de la sécheuse, à l’aide d’un couteau à mastic ou de tout autre outil plat comme illustré, et réinstallez-les sur le côté opposé. Pivotez la gâche et son couvercle en retirant 2 vis (vis taraudeuses #8 x 0,625 po) et en les réinstallant sur le côté opposé.

2 Capuchons

Morceau de ruban gommé

Support

de la gâche

REMARQUE : Posez un morceau de ruban gommé sur le côté du capuchon sous lequel la lame du couteau à mastic sera introduite afin d’éviter les rayures.

7COMMENT RÉINSTALLER LA PORTE

Placez la porte sur le panneau avant de la sécheuse, en vous assurant que le loquet est engagé et que la charnière repose dans les deux orifices de l’avant de la sécheuse. Installez

la porte sur la carrosserie avant à l’aide des 2 vis (vis taraudeuses #10 x 0,75 po).

Installez 2 x B les vis

Installez le nouveau couvre-charnière de gauche (de l’ensemble d’inversion) sur la charnière,

en ouvrant la porte de la sécheuse et en vissant le couvre-charnière.

REMARQUE : Conservez les capuchons restants si vous souhaitez inverser la charnière à nouveau.

Couvre- charnière

1 x C Vis pour couvre-charnière

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GE UPVH890 Comment Inverser, Comment Réinstaller LA Porte, LES Capuchons ET LA Gâche DU Panneau Avant

UPVH890 specifications

The GE UPVH890 is a state-of-the-art ultrasound machine that redefines imaging capabilities in the medical field. It is designed for comprehensive diagnostic applications, emphasizing portability, versatility, and advanced imaging technologies. This device stands at the intersection of functionality and user-friendliness, making it a valuable asset in various healthcare settings, from hospitals to outpatient clinics.

One of the main features of the UPVH890 is its lightweight design. Weighing significantly less than traditional ultrasound machines, it offers unparalleled portability, allowing healthcare providers to transport it easily from room to room or even to remote locations. This is particularly advantageous in emergency situations where rapid ultrasound assessments are crucial.

The UPVH890 employs cutting-edge imaging technologies, including advanced three-dimensional and four-dimensional imaging capabilities. These features enable clinicians to visualize complex anatomical structures in real-time, enhancing diagnostic accuracy. The system is equipped with enhanced Doppler imaging, crucial for evaluating blood flow, and provides high-resolution images that aid in better assessment of conditions.

Additionally, the device incorporates artificial intelligence (AI) algorithms, which streamline the workflow and improve image interpretation. The built-in AI assists clinicians by providing automated measurements and suggesting the most likely diagnosis based on the obtained data, ultimately leading to quicker and more accurate patient care.

The UPVH890 also boasts an intuitive touchscreen interface that facilitates easy navigation through various settings and functions. This feature reduces the learning curve for new users and enhances efficiency for experienced operators. The customizable user interface allows healthcare providers to tailor the machine's settings according to their specific preferences and the needs of their patients.

In terms of connectivity, the UPVH890 supports wireless communication, enabling seamless integration with electronic medical record (EMR) systems. This capability ensures that patient information is readily available, promoting coordinated care and efficient follow-up processes.

Overall, the GE UPVH890 ultrasound machine stands out for its innovative features, intelligent technologies, and user-centric design that collectively enhance diagnostic efficiency and patient care. It represents a significant advancement in the field of medical imaging, catering to a wide range of clinical needs while ensuring ease of use and accessibility.