Specifications

PARTIE DU TABLE-TOURNANTE:

Type

Table-tournante

manuel

à transmission

directe

Méthode de transmission

Transmission directe

Moteur

 

Moteur sans

balais

Plateau

Moulé par injection, en aluminium,

 

de 332 mm

(11,5 pouces) de diamètre

 

 

Poids

0,9 kg (2 livres)

Vitesse:

 

33 1/3 ou 45 t/mn

Couple de démarrage

1,1 kg/cm (1liv./po.)

Caractéristiques d’accélération

d’arrêt complet à

 

 

 

33 1/3 t/mn en 0,8 sec

Système de freinage

Frein électronique (solénoïde)

Pleurage et scintillement

0,02% WRMS*

*Cette valeur ne correspond qu’au tourne-disque et au plateau, à l’exclusion des effets produits par les disques, les cartouches ou les bras de lectures.

Ronflement........................................................56 dB non pondéré

PARTIE DU BRAS DE LECTURE:

Type

Bras tubulaire universel en S

Longueur réelle

230,1 mm (9 1/16")

Surplomb

15,2 mm (19/32 po.)

Poids réel

9 g (sans cartouche)

Déplacement angulaire

22°

Friction

moins de 7 mg (latérale, verticale)

Angle d’erreur de sillon

à 2 32' près du sillon externe et à 0

 

32' près du sillon interne d’un disque de 30 cm

Gamme de réglage de la pression de l’aiguille

..............de 0 à 5 g

Gamme du poids de la cartouche

de 0 à 6 g

Poids de la coquille

5,6 g

GENERALITES:

Alimentation électrique

115 V 60 Hz/230 V 50 Hz

Consommation

13.5 watts

Dimensions

444,5 mm x 158,7

mm x 355,6 mm

 

(17,5 po. x

6 1/4 po. x 14 po.)

Poids

11,34 kg (25 livres)

Les spécifications peuvent changer sans préavis. Le poids et les dimensions indiqués sont approximatifs.

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Gemini XL-500 manual Partie DU TABLE-TOURNANTE, Partie DU Bras DE Lecture, Generalites

XL-500 specifications

The Gemini XL-500 is a cutting-edge spacecraft designed for a range of missions, including Earth observation, scientific research, and commercial applications. With its sleek design and advanced engineering, the Gemini XL-500 stands out as a key player in modern aerospace technology.

One of the main features of the Gemini XL-500 is its advanced propulsion system. Utilizing a hybrid propulsion technology, this spacecraft combines traditional rocket fuel with environmentally-friendly alternatives, resulting in reduced emissions and enhanced efficiency. This innovative propulsion system not only increases the spacecraft's payload capacity but also allows for longer mission durations and greater operational flexibility.

The XL-500 is equipped with state-of-the-art avionics and navigation systems. Its onboard computer systems incorporate artificial intelligence, enabling autonomous flight operations and real-time decision-making. The navigation system employs advanced algorithms and satellite communication to ensure precise positioning and trajectory management, making it particularly suitable for missions that require high accuracy.

Another remarkable characteristic of the Gemini XL-500 is its modular design. The spacecraft can be easily customized for different mission profiles due to its interchangeable modules, which can include scientific instruments, communication payloads, or even crewed habitats. This modularity maximizes the spacecraft's versatility, allowing it to adapt to various requirements and applications, from deep-space exploration to urban surveillance.

The Gemini XL-500 is also designed with robust thermal protection systems. These systems are crucial for ensuring stable operation in harsh environments, such as high-altitude or space missions where temperature fluctuations can be extreme. The spacecraft is equipped with advanced insulation materials and active cooling systems that protect sensitive equipment from overheating or freezing.

Additionally, the Gemini XL-500 is built with high-strength composite materials, significantly reducing its weight without compromising structural integrity. This lightweight design contributes to enhanced fuel efficiency and greater maneuverability.

With its combination of advanced technologies, modular capabilities, and a focus on sustainability, the Gemini XL-500 represents a significant advancement in aerospace engineering. As space exploration continues to evolve, the Gemini XL-500 is poised to play a crucial role in a wide array of missions, pushing the boundaries of what is possible in the realm of aerospace innovation.