3.Le PLATEAU - PLATTER (2) est équipé d’uneBANDE INDICATRICE RPM - STROBE RPM INDICATOR STRIP (23) et l’INTERRUPTEUR DE MISE SOUS TENSION - POWER (17) incorpore des LUMIERES STROBOSCOPIQUES - STROBE ILLUMINATOR (24). Lorsque le PLATEAU - PLATTER (2) tourne, les LUMIERES allumeront la BANDE INDICATRICE RPM. La rangée de points inférieure apparaîtra comme étant stationnaire lorsque la vitesse du plateau est exactement 33 t/mn-

50 Hz (230V) . La rangée supérieure apparaîtra comme stationnaire à 33 t/mn-60 Hz (115V).

Specifications

PARTIE DU TABLE-TOURNANTE:

Type

Table-tournante semi-automatique à transmission par courroie

Méthode de transmission

Transmission par courroie

Moteur

Moteur DC

Vitesse

33 1/3 ou 45 t/mn

Pleurage et scintillement

0,20% 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.

PARTIE DU BRAS DE LECTURE:

Type

Bras en S à équilibrage statique

Poids de la coquille

5,6 g

GENERALITES:

Alimentation électrique

115V 60Hz/230 V 50

Hz

Consommation

15

W

Dimensions

420 x 120 x 350 mm

Poids

5,1 kg

Les spécifications peuvent changer sans préavis. Le poids et les dimen- sions indiqués sont approximatifs.

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Gemini XL-100 manual Partie DU TABLE-TOURNANTE, Partie DU Bras DE Lecture, Generalites

XL-100 specifications

The Gemini XL-100 is a cutting-edge spacecraft designed for a variety of missions, primarily targeting advanced space exploration and research. This innovative vehicle is part of a new generation of spacecraft, combining sophisticated technology with robust engineering to push the boundaries of what's possible in space travel.

One of the standout features of the Gemini XL-100 is its advanced propulsion system. Utilizing a hybrid rocket engine, it boasts a unique combination of liquid and solid propellant capabilities, which allows for greater flexibility and efficiency during flight. This propulsion system significantly reduces fuel consumption while maximizing thrust, making the Gemini XL-100 capable of reaching higher altitudes and achieving faster speeds than its predecessors.

The spacecraft is equipped with state-of-the-art avionics and navigation systems. These technologies enable real-time data processing and autonomous flight control, allowing the Gemini XL-100 to make complex maneuvers with ease. The onboard computer systems are designed to handle multiple contingencies, ensuring mission success even in unpredictable scenarios.

In terms of design, the Gemini XL-100 features a sleek aerodynamic structure made from lightweight, durable materials that provide enhanced performance in diverse atmospheric conditions. The exterior is coated with advanced thermal protection materials, ensuring the spacecraft can withstand the harsh environment of space during both launch and re-entry.

The Gemini XL-100 also prioritizes crew safety and comfort. The spacious cockpit is outfitted with high-tech displays and ergonomic seating that can accommodate up to three astronauts. The life-support systems are designed to provide a stable environment, featuring advanced air recycling and temperature control technologies.

Technologically, the Gemini XL-100 is equipped with an array of scientific instruments and communication systems. These tools allow for real-time data transmission, enabling teams on Earth to monitor experiments and conditions as they unfold in space.

Its modular payload bay can accommodate a variety of scientific instruments, satellite deployments, and exploratory equipment, making it suitable for diverse missions ranging from Earth observation to deep space exploration.

In summary, the Gemini XL-100 represents a significant leap forward in space technology, combining advanced propulsion, sophisticated avionics, and durable design to tackle the challenges of modern space missions. Its versatility and reliability make it a vital asset in the ongoing quest for knowledge and exploration beyond our planet.