Speakers

Rear view of XTR-500 Amplifier

Wheels Included

Two 5-meter (16.4 ft)

Speakon™ Cables Included

*Speaker stands not included

GT-1502

GT-1202

GT-1002

15” Two-Way Speaker

12” Two-Way Speaker

10” Two-Way Speaker

11” x 5”Dual super piezo horn

11” x 5” Dual super piezo horn

6” x 3” Dual super piezo horn

175 watts RMS Trapezoid Speaker

120 watts RMS Trapezoid Speaker

90 watts RMS Trapezoid Speaker

High temperature voice coil

High temperature voice coil

High temperature voice coil

Banana & dual 1/4”input jacks

Banana & dual 1/4” input jacks

1/4” input jack

8 ohms impedance

8 ohms impedance

8 ohms impedance

Stand mounting cup

Stand mounting cup

Stand mounting cup

 

Dimensions: 19 x 14.5 x 27.75” (483 x 368 x 705 mm)

 

Dimensions: 16 x 11.25 x 23” (406 x 286 x 584 mm)

 

Dimensions: 12.5 x 9 x 17.5” (318 x 229 x 445 mm)

 

Weight: 42.32 lbs (19.20 kg)

 

Weight: 29.12 lbs (13.21 kg)

 

Weight: 19.08 lbs (8.65 kg)

XTR-500

Complete Powered Speaker System

2 XTR-SAT 10” Trapezoidal loudspeakers & 15” powered subwoofer

Efficient MDF Bandpass subwoofer enclosure w/ 35 mm standmount cap and wheels

3-channel power amplifier & active crossover built-in to subwoofer

230 watts RMS on subwoofer channel (Subwoofer Freq. Response: 35Hz to 100kHz)

85 watts RMS per satellite channel (Satellite Freq. Response: 100Hz to 20Hz)

400 watts total RMS and 800 watts peak power

120dB total continuous SPL

Individual channel Sensitivity/Volume controls

Balanced XLR and 1/4” inputs

Speakon™ outputs for satellite channels (Cables Included)

Variable speed fan and full protective metal grill

Hard wearing black painted finish with rubber feet

XTR-500SAT Dimensions: 25 x 11 x 20” (635 x 280 x 508 mm)

XTR-500SAT Weight: 48.4 lbs (21.95 kg)

XTR-500SUB Dimensions: 23 x 26.5 x 21” (584 x 673 x 533 mm)

XTR-500SUB Weight: 93.5 lbs (42.41 kg)

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Gemini 36 manual GT-1502 GT-1202 GT-1002, XTR-500

36 specifications

Gemini 36 is a remarkable spacecraft that stands out as a significant achievement in the field of space exploration and shuttle design. Designed and constructed as part of NASA's Gemini program in the 1960s, it played a critical role in paving the way for human spaceflight and the subsequent Apollo missions.

One of the main features of Gemini 36 is its ability to support two astronauts, allowing for extended missions that could last up to two weeks. The spacecraft was equipped with advanced life-support systems, enabling astronauts to conduct long-duration flights, test critical equipment, and perform extravehicular activities (EVAs). Gemini 36 was built to be more versatile than its predecessors, offering greater maneuverability and the capacity to rendezvous and dock with other spacecraft, which were essential skills for future moon missions.

The design of Gemini 36 was both innovative and functional. It featured a conical shape, which contributed to its aerodynamic profile during re-entry. The spacecraft was also outfitted with a heat shield that protected it from the intense heat generated upon re-entering Earth's atmosphere. To enhance its stability and control, Gemini 36 had an array of thrusters and gyroscopes that allowed astronauts to execute precise maneuvers in orbit.

In terms of technologies, Gemini 36 employed a sophisticated guidance and navigation system. This included an inertial guidance unit that used gyroscopes to track the spacecraft's position and orientation in space. Additionally, the cockpit was equipped with a digital computer that facilitated real-time data processing and decision-making, which was groundbreaking for the time. Communication systems allowed astronauts to maintain contact with Mission Control, providing vital support for mission success.

The spacecraft’s launch vehicle was the Titan II rocket, a significant advancement in rocketry technology. The Titan II was not only powerful but also reliable, making it a suitable choice for the demanding missions of the Gemini program.

In summary, Gemini 36 combined groundbreaking features, technologies, and characteristics that not only advanced human spaceflight but also laid the groundwork for the future of space exploration. Its development was a testament to the ingenuity of the engineers and astronauts, reflecting the spirit of exploration and the quest for knowledge beyond our planet. Gemini 36 remains an iconic symbol of the achievements of the Gemini program and the enduring human drive to explore the cosmos.