Orion Tritech Field Tripods, Adjusting the Legs

Orion® Tritech™ Field Tripods

#5372 Medium Tritech

#5373 Large Tritech

Quick release

Quick release shoe

lock lever

Vertical pan lock

Pan head

Elevator shaft

handle

Elevator hand crank

Horizontal

pan lock

Elevator lock knob

Elevator shaft housing

Tri-brace

Tri-brace lock knob

Leg lock clamp

Congratulations on your purchase of a quality Orion product!Your new Tritech field tripod can support small binoculars, telescopes, still cameras, and video cameras. Designed for use either indoors or outdoors, the Tritechs feature a smooth, two-way pan head with a quick-release shoe for convenient operation.

To get the most from your new tripod, please take a few min- utes to read these instructions and operating tips. Refer to the labeled figure for the names of specific parts of the tripod.

Adjusting the Legs

The tripod comes fully assembled. Note that each aluminum leg has two telescoping sections. To lengthen a leg, release one of the leg lock clamps, then extend a section. When it has been extended to the desired length, close the clamp. Extend one section at a time until all legs are at the desired length. Before mounting an instrument on the tripod it is a

good idea to press down on the pan head to make sure the legs are locked securely and will not give way under the instrument’s weight.

The tripods have a wide stance for enhanced stability. The widest stance is achieved when the tri-brace is as far down as it will go on the elevator shaft housing. The tri-brace lock knob should be tightened to secure the stance.

Approximate leveling of the tripod should suffice for use with binoculars or spotting scopes. For photographic use, the built-in bubble level aids in achieving more precise leveling.

Attaching an Instrument

The removable mounting shoe allows quick attachment and removal of your instrument. The shoe has a 1/4"-20 threaded shaft, a spring pin, and a ribbed mat, and is retained by a quick-release lock lever. When mounting an optical instru- ment, you must first remove the shoe from the head. To do this, disengage the quick-release lock lever and slide the mounting shoe in the direction of the handle. Thread the shoe’s shaft into the 1/4"-20 mounting hole on the instrument using the knob on the underside of the shoe. If the instrument has an additional mounting hole for the spring pin, register the pin with the hole before threading in the shaft. Otherwise, disregard the pin. Then replace the shoe on the head. Make certain the shoe is locked securely in place before releas- ing the instrument from your grip. It is recommended that the instrument be removed from the tripod for transport.

Be very careful when mounting an instrument with an unwieldy center of gravity on the tripod, especially if it is somewhat heavy. If the load is greatly unbalanced, the tripod may tip over.

Using the Fluid Pan Head		Figure 2
Tritech tripods	feature fluid

heads which can be panned
horizontally or	vertically. Both

axes of motion are equipped with a lock knob. Partially tight- ening a lock knob will increase the panning friction for that axis. Pan the tripod head by using the pan head handle.

It is possible to point an instru- ment at the zenith (straight up). This is especially useful when using the tripod for astro- nomical observation. Instead of pushing the handle down to tilt

the pan head up, tilt the pan head so that the handle points upward. This way the handle will not contact the tripod itself and hinder the tilt.You will have to rotate the instrument 180∞ on the pan head from its normal position to point it upward in this reversed way (see Figure 2).

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IN 143 Rev. B 02/09

5373, 5372 specifications

Orion 5372 and 5373 are advanced spacecraft designed for various missions, showcasing cutting-edge technology and innovative features. Developed by a leading aerospace manufacturer, these spacecraft represent a significant advancement in space exploration capabilities.

One of the main features of the Orion 5372 and 5373 is their modular design, which allows for flexibility in missions ranging from crewed space exploration to scientific research. The spacecraft can be configured to accommodate different payloads and crew sizes, making them ideal for a variety of space missions. This adaptability enhances operational efficiency and maximizes the use of available resources.

In terms of propulsion, both models utilize state-of-the-art thrusters that provide enhanced maneuverability and efficiency. The propulsion system employs a combination of liquid and solid rocket engines, allowing for precise control during launch and in-space maneuvers. The engines are designed for high performance, enabling swift transitions between different orbital positions and facilitating deep-space missions.

Safety is a top priority for the Orion 5372 and 5373. The spacecraft are equipped with advanced life support systems that ensure a safe and habitable environment for crew members during extended missions. These systems are designed to maintain optimal air quality, manage radiation exposure, and provide emergency protocols in case of unforeseen circumstances.

Another notable characteristic is the spacecraft's advanced avionics systems. The Orion 5372 and 5373 feature cutting-edge navigation and communication technology, allowing for seamless interaction with ground control and other spacecraft. This includes real-time data transmission and advanced telemetry, which is crucial for monitoring mission progress and ensuring the team is informed at all times.

The spacecraft's exterior is constructed from lightweight, durable materials designed to withstand the harsh conditions of space travel. These materials not only contribute to the structural integrity of the vehicles but also enhance thermal protection during re-entry.

Furthermore, Orion 5372 and 5373 are equipped with an array of scientific instruments, enabling them to conduct experiments and gather valuable data in space. This includes sensors for studying cosmic radiation, atmospheric composition, and other environmental factors, which are essential for understanding phenomena beyond our planet.

In summary, the Orion 5372 and 5373 are a testament to modern aerospace engineering. With their adaptable design, advanced propulsion, safety measures, cutting-edge avionics, and scientific capabilities, these spacecraft are poised to play a significant role in the future of space exploration and research, paving the way for new discoveries and enhancing our understanding of the universe.