
( Brand: Sensor Systems ), ( Country/region Of Manufacture: United States ), ( UPC: 071015480100 )
The Ant-67A 895 Sensor, part number 071-01548-0100, is a high-performance TCAS (Traffic Collision Avoidance System) sensor designed for aircraft avionics. This sensor is a crucial component in ensuring safe air traffic operations by providing real-time, reliable information about other aircraft in the vicinity, thereby aiding in collision avoidance.
The Ant-67A 895 Sensor is a Mode S TCAS II level B/C certified device, which means it can detect and interrogate Mode S transponders on other aircraft, enabling it to accurately determine their position, velocity, and altitude. This information is then used to calculate potential collision risks and provide appropriate advisories to the pilot.
The sensor is compact in size, measuring approximately 100mm x 100mm x 35mm, making it easy to install in various aircraft models. It operates on the 1090MHz frequency, ensuring compatibility with the majority of modern aircraft and air traffic control systems.
The Ant-67A 895 Sensor is built to withstand harsh aviation environments, featuring a ruggedized design with high-reliability components. It operates within a wide temperature range (-40 C to 85 C) and is resistant to vibration, shock, and humidity.
In summary, the Ant-67A 895 Sensor is a vital safety tool for any aircraft operation. Its advanced TCAS capabilities, compact size, and rugged design make it an ideal choice for both new and existing aircraft installations, ensuring safe and efficient air traffic operations.
Pros of buying a 071-01548-0100 ANT-67A 895 sensor for TCAS:1. Compatibility: This sensor is compatible with a wide range of aircraft, making it a versatile option for many aviators.
2. Reliability: The manufacturer, Appareo, is known for producing high-quality avionics equipment. This sensor is designed to be reliable and durable.
3. Features: The ANT-67A 895 sensor provides TCAS data, which can help prevent mid-air collisions. It also has a built-in ADS-B receiver, which can provide traffic and weather information.
4. Easy installation: The sensor is designed to be easy to install, and it can be connected to an existing ADS-B out system.
Cons of buying a 071-01548-0100 ANT-67A 895 sensor for TCAS:1. Cost: The sensor can be expensive compared to other TCAS options.
2. Requires power source: The sensor requires a power source to operate, which may require additional wiring or installation work.
3. Limited range: While the sensor provides TCAS data, its range is limited to 30 nautical miles. This may not be sufficient for pilots flying in remote or rural areas.
Conclusion:The 071-01548-0100 ANT-67A 895 sensor is a reliable and versatile option for aviators looking for a TCAS solution. Its compatibility with a wide range of aircraft and built-in ADS-B receiver make it an attractive option. However, its cost and limited range may be a deterrent for some pilots. If you are looking for a TCAS solution and have the budget for it, this sensor is a solid choice.
Recommendation:If you are looking for a TCAS solution, the 071-01548-0100 ANT-67A 895 sensor is a reliable option. However, before making a purchase, consider your budget and whether the sensor's limited range is sufficient for your flying needs. Additionally, make sure that the sensor is compatible with your aircraft's avionics system. By doing your research and considering these factors, you can make an informed decision about whether this sensor is the right choice for you.
Regardless of the fact that there are logbooks out there that are full of them, the term yellow tag isn't mentioned anywhere in far part 43. Regardless, after the war, the airlines stayed with the military tradition of using yellow tags as a serviceable item. For avionics repairs call avionics masters at yellow tag vs.
The only FAA approved maintenance release under far part 43, appendix b is the FAA form a yellow tag does not provide any of the requirements for the return to service for avionics components. Our name says it all.
For 895working when removed. No reason was given why the color yellow was picked to indicate a serviceable component.
Ital a myth and few yellow tags provide the information required by the FAA. Most of us would have picked the color green for serviceable and yellow for repairable not the other way around.
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