Position Sensor
AIRCRAFT PARTS
Position Sensor
Position sensors are essential components in modern aviation, designed to provide precise measurements of the position and movement of various aircraft systems. These sensors are critical for ensuring the safe and efficient operation of both ultralight aircraft and larger planes. Whether it’s rotary position sensors or other types, these devices guarantee exceptional accuracy, delivering precise readings in a variety of flight conditions. Equipped with advanced sensor technologies and intuitive interfaces, position sensors have become indispensable in the aviation industry. Rigorous testing ensures that they perform optimally in challenging environments, maintaining reliability and durability during flights.
With continuous advancements in aviation technology, position sensors have evolved to incorporate the latest innovations, offering improved performance and ease of use. These sensors play a crucial role in navigation and flight control systems, providing reliable data that enhances both safety and operational efficiency. The precision and dependability of position sensors are essential for pilots and passengers, ensuring a smooth and secure flight experience. Investing in high-quality position sensors ensures long-term reliability and performance in the most demanding aviation applications.
Angle Transmitter 3-180 OHM No: XX24.0001.02
The Angle Transmitter 3-180 OHM (No: XX24.0001.02) is a highly accurate device designed to measure and transmit angular positions in aircraft systems. This position sensor is ideal for applications requiring precise monitoring of angles, and it performs reliably under a wide range of operating conditions. Its durable construction and advanced technology make it a preferred choice in the aviation industry.
Float Operated Sensor 3-180 OHM No: FA10.3008.02
The Float Operated Sensor 3-180 OHM (No: FA10.3008.02) is widely used in aviation for accurate measurement of liquid levels, such as fuel. This type of position sensor is known for its precise readings and reliability, even in challenging flight environments. Its robust design ensures long-lasting performance, making it suitable for various aircraft types.
Float Operated Sensor 3-180 OHM No: FA10.3012.02
Another popular option is the Float Operated Sensor 3-180 OHM (No: FA10.3012.02), which provides highly accurate position sensing for liquid levels in aircraft. This position sensor stands out for its precision and durability, ensuring consistent performance in critical applications like fuel monitoring. It is a trusted choice for aviation professionals looking for dependable solutions.
“ Precision and clarity in instrumentation are the cornerstones of aviation safety, with each position sensor transforming every flight into a seamless journey through the skies.”
Angle Transmitter
3-180 OHM
No: XX24.0001.02
Float Operated Sensor 3-180 OHM
No: FA10.3008.02
Float Operated Sensor 3-180 OHM
No: FA10.3012.02
Questions & Answers
What is a position sensor?
A position sensor is a device that detects and measures the position of an object, typically providing feedback to control systems in aircraft to ensure accurate navigation, control, and monitoring.
What types of position sensors are used in aviation?
Common types of position sensors used in aviation include rotary position sensors, linear position sensors, and angular position sensors. Each type serves a specific function in detecting movement and position within the aircraft's systems.
How does a rotary position sensor work?
A rotary position sensor measures the rotational position or angular displacement of an object. It converts the rotational position into an electrical signal, which can be used by the aircraft's control systems for precise adjustments and monitoring.
Why are position sensors important in aviation?
Position sensors are crucial in aviation because they provide accurate data on the position and movement of various components, ensuring that the aircraft operates safely and efficiently. They play a key role in navigation, flight control, and engine performance monitoring.
What are the benefits of using advanced position sensors in aircraft?
Advanced position sensors offer high precision, reliability, and durability. They enhance the accuracy of flight control systems, improve overall aircraft performance, and contribute to safer flight operations by providing real-time data and feedback.
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Delivering high-quality parts and components for the aviation, maritime, automotive, and heavy industries. Ensuring reliability and precision in every product.
Have Any Question?
+44 7951 674379
Send Email
contact@worldparts.co.uk
Address
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London E4 6JH
Contact Us
Contact With Us
Let’s Work Together?
Delivering high-quality parts and components for the aviation, maritime, automotive, and heavy industries. Ensuring reliability and precision in every product.
Have Any Question?
+44 7951 674379
Send Email
contact@worldparts.co.uk
Address
20 Simmons Lane
London E4 6JH
Contact Us
Advanced Position Sensor
Our advanced position sensors are designed to provide pilots with the utmost precision and clarity needed for safe and efficient flights. These sensors integrate cutting-edge technology, ensuring high accuracy and superior performance under all conditions. With a focus on reliability and precision, our advanced position sensors are the ideal choice for modern cockpits, offering seamless integration with existing avionics systems. Whether you’re upgrading an ultralight aircraft or a commercial plane, our advanced position sensors enhance situational awareness and flight safety.
Digital Position Sensor
Digital position sensors represent the future of aviation instrumentation. Our range of digital sensors is engineered to deliver accurate and real-time data, essential for effective flight management. These sensors provide pilots with comprehensive information at a glance, from navigation and engine performance to environmental conditions. The intuitive design of our digital position sensors ensures ease of use, reducing pilot workload and enhancing overall flight efficiency. Trust our digital solutions to keep you informed and in control, no matter where you fly.
High-Resolution Position Sensors
1. Experience unparalleled accuracy with our high-resolution position sensors.
2. Designed to meet the demands of modern aviation.
3. These sensors offer precise, clear data that improve situational awareness.
4. High-resolution technology ensures that every movement is accurately detected.
5. Excellent performance even in challenging conditions.
6. Built for durability and long-lasting performance.
7. Provides pilots with reliable tools for confident navigation.
8. Enhances flight safety by delivering precise and clear information.
9. Ideal upgrade for any aircraft, from ultralight planes to commercial jets.
10. See the difference in quality and performance with our high-resolution position sensors.
Reliable Position Sensors
1. Reliability is crucial in aviation, and our position sensors are engineered to meet the highest standards.
2. Designed to provide accurate and dependable information.
3. Ensures pilots have the data they need to make informed decisions during flight.
4. Compatible with a wide range of aircraft, from ultralight planes to commercial jets.
5. Offers flexibility and high performance.
6. Built with robust construction for durability.
7. Utilizes advanced technology for enhanced functionality.
8. Essential component of any modern aircraft.
9. Improves overall flight safety and efficiency.
10. Trust our reliable position sensors for your aviation needs.
Stay on Course with Our State-of-the-Art Position Sensors
Stay on course with our state-of-the-art position sensors. These sensors integrate seamlessly with our aircraft systems, providing pilots with real-time data and comprehensive situational awareness. Our position sensors are designed to enhance flight safety and efficiency, offering features such as precise movement detection, angular position measurement, and reliable feedback. Whether you’re flying cross-country or around the world, our position sensors ensure you have the information you need for a safe and successful journey. Trust our advanced position sensors to maintain accuracy and reliability in all flight conditions.
Tailored Position Sensors for Ultralight Aircraft
Our position sensor solutions for ultralight aircraft are tailored to meet the unique needs of this category of aviation. Lightweight and compact, these sensors offer the same high-quality performance as those found in larger aircraft. Our ultralight aircraft position sensors provide critical data, from precise movement detection and angular position measurement to reliable feedback for navigation and engine performance, ensuring pilots have everything they need at their fingertips. With easy installation and user-friendly interfaces, our position sensors are the perfect addition to any ultralight cockpit, enhancing safety and flight experience.
Sensor Postion - Key Features
| Feature | Description | Benefit |
|---|---|---|
| Accuracy | ±0.1% to ±0.5% | High precision for reliable measurements |
| Sensor Type | Rotary, Linear, Angular | Versatility for different applications |
| Signal Output | Analog, Digital | Compatibility with various avionics systems |
| Power Supply | 5V to 28V | Flexible power requirements |
| Operating Temperature Range | -40°C to 85°C | Reliable performance in extreme conditions |
| Housing Material | Aluminum, Stainless Steel | Durable construction for long-lasting use |
| Response Time | 1 ms to 10 ms | Quick response for real-time data |
| Measurement Range | 0 to 360 degrees (rotary), 0 to 200 mm (linear) | Suitable for various positional tracking needs |
| Weight | 50 to 200 grams | Lightweight for easy integration |
| Certification | FAA and EASA approved | Meets regulatory standards |
| Additional Features | Waterproof, Vibration-resistant | Enhanced durability and performance in tough conditions |
Explanation of Key Features:
Accuracy: High precision with an accuracy range of ±0.1% to ±0.5% ensures reliable measurements, which are critical for precise navigation and flight control.
Sensor Type: Available in rotary, linear, and angular types, providing versatility to meet different positional tracking needs within the aircraft’s systems.
Signal Output: Both analog and digital signal outputs are available, ensuring compatibility with a wide range of avionics systems and allowing for seamless integration.
Power Supply: Flexible power requirements ranging from 5V to 28V make these sensors adaptable to various aircraft electrical systems.
Operating Temperature Range: Designed to operate reliably in extreme conditions, with a temperature range of -40°C to 85°C, ensuring consistent performance throughout various environmental conditions encountered during flight.
Housing Material: Constructed from durable materials like aluminum and stainless steel, these sensors are built for long-lasting use and can withstand harsh aviation environments.
Response Time: Quick response times ranging from 1 ms to 10 ms provide real-time data, which is essential for maintaining situational awareness and flight safety.
Measurement Range: Suitable for various positional tracking needs, with rotary sensors measuring 0 to 360 degrees and linear sensors measuring 0 to 200 mm.
Weight: Lightweight design, ranging from 50 to 200 grams, allows for easy integration and minimal impact on the aircraft’s overall weight.
Certification: Compliance with FAA and EASA standards ensures that these sensors meet all necessary safety and performance criteria, guaranteeing reliable operation.
Additional Features: Enhanced durability and performance in tough conditions, with features like waterproofing and vibration resistance, make these sensors highly reliable in challenging aviation environments.