About HTC Analog Altimeter, AL-7000
HTC AL-7000 Precision Analog Altimeter is a reliable and compact device designed for accurate altitude and atmospheric pressure measurement. With dual measurement ranges of 05000 meters and 5801040 hPa, it is suitable for outdoor adventures and environmental monitoring.
This lightweight and durable altimeter operates without batteries, making it ideal for hiking, climbing, and other outdoor activities. It comes with necessary accessories for easy use in the field.
Applications: Hiking, mountaineering, trekking, outdoor exploration, atmospheric monitoring, and adventure sports.
Features of HTC AL-7000 Altimeter:
-
Dual measurement ranges: 05000 meters altitude and 5801040 hPa pressure
-
Durable and lightweight design for outdoor use
-
Battery-free analog operation
-
Compact and portable for easy carrying
-
Ideal for outdoor adventures and environmental monitoring
-
Includes accessories for convenient field use
Dual-Scale Precision for Any AdventureThe AL-7000's analog display features a circular graduated dial, enabling users to read altitude in both meters and feet. With 20-meter divisions and an accuracy of 10 meters, it delivers dependable altitude data for hikers, climbers, and pilots alike.
Engineered for Reliability and DurabilityConstructed with an impact-resistant metal case and a protective glass cover, the AL-7000 withstands challenging conditions. Its ability to function in temperatures ranging from -30C to +60C ensures reliable operation across various terrains and climates.
Effortless Use-No Power NeededEnergy-independent and manually operated, the AL-7000 requires no batteries or external power. Just calibrate with the manual screw, and you're ready to measure altitude using barometric pressure, making it an ideal companion for extended trips.
FAQ's of HTC Analog Altimeter, AL-7000:
Q: How do I calibrate the HTC Analog Altimeter AL-7000 before use?
A: To calibrate the AL-7000, simply use the manual calibration screw, typically found on the side of the case. Adjust it to match a known altitude reference (such as a map or waypoint), ensuring accurate altitude readings for your location.
Q: What applications is the AL-7000 altimeter best suited for?
A: This handheld analog altimeter is designed for outdoor adventure activities such as hiking, mountaineering, and trekking, and can also serve as a backup instrument for small aircraft aviation where a manual, non-electronic altimeter is preferred.
Q: Where can I mount or carry the AL-7000 during activities?
A: The AL-7000 is portable and features a built-in lanyard loop. You can hang it around your neck, secure it to your backpack, or keep it in a pocket, allowing convenient access during outdoor excursions or aviation use.
Q: What are the benefits of using an analog altimeter like the AL-7000 over a digital device?
A: Analog altimeters like the AL-7000 do not require batteries or electrical power, ensuring operation in environments where charging is impractical. The high-contrast, anti-glare dial offers excellent readability, and the device is durable, resistant to shock, and suitable for extreme temperatures.
Q: How does the AL-7000 measure altitude and what is its accuracy?
A: The AL-7000 uses a barometric aneroid sensor to detect atmospheric pressure and translate it into altitude, displayed on a circular analog dial. Its stated accuracy is approximately 10 meters, with an altitude range from 0 to 5000 meters (16,000 feet).
Q: When should I manually recalibrate the altimeter?
A: Recalibration is recommended whenever there are significant weather changes or when moving to a new location with a known altitude. This ensures the most accurate readings, as atmospheric pressure variations can affect the measurement.
Q: What makes the HTC AL-7000 suitable for use in extreme conditions?
A: With its impact-resistant metal casing, glass cover, and ability to function from -30C to +60C as well as tolerating humidity up to 95%, the AL-7000 is ideal for harsh environments, supporting adventurers and pilots wherever their journeys take them.