Product overview
The YL-60AH from Hebei Eagle Cast Automation Technology Co., Ltd. is an aircraft airspeed probe incorporating adaptive heating and drainage. It is intended to address air-pressure problems caused by ice blockage in supercooled water, high humidity, severe cold and high-altitude winter flight. Its internal configuration includes a manufacturer-developed intelligent chip that recognizes surrounding conditions and controls automatic heating. Heating power switches off automatically when suitable operating conditions are reached, with the adaptive heating cutoff temperature specified as below 50°C.
The 60 g probe uses a threaded mounting interface and supports installation at the aircraft nose or wing. A hose provides the stated direct connection to the flight controller. Electrical integration requires a supply within 12V–28V, with power specified at 5–22W. The operating temperature range is -40°C to +85°C, and the stated flight-speed range extends to Mach 0.8 and below. These electrical, temperature and speed limits define the probe’s stated integration and operating envelope.
Specifications
| Specification | Value & conditions |
|---|---|
| Model | YL-60AH |
| Product type and purpose | Adaptive heated airspeed probe with drainage, intended to address air-pressure problems caused by ice blockage.Supercooled water, high humidity, severe cold and high-altitude winter flight. |
| Voltage | 12V–28V |
| Flight speed | Mach 0.8 and below |
| Heating power cutoff temperature | Less than 50°CAdaptive heating. |
| Weight | 60 g |
| Operating temperature | -40°C to +85°C |
| Power | 5–22W |
| Installation and connection | Threaded mounting; direct connection to the flight controller through a hose. |
| Supported mounting positions | Nose or wing installation |
| Internal heating controller | An internally installed, manufacturer-developed intelligent chip automatically recognizes surrounding conditions and controls temperature-regulated heating.Heating power automatically switches off when conditions suitable for operation are reached. |
