BESTAR Closed Type Ultrasonic Sensor Waterproof BPU1555IFAH09HN
| 1. Construction | Water Proof |
| 2. Using Method | Dual Use |
| 3. Center Frequency | 55.5±1.0kHz |
| 4. Sensitivity | ≥140(Ø75mmPVC@1.2m) |
| 5. Rest.Resonant Time | 0.8-1.8ms |
| 6.Capacitance | 2000pF±15% at 1KHz |
| 7. Directivity | 105±10，55±10 |
| 8. Operating Tem.Range | -40 to +85℃ |
| 9. Storage Tem.Range | -40 to +95℃ |
| 10. Allowable Input Voltage | 160Vp-p |
| 11. Housing Material | Aluminum |
Features:
● Water proof and dual use
● Compact and light weight
● High sensitivity and sound pressure
● Less power consumption
● High reliability
● RoHS
Description
Our closed type automotive grade ultrasonic sensor BPU1555IFAH09HN developed is designed to measure distances with precision in vehicle mounted sensor applications and can support functions like parking assist, blind spot and obstacle locator. This is specifically made to be incorporated in advanced driver-assistance systems (ADAS) to provide true-time detection of objects that give more safety and flexibility to the driver in going through different road conditions.
Designed to be used in the harsh conditions of automotive use, this sensor has a waterproof design to guard against rain and car wash sprays and road debris. It has a wide range of detectable obstacles as well as large and small, and it can detect the obstacles even at longer distances, and the large sound pressure also assures a strong signal propagation to reflect internal noise or complex environments.
The efficient low power consumption design of the ultrasonic sensor ensures saving of vehicle energy resources. Meanwhile, its reliability is high, which guarantees stable work over a long period even with years of activities under the influence of vibration, temperature variations, and humidity.
In a front and rear vehicle sensor, the ultrasonic sensor has quick response time, which makes such applications ideal in guiding parking and in avoiding collisions. In cases where blind spots need to be detected, it helps to continuously monitor the areas that cannot be directly seen by the driver, giving early helpful warnings in order to curb incidents involving accidents.
This ultrasonic sensor is equally an alternative to modern automotive electronics since it possesses the waterproof protection, high sensitivity, high sound pressure, and low power usage in a durable and compact housing. It provides OEMs with a strategic measure of assuring better implementation of ADAS functions and specific consistency in all driving situations concerning the accuracy of detection.
