Key Features for Effective Safety Communication
Our acoustic vehicle alert system combines flexibility and reliability to meet diverse vehicle requirements:
1. Adaptive Power and Connectivity
Dual Voltage Compatibility: Operates on either DC12V or DC24V power supplies, seamlessly integrating with various vehicle electrical systems.
CAN Bus Flexibility: Offers selectable baud rates (250kbps and 500kbps) for smooth communication with the vehicle's network, ensuring real-time control and synchronization.
2. Optimal Audibility and Recognition
Adjustable Volume: Emits up to 75dB of sound at 1m from the front of the vehicle (at 12V), providing a clear warning without causing discomfort.
Engine Noise Simulation: Mimics traditional internal combustion engine (ICE) sounds, making it easily recognizable to pedestrians accustomed to audible vehicle cues.
3. Compact and Reliable Design
Space-Efficient Build: Compact dimensions allow easy installation in tight vehicle layouts, suitable for EVs, HEVs, and commercial vehicles.
Secure Connectivity: Features a 6-pin connector (DJ7061-1.8-11 for the device and DJ7061-1.8-21 for the harness) for reliable electrical connections and minimal signal loss.
Product Parameter
|
Rated Voltage: |
DC12V or DC24V |
|
Working Voltage: |
DC 9V～16V (12V Model) or 16V～32V (24V Model) |
|
Working Temperature: |
_30℃～85℃ |
|
Storage Temperature: |
_40℃～105℃ |
|
Working Current: |
≤0.8A/12V |
|
Volume: |
Max 75dB (12V/1m from front of vehicle) |
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Type of Sound: |
Simulation of traditional engine's noise |
|
Protection Level: |
IP65 |
Product Feature
This acoustic vehicle alert system is designed with flexibility in mind. It can operate with either a DC12V or DC24V power supply, adapting to different vehicle electrical systems. The volume of the emitted sound can reach up to 75dB (at 12V/1m from the front of the vehicle), providing an effective warning. It offers two selectable CAN baud rates, 250kbps and 500kbps, for seamless communication within the vehicle's network. Our AVAS simulates the noise of a traditional engine, enhancing its recognizability.
Product Detail
Each AVAS unit undergoes rigorous testing for sound clarity, power efficiency, and environmental resistance to ensure consistent performance.
Critical Applications for Urban and Low-Speed Environments
Our acoustic vehicle alert system is essential for scenarios where vehicle noise is minimal but pedestrian activity is high:
Urban Traffic: Enhances safety during stop-and-go driving, alerting pedestrians in busy streets or near crosswalks.
Residential Areas: Reduces the risk of accidents in quiet neighborhoods where pedestrians may not hear silent EVs approaching.
Parking Lots: Provides clear warnings during low-speed maneuvers, preventing collisions with pedestrians or other vehicles.
Logistics and Delivery Vehicles: Improves safety in loading zones and crowded commercial areas.
Technical Durability and Compliance
1. Environmental Resilience
Wide Temperature Range: Operates reliably from -30°C to 85°C (working) and -40°C to 105°C (storage), ensuring performance in extreme climates.
IP65 Protection: Dust and water-resistant design withstands harsh weather conditions and road debris, ideal for urban and highway use.
2. Industry Compliance
Meets global safety standards for electric vehicle components, ensuring compatibility with regulatory requirements in major markets.
Designed to enhance vehicle safety ratings by addressing the unique challenges of silent electric propulsion.
Prioritize Safety in the Electric Mobility Era
Our acoustic vehicle alert system is more than a component-it's a vital layer of safety for the electric transportation revolution. By bridging the gap between silent EVs and pedestrian awareness, it creates a safer shared road environment while meeting the technical and regulatory demands of modern vehicle design.
Whether you're manufacturing electric cars, buses, or commercial fleets, our AVAS ensures your vehicles are both sustainable and safe. Contact us today to discuss how our solution can enhance your EV's safety profile and comply with global acoustic warning standards.
