Ultrasonic Air Transducers
Non-contact ultrasonic sensors for precise measurement of level, distance, flow, and proximity in industrial and automation applications.
Key Features:
✔️ Non-contact ultrasonic sensing for safe and reliable measurement
✔️ Wide frequency range from low to high kHz for diverse applications
✔️ Short, medium, and long-range models for flexible deployment
✔️ Accurate detection of liquid levels, solid materials, flow, and proximity
✔️ Rugged industrial construction for harsh and demanding environments
✔️ Adjustable beam angles from narrow to wide for optimized coverage
✔️ High repeatability and stable measurements for consistent performance
✔️ Supports continuous or intermittent operation in automated systems
Ultrasonic Air Transducers
The Ultrasonic Air Transducers deliver non-contact sensing through airborne ultrasonic waves that measure level, distance, flow, and proximity without physical contact with target surfaces. These sensors transmit sound pulses at frequencies ranging from 15 kHz to 200 kHz, calculating distances based on echo return time. Low-frequency models operate between 15-30 kHz with narrow beam angles for long-range detection beyond 10 meters. Mid-frequency variants at 40-75 kHz provide medium-range coverage with balanced resolution, while high-frequency units from 120-200 kHz enable short-range precision sensing under one meter.
Industrial housings protect internal piezoelectric elements from dust ingress, chemical exposure, and mechanical impact in harsh operational environments. Beam angle configurations range from narrow focused patterns for distant targets to wide dispersion for close proximity detection. High repeatability ensures consistent measurements during both continuous monitoring and intermittent sampling modes. Custom cable assemblies accommodate various mounting configurations and electrical interface requirements.
Defense logistics centers install Ultrasonic Air Transducers for ammunition storage bunker inventory tracking and supply chain automation. Military vehicle maintenance depots use these sensors for hydraulic fluid reservoir monitoring and parts bin level detection. Naval shipyards employ ultrasonic distance measurement for automated positioning systems during hull construction and repair operations. Air force fuel depot facilities integrate the technology for aviation fuel tank level monitoring across multiple storage locations.
Tactical Supply Pakistan distributes this sensor technology for clients requiring durable measurement solutions in critical applications. The company maintains inventory across frequency ranges to support diverse operational requirements.
Can ultrasonic sensors measure through transparent barriers like glass or plastic windows?
No, ultrasonic waves reflect off transparent barriers rather than passing through, requiring direct air path to target surfaces for accurate measurement.
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