ARK41 Airducer® Transducer
Applications
Level measurement in chemically aggressive environments
Food and beverage processing
Flow monitoring
Features
Rugged one-piece PVDF housing is U.S. FDA compliant
Housing design will accommodate transceiver and signal processing electronics
Standard internal shielding
Options
Complete assembly available with standard cable lengths
10 Kω thermistors for temperature compensation
Mounting caps available in BSP, NPT, or M32 threads
Airmar Technology Corporation
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Description
ARK41 Airducer® Transducer
Applications
Level measurement in chemically aggressive environments
Food and beverage processing
Flow monitoring
Features
Rugged one-piece PVDF housing is U.S. FDA compliant
Housing design will accommodate transceiver and signal processing electronics
Standard internal shielding
Options
Complete assembly available with standard cable lengths
10 Kω thermistors for temperature compensation
Mounting caps available in BSP, NPT, or M32 threads
Datasheet
Datasheet Summary Powered by GS/AI
The ARK41 Airducer¬Æ Ultrasonic Transducer from Airmar Technology Corporation operates at a best frequency of 41 kHz, with a sensitivity of 108 dB re 1OºPa/V at 1 m for transmission and -175 dB re 1V/OºPa for reception. It has a minimum sensing range of 30 cm and a maximum range of 20 m, with a typical sensing range of 35 cm to 15 m. The transducer features a beamwidth of 14¬8 and can handle a maximum driving voltage of 1,800 Vpp at a 2% duty cycle.
Constructed from Kynar¬Æ 720, the housing is designed for durability and is compliant with U.S. FDA standards, making it suitable for use in chemically aggressive environments. The operating temperature range is from -40¬8C to 90¬8C, and the device weighs 560 g. Customization options include cable length and mounting caps in various thread types. The transducer is also compatible with Airmar,Äôs T1 Developer,Äôs Transceiver Module for evaluation purposes.
Datasheet Summary Powered by GS/AI
The ARK41 Airducer¬Æ Ultrasonic Transducer from Airmar Technology Corporation operates at a best frequency of 41 kHz, with a sensitivity of 108 dB re 1OºPa/V at 1 m for transmission and -175 dB re 1V/OºPa for reception. It has a minimum sensing range of 30 cm and a maximum range of 20 m, with a typical sensing range of 35 cm to 15 m. The transducer features a beamwidth of 14¬8 and can handle a maximum driving voltage of 1,800 Vpp at a 2% duty cycle.
Constructed from Kynar¬Æ 720, the housing is designed for durability and is compliant with U.S. FDA standards, making it suitable for use in chemically aggressive environments. The operating temperature range is from -40¬8C to 90¬8C, and the device weighs 560 g. Customization options include cable length and mounting caps in various thread types. The transducer is also compatible with Airmar,Äôs T1 Developer,Äôs Transceiver Module for evaluation purposes.
ARK41 Airducer® Transducer
Applications
Level measurement in chemically aggressive environments
Food and beverage processing
Flow monitoring
Features
Rugged one-piece PVDF housing is U.S. FDA compliant
Housing design will accommodate transceiver and signal processing electronics
Standard internal shielding
Options
Complete assembly available with standard cable lengths
10 Kω thermistors for temperature compensation
Mounting caps available in BSP, NPT, or M32 threads
ARK41 Airducer® Transducer
Applications
Level measurement in chemically aggressive environments
Food and beverage processing
Flow monitoring
Features
Rugged one-piece PVDF housing is U.S. FDA compliant
Housing design will accommodate transceiver and signal processing electronics
Standard internal shielding
Options
Complete assembly available with standard cable lengths
10 KΩ thermistors for temperature compensation
Mounting caps available in BSP, NPT, or M32 threads
Supplier's Site
Datasheet
Technical Specifications
Airmar Technology Corporation
Product Category
Ultrasonic Transducers
Product Number
39-046-0-01
Product Name
ARK41 Airducer® Ultrasonic Transducer
Application
Level measurement; Food and beverage processing; Flow monitoring