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BENTHOWAVE INSTRUMENT INC. Acoustic Transducer & System 

High Temperature Transducer

BII-7770 Series: High Temperature Transducer: -15°C to 198°C or 5°F to 390°F

Related Products  
BII-5000 Power Amplifier BII-8010 Ultrasound Pulser & Receiver
 
Specification:
BII's High Temperature transducers are customized from BII's standard transducers and extend their service temperatures to 120°C or 198°C. Please refer to respective standard transducers for the information on frequency range, TVR, beam, installation, sizes, etc.
High Temperature Transducer BII-7771 BII-7772 BII-7773 BII-7773
"Refer to" Transducers: BII-7520 Spherical
BII-7510 Communication
BII-7700 Hemispherical BII-7730 Broadband BII-7690 NDT Transducer
Directivity Response: Omnidirectional Hemispherical Conical Conical
Service Temperature: -15 to +120°C
or 5 to 248°F
-15 to +120°C
or 5 to 248°F
-15 to +120°C
or 5 to 248°F
-15 to 198°C
or 5 to 390°F
Housing: Plastic or Rubber Plastic or Rubber Plastic or Rubber 316/316L Stainless Steel
Working Mode: Immersion or Contact Immersion or Contact Immersion or Contact Contact ONLY
Pulse Driving Signal: Spike (Negative or Positive), pulse and burst SINE/Square/Chirp excitation.
Power: Transducer power is limited by service temperature. Contact BII with your specs for the pulse power and pulse width.
Quality Factor Q: 3 Typical
Storage Temperature: -10°C to +60°C
Maximum Depth: 50 m (Equivalently 0.49 MPa)
Impedance Matching: BII-6000 Bespoke Standalone Impedance Matching between transducers and power amplifiers. Order Separately.
BII-6000 Series Service Temperature: -10°C to +60°C.
Cable: 1. HTWL: High Temperature Wires (Max. 200°C or 392°F).
2. HTSC199: High Temperature Shielded Cable (Max. 199°C or 390°F).
3. RG178: Coax RG178B/U (Max. 200°C or 392°F).
4. HTSC150: High Temperature Shielded Cable (Max. 150°C or 302°F).
Connector: 1. Wire Leads (WL)
2. BNC Plug. BNC Plug maximum service temperature 85°C or 185°F.
Information: Acoustic Components and System: Ordering, Wiring, Array & Aperture Design and much more.

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