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Ultrasonic Transducers Catalog

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Ultrasonic Transducers Catalog ULTRASONIC TRANSDUCERS Contact High Frequency Shear Wave Dual Element Angle Beam Immersion Pinducers Delay Line Transducer Types General Purpose – GP General purpose transducers are medium damped transducers combining optimum sensitivity without sacrificing near surface resolution. Typical bandwith is 30% to 50% @ -6dB High Resolution – HR High resolution transducers are highly damped, broadband transducers usually chosen for improved near surface resolu- tion, and improved signal to noise. Typical bandwith is 70% to 100% @ -6dB High Power – HP High power transducers are lightly damped or air-backed narrowband transducers de- signed for maximum power & penetration. They can be configured for use with tone burst or CW pulsers. Typical bandwith is 10% to 40% @ -6dB 508-435-6831 • 800-982-5737 • www.ctscorp.com • [email protected] Contact Transducers Contact Transducers are the most common and frequently used to introduce longitudinal waves into a material. Also, by using special elements, normal incidence shear wave or a combination of longitudinal/shear wave transducers can be made. These types of transducers are used in direct contact with the test material and therefore require a highly durable wearplate. Contact Transducers are single element transducers designed for general- purpose contact inspection of metal, ceramic, and composite materials. These transducers offer rugged construction and maximum resistance against fracture and rough surfaces. Advantages: • Thick walled, case-hardened chrome-plated cases for standard contacts • Compatible with all commercial flaw detectors • Delrin sleeves for fingertip styles reduces case noise • Available in high sensitivity, high resolution and general purpose Standard Contact Transducers The Standard Contact Transducer case styles offer thicker walled, case for extended life wear. They are offered in side or top BNC mounted connectors. DIAMETER FREQUENCY INCHES (mm) (MHz) 0.5 0.75 1.00 1.125 1.25 (12.7) (19.05) (25.4) (28.575) 31.75) 0.75" TYPE GP: GENERAL PURPOSE (19.05) 0.50 CS0.504GP CS0.506GP CS0.508GP CS0.509GP CS0.510GP 1.20" 1.00 CS0104GP CS0106GP CS0108GP CS0109GP CS0110GP (30.48) 2.25 CS0204GP CS0206GP CS0208GP CS0209GP CS0210GP 3.50 CS0304GP CS0306GP CS0308GP CS0309GP CS0310GP 0 .71" 5.00 CS0504GP CS0506GP CS0508GP – – (18.034) TYPE HR: HIGH RESOLUTION 0.50 CS0.504HR CS0.506HR CS0.508HR CS0.509HR CS0.510HR 1.00 CS0104HR CS0106HR CS0108HR CS0109HR CS0110HR 2.25 CS0204HR CS0206HR CS0208HR CS0209HR CS0210HR 3.50 CS0304HR CS0306HR CS0308HR CS0309HR CS0310HR 5.00 CS0504HR CS0506HR CS0508HR – – TYPE HP: HIGH POWER 0.50 CS0.504HP CS0.506HP CS0.508HP CS0.509HP CS0.510HP 1.00 CS0104HP CS0106HP CS0108HP CS0109HP CS0110HP 2.25 CS0204HP CS0206HP CS0208HP CS0209HP CS0210HP 3.50 CS0304HP CS0306HP CS0308HP CS0309HP CS0310HP 5.00 CS0504HP CS0506HP CS0508HP – – 508-435-6831 • 800-982-5737 • www.ctscorp.com • [email protected] Contact Transducers Fingertip Contact Transducers Fingertip Contact Transducers are small diameter contact transducers ideally suited for limited access surface inspections or when higher frequencies are needed. These Fingertip Contact Transducers are offered with right angle microdot connectors. DIAMETER INCHES (mm) FREQUENCY (MHz) 0.25 0.375 0.5 0.75 1.00 (6.35) (9.525) (12.7) (19.05) (25.4) TYPE GP: GENERAL PURPOSE 1.00 CF0102GP CF0103GP CF0104GP CF0106GP CF0108GP 0.60" (15.24) 2.25 CF0202GP CF0203GP CF0204GP CF0206GP CF0208GP 3.50 CF0302GP CF0303GP CF0304GP CF0306GP CF0308GP 5.00 CF0502GP CF0503GP CF0504GP CF0506GP CF0508GP 7.50 CF0702GP CF0703GP CF0704GP – – 10.00 CF1002GP CF1003GP CF1004GP – – TYPE HR: HIGH RESOLUTION 1.00 – – CF0104HR CF0106HR CF0108HR 2.25 CF0202GP CF0203GP CF0204GP CF0206GP CF0208GP 3.50 CF0302GP CF0303GP CF0304GP CF0306GP CF0308GP 5.00 CF0502GP CF0503GP CF0504GP CF0506GP CF0508GP 7.50 CF0702GP CF0703GP CF0704GP – – 10.00 CF1002GP CF1003GP CF1004GP – – TYPE HP: HIGH POWER 1.00 – CF0103GP CF0104GP CF0106GP CF0108GP 2.25 CF0202GP CF0203GP CF0204GP CF0206GP CF0208GP 3.50 CF0302GP CF0303GP CF0304GP CF0306GP CF0308GP 5.00 CF0502GP CF0503GP CF0504GP CF0506GP CF0508GP 7.50 CF0702GP CF0703GP CF0704GP – – 10.00 CF1002GP CF1003GP CF1004GP – – 508-435-6831 • 800-982-5737 • www.ctscorp.com • [email protected] Contact Transducers Protective Face Transducers Integral replaceable Protective Face Transducers, which combines three different types of wear surfaces: a soft protective membrane, a high temperature delay line (up to 550°F), and an expendable protective wear cap for extremely rough surfaces. All Protective Face Transducers are general purpose (GP). SIZE INCHES (mm) FREQUENCY 1.25" (MHz) (31.75) 0.5 0.75 1.0 1.125 (12.7) (19.05) (25.4) (28.575) 0.5 – CP0.506 CP0.508 CP0510 1.20" (30.48) 1.0 CP0104 CP0106 CP0108 CP0110 1.24" (31.496) 2.25 CP0204 CP0206 CP0208 CP0210 3.5 CP0304 CP0306 – – 5.0 CP0504 CP0506 CP0508 – Options SIZE INCHES (mm) DESCRIPTION 0.5 0.75 1.0 1.125 (12.7) (19.05) (25.4) (28.575) Membranes (Doz) VPM12-04 VPM12-06 VPM12-08 VPM12-10 High Temp Delay VHT-04 VHT-06 VHT-08 VHT-10 Wear Cap (Doz) VWC-04 VWC-06 VWC-08 VWC-10 Delay Ring VRC-04 VRC-06 VRC-08 VRC-10 508-435-6831 • 800-982-5737 • www.ctscorp.com • [email protected] Delay Line Transducers CTS offers a complete line of High Resolution and highly damped Delay Line Transducers, both with Removable and Permanent Delays. These Delay Line Transducers are recommended for inspection and thickness gauging of thin materials, and near surface flaw detection. Removable Delay Line Transducers High resolution (HR) Removable Delay Line Transducers are designed for near surface resolution. The versatility of the transducers provides an economical approach and allows a quick change when the delay tip gets worn. Each part is equipped with a screw-on retaining ring and a room temperature low- attenuation delay line material. Other high temperature delay line materials can also be substituted. DIAMETER INCHES (mm) FREQUENCY (MHz) 0.125 0.25 0.375 0.5 (3.175) (6.35) (9.525) (12.7) 2.25 – DR 022 DR 023 DR 024 3.50 – DR 032 DR 033 DR 034 5.00 – DR 052 DR 053 DR 054 7.50 – DR 072 DR 073 DR 074 DIAMETER 10.00 DR 101 DR 102 DR 103 – A B C INCHES (mm) 15.00 DR 151 DR 152 – – 0.125 (3.175) 1.01 (25.654) 0.39 (9.906) 0.19 (4.826) 20.00 DR 201 DR 202 – – 0.25 (6.35) 1.08 (27.432) 0.56 (14.224) 0.31 (7.874) 25.00 DR 251 DR 252 – – 0.50 (12.7) 1.36 (34.544) 0.80 (20.32) 0.55 (13.97) Permanent Delay Line Transducers High resolution (HR) Permanent Delay Line Transducers designed for near surface resolution with 0.35 inches (8.89 mm) fixed delays built into the housing, which eliminate the need for adding couplant and changing delays. This permanent bond between crystal and delay provides improved performance over Removable Delay Line Transducers. High temperature delay line materials are also available. DIAMETER INCHES (mm) FREQUENCY (MHz) 0.125 0.25 0.375 0.5 (3.175) (6.35) (9.525) (12.7) 2.25 – DP 022 DP 023 DP 024 3.50 – DP 032 DP 033 DP 034 5.00 – DP 052 DP 053 DP 054 DIAMETER 7.50 – DP 072 DP 073 DP 074 A B INCHES (MM) 10.00 DP 101 DP 102 DP 103 – 0.25 (6.35) 0.80 (20.32) 0.43 (10.922) 15.00 DP 151 DP 152 – – 0.375 (9.525) 0.80 (20.32) 0.55 (13.97) 20.00 DP 201 DP 202 – – 25.00 DP 251 DP 252 – – 0.50 (12.7) 0.80 (20.32) 0.70 (17.78) 508-435-6831 • 800-982-5737 • www.ctscorp.com • [email protected] Angle Beam Transducers CTS’ Angle Beam Transducers and various wedge combinations are typically used to launch refracted shear waves or surface waves in a test material. CTS designed all of its Angle Beam Transducers with high gain and optimum resolution (GP Series). Special broadband, high resolution transducers (HR Series) can be sub- stituted upon request. All replaceable wedges are offered in standard rexolite or polystyrene depending upon frequency. In addition, special high temperature wedges are available up to 500°F. As an option, CTS can contour Angle Beam wedges for axial or circumferential pipe or bar inspection. Angle Beam Transducers utilize the basic principle of refraction and mode conversion to produce refracted shear or longitudinal waves in the test material. The angle of incidence required to produce the desired refracted wave is calculated from Snell’s Law. The following formula may be used to calculate the wedge angle (Q1) required to generate the desired mode and refracted angle (Q2) in the material under test. SinØ1 V1 = SinØ2 V2 Ø1 = Wedge angle Ø2 = Angle of refracted wave in test material V1 = Longitudinal velocity of wedge material V2 = Velocity of material being inspected for the desired mode AWS Transducers AWS Transducers conform to AWS Code D1.1. The AWS wedges are offered in either Serrated or Snail configurations and provide optimum signal to noise ratios. SIZE INCHES (mm) FREQUENCY (MHz) 0.625 X 0.625 0.625 X 0.75 0.75 X 0.75 (15.875 X 15.875) (15.875 X 19.05) (19.05 X 19.05) 2.25 AW0255 AW0256 AW0266 AWS Serrated Wedges AWS Snail Wedges PART NUMBER REFRACTED ANGLE PART NUMBER REFRACTED ANGLE AWS45 45º SAWS45 45º AWS60 60º SAWS60 60º AWS70 70º SAWS70 70º 508-435-6831 • 800-982-5737 • www.ctscorp.com • [email protected] Angle Beam Transducers Standard Angle Beam Transducers Standard Angle Beam Transducers conform to all commercial flaw detectors available. These transducers produce refracted shear waves when coupled to replaceable wedges.
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