Name: Phased Array Probes and Wedges
Brand: NDT Products Center
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Phased Array Probe
We can manufacture phased array probes with a frequency from 1MHz to 10MHz and a number of elements from 8 to 128,
using self-developed piezoelectric composite materials. Conventional phased array probes include linear phased arrays,
planar arrays, concave arrays, convex arrays, and annular arrays. , Integrated wedge, etc.
We can also customize other types of probes for users to meet their specific application requirements.
The casing, wedges, connectors, cables, etc. of the phased array probes can also be produced according to customer requirements.

Frequency	Number of elements	Cable type
1=1MHz	32=32 Element	P= PVC outer
5=5MHz	Pitch	M=Metal armor outer
7.5=7.5MHz	0.6=0.6mm	HF=Outer without halogen
10=10MHz	Elevation	Cable Length
Phased Array type	10=10mm	2.5=2.5m
L= Linear	Probe type	Connector type
A=Annular	U=Using external wedge	OM=OmniScan Connector
M=(1.5D, 2D）Matrix	R= convex/concave curve	Casing type
V=Convex	I=Immersion	The casing type for a given probe type
C=Concave

1. Linear Phased Array Probe

Advantages

Design optimized for weld inspection
Cables can be stretched out from side, back or top
Wide thickness range coverage
Wedge curve according to the part shape allowing improved coupling to the part
Acoustically matched to Rexolite
Customized as required such as small contact surface probe

Typical Applications

Manual or automated inspection of welds using angle beams
Innovation wedge design available for shear or longitudinal waves
Inspection of castings, forgings, pipes, tubes, machined and structural components for cracks and welding defects

Probe Specifications and Dimensions

Type	Application	Model	Frequency（MHz）	Number of elements	Pitch（mm）	Active Aperture （mm）	Elevation （mm）
Linear Probe	Welds	2.25L16-U1	2.25	16	0.75	12	12
Linear Probe	Welds	5L16-U1	5	16	0.6	9.6	10
Linear Probe	Welds	2.25L32-U32	2.25	32	1	32	10
Linear Probe	Welds	5L32-U11	5	32	0.6	19.2	10
Linear Probe	Welds	5L32-U32	5	32	1	32	10
Linear Probe	Welds	7.5L32-U31	7.5	32	0.6	19.2	10
Linear Probe	Welds	10L32-U31	10	32	0.3	9.9	10
Linear Probe	Welds	2.25L64-U2	2.25	64	0.75	48	12
Linear Probe	Welds	5L64-U32	5	64	0.5	32	10
Linear Probe	Welds	5L64-U2	5	64	0.6	38.4	10
Linear Probe	Welds	10L64-U2	10	64	0.6	38.4	7
Linear Probe	Small foot-print	5L16-U10	5	16	0.6	9.6	10
Linear Probe	Small foot-print	10L16-U00	10	16	0.31	5	5
Linear Probe	Small foot-print	10L32-U10	10	32	0.31	9.9	7
Linear Probe	Deep penetration	3.5L16-U3	3.5	16	1.6	25.6	16
Linear Probe	Deep penetration	5L16-U3	5	16	1.2	19.2	12
Linear Probe	Deep penetration	1.5L16-U4	1.5	16	2.8	44.8	26
Linear Probe	Deep penetration	2.25L16-U4	2.25	16	2	32	20
Linear Probe	Deep penetration	2.25L32-U5	2.25	32	0.75	24	24
Linear Probe	Deep penetration	5L32-U5	5	32	0.6	19.2	20

Note: These probes come standard with an OmniScan connector and a 2.5m(8.2ft) cable.
We can customized phased array probes according to customers’ requirements with different specifications,
external dimensions, connectors, and cable length.

2. Self-focusing Phased Array Probe

Typical Applications

Inspection of welds on small diameter tubing
Inspection of welds on thin-walled pipes or thin plate
Access to a confined area
Inspection of friction stir welding

Advantages

Acoustically matched with Rexolite
Optimized focusing on the secondary axis improves the ability to inspect tiny defects on thin-walled pipes
Available for standard pipe ranging from 20mm-115mmφ
Fitting to various wedges to complete most of angle beam inspection

Performance Parameters
7.5S16-0.5×10

Probe Specifications and Dimensions

Type	Frequency （MHz）	Number of Element	Patch （mm）	Active Aperture （mm）	Elevation （mm）	Dimensions
Type	Frequency （MHz）	Number of Element	Patch （mm）	Active Aperture （mm）	Elevation （mm）	Length（mm）	Width （mm）	Height （mm）
7.5S16-0.5×10-U15	7.5	16	0.5	8	10	26	22	9.7
5S16-0.5×10-U15	5	16	0.5	8	10	26	22	9.7

Note: These probes come standard with an OmniScan connector and a 2.5m(8.2ft) cable.
We can customized phased array probe according to customers’ requirements with different specifications,
external dimensions, connectors and cable length.

3. Dual Matrix Phased Array probe

Advantages

Focused longitudinal S-scan, ability to transmit and receive longitudinal waves
Excellent signal-to-noise ratio, available for more inspections
Customized as required

Typical Application

Corrosion-resistant Alloy(CRA)
Stainless steel
Austenitic Material
Cladded pipes (U27)
Dissimiliar welds

Performance Parameters

Probe Specifications and dimensions

Type	Application	Model	Frenquency （MHz）	Number of Element	Pitch （mm）	Active Aperture （mm）	Elevation （mm）
Dual Matrix	Granular material inspection	2.25DM7×4-U17	2.25	Dual 28	2.71	19×12	3
Dual Matrix	Granular material inspection	4DM16×2-U27	4	Dual 16	1	16×6	3

Immersion probes are designed to be used with a water wedge or in an immersion tank when the test part is partially or wholly immersed.
Advantages

Acoustic impedance matches the water
The design allows fitting on water wedge for easier coupling on any surface and an adjustable water path
Linear scanning allows coverage of 30mm to 90mm in one line, with very high accuracy
Corrosion-resistant stainless steel case
Great waterproof

Typical Applications

Inspection of thin plate or tubing ( steel, aluminum, or other)
Composite inspection for delamination, disbanding, etc
Inline thickness gaging
Automated scanning for bars

Performance parameter 5L128-0.6×10

Probe Specifications and Dimensions

Type	Application	Model	Frequency （MHz）	Number of Elements	Pitch (mm)	Active Aperture （mm）	Elevation （mm）
Linear array probe	Immersion inspection	5L64-l1	5	64	0.6	38.4	10
Linear array probe	Immersion inspection	10L64-l1	10	64	0.5	32	7
Linear array probe	Immersion inspection	5L128-l2	5	128	0.6	76.8	10
Linear array probe	Immersion inspection	10L128-12	10	128	0.5	64	7
Linear array probe	Immersion inspection	2.25L128-13	2.25	128	0.75	96	12
Linear array probe	Immersion inspection	5L128-13	5	128	0.75	96	10
Concave array probe	Bars automatic inspection	5CC128-1.0×15	5	128	1	128	15
Concave array probe	Bars automatic inspection	7CC128-0.75×12	7	128	0.75	96	12

Advantages

Available in standard refracted angles of 0°,45°,55° and 60° in steel for angle-beam inspection from 30° to 70°, SW or LW
Stainless steel screw receptacles provide a firm anchoring of probes to wedges
Wedges are available in different IHC types: irrigation, mounting holes for the wedge holder to work with the scanner, and carbide pins to increase wear resistance
Wedges are designed for a manual or automated scan(IHC)
Custom wedges with specific refracted angles can be ordered, wedge shape and contour can be also customized.

Wedge type		Waves
su = Wedge available for U-type probe		s=shear wave L= Longitudinal wave
Tubing diameter		Probe mounting
gaging tubing outside diameter(inch)		N=Normal
Curvature type		L= Lateral (90° oblique angle)
AOD=Axial Outside Diameter (Circumferential scanning)		DN =Dual normal
COD=Circumferential Outside Diameter ( Axial scanning)		Option
Refracted angle in steel		IHC= Irrigation, mounting holes and carbide pins
0 =0° 55 = 55°		IHS= Irrigation, mounting holes and stainless steel frame

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