PN: 0.5THV Category: .

Product Description

0.5THV Series Vector Target Adapter

Use two target points to define a line

The 0.5THV Series creates a vector by using two target locations, precisely on the centerline of the adapter.  Using most any software, it is easy to locate the point on the centerline of the shank which lies on the surface of the object being measured.  This adapter may be used to create vector lines to evaluate “remote” target points (e.g., a critical point downrange on a hinge line).  It is also handy when you suspect that the target hole may not be drilled square to the surface.
Refer to the part number configuration information below. Pick a low offset, a high offset, and a shank diameter which specifies your desired item. For example, 0.5THV-.375-.750-.25.
Note: We cannot show all possible options – if you don’t see exactly what you want, make up your own part numbers using the configuration information below.
Part Number Construction:  0.5THV part number construction example
Low Offset Value “A” High Offset Value “B” Shank Diameter Value “C”
0.3125″ .3125 0.750″ .75 1/8″ .125
0.375″ .375 1.000″ 1 1/4″ .25
0.500″ .5 1.250″ 1.25 3/8″ .375
0.625″ .625 1.500″ 1.5 1/2″ .25
8 mm 8MM 2.00″ 2 3/4″ .75
10 mm 10MM 25 mm 25MM 4 mm 4MM
12 mm 12MM 30 mm 30MM 6 mm 6MM
14 mm 14MM 40 mm 40MM 8 mm 8MM
16 mm 16 60 mm 60MM 10 mm 10MM
You Specify Note 1 You Specify Note 2 You Specify Note 3
Note 1: Minimum value for A (low offset) is 0.3125″ or 8 mm.
Note 2: Maximum value for B (high offset) is 2.875″ or 73 mm. Not all high offsets are compatible with all low offsets, check with us if you have a question.
Note 3: Minimum shank diameter is 0.100″ (3 mm). Maximum shank diameter is 0.750″ (19 mm).

May Be Used With

Any 0.5″ diameter SMR


Adapter dia (main body): 1″ (25.4mm)
Offset tolerance: ±0.0005″ (±0.013mm)
Shank diameter tolerance:
−0.0001″ to −0.0005″ (−0.003mm to −0.013mm)
Material: Stainless steel
Hardness: HRC 42-45



English (PDF)


PDF Download Drawing

Brunson 0.5THV drawing

PN: 0.5THV Category: .