BRINELL CHECK POWER KIT
(version lite - code BC 10385 - for indents from 1.5 to 5 mm)
(version lite - code BC 10388 - for indents from 0.5 to 2.5 mm)
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The Brinell Check Power Kit is very similar to the two previous versions, but it doesn't include the Carrying Case system, because it is supplied with separated parts.
Brinell
Check Power Kit (code BC 10385 / BC 10388) ![]() |
THE BRINELL CHECK POWER KIT SYSTEM (CODE BC 10385 / BC 10388) IS SUPPLIED WITH:
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Video-optical head for Brinell Check (indents from 1.5 to 5 mm) code SPT OVT 000448 or Video-optical head for Brinell Check (indents from 0.5 to 2.5 mm) code SPT OVT 000668 |
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Video power cable B for Brinell (2,3 m) code SPT OVT 000453 |
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USB assembly box for Brinell Check code SPT OVT 000639 |
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2 USB cables code SPT OVT 000454 |
OPTIONAL
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Video power cable B for Brinell (5 m) code SPT OVT 000577 |
Video power cable B for Brinell (7,5 m) code SPT OVT 000578 |
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Video power cable B for Brinell (10 m) code SPT OVT 000579 |
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BR case: case for Brinell Check made in printed aluminium. Overall dimensions: ext. 380x265x150; int. 350x250x140 code VAL AMA 000212 |
The Stand Micro is a pocket microscope 20X/40X very strong, completely in aluminium, practical and manageable.
It can be used as tool of universal measure for the control of surfaces, to measure the diameter of small holes, meshes of textiles, etc., but thanks to its particular technical characteristics it has been immediately appreciated as ideal optical instruments of Brinell indentations.
Its led annular lighting (6000°K) incorporated high luminous intensity allows easy measurements of cracks in the materials on plain and curved surfaces (this last if provided of special base).
The precise focusing by means of knurled metal ring coaxial with optical axe allows the control and measuring in movements on “Z” axe up to 7 mm through a nonius with decimal divisions.
The ocular is provided of a measuring reticle of 6mm with divisions of 0,05mm and it is possible to regulate it in the focusing suiting it for your sight.
The alignment of the division notches with the object to be measured comes rotating the block of the ocular avoiding in this way the moving of the tool or the object under examination.
The great practicality in the use of this device is due in particular way to the possibility of transversal micrometrical movement of the optical head on the object to be measured through a screw cursor.
The maximum excursion of the cursor is 8mm and is controllable on its nonius with centesimal divisions; with this system is possible an express and precise alignment of a scale division of the ocular with a point of the object to measure.
It can be used as tool of universal measure for the control of surfaces, to measure the diameter of small holes, meshes of textiles, etc., but thanks to its particular technical characteristics it has been immediately appreciated as ideal optical instruments of Brinell indentations.
Its led annular lighting (6000°K) incorporated high luminous intensity allows easy measurements of cracks in the materials on plain and curved surfaces (this last if provided of special base).
The precise focusing by means of knurled metal ring coaxial with optical axe allows the control and measuring in movements on “Z” axe up to 7 mm through a nonius with decimal divisions.
The ocular is provided of a measuring reticle of 6mm with divisions of 0,05mm and it is possible to regulate it in the focusing suiting it for your sight.
The alignment of the division notches with the object to be measured comes rotating the block of the ocular avoiding in this way the moving of the tool or the object under examination.
The great practicality in the use of this device is due in particular way to the possibility of transversal micrometrical movement of the optical head on the object to be measured through a screw cursor.
The maximum excursion of the cursor is 8mm and is controllable on its nonius with centesimal divisions; with this system is possible an express and precise alignment of a scale division of the ocular with a point of the object to measure.
2012 Stand Micro |
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Magnification: | - |
20X |
40X |
| Field of view: | - |
7.2 mm |
4.3 mm |
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| Min. scale division: | - |
No.16: 0.05mm No.17: 0.0025” (on request) |
No.18: 0.02mm No.19: 0.0010" (on request) |
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| Nonius division: | - | 0.01 mm |
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| Z axis nonius division: | - | 0.1 mm |
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| Measuring range: | - |
8.0 mm |
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| Working Distance: | - |
22 mm |
28 mm |
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| Case: | - |
245x160x100mm |
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| Total weight with case: | - |
1400 g
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Similar to the Stand Micro, this new optical measuring device differs from the first one because it has the possibility to be place also on curved surfaces till the minimal beam of 40mm thanks to its detail support base.
In order to allow a comfortable and immediate frame of the surface to examine or to measure (cylinders the much long or of large dimensions) the base is revolving.
On request at the order STAND MICRO ROLL can be supplied of magnetic base.
In order to allow a comfortable and immediate frame of the surface to examine or to measure (cylinders the much long or of large dimensions) the base is revolving.
On request at the order STAND MICRO ROLL can be supplied of magnetic base.
2012-A 2012-AM Stand Micro Roll |
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Magnification: | - |
20X |
40X |
| Field of view: | - |
7.2 mm |
4.3 mm |
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| Min. scale division: | - |
No.16: 0.05mm No.17: 0.0025” (on request) |
No.18: 0.02mm No.19: 0.0010" (on request) |
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| Nonius division: | - | 0.01 mm |
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| Z axis nonius division: | - | 0.1 mm |
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| Measuring range: | - |
8.0 mm |
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| Working Distance: | - |
20 mm |
35.5 mm |
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| Case: | - |
245x160x100mm |
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| Total weight with case: | - |
1400 g
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The Shop Microscope is widely used as a universal measurer. Despite its small-sized and lightweight mechanism, it has very useful devices practical and efficient. For example, its rack and pinion focusing makes the operation very simple and fast.
Furthermore, observation in dark places is possible because it has penlight supplied by a battery. It also has built-in accurate scales for measuring.
With the above-mentioned advantages, the Shop Microscope is useful in a large number of fields, including surface inspections, centring, blade inspections, measuring diameters of small holes, inspecting plates and printed matter, measuring meshes of textiles, inspecting yarn, inspecting skins, observation of slides, and in the electronics field.
Furthermore, observation in dark places is possible because it has penlight supplied by a battery. It also has built-in accurate scales for measuring.
With the above-mentioned advantages, the Shop Microscope is useful in a large number of fields, including surface inspections, centring, blade inspections, measuring diameters of small holes, inspecting plates and printed matter, measuring meshes of textiles, inspecting yarn, inspecting skins, observation of slides, and in the electronics field.
2009-20 Shop |
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Magnification: | - |
20X |
| Min. scale division No. 16: | - |
0.05 mm | ||
| Min. scale division No. 17: | - |
0.0025" | ||
| Field of view: | - |
7.2 mm | ||
| Measuring range: | - |
6.0 mm | ||
| Working distance: | - |
52.0 mm | ||
| Case: | - |
222 x 145 x 95 mm | ||
| Total weight: | - |
496 gm. |
| See also: 2034 / Pen Light |
The Peak Brinell Microscope was especially designed to measure the indent of the Brinell hardness meter. This 20X magnification microscope is conveniently portable and has universal magnification inspection features. It is being utilized on a wide range of application like the Peak Shop Microscope.
2010 Brinell |
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Magnification: | - |
20X |
| Min. scale division No. 16: | - |
0.05 mm | ||
| Field of view: | - |
7.2 mm | ||
| Measuring range: | - |
6.0 mm | ||
| Vertical movement of lens barrel: | - |
30 mm | ||
| Overall height: | - |
160 mm | ||
| Case: | - |
215 x 57 x 46 mm | ||
| Total weight: | - |
412 g |


















