Standard Rigid Boroscope

Olympus Standard Rigid Borescopes

Standard Rigid Borescopes are available in a wide range of diameters, working lengths, the direction of view and field of view (magnification). The stainless steel insertion tube is usable at temperatures between -20℃ and 150℃ (-4 to 302°F). 

Video recording is available by connecting a CCD camera.

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Sophisticated optical system

Olympus is renowned for optical innovation and the standard borescope is no exception. Each diameter of borescope has it own lens system design, optimized to the available space. Multi-layer lens coating is used to reduce internal reflections and maximize image brightness and contrast.

Orbital Scan

Especially useful when the borescope is clamped or being used in conjunction with CCTV, this feature allows the insertion tube to be rotated a full 370 degrees without affecting the orientation of the control body or accessories attached to the eyepiece.

High-grade stainless steel insertion tube

Ensures a durable, corrosion free, fluid resistant, outer protective sheath.

Laser welded tip

Significantly reduces the possibility of tip detachment for safe, trouble free inspections.

Ergonomically designed control body

A comfortable and functional control body design has always been a hallmark of Olympus borescopes. The Series 5 design further enhances this and integrates all controls, placing them within easy reach for true single handed operation.

Color coded identification ring

The serial number and model reference are engraved in the eyepiece ring. This is also color coded to indicate the borescope direction of view.

Lens to fiber ratio

While large lenses provide bright, clear images in ambient lighting conditions, the overall result in an actual inspection is far more dependant on the light transmission performance of the instrument. Series 5 achieves a precise balance of lenses and fibers for superb image brightness.

STANDARD RIGID BOROSCOPE
Outer diameter
Effective length
Direction of view
Field of view
Depth of field
ø4.1 mm
 (0.16 in.)
21 cm (8.3 in.)
60°
5 to ∞ mm
22 cm (8.7 in.)
45°
90°
33 cm (13 in.)
45°
90°
ø6.1 mm
 (0.24 in.)
17 cm (6.7 in.)
50°
5 to ∞ mm
45°
90°
32 cm (12.6 in.)
45°
90°
47 cm (18.5 in.)
45°
90°
63 cm (24.8 in.)
45°
90°
78 cm (24.8 in.)
90°
ø8.1 mm
 (0.25 in.)
24 cm (9.4 in.)
50°
5 to ∞ mm
45°
90°
110°
25 cm (9.8 in.)
90°
35°
10 to ∞ mm
34 cm (13.4 in.)
90°
50°
5 to ∞ mm
110°
44 cm (17.3 in.)
90°
54 cm (21.3 in.)
90°
64 cm (25.2 in.)
90°
84 cm (33 in.)
90°
50°
104 cm (41 in.)
90°
124 cm (48.8 in.)
134 cm (52.8 in.)
90°
144 cm (33 in.)
90°
ø10.1 mm
 (0.4 in.)
38 cm (15 in.)
50°
5 to ∞ mm
39 cm (15.4 in.)
90°
35°
10 to ∞ mm
90°
50°
5 to ∞ mm
110°
53 cm (20.9 in.)
90°
50°
66 cm (26 in.)
ø10.1 mm
 (0.4 in.)
67 cm (26.4 in.)
90°
50°
5 to ∞ mm
95 cm (37.4 in.)
90°


 

OPERATING ENVIRONTMENT
Operating Temperature Insertion tube In air: -20 °C to 150 °C (-4 °F to 302 °F)
Underwater: 10 °C to 30 °C (50 °F to 86 °F)
Other parts than above In air: -20 °C to 50 °C (-4 °F to 122 °F)
Operating atmospheric pressure Insertion tube In air: 700hPa to 1700hPa
Underwater: Up to 1700hPa
Other parts than above
In airL 710hPa to 1060hPa
Liquid resistance No trouble even when machine oil, light oil or 5% saline is attached
Waterproof Insertion tube Waterproof: can be used underwater
Other parts than above
Drip-proof