GE XL Go+ VideoProbe NDT Video Borescope Brochure download pdf (Page 7)

XL Go+ VideoProbe

Performance Tests

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MIL-STD-810G

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Test Method 506.4 Rain and Blowing Rain

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Test Method 507.4 Humidity

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Test Method 509.4 Salt Fog

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Test Method 510.4 Sand and Dust

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Test Method 511.4 Explosive Atmosphere

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Test Method 514.5 Vibration

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Test Method 516.5 Shock

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Test Method 521.2 Icing/Freezing Rain

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MIL-STD-461F

(Above Deck)

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Test Method RE102 Radiated Emissions

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Test Method RS103 Radiated Susceptibility

Note: All tests were performed on a fully functioning

system, including monitors.

The XL Go+ VideoProbe system is constructed to withstand the

rigors of the industrial workplace. Shock absorbing materials

and seals are strategically incorporated to resist impact

damage and to prevent dust and water intrusion.

To ensure top performance in a wide range of environmental

conditions, XL Go+ has been subjected to a battery of

performance tests.

Redefine Ruggedness

United States Department of Defense - Test Method Standard for Environmental

Engineering considerations and laboratory tests

United States Department of Defense Interface Standard – Requirements for the Control of

Electromagnetic Interference Characteristics of Subsystems and Equipment

Double tungsten braid

insertion tube

Titanium camera head is eight times

stronger than previous

generation video borescopes

Laser-welded bending neck seam

Note: 6.1 mm Ø probe shown at 2:1 scale

Double-threaded tips

See Testing

See how XL Go+ performs during testing.

To watch, snap a photo of the icon or go to

http://bit.ly/wkSIFK

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GE XL Go+ VideoProbe NDT Video Borescope Brochure Page 7

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