iSeries Videoscope

iSeries Interchangeable Videoscopes

Diameters: 4,0mm 6,0mm 8,0mm

Working Lengths: 1.5m - 15m

Articulation: 4-

Articulation Angle* L/R | U/D: 160°/130°

Integrated Objective Lens: 6 and 8mm diameter probes

Side View Tip Adapter: Yes (4mm diameter probe: only with 60° FOV)

Braid: Tungsten Braid on PU-Jacket

iSeries Videoscope Construction

System Weight: 2.25kg (4,96lb) Operating Unit iTool / 9.2kg (20lb)

Case Dimensions: 290mm x 190mm x 70mm

Housing: rugged PU

Frame: Alloy

Protection Class: IP53

Operating Environment

Tip Operating Temperature:

System Operating Temperature: -13°F to 115°F (-25°C to +45°C)

Storage Temperature: -13°F to 115°F (-25°C to +45°C)

Relative Humidity: 95% max. – Non-condensing

Waterproof: Probe and distal end up to 14,7 psi (1 bar- 10,2 m H2O)(not 6mmSVTA)

Hazardous Environments: Not rated for use in hazardous environments 

Aerospace: The iseries industrial videoscope allows quality control, maintenance and troubleshooting tasks to be performed with the minimum downtime, while maximizing safety, efficiency and operational time. Video borescopes allow Inspection of turbines, combustion chambers, low pressure compressors and high pressure compressors, aircraft wings, structures brakes, other difficult-to-access areas and the Location of foreign object damage (FOD).

Engineering & Manufacturing: A videoscope provides cost-effective examination of internal structures without tear-down. A videoscope allows engineers to check for pitting, cracking, corrosion, erosion, weld and other defects, thus minimizing downtime and optimizing planned maintenance. Videoscopes are used to examine pipelines, pumps, gearboxes, compressors, boilers, heat exchangers, headers, valves and air conditioning ducts.

Oil Gas and Chemical Industry: An industrial videoscope or inspection camera allows engineers to check for pitting, cracking, corrosion, erosion, weld and other defects, thus minimizing downtime and optimizing planned maintenance. Video borescopes can inspect condenser tubes, heat exchangers and tubes, glass line vessels, pipelines, steam and gas turbines, pumps, gearboxes, compressors, boilers, headers and valves.

Power Generation: A videoscope allows engineers to check for pitting, cracking, corrosion, erosion, weld and other defects, thus minimizing downtime and optimizing planned maintenance. Both fossil and nuclear power plants use videoscopes to inspect vital equipment such as turbines, pipelines, condenser tubes, pumps, boilers, heat exchangers, valves, pressure vessels and many other items of plant.

Archeology and Nature Studies: A videoscope prevents dis-assembly that would destroy experiments or damage irreplaceable artifacts. The use of videoscopes provide a cost-effective solution for applications such as archaeology nature studies. Uses of remote visual inspection equipment include examinations inside Egyptian mummies & tombs, historical ships & aircraft, and antique musical instruments, and architectural restorations and nature studies.

Security: Videoscopes are used effectively for bomb disposal (EOD / IEDD), counter terrorist activities, Hostage situations, smuggling of drugs, illegal aliens and other contraband. Video borescopes are use in the search of buildings, vehicles, ships, aircraft, freight and difficult to access areas.

Quality Control: A videoscope allows manufactures to inspection components for defects. video borescopes provide the ability to inspect internal components, bore holes, castings and other manufactured items such as turbine blades, circuit boards, rifle barrels, welds.

High purity Weld Inspection: Videoscopes allow certified weld inspectors to inspect orbital welds on site. videoscopes are used in the pharmaceutical, chemical, fertilizer, food, health care and electronics industries to verify that welds on high purity piping were completed properly.

Castings: Videoscopes and video inspection cameras are used to inspection inside castings of engine blocks and other high quality caste components.