Video - Import export

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our coaxial video cables are suitable for video surveillance, studio technology, transmission of video data to monitors or industrial image processing. BDA video cables use low attenuation foamed polyethylene (cell-PE) as dielectric, and are double shielded to provide better shielding against interferences. Video coaxial cables from bda connectivity are characterized by tightly limited characteristic impedances of 75 Ω +/-1%. These cables are available with different diameters, thus enabling different transmission lengths.

Our video combi cables consist of several stranded video coaxial cables or a combination of video cables and power supply line. The cables combined with power supply are used when a separate power supply for the camera (control line, lighting etc.) is not possible at the location of use.

Our video combi cables consist of several stranded video coaxial cables or a combination of video cables and power supply line. The cables combined with power supply are used when a separate power supply for the camera (control line, lighting etc.) is not possible at the location of use.

Our video combi cables consist of several stranded video coaxial cables or a combination of video cables and power supply line. The cables combined with power supply are used when a separate power supply for the camera (control line, lighting etc.) is not possible at the location of use.

Our video combi cables consist of several stranded video coaxial cables or a combination of video cables and power supply line. The cables combined with power supply are used when a separate power supply for the camera (control line, lighting etc.) is not possible at the location of use.

These parts are used for the precision accessories,after process by 3-4 axis machining,then going for the anodize and chrome plating.

Audio assembly parts.

Further information Series E4.31L Internal height hi: 31mm Internal widths Bi: 40 - 300 mm Bending radii R: 055 - 250 mm Pitch: 46 mm E-Chain® with crossbars at every link Series E4.38L Inner height hi: 38mm Inner widths Bi: 50 - 400 mm Bending radii R: 063 - 350 mm Pitch: 56 mm E-Chain® with crossbars at every link Series E4.48L Inner height hi: 48 mm Inner widths Bi: 50 - 400 mm bending radii R: 075 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every link Serie R4.31L Internal height hi: 31mm Internal widths Bi: 50 - 300 mm Bending radii R: 075 - 250 mm Pitch: 46 mm e-tube, swivel lid Serie R4.38L Internal height hi: 38mm Internal widths Bi: 50 - 300 mm Bending radii R: 100 - 350 mm Pitch: 56 mm e-tube, swivel lid Serie R4.48L Inner height hi: 48 mm Inner widths Bi: 50 - 300 mm bending radii R: 100 - 350 mm Pitch: 67 mm e-tube, swivel lid 41 dB(A) determined at the igus® laboratory, v = 1,8 m/s unsupported ESD classification: Electrically conductive ESD/Atex versions on request High torsion rigidity iF Design prize 2014 for R4.1 light energy tubes Further information Series E4.31L Internal height hi: 31mm Internal widths Bi: 40 - 300 mm Bending radii R: 055 - 250 mm Pitch: 46 mm E-Chain® with crossbars at every link Series E4.38L Inner height hi: 38mm Inner widths Bi: 50 - 400 mm Bending radii R: 063 - 350 mm Pitch: 56 mm E-Chain® with crossbars at every link Series E4.48L Inner height hi: 48 mm Inner widths Bi: 50 - 400 mm bending radii R: 075 - 350 mm Pitch: 67 mm E-Chain® with crossbars at every link Serie R4.31L Internal height hi: 31mm Internal widths Bi: 50 - 300 mm Bending radii R: 075 - 250 mm Pitch: 46 mm e-tube, swivel lid Serie R4.38L Internal height hi: 38mm Internal widths Bi: 50 - 300 mm Bending radii R: 100 - 350 mm Pitch: 56 mm e-tube, swivel lid Serie R4.48L Inner height hi: 48 mm Inner widths Bi: 50 - 300 mm bending radii R: 100 - 350 mm Pitch: 67 mm e-tube, swivel lid Connecting two E4.1L chain segments Replacing E4.1 L chain links Extender crossbars E4.1 light E-Chain® selection aids You can find the right E-Chain® quickly by entering concrete parameters and with the aid of a comparison table. Selection aids Assembly instruction Joining, separating and opening of the E-Chain® and E-Tubes. Assembly instruction Application examples Applications in various industrial sectors and in the igus® test laboratory. E4.1 light E4.1 light e-chains® with 4-piece structure Less weight, enhanced dynamics possible. Snap-open crossbars on both sides Snap-open along the inner and outer radius Optimized interior-exterior dimensions ratio due to narrower outer links and optimized crossbar shape. Inner diameter completely accessible for easy filling. Unique side plate with tongue and groove system. Low-priced Short assembly time Typical industrial sectors and applications Low-priced alternative to E4.1 For unsupported applications When the ruggedness of the E2/000 is inadequate, but the E4.1 is oversized 41 dB(A) determined at the igus® laboratory, v = 1,8 m/s unsupported ESD classification: Electrically conductive ESD/Atex versions on request High torsion rigidity iF Design prize 2014 for R4.1 light energy tubes

- Requirements: For extremely heavy duty applications - Outer jacket: TPE - Hydrolysis and microbe-resistant - Silicone-free - UV-resistant - Oil resistance: Oil-resistant according to DIN EN 60811-404, resistant to organic oils according to VDMA 24568 with Plantocut 8 S-MB by DEA

Engineered for the smallest possible volume and weight, made with an advanced high-density manufac turing and assembly process. The xiMU cameras are the smallest cameras in our portfolio and even in the world of industrial cameras. The sensor options include 5 Mpix, and 18 Mpix with a USB3 interface.

In order to ensure that castings, valves, pumps, hoses and other components or groups have been manufactured free of leakage, they are tested in non-destructive leakage tests. Oxygen, air, nitrogen or sulfur hexafluoride (SF6) can be used as the test medium.

The efficient fully-automated and highly integrated measuring software for measuring of series parts. Usable for recurring measuring tasks up to integration in CIM production plants. IMS is available in english. automatic measuring functions and combinations intuitively usable tools are available for automatic edge detection and geometrical combination sophisticated macro language with macro editor flexible and efficient macro-language with teach-in functionality for complete control of the measuring sequence with variables, sub-routines, database linking and text print-out comfortable macro editor with breakpoints comfortable macro editor with breakpoints, variable inspection and online help

The flexible, easy-to-learn measuring software for two dimensional measurements of primary samples and small batches by either hand-operated or motorized-operated measuring microscopes, for use in laboratories or production areas. OMS is available in english or german language. measuring in the video image by mouseclick easy manual measuring by mousclick directly in the video image automatic measuring functions intuitively usable tools are available for the automatic edge detection of point, line, circle and circle sector example of a manual measuring function flexible on-screen manual measuring functions scaled overlay masks different scaled overlay masks for direct shape and dimension comparison of products and prototype samples list of already measured elements list of already measured elements for further combinations