Germany
Manufacturer/ Producer
Germany
Flat-knitted copper tape made from Cu-ETP1 and Cu-OF1 in tin-plated, bare upon request, soft annealed. Single wire diameter Ø 0.10 mm, processed in three-fold and eight-fold. Width of flat-knitted copper from 20 mm to 100 mm. For electrical shielding.
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Shielding braids consist of bobbin wires, located parallel, which have been braided into a tube. Manufactured from Cu-ETP1, Cu-OF1, LEONI-Histral®-alloys (upon request), aluminium and stainless steel, with coating in bare, tin-plated, nickel-plated or silver-plated, hard or soft annealed. Sinlge-wire diameter ranging from Ø 0.10 mm to Ø 0.40 mm. Cross-section ranging from 0.25 mm² bis 400 mm². Tubular shielding braid is smoothly expandable and has a very good shielding effect. The couverage can be determined precisely by changing the braiding angle. Suitable for electrical and mechanical shielding of wires, cables, cable bundles and cable harnesses.
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Contured fabric tapes, braided into a tube and then flat-rolled. Made from Cu-ETP1 and Cu-OF1, LEONI Histral® alloys upon request, in bare, tin-plated, nickel-plated or silver-plated, hard or soft annealed. Single-wire diameter ranging from Ø 0.05 mm to Ø 0.40 mm. Cross-section ranging from 25 mm² to 120 mm². Our flat-rolled fabric tapes are characterised by straight rectangular edges with a very high degree of dimensional accuracy and very close tolerances. There is an adjustable degree of compaction, with cross-section remaining unchanged, as well as an easy combination of different cross-sections laid on top of each other (modular system). Contured, braided copper tapes have an improved weldability in automated production processes for manufacturing of earthing straps, connectors or electrotechnical components.
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Tubular-knitted copper tape made from Cu-ETP1 and Cu-OF1 in tin-plated, bare upon request, soft annealed. Single wire diameter Ø 0.10 mm, processed in 1 x 0.10 mm or 2 x 0.10 mm. Width 25 mm. For electrical shielding.
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Flexible copper connectors for earthing straps, current leads and connectors with different constructions regarding customer specification. As prematerial for our customised connectors a lot of different materials can be used, mostly high flexible strands and braids made from Cu-ETP1 and Cu-OF1, LEONI Histral® alloys, stainless steel and aluminium upon request, in bare, tin-plated, nickel-plated and silver-plated. Depending on the customer requirements we can combine different contact elements and isolation materials. No matter if you need individual parts or large-scale production, we can guarantee a short development time and fast response. Flexible copper connectors are suitable for power transmission and potential equalisation / grounding.
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Flat copper wire made from Cu-ETP1 and Cu-OF1 in bare. Thickness: 0,038 mm – 1,0 mm Width: 0,80 mm – 6,0 mm Our flat copper wires are absolute burr free. They are characterised by maximum precision and originally round edges, particularly suitable for busbars, flat conductors or shielding.
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Fabric tapes, braided into a tube and then flat-rolled (if needed). Made from Cu-ETP1, Cu-OF1 and LEONI Histral® alloys upon request, in bare, tin-plated, nickel-plated and silver-plated, hard or soft annealed. Single-wire diameter ranging from Ø 0.05 mm to Ø 0.40 mm. Cross-section ranging from 0.09 mm² to 400 mm². Our flat-rolled fabric tapes are characterised by a very high degree of dimensional accuracy. Suitable for earthing straps, connectors or electrotechnical components.
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Round copper wire made from Cu-ETP1 and Cu-OF1 in bare, tin-plated, nickel-plated, silver-plated or gold-plated, hard or soft annealed. Single wire diameter ranging from Ø 0.04 mm to Ø 1.8 mm. Single wire for high-frequency (HF) technology: High-precision silver-plated single wire used as core for coaxial cables, size range from 0.10 mm to 1.8 mm. This single wire is manufactured on a specially designed machine and is characterised by a highly constant diameter, outstanding centricity and an extremely pure surface.
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High-flexible round strands and ropes made from Cu-ETP1, Cu-OF1, aluminium and LEONI Histral® alloys (upon request) in bare, tin-plated, nickel-plated and silver-plated, hard or soft annealed. Single-wire diameter ranging from Ø 0.05 mm to Ø 0.51 mm, left-hand lay or right-hand lay. Cross-section ranging from 0.02 mm² to 630 mm² (bigger cross-sections upon request). High-flexible round strands and ropes are mainly suitable for earthing straps, connectors, conductors for low-voltage lighting and for welding technology.
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Wires with a particular shape (neither round nor flat wire). Subject to our customers’ specification there are various conceivable solutions such as triangle, polygon, bones or trapeze shape, and many more. Made from Cu-ETP1 and Cu-OF1 in bare, soft annealed or hard. LEONI Histral® alloys upon request. Cross-section: up to approx. 2.5 mm², depending on shape, further cross-sections upon request. Profile wires are mainly suitable for electrical conductors in a plastic profile and for busbars. They are space saving and have bigger contact areas. Certain shapes give a more secure hold in plastic profiles.
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Treuchtlinger Straße 20
91781 Weißenburg - Germany
Germany
The chainflex® bus cables are available for all well-known industrial bus systems such as Profibus, Interbus, Profinet, Ethernet, CAN-Bus, DeviceNet, ASi or CC link. Depending on the cable family, they can be used for torsion, for severe climatic conditions, for narrow radii, or particularly long travel distances, at high speeds and accelerations. Tested in the igus® laboratory with millions of cycles in e-chains®, they provide guaranteed safety against failure. -Bending radii up to 7,5xd -Jacket materials: PVC, iguPUR, PUR or TPE -For flexing applications -For medium duty applications -For extremely heavy duty applications -For twistable use -For heaviest duty applications in rail vehicles -For increased tensile load -Overall shield Flame retardant
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readycable® harnessed cables are ready-to-connect cables for use in energy chains®. As manufacturer and harnesser, igus® provides everything from a single source, thus reducing throughput times and the number of suppliers. The portfolio includes an extensive range of catalogue products, including cables harnessed according to manufacturers' standards and diverse industrial standards as well as individual singly or series produced components. Numerous types of cable of different qualities, with different approvals and with different certifications of conformity are available to choose from. All components are subjected to extensive quality checks and functional tests.
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Strain relief from igus® is specifically developed for use in e-chains® and dynamic applications. Thecombination of polymer strain relief components and chainflex® cable materials offers maximum holding force and very high service life for the cables. For a wide variety of applications, igus® offers the best solution with respect to cost and benefits; from the CFXL strain relief for long travels in harsh environments, or the new CFU honeycomb strain relief for fast assembly to the CFN chainfix nuggets for simple and inexpensive strain relief. igus® chainfix strain relief components have been successfully used in thousands of applications around the world for years.
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Initiator cables, also referred to as sensor/actuator cables, connect control units and different sensors, or, in the case of reversal of the measurement principle, actuators. Frequently used abbreviations include ini or ini cable (plural: inis). Sensor or measurement transducers transform physical quantities such as rotation, speed, distance or length into analogue electric impulses. In the case of an actuator, the measured electric current (symbol: I, unit: ampere; A) or voltage (symbol: U, unit: volt; V) is transformed into temperature, pressure or torque. The connection cable consists of at least three cores with a small cross-section of between 0.14mm² and 0.34mm². In the simplest case, two cores are required for supplying the voltage, while the last core transmits an I/O signal. For sensitive applications, there are shielded versions in addition to the traditional ini cables to avoid EMC disruptions (electromagnetic compatibility).
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