IKO0002 Bosch Rexroth Indramat
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The Bosch Rexroth Indramat IKO0002 is a fiber optic cable in the IKO Fibre Optic Cables series, featuring a glass conductor medium and a fiber core diameter of 200 micrometers. It has FSMA to FSMA end connectors, an outer diameter of 3.0 mm, and a polyurethane outer sheath. The cable is pressure resistant up to 1000 N/cm and supports a continuous tensile load of 110 Newtons.
Internal Product Review
The IKO0002 is a Bosch Rexroth Indramat fiber optic cable built with a glass conductor and a PUR outer sheath. FSMA to FSMA end connectors and attenuation below 10 dB/km support clean signal transfer in motion and control networks. Bend load life above 10000 cycles and continuous tensile capacity of 110 N make this cable a dependable choice for repeated industrial routing.
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Product Description:
The IKO0002 fiber-optic cable is produced by Bosch Rexroth Indramat within the IKO Fiber Optic Cables series. Intended for point-to-point links in automated machinery, it uses a glass conductor that carries light rather than electrical current, which helps prevent electromagnetic interference between drives, I/O modules, and motion controllers on the factory floor. FSMA-to-FSMA terminations mate directly with common industrial transceivers, allowing the cable to connect optical components without extra signal conversion hardware.
Mechanical flexibility is supported by a bend load life of >10000 cycles ±90°, meaning the jacket tolerates more than ten thousand repeated 90-degree bends without fiber damage. A continuous tensile capacity of 110 N allows steady pulling during installation. The silica core measures 200 µm, a diameter suited for high-intensity LED or laser sources with moderate coupling loss. Routing clearances follow a minimum static bend radius of >100 mm, while a temporary bend radius of more than 25 mm supports service loops during handling. With an overall diameter of 3.0 mm, the cable fits energy chains used on moving equipment.
Environmental durability comes from an outer sheath molded in Polyurethane (PUR), which provides abrasion resistance and oil tolerance for machine tools and conveyors. During pulling or vertical runs, the assembly withstands a short-term tensile load of 330 N without microbending that would raise losses. Optical performance is supported by a specific attenuation below <10 dB/km, preserving link margin on extended plant layouts. For crush hazards, the structure resists transverse force up to 1000 N/cm, helping keep the glass conductor intact when clamped in cable trays. That resistance helps maintain signal continuity when the cable shares routing space with moving machine hardware.
