IKS0331 Bosch Rexroth Indramat
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The Bosch Rexroth Indramat IKS0331 is an encoder and control cable from the IKS Encoder Cables series. It has a 12-pin circular screw connector on one end, overall shielding, and uses PUR jacket material. The cable features a conductor makeup of 4 pairs at 0.25 mm² and 2 single conductors at 1.0 mm², with a voltage rating of 300 V.
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Product Description:
The IKS0331 cable is produced by Bosch Rexroth Indramat and belongs to the IKS Encoder Cables series. It is a flexible interface element that routes position or speed feedback from an encoder to control hardware inside an Indramat drive cabinet. This connection allows the drive to monitor motor movement and execute closed-loop motion commands accurately in industrial automation systems. Its flexible design accommodates moving machine sections where feedback wiring may experience repeated bending during normal operation.
This model is designed for encoder and control applications, so its electrical geometry supports low-noise signal transmission rather than high-current delivery. Inside the sheath, the conductor bundle follows a 4 × (2 × 0.25 mm²) + 2 × 1.0 mm² layout. The twisted pairs carry differential sensor signals, while the larger single conductors support auxiliary power or reference channels. One end terminates in a field-installable 12-pin circular screw connector that fastens securely to a mating motor socket and resists loosening under vibration. The insulation is rated for up to 300 V, allowing the cable to be installed alongside compatible control wiring. An overall foil-and-braid shield helps block electromagnetic interference that could distort incremental or absolute encoder pulses, and the shield drains captured noise through the protective grounding path.
The outer jacket is molded from PUR, providing abrasion resistance and flexibility for use in cable chains or robotic axes. Each signal conductor has a cross-sectional area of 0.25 mm², balancing compact cable size with the electrical characteristics needed for encoder communication. The individual power conductors have a cross-sectional area of 1.0 mm², which helps limit voltage drop over longer cable runs. Consistent impedance supports reliable transmission of high-resolution feedback signals at elevated operating frequencies. Shielding overlap helps preserve signal integrity near motors, drive modules, and other sources of electrical noise. Conductor symmetry also supports stable differential signaling as the cable moves through dynamic machine cycles. The jacket protects the internal conductors from routine contact with carrier surfaces while allowing the assembly to follow changing motion paths without excessive stiffness.
