READYCABLE
Frequently asked questions
Common questions about READYCABLE from 3G Electric.
What conductor configuration does the READYCABLE Siemens-style signal cable cordset use?
The READYCABLE Siemens-style signal cable cordset uses a conductor configuration of (2PRx26 (0.15))+(2xAWG22 (0.38)). This means two twisted pairs of 26 AWG conductors plus two 22 AWG conductors. The 26 AWG pairs are typically used for signal or communication paths, while the 22 AWG conductors can carry lower-current control or supply functions. The cable is referenced against Siemens part number 6FX_002-1DC00 and is available in lengths from 10 ft to 100 ft. When specifying a replacement, confirm the conductor configuration, jacket material, and connector style against the existing cable.
What lengths are available for READYCABLE signal cable cordsets?
READYCABLE signal cable cordsets in the Siemens-style family are stocked in 10 ft, 20 ft, 40 ft, 50 ft, 60 ft, 70 ft, 80 ft, and 100 ft lengths. The conductor configuration and green PVC jacket are consistent across these lengths, so length is the primary variable when matching a replacement to an existing run. For lengths outside this range, 3G Electric can check availability or discuss alternatives. Always measure the actual routing path rather than relying on the original bill of materials, since cable runs are sometimes modified during machine retrofits or panel relocations.
What is the jacket material on READYCABLE signal cable cordsets, and where is it suitable?
READYCABLE signal cable cordsets use a green PVC jacket. PVC is a general-purpose industrial jacket material suitable for fixed or moderately flexed installations in dry or damp environments, such as control cabinets, machine frames, and cable trays. It is not intended for continuous-flex drag-chain applications or for exposure to high temperatures, welding spatter, or aggressive chemicals where a specialized jacket would be specified. If the existing cable is in a continuous-motion axis, verify the flex rating of the original before substituting a standard PVC cordset.
Can READYCABLE cordsets replace Siemens 6FX_002-1DC00 cables?
READYCABLE signal cable cordsets are described as similar to Siemens 6FX_002-1DC00 and are built to the same conductor configuration: (2PRx26 (0.15))+(2xAWG22 (0.38)) with a green PVC jacket. They are intended as cable-level replacements for that reference. Before substitution, confirm the connector type, pinout, and length match the original installation. 3G Electric can cross-check a part number or nameplate against the READYCABLE catalog. Substitution decisions should be made by the responsible engineer, since drive and motor warranties or system validation requirements may apply.
What other cable types does READYCABLE cover besides signal cables?
In addition to signal cable cordsets, READYCABLE covers servo hybrid, feedback, and signal cable cordsets. Servo hybrid cables combine power and signal conductors in one jacket to reduce the number of cables between a drive and a servo motor. Feedback cables carry encoder or resolver signals and are specified by feedback protocol and connector interface. Signal cables handle control and communication runs. Selection across these families is based on conductor gauge and pairing, jacket material, overall length, and connector type. 3G Electric can quote each family against an existing cable list.
How does 3G Electric support READYCABLE orders?
3G Electric supplies READYCABLE products globally from its Singapore headquarters. Support includes identifying the correct cable from a part number, nameplate, or wiring diagram; confirming conductor configuration, length, and connector style; and coordinating logistics for stocked and non-stocked items. Because READYCABLE products are specified by measurable parameters rather than proprietary system codes, quotes can be prepared against a customer's existing cable list. For maintenance and procurement teams, this means a single point of contact for cable replacement across multiple machine generations and drive platforms.
