A robot dress pack and a conduit inspection cable share a problem: the cable has to survive repeated tight-radius movement in a space that was not designed for it. That means high strand count, a jacket that resists abrasion against neighbouring hardware, and often a hybrid construction carrying power, signal and sometimes a camera feed in one sheath.
Torsion is the hidden load on a robot axis. A cable that is specified only for flexing will fail under the twist of a wrist joint, so the axis type has to be stated.
| Item | Term |
|---|---|
| Minimum order | 100 m |
| Standard lead time | 5-7 days ex-works |
| Custom construction | Quoted per duty cycle |
| Documentation | CE · RoHS · inspection record |
| Configurations in this family | 38 |
Conductor stranding, insulation, shielding, jacket, finished OD, rated temperature and minimum bend radius.
| Configuration | Conductor | Insulation | Shielding | Jacket | Finished OD | Temperature | Min. bend radius |
|---|---|---|---|---|---|---|---|
| conduit 3×2×0.25mm² | 14 / 0.15 | PE | — | TPEE | 8.5±0.2mm | 40 °C~+105 °C | 15D(D:Cable diameter) |
| conduit coax 6×0.48 | 19 / 0.18mm | FEP | — | Matt TPU | Strength member | 20~+125 °C | 15*D |
| conduit coax 4×0.75 | 42 / 0.15 | PE | — | TPU | 10.7±1.0mm | 40~+ 105 °C | 10*D |
| conduit coax 4×0.75 | 42 / 0.15 | PE | — | TPU | 11±1.0mm | 40~+ 105 °C | 10*D |
| conduit coax 4×0.75 | 42 / 0.15 | PE | — | TPU | 11.4±1.0mm | 40~+ 105 °C | 10*D |
| robot 3×12AWG+2SMF | 105 / 0.2mm | PE | — | PVC | 12±1.0mm | 30 °C~+105 °C | 15D(D:Cable diameter) |
| conduit robot 2×19AWG | 34 / 0.15 | PE | — | TPU | 6.4±0.2mm | 35~+ 105 °C | 15D(D:Cable diameter) |
| robot 2x6mm²+STP | 191 / 0.2 | PVC | — | TPU | 14.5±0.5mm | 35~+ 105 °C | 15D(D:Cable diameter) |
| robot 8×1.0mm² | 1.0mm²:32 / 0.2 | PP | — | PUR | Filling | 30 °C~+105 °C | 15D(D:Cable diameter) |
| conduit 7×26AWG+2D | 19 / 0.1 | PP | Alumiunm foil+drain wire | TPEE | 6.8±0.2mm | 40~+ 125 °C | 30D(D:Cable diameter) |
| inclinometer network UTPCAT6 | 23AWG:7 / 0.2 | PE | — | PUR | — | 30 °C~+105 °C | ≤15*D |
| inclinometer network STPCAT6 | 23AWG:7 / 0.2 | PE | — | PUR | — | 30 °C~+105 °C | ≤15*D |
| inclinometer 4×0.3mm² | 17 / 0.15 | PE | — | PU | 3.8±0.3mm | 30 °C~+105 °C | 15D(D:Cable diameter) |
| inclinometer 2×0.4mm² | 50 / 0.1 | PE | Tinned copper shielding | TPU | 4.6±0.3mm | 30 °C~+105 °C | 15D(D:Cable diameter) |
| inclinometer 4×0.5mm² | 28 / 0.15 | TPEE | — | PUR | 4.8±0.3mm | 30 °C~+105 °C | 15D(D:Cable diameter) |
| downhole 2×0.75+2SMF | 0.75mm²: 42 / 0.15 | PE | — | PVC | 6.5±0.3mm | 30 °C~+105 °C | 20D(D:Cable diameter) |
| conduit robot tube+26×0.5mm | 28 / 0.15 | PE | Stength member layer | TPU | 19.1±0.2mm | 35~+ 105 °C | 15D(D:Cable diameter) |
| conduit robot 4×0.75+75 3+8×0.15 | 42 / 0.15 | PE | — | TPU | 11.4±1.0mm | 40~+ 105 °C | 10*D |
| DV conduit robot cable 12×22AWG | 19 / 0.15 | PE | Filling | TPU(98A) | 9±0.3 mm | 40 °C~+105 °C | 8-10D (D: cable diameter) |
| conduit robot cable 2×24AWG+2×1.3 | 7 / 0.2 | PP | — | TPEE | 4.0±0.1 mm | 40 °C~+120 °C | 20D (D: cable diameter) |
| conduit cable 2×1.0mm²+2×2×0.2mm² | 57 / 0.15 | PE | Filling | PUR | 8.7±0.3 mm | 30 °C~+105 °C | dynamic:8-10D (D: cable diameter) |
| conduit cable 2×16AWG+1×2×22AWG | 42 / 0.2 | PE | Filling | PUR | 9.3±0.3 mm | 30 °C~+105 °C | dynamic:8-10D (D: cable diameter) |
| conduit robot cable 4×0.75+75 3+4×2×0.15 | 42 / 0.15 | PE | Aluminum foil +Tinned copper braided shielding | Waterproof bright surface TPU | 3.8±0.2 mm | 40 °C~+105 °C | 10D (D: cable diameter) |
| conduit robot cable 2×20AWG+STP CAT6 | 28 / 0.15 | PE | Filling | Polyether polyurethane | 10.3±0.3 mm | 40 °C~+90 °C | 10D (D: cable diameter) |
| robot cable 4×20AWG+8×24AWG+STP | 28 / 0.15 | PE | Filling | TPU | 13.7±0.3 mm | 40 °C~+105 °C | 20D (D: cable diameter) |
| robot cable 2×6+2×0.5 | 194 / 0.2 | PE | — | TPU | 11.2 mm | 40 °C~+105 °C | 10D (D: cable diameter) |
| robot cable 2×1+2×0.5 | 56 / 0.15 | PE | — | TPU | 6.6 mm | 40 °C~+105 °C | 10D (D: cable diameter) |
| robot cable 14×24AWG+STP CAT6 | 7 / 0.2 | PE | Filling | TPU | 10.6±0.3 mm | 40 °C~+105 °C | 12D (D: cable diameter) |
| robot cable 14×24AWG+3×2×24AWG | 7 / 0.2 | PE | Filling | TPU(85A) | 11±0.3 mm | 40 °C~+105 °C | Move: 7D (D: cable diameter) |
| robot cable 14×24AWG+STP CAT6 | 7 / 0.2 | PE | Filling | TPU(85A) | 11.6±0.3 mm | 40 °C~+105 °C | Move: 7D (D: cable diameter) |
| conduit robot cable 2×22AWG+STP CAT6 | 19 / 0.15 | PE | Filling | Polyether polyurethane | 8.5±0.3 mm | 40 °C~+90 °C | 10D (D: cable diameter) |
| conduit robot cable 2×22AWG+STP CAT5 | 19 / 0.15 | PE | Filling | Polyether polyurethane | 8.8±0.3 mm | 40 °C~+90 °C | 10D (D: cable diameter) |
| conduit robot cable 2×22AWG+4×2×26AWG | 19 / 0.15 | PE | Aluminum foil +Tinned copper braided shielding | Polyether polyurethane | 7.1±0.3 mm | 40 °C~+90 °C | 8D (D: cable diameter) |
| conduit robot cable 2×4+STP CAT5 | 127 / 0.2 | PE | Filling | TPU | 12.4±0.3 mm | 40 °C~+105 °C | 10D (D: cable diameter) |
| conduit robot cable 2×20AWG+STP CAT5 | 28 / 0.15 | TPEE | Braiding | TPU(matte) | 11±0.5 mm | 40 °C~+105 °C | 10D (D: cable diameter) |
| conduit robot cable 2×20AWG+4×2×0.2 | 28 / 0.15 | TPEE | Braiding | TPU(matte) | 9.1±0.5 mm | 40 °C~+90 °C | 10D (D: cable diameter) |
| conduit robot cable 2×20AWG+3×2×0.2 | 28 / 0.15 | TPEE | Braiding | TPU(matte) | 9.8±0.5 mm | 40 °C~+90 °C | 10D (D: cable diameter) |
| robot cable 4×1.2+2×0.2 | 19 / 0.28 | FEP | — | High tensile aramid fibre | 5.5±0.15 mm | 60 °C~+200 °C | 6-8D (D: cable diameter) |
Every construction in this table is a build we have made, described by its technical data only. The buyer, the platform it went into and the application remain that buyer's — we do not use a customer's design as a reference or a case study. If you need a reference for a comparable programme, ask at enquiry stage and we will say what we are able to share.
Robot and Conduit Inspection Cable buying questions.
Yes. Constructions in this family are laid for torsion where the axis rotates, which is a different requirement from pure flexing.
Yes. Hybrid constructions with power cores, control pairs, coax and fibre in one jacket are the majority of this family.
Small-diameter hybrid constructions carrying power, video and sometimes an air line, sized to the conduit bore.
MOQ 100 m · standard lead time 5-7 days · CE and RoHS documentation