Start with the equipment
Identify the machine, circuit function, route and the consequence of cable failure at that location.
Energy production, processing and offshore systems
Oil, Gas & Petrochemical Cable Solutions
Plan cable routes around the operating area, electrical function and exposure risk before selecting a product model. This solution connects drilling packages, refinery units, petrochemical skids and offshore modules to suitable power, control, signal, VFD and critical-circuit cable families.
- Drilling and production
- Refinery and petrochemical
- Power, control, signal and VFD
Choose by system duty, not by name alone
Use this page to narrow the cable route before comparing a product model or submitting a specification.
Define the complete duty
State voltage or transmission needs together with movement, bending, load, fluids, temperature and installation exposure.
Confirm one construction
Review conductor or fibre elements, screens, reinforcement, sheath, termination, standards and documentation as one schedule.
Match the cable to the equipment and route
The same project can contain static power feeders, compact instrumentation pairs, variable-speed motor circuits and emergency routes. Define the zone and duty first so each cable family has a clear role.
Drilling and production packages
Top drive, mud pump, drawworks, skid and service routes with oil, mud, movement and mechanical exposure.
Refinery process units
Power and control routes around pumps, compressors, heaters and process equipment where hydrocarbons and heat affect sheath selection.
Petrochemical skids
Packaged equipment requiring coordinated power, control, signal and data connections with project-specific documentation.
Offshore modules
Compact modules and deck equipment where oil resistance, low smoke behavior, flame performance and corrosion exposure can overlap.
Tank farms and terminals
Transfer pumps, loading systems, metering and control routes exposed to fuel, weather, UV and long outdoor runs.
VFD-driven equipment
Motor feeders for pumps and compressors where conductor symmetry, screening, grounding and drive output conditions must be reviewed.
Define the conditions that control cable life
Oil resistance is only one input. Cable life and system performance also depend on fire strategy, electrical noise, installation geometry and the exact fluids present in the operating area.
Identify petroleum, drilling mud, hydraulic oil, process chemicals, cleaning fluids and duration of contact.
Separate flame-retardant routes from circuits that must maintain operation during a defined fire condition.
Confirm drive voltage, switching conditions, screen design, bonding method, motor lead length and grounding arrangement.
Check ambient and conductor temperature, tray fill, bend radius, vibration, armor and installation pulling loads.
Compare suitable cable-family routes
Select by circuit function, then confirm voltage, conductor size, construction, sheath compound and the standards or test documents named in the project specification.
Power distribution cables
Low- and medium-voltage feeders for packages, pumps, compressors and distribution boards, with armor or flexible constructions where required.
View Type P power cableControl cables
Multicore control circuits for valves, actuators, interlocks and package equipment where core identification and mechanical protection matter.
View Type P control cableSignal, pair and triad cables
Shielded pair or triad routes for instrumentation and I/O circuits, selected by screen arrangement, noise risk and conductor size.
View armored signal cableVFD motor cables
Symmetrical power and grounding arrangements for variable-speed pumps and compressors, checked against drive output and motor lead length.
View Type P VFD cableFire-resistant circuits
Cable constructions for emergency, shutdown or critical services where circuit integrity requirements are stated by the project.
Compare offshore cable familiesPetroleum and oilfield duty
Oil, mud, weather and abrasion-resistant cable routes selected for the actual rig, skid, refinery or terminal installation.
Browse oil and gas cablesTurn the application into a cable selection route
Use the matrix to identify the next technical route. Final construction follows the complete project schedule and operating inputs.
| Equipment or Route | Cable System | Inputs to Confirm | Selection Route |
|---|---|---|---|
| Drilling package motor | Power or VFD cable | Voltage, current, motor lead length, mud/oil exposure, screen and grounding | Type P power or VFD |
| Refinery valve and interlock | Multicore control cable | Core count, conductor size, armor, tray route, flame and sheath requirements | Type P control |
| Instrumentation loop | Pair or triad signal cable | Pair/triad count, individual or overall screen, noise risk and armor | Type P signal I/O |
| Emergency circuit | Fire-resistant cable family | Required circuit duration, fire test, voltage, routing and supporting system | Project-specific review |
| Offshore process module | Marine/offshore or Type P family | Module standard, LSZH, mud/oil resistance, armor and documentation | NEK 606 or IEEE 1580 route |
| Tank farm feeder | Oil-resistant power cable | Outdoor route, UV, fuel contact, armor, voltage drop and gland system | Oil and gas category |
Engineering and test references
References are selected for the confirmed construction and project duty. The quotation and inspection plan define the applicable methods, conditions and acceptance values.
Reference 1
IEEE 1580 Type P construction where it is named for offshore or marine-related project duty.
Reference 2
IEC 60092 and NEK 606 references where an offshore package or vessel specification requires them.
Reference 3
IEC 60332, IEC 60754 and IEC 61034 performance only when the relevant test and document scope is specified.
Reference 4
UL, CSA, client, EPC or local project requirements confirmed against the exact cable model before quotation.
From operating data to an agreed cable schedule
The process keeps equipment, cable construction, interfaces and documentation aligned before production.
Share the operating duty
Provide the equipment, electrical or transmission services, movement, route and environment.
Review the cable route
Separate circuit functions and compare the constructions that fit the operating duty.
Confirm the technical schedule
Agree the construction, dimensions, interfaces, standards, inspection stages and document list.
Manufacture and inspect
Production, marking, packing and agreed inspection follow the confirmed order specification.
Frequently asked questions
Short answers to common questions before a project-specific cable review.
Which cable families are typically reviewed for oil and gas projects?
Projects commonly separate power, control, instrumentation, VFD motor and critical-circuit routes. The correct construction depends on the circuit function, installation area, fluids, fire strategy, mechanical protection and project document requirements.
How should a VFD cable route be specified?
Provide the drive and motor voltage, motor current, switching conditions when available, motor lead length, grounding method, screen and bonding arrangement, route and environmental exposure. These inputs affect conductor symmetry, screening and installation decisions.
Is flame-retardant cable the same as fire-resistant cable?
No. Flame-retardant performance addresses flame propagation, while fire-resistant or circuit-integrity requirements address continued circuit operation under a defined fire condition. The project must name the applicable test and required circuit duty.
What should be included in an oil and gas cable RFQ?
Include the process area, circuit function, voltage and conductor size, cores or pairs, armour and screen, fluid and temperature exposure, fire or smoke requirement, installation route, quantity, lengths and required documents.
Send the inputs needed for a useful cable review
Include the information available now. Drawings, old cable markings, cross-section photos and project specifications can be attached through the enquiry form.
- Project area: drilling rig, refinery, petrochemical unit, terminal, offshore module or skid
- Circuit function: power, control, pair, triad, signal, data, VFD or emergency service
- Voltage, current, conductor size, cores, pairs or triads
- Armor, screen, grounding conductor, gland and installation method
- Petroleum, drilling mud, oil, chemical, UV, abrasion and temperature exposure
- Flame, low-smoke or fire-resistant performance named in the project
- IEEE, IEC, NEK, UL, CSA, client or EPC specification and document list
- Route length, cable length, quantity, drum size, packing and delivery country